Limit.All Registers.Print
May 17, 2019

Limit - LMp.0103.01 - All Registers

Index: all SLATE modules Version: May 17, 2019

0103      Limit - LMp.0103.01 - All Registers
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1 Module number - Module Setup 2 Operation state - Module Status 3 Fault reason code - Module Status 4 Fault source - Module Status 6 Alert display level - Module Setup 7 Install date - Module Setup 8 Service enable - Module Status 9 OS number - Module Status 10 Serial number - Module Status 11 Build code - Module Status 12 Module identifier - Module Status 13 Module type - Module Status 14 Module version - Module Status 15 Module revision - Module Status 16 Module short name - Module Setup 17 Module name - Module Setup 18 LED control - Module Status 19 Keypress event - Module Status 20 Verification needed - Module Status 21 Rx comm diagnostics - Module Status 22 Tx comm diagnostics - Module Status 23 Hardware version - Module Status 24 Software build description - Module Status 26 LED display software revision - Module Status 27 Event text - Status Outputs 28 User event text - Module Status 100 Limit In state - System Status 101 Safety relay feedback - System Status 102 Limit Out state - System Status 103 Safety relay output state - System Status 105 Annunciator LCI trigger - Module Status 200 Limit block 1 name - Limit Setup 201 Limit block 1 enable - Limit Setup 202 Limit block 1 assignment - Limit Setup 203 Limit block 1 direction - Limit Setup 204 Limit block 1 threshold - Limit Setup 205 Limit block 1 hysteresis offset - Limit Setup 206 Limit block 1 detection time - Limit Setup 207 Limit block 1 recovery time - Limit Setup 208 Limit block 1 burner control module - Limit Setup 209 Limit block 1 measured - Configured Input/Output 210 Limit block 1 status - Configured Input/Output 212 Limit block 2 name - Limit Setup 213 Limit block 2 enable - Limit Setup 214 Limit block 2 assignment - Limit Setup 215 Limit block 2 direction - Limit Setup 216 Limit block 2 threshold - Limit Setup 217 Limit block 2 hysteresis offset - Limit Setup 218 Limit block 2 detection time - Limit Setup 219 Limit block 2 recovery time - Limit Setup 220 Limit block 2 burner control module - Limit Setup 221 Limit block 2 measured - Configured Input/Output 222 Limit block 2 status - Configured Input/Output 224 Limit block 3 name - Limit Setup 225 Limit block 3 enable - Limit Setup 226 Limit block 3 assignment - Limit Setup 227 Limit block 3 direction - Limit Setup 228 Limit block 3 threshold - Limit Setup 229 Limit block 3 hysteresis offset - Limit Setup 230 Limit block 3 detection time - Limit Setup 231 Limit block 3 recovery time - Limit Setup 232 Limit block 3 burner control module - Limit Setup 233 Limit block 3 measured - Configured Input/Output 234 Limit block 3 status - Configured Input/Output 236 Limit block 4 name - Limit Setup 237 Limit block 4 enable - Limit Setup 238 Limit block 4 assignment - Limit Setup 239 Limit block 4 direction - Limit Setup 240 Limit block 4 threshold - Limit Setup 241 Limit block 4 hysteresis offset - Limit Setup 242 Limit block 4 detection time - Limit Setup 243 Limit block 4 recovery time - Limit Setup 244 Limit block 4 burner control module - Limit Setup 245 Limit block 4 measured - Configured Input/Output 246 Limit block 4 status - Configured Input/Output 248 Limit block 5 name - Limit Setup 249 Limit block 5 enable - Limit Setup 250 Limit block 5 assignment - Limit Setup 251 Limit block 5 direction - Limit Setup 252 Limit block 5 threshold - Limit Setup 253 Limit block 5 hysteresis offset - Limit Setup 254 Limit block 5 detection time - Limit Setup 255 Limit block 5 recovery time - Limit Setup 256 Limit block 5 burner control module - Limit Setup 257 Limit block 5 measured - Configured Input/Output 258 Limit block 5 status - Configured Input/Output 260 Limit block 6 name - Limit Setup 261 Limit block 6 enable - Limit Setup 262 Limit block 6 assignment - Limit Setup 263 Limit block 6 direction - Limit Setup 264 Limit block 6 threshold - Limit Setup 265 Limit block 6 hysteresis offset - Limit Setup 266 Limit block 6 detection time - Limit Setup 267 Limit block 6 recovery time - Limit Setup 268 Limit block 6 burner control module - Limit Setup 269 Limit block 6 measured - Configured Input/Output 270 Limit block 6 status - Configured Input/Output 272 Limit block 7 name - Limit Setup 273 Limit block 7 enable - Limit Setup 274 Limit block 7 assignment - Limit Setup 275 Limit block 7 direction - Limit Setup 276 Limit block 7 threshold - Limit Setup 277 Limit block 7 hysteresis offset - Limit Setup 278 Limit block 7 detection time - Limit Setup 279 Limit block 7 recovery time - Limit Setup 280 Limit block 7 burner control module - Limit Setup 281 Limit block 7 measured - Configured Input/Output 282 Limit block 7 status - Configured Input/Output 284 Limit block 8 name - Limit Setup 285 Limit block 8 enable - Limit Setup 286 Limit block 8 assignment - Limit Setup 287 Limit block 8 direction - Limit Setup 288 Limit block 8 threshold - Limit Setup 289 Limit block 8 hysteresis offset - Limit Setup 290 Limit block 8 detection time - Limit Setup 291 Limit block 8 recovery time - Limit Setup 292 Limit block 8 burner control module - Limit Setup 293 Limit block 8 measured - Configured Input/Output 294 Limit block 8 status - Configured Input/Output 296 Limit block 9 name - Limit Setup 297 Limit block 9 enable - Limit Setup 298 Limit block 9 assignment - Limit Setup 299 Limit block 9 direction - Limit Setup 300 Limit block 9 threshold - Limit Setup 301 Limit block 9 hysteresis offset - Limit Setup 302 Limit block 9 detection time - Limit Setup 303 Limit block 9 recovery time - Limit Setup 304 Limit block 9 burner control module - Limit Setup 305 Limit block 9 measured - Configured Input/Output 306 Limit block 9 status - Configured Input/Output 308 Limit block 10 name - Limit Setup 309 Limit block 10 enable - Limit Setup 310 Limit block 10 assignment - Limit Setup 311 Limit block 10 direction - Limit Setup 312 Limit block 10 threshold - Limit Setup 313 Limit block 10 hysteresis offset - Limit Setup 314 Limit block 10 detection time - Limit Setup 315 Limit block 10 recovery time - Limit Setup 316 Limit block 10 burner control module - Limit Setup 317 Limit block 10 measured - Configured Input/Output 318 Limit block 10 status - Configured Input/Output 320 Limit block 11 name - Limit Setup 321 Limit block 11 enable - Limit Setup 322 Limit block 11 assignment - Limit Setup 323 Limit block 11 direction - Limit Setup 324 Limit block 11 threshold - Limit Setup 325 Limit block 11 hysteresis offset - Limit Setup 326 Limit block 11 detection time - Limit Setup 327 Limit block 11 recovery time - Limit Setup 328 Limit block 11 burner control module - Limit Setup 329 Limit block 11 measured - Configured Input/Output 330 Limit block 11 status - Configured Input/Output 332 Limit block 12 name - Limit Setup 333 Limit block 12 enable - Limit Setup 334 Limit block 12 assignment - Limit Setup 335 Limit block 12 direction - Limit Setup 336 Limit block 12 threshold - Limit Setup 337 Limit block 12 hysteresis offset - Limit Setup 338 Limit block 12 detection time - Limit Setup 339 Limit block 12 recovery time - Limit Setup 340 Limit block 12 burner control module - Limit Setup 341 Limit block 12 measured - Configured Input/Output 342 Limit block 12 status - Configured Input/Output 400 Driver I/O type for T1, cell:A - Configured Input/Output Setup 401 Driver I/O sub type for T1, cell:A - Configured Input/Output Setup 402 Driver setting for T1, cell:A - Configured Input/Output Setup 403 Driver low input for T1, cell:A - Configured Input/Output Setup 404 Driver high input for T1, cell:A - Configured Input/Output Setup 405 Driver low output for T1, cell:A - Configured Input/Output Setup 406 Driver high output for T1, cell:A - Configured Input/Output Setup 407 Driver low limit for T1, cell:A - Configured Input/Output Setup 408 Driver high limit for T1, cell:A - Configured Input/Output Setup 409 Driver options for T1, cell:A - Configured Input/Output Setup 410 Driver units code for T1, cell:A - Configured Input/Output Setup 411 Driver relinquish default for T1, cell:A - Configured Input/Output Setup 412 Driver wiresheet priority for T1, cell:A - Configured Input/Output Setup 413 Driver wiresheet data for T1, cell:A - System Status 414 Driver cloud data for T1, cell:A - System Status 415 Driver cloud priority for T1, cell:A - System Status 416 Driver eng unit out copy for T1, cell:A - System Status 417 Driver engineering unit output for T1, cell:A - Operating Control 418 Driver raw status for T1, cell:A - Configured Input/Output 419 Driver engineering unit Input for T1, cell:A - Configured Input/Output 420 Driver I/O type for T2, cell:A - Configured Input/Output Setup 421 Driver I/O sub type for T2, cell:A - Configured Input/Output Setup 422 Driver Drive setting for T2, cell:A - Configured Input/Output Setup 423 Driver low input for T2, cell:A - Configured Input/Output Setup 424 Driver high input for T2, cell:A - Configured Input/Output Setup 425 Driver low output for T2, cell:A - Configured Input/Output Setup 426 Driver high output for T2, cell:A - Configured Input/Output Setup 427 Driver low limit for T2, cell:A - Configured Input/Output Setup 428 Driver high limit for T2, cell:A - Configured Input/Output Setup 429 Driver options for T2, cell:A - Configured Input/Output Setup 430 Driver units code for T2, cell:A - Configured Input/Output Setup 431 Driver raw status for T2, cell:A - Configured Input/Output 432 Driver engineering unit input for T2, cell:A - Configured Input/Output 433 Driver I/O type for T3, cell:A - Configured Input/Output Setup 434 Driver I/O sub type for T3, cell:A - Configured Input/Output Setup 435 Driver Drive setting for T3, cell:A - Configured Input/Output Setup 436 Driver low input for T3, cell:A - Configured Input/Output Setup 437 Driver high input for T3, cell:A - Configured Input/Output Setup 438 Driver low output for T3, cell:A - Configured Input/Output Setup 439 Driver high output for T3, cell:A - Configured Input/Output Setup 440 Driver low limit for T3, cell:A - Configured Input/Output Setup 441 Driver high limit for T3, cell:A - Configured Input/Output Setup 442 Driver options for T3, cell:A - Configured Input/Output Setup 443 Driver units code for T3, cell:A - Configured Input/Output Setup 444 Driver raw status for T3, cell:A - Configured Input/Output 445 Driver engineering unit input for T3, cell:A - Configured Input/Output 446 Driver I/O type for T4, cell:A - Configured Input/Output Setup 447 Driver I/O sub type for T4, cell:A - Configured Input/Output Setup 448 Driver Drive setting for T4, cell:A - Configured Input/Output Setup 449 Driver low input for T4, cell:A - Configured Input/Output Setup 450 Driver high input for T4, cell:A - Configured Input/Output Setup 451 Driver low output for T4, cell:A - Configured Input/Output Setup 452 Driver high output for T4, cell:A - Configured Input/Output Setup 453 Driver low limit for T4, cell:A - Configured Input/Output Setup 454 Driver high limit for T4, cell:A - Configured Input/Output Setup 455 Driver options for T4, cell:A - Configured Input/Output Setup 456 Driver units code for T4, cell:A - Configured Input/Output Setup 457 Driver raw status for T4, cell:A - Configured Input/Output 458 Driver engineering unit input for T4, cell:A - Configured Input/Output 459 Offset adjustment for T1, cell:A - Module Setup 460 Offset adjustment for T2, cell:A - Module Setup 461 Offset adjustment for T3, cell:A - Module Setup 462 Offset adjustment for T4, cell:A - Module Setup 463 Driver I/O type for T5, cell:B - Configured Input/Output Setup 464 Driver I/O sub type for T5, cell:B - Configured Input/Output Setup 465 Driver setting for T5, cell:B - Configured Input/Output Setup 466 Driver low input for T5, cell:B - Configured Input/Output Setup 467 Driver high input for T5, cell:B - Configured Input/Output Setup 468 Driver low output for T5, cell:B - Configured Input/Output Setup 469 Driver high output for T5, cell:B - Configured Input/Output Setup 470 Driver low limit for T5, cell:B - Configured Input/Output Setup 471 Driver high limit for T5, cell:B - Configured Input/Output Setup 472 Driver options for T5, cell:B - Configured Input/Output Setup 473 Driver units code for T5, cell:B - Configured Input/Output Setup 474 Driver relinquish default for T5, cell:B - Configured Input/Output Setup 475 Driver wiresheet priority for T5, cell:B - Configured Input/Output Setup 476 Driver wiresheet data for T5, cell:B - System Status 477 Driver cloud data for T5, cell:B - System Status 478 Driver cloud priority for T5, cell:B - System Status 479 Driver eng unit out copy for T5, cell:B - System Status 480 Driver engineering unit output for T5, cell:B - Operating Control 481 Driver raw status for T5, cell:B - Configured Input/Output 482 Driver engineering unit Input for T5, cell:B - Configured Input/Output 483 Driver I/O type for T6, cell:B - Configured Input/Output Setup 484 Driver I/O sub type for T6, cell:B - Configured Input/Output Setup 485 Driver Drive setting for T6, cell:B - Configured Input/Output Setup 486 Driver low input for T6, cell:B - Configured Input/Output Setup 487 Driver high input for T6, cell:B - Configured Input/Output Setup 488 Driver low output for T6, cell:B - Configured Input/Output Setup 489 Driver high output for T6, cell:B - Configured Input/Output Setup 490 Driver low limit for T6, cell:B - Configured Input/Output Setup 491 Driver high limit for T6, cell:B - Configured Input/Output Setup 492 Driver options for T6, cell:B - Configured Input/Output Setup 493 Driver units code for T6, cell:B - Configured Input/Output Setup 494 Driver raw status for T6, cell:B - Configured Input/Output 495 Driver engineering unit input for T6, cell:B - Configured Input/Output 496 Driver I/O type for T7, cell:B - Configured Input/Output Setup 497 Driver I/O sub type for T7, cell:B - Configured Input/Output Setup 498 Driver Drive setting for T7, cell:B - Configured Input/Output Setup 499 Driver low input for T7, cell:B - Configured Input/Output Setup 500 Driver high input for T7, cell:B - Configured Input/Output Setup 501 Driver low output for T7, cell:B - Configured Input/Output Setup 502 Driver high output for T7, cell:B - Configured Input/Output Setup 503 Driver low limit for T7, cell:B - Configured Input/Output Setup 504 Driver high limit for T7, cell:B - Configured Input/Output Setup 505 Driver options for T7, cell:B - Configured Input/Output Setup 506 Driver units code for T7, cell:B - Configured Input/Output Setup 507 Driver raw status for T7, cell:B - Configured Input/Output 508 Driver engineering unit input for T7, cell:B - Configured Input/Output 509 Driver I/O type for T8, cell:B - Configured Input/Output Setup 510 Driver I/O sub type for T8, cell:B - Configured Input/Output Setup 511 Driver Drive setting for T8, cell:B - Configured Input/Output Setup 512 Driver low input for T8, cell:B - Configured Input/Output Setup 513 Driver high input for T8, cell:B - Configured Input/Output Setup 514 Driver low output for T8, cell:B - Configured Input/Output Setup 515 Driver high output for T8, cell:B - Configured Input/Output Setup 516 Driver low limit for T8, cell:B - Configured Input/Output Setup 517 Driver high limit for T8, cell:B - Configured Input/Output Setup 518 Driver options for T8, cell:B - Configured Input/Output Setup 519 Driver units code for T8, cell:B - Configured Input/Output Setup 520 Driver raw status for T8, cell:B - Configured Input/Output 521 Driver engineering unit input for T8, cell:B - Configured Input/Output 522 Offset adjustment for T5, cell:B - Module Setup 523 Offset adjustment for T6, cell:B - Module Setup 524 Offset adjustment for T7, cell:B - Module Setup 525 Offset adjustment for T8, cell:B - Module Setup 526 Driver I/O type for T9, cell:C - Configured Input/Output Setup 527 Driver I/O sub type for T9, cell:C - Configured Input/Output Setup 528 Driver setting for T9, cell:C - Configured Input/Output Setup 529 Driver low input for T9, cell:C - Configured Input/Output Setup 530 Driver high input for T9, cell:C - Configured Input/Output Setup 531 Driver low output for T9, cell:C - Configured Input/Output Setup 532 Driver high output for T9, cell:C - Configured Input/Output Setup 533 Driver low limit for T9, cell:C - Configured Input/Output Setup 534 Driver high limit for T9, cell:C - Configured Input/Output Setup 535 Driver options for T9, cell:C - Configured Input/Output Setup 536 Driver units code for T9, cell:C - Configured Input/Output Setup 537 Driver relinquish default for T9, cell:C - Configured Input/Output Setup 538 Driver wiresheet priority for T9, cell:C - Configured Input/Output Setup 539 Driver wiresheet data for T9, cell:C - System Status 540 Driver cloud data for T9, cell:C - System Status 541 Driver cloud priority for T9, cell:C - System Status 542 Driver eng unit out copy for T9, cell:C - System Status 543 Driver engineering unit output for T9, cell:C - Operating Control 544 Driver raw status for T9, cell:C - Configured Input/Output 545 Driver engineering unit Input for T9, cell:C - Configured Input/Output 546 Driver I/O type for T10, cell:C - Configured Input/Output Setup 547 Driver I/O sub type for T10, cell:C - Configured Input/Output Setup 548 Driver Drive setting for T10, cell:C - Configured Input/Output Setup 549 Driver low input for T10, cell:C - Configured Input/Output Setup 550 Driver high input for T10, cell:C - Configured Input/Output Setup 551 Driver low output for T10, cell:C - Configured Input/Output Setup 552 Driver high output for T10, cell:C - Configured Input/Output Setup 553 Driver low limit for T10, cell:C - Configured Input/Output Setup 554 Driver high limit for T10, cell:C - Configured Input/Output Setup 555 Driver options for T10, cell:C - Configured Input/Output Setup 556 Driver units code for T10, cell:C - Configured Input/Output Setup 557 Driver raw status for T10, cell:C - Configured Input/Output 558 Driver engineering unit input for T10, cell:C - Configured Input/Output 559 Driver I/O type for T11, cell:C - Configured Input/Output Setup 560 Driver I/O sub type for T11, cell:C - Configured Input/Output Setup 561 Driver Drive setting for T11, cell:C - Configured Input/Output Setup 562 Driver low input for T11, cell:C - Configured Input/Output Setup 563 Driver high input for T11, cell:C - Configured Input/Output Setup 564 Driver low output for T11, cell:C - Configured Input/Output Setup 565 Driver high output for T11, cell:C - Configured Input/Output Setup 566 Driver low limit for T11, cell:C - Configured Input/Output Setup 567 Driver high limit for T11, cell:C - Configured Input/Output Setup 568 Driver options for T11, cell:C - Configured Input/Output Setup 569 Driver units code for T11, cell:C - Configured Input/Output Setup 570 Driver raw status for T11, cell:C - Configured Input/Output 571 Driver engineering unit input for T11, cell:C - Configured Input/Output 572 Driver I/O type for T12, cell:C - Configured Input/Output Setup 573 Driver I/O sub type for T12, cell:C - Configured Input/Output Setup 574 Driver Drive setting for T12, cell:C - Configured Input/Output Setup 575 Driver low input for T12, cell:C - Configured Input/Output Setup 576 Driver high input for T12, cell:C - Configured Input/Output Setup 577 Driver low output for T12, cell:C - Configured Input/Output Setup 578 Driver high output for T12, cell:C - Configured Input/Output Setup 579 Driver low limit for T12, cell:C - Configured Input/Output Setup 580 Driver high limit for T12, cell:C - Configured Input/Output Setup 581 Driver options for T12, cell:C - Configured Input/Output Setup 582 Driver units code for T12, cell:C - Configured Input/Output Setup 583 Driver raw status for T12, cell:C - Configured Input/Output 584 Driver engineering unit input for T12, cell:C - Configured Input/Output 585 Offset adjustment for T9, cell:C - Module Setup 586 Offset adjustment for T10, cell:C - Module Setup 587 Offset adjustment for T11, cell:C - Module Setup 588 Offset adjustment for T12, cell:C - Module Setup 589 Driver I/O type for T13, cell:D - Configured Input/Output Setup 590 Driver I/O sub type for T13, cell:D - Configured Input/Output Setup 591 Driver setting for T13, cell:D - Configured Input/Output Setup 592 Driver low input for T13, cell:D - Configured Input/Output Setup 593 Driver high input for T13, cell:D - Configured Input/Output Setup 594 Driver low output for T13, cell:D - Configured Input/Output Setup 595 Driver high output for T13, cell:D - Configured Input/Output Setup 596 Driver low limit for T13, cell:D - Configured Input/Output Setup 597 Driver high limit for T13, cell:D - Configured Input/Output Setup 598 Driver options for T13, cell:D - Configured Input/Output Setup 599 Driver units code for T13, cell:D - Configured Input/Output Setup 600 Driver relinquish default for T13, cell:D - Configured Input/Output Setup 601 Driver wiresheet priority for T13, cell:D - Configured Input/Output Setup 602 Driver wiresheet data for T13, cell:D - System Status 603 Driver cloud data for T13, cell:D - System Status 604 Driver cloud priority for T13, cell:D - System Status 605 Driver eng unit out copy for T13, cell:D - System Status 606 Driver engineering unit output for T13, cell:D - Operating Control 607 Driver raw status for T13, cell:D - Configured Input/Output 608 Driver engineering unit Input for T13, cell:D - Configured Input/Output 609 Driver I/O type for T14, cell:D - Configured Input/Output Setup 610 Driver I/O sub type for T14, cell:D - Configured Input/Output Setup 611 Driver Drive setting for T14, cell:D - Configured Input/Output Setup 612 Driver low input for T14, cell:D - Configured Input/Output Setup 613 Driver high input for T14, cell:D - Configured Input/Output Setup 614 Driver low output for T14, cell:D - Configured Input/Output Setup 615 Driver high output for T14, cell:D - Configured Input/Output Setup 616 Driver low limit for T14, cell:D - Configured Input/Output Setup 617 Driver high limit for T14, cell:D - Configured Input/Output Setup 618 Driver options for T14, cell:D - Configured Input/Output Setup 619 Driver units code for T14, cell:D - Configured Input/Output Setup 620 Driver raw status for T14, cell:D - Configured Input/Output 621 Driver engineering unit input for T14, cell:D - Configured Input/Output 622 Driver I/O type for T15, cell:D - Configured Input/Output Setup 623 Driver I/O sub type for T15, cell:D - Configured Input/Output Setup 624 Driver Drive setting for T15, cell:D - Configured Input/Output Setup 625 Driver low input for T15, cell:D - Configured Input/Output Setup 626 Driver high input for T15, cell:D - Configured Input/Output Setup 627 Driver low output for T15, cell:D - Configured Input/Output Setup 628 Driver high output for T15, cell:D - Configured Input/Output Setup 629 Driver low limit for T15, cell:D - Configured Input/Output Setup 630 Driver high limit for T15, cell:D - Configured Input/Output Setup 631 Driver options for T15, cell:D - Configured Input/Output Setup 632 Driver units code for T15, cell:D - Configured Input/Output Setup 633 Driver raw status for T15, cell:D - Configured Input/Output 634 Driver engineering unit input for T15, cell:D - Configured Input/Output 635 Driver I/O type for T16, cell:D - Configured Input/Output Setup 636 Driver I/O sub type for T16, cell:D - Configured Input/Output Setup 637 Driver Drive setting for T16, cell:D - Configured Input/Output Setup 638 Driver low input for T16, cell:D - Configured Input/Output Setup 639 Driver high input for T16, cell:D - Configured Input/Output Setup 640 Driver low output for T16, cell:D - Configured Input/Output Setup 641 Driver high output for T16, cell:D - Configured Input/Output Setup 642 Driver low limit for T16, cell:D - Configured Input/Output Setup 643 Driver high limit for T16, cell:D - Configured Input/Output Setup 644 Driver options for T16, cell:D - Configured Input/Output Setup 645 Driver units code for T16, cell:D - Configured Input/Output Setup 646 Driver raw status for T16, cell:D - Configured Input/Output 647 Driver engineering unit input for T16, cell:D - Configured Input/Output 648 Offset adjustment for T13, cell:D - Module Setup 649 Offset adjustment for T14, cell:D - Module Setup 650 Offset adjustment for T15, cell:D - Module Setup 651 Offset adjustment for T16, cell:D - Module Setup 652 Safety I/O type for T1-T4, cell:A - Limit Setup 653 Safety I/O sub type for T1-T4, cell:A - Limit Setup 654 Safety drive for T1-T4, cell:A - Limit Setup 655 Safety low input for T1-T4, cell:A - Limit Setup 656 Safety high input for T1-T4, cell:A - Limit Setup 657 Safety low output for T1-T4, cell:A - Limit Setup 658 Safety high output for T1-T4, cell:A - Limit Setup 659 Safety offset T1-T4, cell:A - Limit Setup 660 Safety sensor fault low for T1-T4, cell:A - Limit Setup 661 Safety sensor fault high for T1-T4, cell:A - Limit Setup 662 Safety units for T1-T4, cell:A - Limit Setup 663 Safety eng units for T1-T4, cell:A - Configured Input/Output 664 Safety I/O type for T5-T8, cell:B - Limit Setup 665 Safety I/O sub type for T5-T8, cell:B - Limit Setup 666 Safety drive for T5-T8, cell:B - Limit Setup 667 Safety low input for T5-T8, cell:B - Limit Setup 668 Safety high input for T5-T8, cell:B - Limit Setup 669 Safety low output for T5-T8, cell:B - Limit Setup 670 Safety high output for T5-T8, cell:B - Limit Setup 671 Safety offset T5-T8, cell:B - Limit Setup 672 Safety sensor fault low for T5-T8, cell:B - Limit Setup 673 Safety sensor fault high for T5-T8, cell:B - Limit Setup 674 Safety units for T5-T8, cell:B - Limit Setup 675 Safety eng units for T5-T8, cell:B - Configured Input/Output 676 Safety I/O type for T9-T12, cell:C - Limit Setup 677 Safety I/O sub type for T9-T12, cell:C - Limit Setup 678 Safety drive for T9-T12, cell:C - Limit Setup 679 Safety low input for T9-T12, cell:C - Limit Setup 680 Safety high input for T9-T12, cell:C - Limit Setup 681 Safety low output for T9-T12, cell:C - Limit Setup 682 Safety high output for T9-T12, cell:C - Limit Setup 683 Safety offset T9-T12, cell:C - Limit Setup 684 Safety sensor fault low for T9-T12, cell:C - Limit Setup 685 Safety sensor fault high for T9-T12, cell:C - Limit Setup 686 Safety units for T9-T12, cell:C - Limit Setup 687 Safety eng units for T9-T12, cell:C - Configured Input/Output 688 Safety I/O type for T13-T16, cell:D - Limit Setup 689 Safety I/O sub type for T13-T16, cell:D - Limit Setup 690 Safety drive for T13-T16, cell:D - Limit Setup 691 Safety low input for T13-T16, cell:D - Limit Setup 692 Safety high input for T13-T16, cell:D - Limit Setup 693 Safety low output for T13-T16, cell:D - Limit Setup 694 Safety high output for T13-T16, cell:D - Limit Setup 695 Safety offset T13-T16, cell:D - Limit Setup 696 Safety sensor fault low for T13-T16, cell:D - Limit Setup 697 Safety sensor fault high for T13-T16, cell:D - Limit Setup 698 Safety units for T13-T16, cell:D - Limit Setup 699 Safety eng units for T13-T16, cell:D - Configured Input/Output 700 Totalizer preset request, cell:A - Operating Control 701 Totalizer preset value, cell:A - Operating Control 702 Totalizer preset request, cell:B - Operating Control 703 Totalizer preset value, cell:B - Operating Control 704 Totalizer preset request, cell:C - Operating Control 705 Totalizer preset value, cell:C - Operating Control 706 Totalizer preset request, cell:D - Operating Control 707 Totalizer preset value, cell:D - Operating Control 5200 Reset counter - System Status 5201 Watchdog counter - System Status 5202 Power-up counter - System Status 5203 Brownout counter - System Status

1  Module number Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16

255

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: Assigned module number


2  Operation state Category: Module Status
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle

1

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
No - Read Only
No - RAM data
No
(not applicable)
  Description: Operating state of the module
1 Unknown State of module is not known
2 Init Module is initializing
3 Idle Module is idle and not currently processing
4 Running Module is functioning correctly with no faults
5 Standby Module is standing by waiting for action to be requested
6 Prepurge Module is in prepurge condition
7 Ignition Module is igniting
8 Run Module is operating in response to demand
9 Postpurge Module is in postpurge condition
10 Hold Module is waiting for a period of time or until a condition clears
11 Disabled Module is currently disabled for operation
12 Unconfig Module configuration is not complete
13 Fault Module is in a fault condtion that can be cleared without human intervention
14 Lockout Module is in a fault condition that requires human intervention to clear it
15 Lightoff Module is in a lightoff condition
16 Modulating Module is running and modulating
17 Normal Module is operating in it's normal expected function
18 Limit event Module has encountered a limit occurrence
19 Setup Module is in setup mode
20 Curve edit Curve editing is occurring in module
21 Configuration load A configuration load is in-progress in the module.


3  Fault reason code Category: Module Status
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle

1

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
No - Read Only
No - RAM data
No
(not applicable)
  Description: Reason code why this module is in a fault condition
1 No event No event is currently being reported.
2 NV storage not initialized Non-volatile storage is not initialized.
3 Configuration parameters mismatch Configuration parameters do not match with Base module.
4 Configuration file received Configuration parameter setting file has been received by this module.
5 Service disabled This module's service has been disabled.
6 Service enabled This module's service has been enabled.
7 Safety verification file received Safety verification file received by this module.
8 Module powered up %s This module has just powered up and is initializing.
9 User: %s User initiated event
10 Module number changed %s This module has been re-numbered
11 Limit %d %s exceeded Limit %d has been exceeded.
12 Safety verification needed Verification of safety parameter change is needed.
13 Hardware failure Hardware failure in limit cross check detection.
14 Safety relay test failure Safety relay failed during self-test.
15 Safety relay key feedback failure Safety relay key feedback test has failed.
16 Safety relay drive error Safety relay drive error.
17 Safety relay K2 OFF or K1 ON Safety relay K2 OFF or K1 ON at safe start check.
18 Opto crosscheck failure Opto crosscheck failure.
19 Safety relay feedback incorrect Safety relay feedback incorrect.
20 Opto strobe off test failure Opto strobe off test has failed.
21 Vref terminal unpowered Vref terminal is unpowered.
22 Timing cross check failure Timing cross check has
failed.
23 Power supply 18V voltage low Power supply 18V voltage is low.
24 Analog cell communication failure Analog cell communication has failed.
25 Analog cell ID check failure Analog cell ID check has failed.
27 ADC Vref check failure ADC Vref check has failed.
28 Invalid limit block %d name: %s Limit block %d name parameter is not valid.
29 Duplicate limit block %d name: %s Limit block %d name parameter is duplicated.
30 Invalid limit block %d %s assignment Limit block %d assignment parameter is not valid.
31 Invalid limit block %d %s direction Limit block %d direction parameter is not valid.
32 Safety sensor supply failure Safety sensor supply is failed.
33 Reset switch is stuck It has been detected that the Reset switch is stuck in a pressed condition.
34 Safety sensor zero current test failure Safety sensor zero current test has failed.
35 Limit %d %s burner control communication timeout Communication with the burner control for limit %d has timed out.
36 Limit %d %s sensor failure Limit %d sensor has failed.
37 3-Wire NTC subtype invalid A configured 3-wire NTC has an invalid subtype configuration.
38 Invalid limit block %d hysteresis Limit block %d hysteresis parameter is not valid
39 Invalid limit block %d detection time Limit block %d detection time parameter is not valid
40 Invalid limit block %d recovery time Limit block %d recovery time parameter is not valid
41 Analog cell %s low and high limits reversed Analog cell %s has reversed low and high limits.
42 Safety Relay K2 ON Safety relay K2 ON at safe start check.


4  Fault source Category: Module Status
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle

1

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
No - Read Only
No - RAM data
No
(not applicable)
  Description: System source that requested the fault
1 Internal Fault detected internally within this module
2 Burner control Fault detected by a burner control module within the system
3 Fuel air control Fault detected by a fuel air control module within the system
4 Limit Fault detected by a Limit module within the system
5 Wire sheet Fault detected by application wire sheet


6  Alert display level Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-ubyte
U8

127

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
1
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Enable/disable alert output (0=Disable, >0=Alert context level)


7  Install date Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
xAX string
String



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
20
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Date when this module was installed in this system


8  Service enable Category: Module Status
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle

1

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
No - RAM data
No
(not applicable)
  Description: Enable the module for operation
1 Service disabled Service for module is not disabled. No functional operation is expected from this module.
2 Service enabled Service for this module is enabled.


9  OS number Category: Module Status
  Units;
DataType:
Max:
Default Value:
Min:
xAX string
String

{modOSNumber}

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
20
No - Read Only
No - RAM data
No
(not applicable)
  Description: Manufacturer part number


10  Serial number Category: Module Status
  Units;
DataType:
Max:
Default Value:
Min:
xAX string
String



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
20
No - Read Only
No - RAM data
No
(not applicable)
  Description: Factory serial number


11  Build code Category: Module Status
  Units;
DataType:
Max:
Default Value:
Min:
xAX VAL-uint32
U32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Software build code


12  Module identifier Category: Module Status
  Units;
DataType:
Max:
Default Value:
Min:
xAX string
String

LMp.0103.01

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
20
No - Read Only
No - RAM data
No
(not applicable)
  Description: Module identification code


13  Module type Category: Module Status
  Units;
DataType:
Max:
Default Value:
Min:
xAX string
String

LM

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
10
No - Read Only
No - RAM data
No
(not applicable)
  Description: Type of module


14  Module version Category: Module Status
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16

103

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
No - Read Only
No - RAM data
No
(not applicable)
  Description: Module version (compatibility code)


15  Module revision Category: Module Status
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16

1

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
No - Read Only
No - RAM data
No
(not applicable)
  Description: Module revision


16  Module short name Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
xAX string
String

Limit

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
10
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Short module name for Base display use


17  Module name Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
xAX string
String

Limit control

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
60
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Full module name for display use


18  LED control Category: Module Status
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16

0

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
No - RAM data
No
(not applicable)
  Description: LED and Display On/Off control (0=Off, >0=On)


19  Keypress event Category: Module Status
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle

0

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
No - Read Only
No - RAM data
No
(not applicable)
  Description: Indicates that a button was pressed
1 Select button pressed Select button pressed
2 Reset button pressed Reset button pressed


20  Verification needed Category: Module Status
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16

0

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
No - Read Only
No - RAM data
No
(not applicable)
  Description: Indicates verification is needed in this module


21  Rx comm diagnostics Category: Module Status
  Units;
DataType:
Max:
Default Value:
Min:
xAX VAL-uint32
U32

0

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Rx diagnostic data


22  Tx comm diagnostics Category: Module Status
  Units;
DataType:
Max:
Default Value:
Min:
xAX VAL-uint32
U32

0

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Tx diagnostic data


23  Hardware version Category: Module Status
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
No - Read Only
No - RAM data
No
(not applicable)
  Description: Hardware version


24  Software build description Category: Module Status
  Units;
DataType:
Max:
Default Value:
Min:
xAX string
String



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
24
No - Read Only
No - RAM data
No
(not applicable)
  Description: Software build description


26  LED display software revision Category: Module Status
  Units;
DataType:
Max:
Default Value:
Min:
xAX string
String



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
8
No - Read Only
No - RAM data
No
(not applicable)
  Description: Identifies the software version of the LED display board microcomputer


27  Event text Category: Status Outputs
  Units;
DataType:
Max:
Default Value:
Min:
xAX string
String



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
50
No - Read Only
No - RAM data
No
(not applicable)
  Description: Text string for latest event from this module.


28  User event text Category: Module Status
  Units;
DataType:
Max:
Default Value:
Min:
xAX string
String



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
50
Yes
No - RAM data
No
(not applicable)
  Description: Text string for latest user event from this module.


100  Limit In state Category: System Status
  Units;
DataType:
Max:
Default Value:
Min:
VAL-ubyte
bool



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
1
No - Read Only
No - RAM data
No
(not applicable)
  Description: True if there is input power to the Limit's relay In terminal


101  Safety relay feedback Category: System Status
  Units;
DataType:
Max:
Default Value:
Min:
VAL-ubyte
bool



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
1
No - Read Only
No - RAM data
No
(not applicable)
  Description: Feedback from the point downstream of the safety relay's contacts. When the upstream side is powered, then this feedback will be on when the safety relay contacts are closed and off when they are open.


102  Limit Out state Category: System Status
  Units;
DataType:
Max:
Default Value:
Min:
VAL-ubyte
bool



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
1
No - Read Only
No - RAM data
No
(not applicable)
  Description: True if power is detected at the Limits Out terminal


103  Safety relay output state Category: System Status
  Units;
DataType:
Max:
Default Value:
Min:
VAL-ubyte
bool



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
1
No - Read Only
No - RAM data
No
(not applicable)
  Description: Reports the state of the main safety microcomputer's output signal that turns on its safety relay drive transistor.


105  Annunciator LCI trigger Category: Module Status
  Units;
DataType:
Max:
Default Value:
Min:
xAX string
String



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
6
No - Read Only
No - RAM data
No
(not applicable)
  Description: Provides first out and hold flags, and also terminal status for the input. This information is used by an Annunciator analyzer, if one is configured for this input.


200  Limit block 1 name Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
xAX string
String



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
12
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


201  Limit block 1 enable Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 Disable Disable this limit funtion block
2 Status only Limit status is provided only for wire sheet use. No other action is taken if the limit is reached.
3 Burner control notification The burner control is notified when the limit is reached. If it does not respond then the Limit module will lock out. The handling of the limit event is determined by parameters in the burner control.
4 Limit lockout The limit control will lock out if the limit is reached.
5 Autoignition BC notification The limit will notify the burner control when the autoignition temperature is reached. The threshold for this limit must be at least 1400 degrees F.


202  Limit block 1 assignment Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 Cell A t1-t4 Monitor the sensor attached to Cell A
2 Cell B t5-t8 Monitor the sensor attached to Cell B
3 Cell C t9-t12 Monitor the sensor attached to Cell C
4 Cell D t13-t16 Monitor the sensor attached to Cell C
5 Closest of A t1-4 and B t5-t8 Monitor the sensors on Cell A and Cell B and use the value of whichever is highest for a high limit and whichever is lowest for a low limit.
6 Average of A t1-4 and B t5-t8 Monitor the sensors on Cell A and Cell B and use their average value.
7 Closest of C t9-t12 and D t13-t16 Monitor the sensors on Cell C and Cell D and use the value of value of whichever is highest for a high limit and whichever is lowest for a low limit.
8 Average of C t9-t12 and D t13-t16 Monitor the sensors on Cell C and Cell D and use their average value.
9 Dual tracking of A t1-4 and B t5-t8 Monitor the sensors on Cell A and Cell B to ensure that they match within a tolerance.
10 Dual tracking of C t9-t12 and D t13-t16 Monitor the sensors on Cell C and Cell D to ensure that they match within a tolerance.


203  Limit block 1 direction Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 High limit The limit is a maximum value. A limit event occurs if the sensed input reaches or goes above the limit.
2 Low limit The limit is a minimum value. A limit event occurs if the sensed input reaches or goes below the limit.


204  Limit block 1 threshold Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


205  Limit block 1 hysteresis offset Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32
0.0


Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


206  Limit block 1 detection time Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
second
F32
0.0


Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
73
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


207  Limit block 1 recovery time Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
second
F32
0.0


Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
73
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


208  Limit block 1 burner control module Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


209  Limit block 1 measured Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description:


210  Limit block 1 status Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
No - Read Only
No - RAM data
No
(not applicable)
  Description:
1 Limit status unknown
2 Limit OK Limit has not been reached.
3 Limit exceeded Limit has been exceeded for longer than the detection time. A limit event is currently in progress.
4 Limit recovery Limit was exceeded in the recent past, but at the current time the sensor is now not beyond the limit. Recovery timer is running and when it elapses the limit condition will be reverted to OK again.
5 Auto ignition threshold exceeded Reports that a block which is set up for auto-ignition detection has reached it's threshold.
6 Limit communication failure Limit communication system has failed to detect a Limit that interacts correctly with the burner control.
7 Sensor fault A sensor has been detected as out of range or disconnected.


212  Limit block 2 name Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
xAX string
String



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
12
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


213  Limit block 2 enable Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 Disable Disable this limit funtion block
2 Status only Limit status is provided only for wire sheet use. No other action is taken if the limit is reached.
3 Burner control notification The burner control is notified when the limit is reached. If it does not respond then the Limit module will lock out. The handling of the limit event is determined by parameters in the burner control.
4 Limit lockout The limit control will lock out if the limit is reached.
5 Autoignition BC notification The limit will notify the burner control when the autoignition temperature is reached. The threshold for this limit must be at least 1400 degrees F.


214  Limit block 2 assignment Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 Cell A t1-t4 Monitor the sensor attached to Cell A
2 Cell B t5-t8 Monitor the sensor attached to Cell B
3 Cell C t9-t12 Monitor the sensor attached to Cell C
4 Cell D t13-t16 Monitor the sensor attached to Cell C
5 Closest of A t1-4 and B t5-t8 Monitor the sensors on Cell A and Cell B and use the value of whichever is highest for a high limit and whichever is lowest for a low limit.
6 Average of A t1-4 and B t5-t8 Monitor the sensors on Cell A and Cell B and use their average value.
7 Closest of C t9-t12 and D t13-t16 Monitor the sensors on Cell C and Cell D and use the value of value of whichever is highest for a high limit and whichever is lowest for a low limit.
8 Average of C t9-t12 and D t13-t16 Monitor the sensors on Cell C and Cell D and use their average value.
9 Dual tracking of A t1-4 and B t5-t8 Monitor the sensors on Cell A and Cell B to ensure that they match within a tolerance.
10 Dual tracking of C t9-t12 and D t13-t16 Monitor the sensors on Cell C and Cell D to ensure that they match within a tolerance.


215  Limit block 2 direction Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 High limit The limit is a maximum value. A limit event occurs if the sensed input reaches or goes above the limit.
2 Low limit The limit is a minimum value. A limit event occurs if the sensed input reaches or goes below the limit.


216  Limit block 2 threshold Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


217  Limit block 2 hysteresis offset Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32
0.0


Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


218  Limit block 2 detection time Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
second
F32
0.0


Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
73
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


219  Limit block 2 recovery time Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
second
F32
0.0


Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
73
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


220  Limit block 2 burner control module Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


221  Limit block 2 measured Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description:


222  Limit block 2 status Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
No - Read Only
No - RAM data
No
(not applicable)
  Description:
1 Limit status unknown
2 Limit OK Limit has not been reached.
3 Limit exceeded Limit has been exceeded for longer than the detection time. A limit event is currently in progress.
4 Limit recovery Limit was exceeded in the recent past, but at the current time the sensor is now not beyond the limit. Recovery timer is running and when it elapses the limit condition will be reverted to OK again.
5 Auto ignition threshold exceeded Reports that a block which is set up for auto-ignition detection has reached it's threshold.
6 Limit communication failure Limit communication system has failed to detect a Limit that interacts correctly with the burner control.
7 Sensor fault A sensor has been detected as out of range or disconnected.


224  Limit block 3 name Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
xAX string
String



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
12
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


225  Limit block 3 enable Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 Disable Disable this limit funtion block
2 Status only Limit status is provided only for wire sheet use. No other action is taken if the limit is reached.
3 Burner control notification The burner control is notified when the limit is reached. If it does not respond then the Limit module will lock out. The handling of the limit event is determined by parameters in the burner control.
4 Limit lockout The limit control will lock out if the limit is reached.
5 Autoignition BC notification The limit will notify the burner control when the autoignition temperature is reached. The threshold for this limit must be at least 1400 degrees F.


226  Limit block 3 assignment Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 Cell A t1-t4 Monitor the sensor attached to Cell A
2 Cell B t5-t8 Monitor the sensor attached to Cell B
3 Cell C t9-t12 Monitor the sensor attached to Cell C
4 Cell D t13-t16 Monitor the sensor attached to Cell C
5 Closest of A t1-4 and B t5-t8 Monitor the sensors on Cell A and Cell B and use the value of whichever is highest for a high limit and whichever is lowest for a low limit.
6 Average of A t1-4 and B t5-t8 Monitor the sensors on Cell A and Cell B and use their average value.
7 Closest of C t9-t12 and D t13-t16 Monitor the sensors on Cell C and Cell D and use the value of value of whichever is highest for a high limit and whichever is lowest for a low limit.
8 Average of C t9-t12 and D t13-t16 Monitor the sensors on Cell C and Cell D and use their average value.
9 Dual tracking of A t1-4 and B t5-t8 Monitor the sensors on Cell A and Cell B to ensure that they match within a tolerance.
10 Dual tracking of C t9-t12 and D t13-t16 Monitor the sensors on Cell C and Cell D to ensure that they match within a tolerance.


227  Limit block 3 direction Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 High limit The limit is a maximum value. A limit event occurs if the sensed input reaches or goes above the limit.
2 Low limit The limit is a minimum value. A limit event occurs if the sensed input reaches or goes below the limit.


228  Limit block 3 threshold Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


229  Limit block 3 hysteresis offset Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32
0.0


Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


230  Limit block 3 detection time Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
second
F32
0.0


Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
73
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


231  Limit block 3 recovery time Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
second
F32
0.0


Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
73
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


232  Limit block 3 burner control module Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


233  Limit block 3 measured Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description:


234  Limit block 3 status Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
No - Read Only
No - RAM data
No
(not applicable)
  Description:
1 Limit status unknown
2 Limit OK Limit has not been reached.
3 Limit exceeded Limit has been exceeded for longer than the detection time. A limit event is currently in progress.
4 Limit recovery Limit was exceeded in the recent past, but at the current time the sensor is now not beyond the limit. Recovery timer is running and when it elapses the limit condition will be reverted to OK again.
5 Auto ignition threshold exceeded Reports that a block which is set up for auto-ignition detection has reached it's threshold.
6 Limit communication failure Limit communication system has failed to detect a Limit that interacts correctly with the burner control.
7 Sensor fault A sensor has been detected as out of range or disconnected.


236  Limit block 4 name Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
xAX string
String



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
12
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


237  Limit block 4 enable Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 Disable Disable this limit funtion block
2 Status only Limit status is provided only for wire sheet use. No other action is taken if the limit is reached.
3 Burner control notification The burner control is notified when the limit is reached. If it does not respond then the Limit module will lock out. The handling of the limit event is determined by parameters in the burner control.
4 Limit lockout The limit control will lock out if the limit is reached.
5 Autoignition BC notification The limit will notify the burner control when the autoignition temperature is reached. The threshold for this limit must be at least 1400 degrees F.


238  Limit block 4 assignment Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 Cell A t1-t4 Monitor the sensor attached to Cell A
2 Cell B t5-t8 Monitor the sensor attached to Cell B
3 Cell C t9-t12 Monitor the sensor attached to Cell C
4 Cell D t13-t16 Monitor the sensor attached to Cell C
5 Closest of A t1-4 and B t5-t8 Monitor the sensors on Cell A and Cell B and use the value of whichever is highest for a high limit and whichever is lowest for a low limit.
6 Average of A t1-4 and B t5-t8 Monitor the sensors on Cell A and Cell B and use their average value.
7 Closest of C t9-t12 and D t13-t16 Monitor the sensors on Cell C and Cell D and use the value of value of whichever is highest for a high limit and whichever is lowest for a low limit.
8 Average of C t9-t12 and D t13-t16 Monitor the sensors on Cell C and Cell D and use their average value.
9 Dual tracking of A t1-4 and B t5-t8 Monitor the sensors on Cell A and Cell B to ensure that they match within a tolerance.
10 Dual tracking of C t9-t12 and D t13-t16 Monitor the sensors on Cell C and Cell D to ensure that they match within a tolerance.


239  Limit block 4 direction Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 High limit The limit is a maximum value. A limit event occurs if the sensed input reaches or goes above the limit.
2 Low limit The limit is a minimum value. A limit event occurs if the sensed input reaches or goes below the limit.


240  Limit block 4 threshold Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


241  Limit block 4 hysteresis offset Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32
0.0


Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


242  Limit block 4 detection time Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
second
F32
0.0


Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
73
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


243  Limit block 4 recovery time Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
second
F32
0.0


Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
73
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


244  Limit block 4 burner control module Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


245  Limit block 4 measured Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description:


246  Limit block 4 status Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
No - Read Only
No - RAM data
No
(not applicable)
  Description:
1 Limit status unknown
2 Limit OK Limit has not been reached.
3 Limit exceeded Limit has been exceeded for longer than the detection time. A limit event is currently in progress.
4 Limit recovery Limit was exceeded in the recent past, but at the current time the sensor is now not beyond the limit. Recovery timer is running and when it elapses the limit condition will be reverted to OK again.
5 Auto ignition threshold exceeded Reports that a block which is set up for auto-ignition detection has reached it's threshold.
6 Limit communication failure Limit communication system has failed to detect a Limit that interacts correctly with the burner control.
7 Sensor fault A sensor has been detected as out of range or disconnected.


248  Limit block 5 name Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
xAX string
String



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
12
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


249  Limit block 5 enable Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 Disable Disable this limit funtion block
2 Status only Limit status is provided only for wire sheet use. No other action is taken if the limit is reached.
3 Burner control notification The burner control is notified when the limit is reached. If it does not respond then the Limit module will lock out. The handling of the limit event is determined by parameters in the burner control.
4 Limit lockout The limit control will lock out if the limit is reached.
5 Autoignition BC notification The limit will notify the burner control when the autoignition temperature is reached. The threshold for this limit must be at least 1400 degrees F.


250  Limit block 5 assignment Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 Cell A t1-t4 Monitor the sensor attached to Cell A
2 Cell B t5-t8 Monitor the sensor attached to Cell B
3 Cell C t9-t12 Monitor the sensor attached to Cell C
4 Cell D t13-t16 Monitor the sensor attached to Cell C
5 Closest of A t1-4 and B t5-t8 Monitor the sensors on Cell A and Cell B and use the value of whichever is highest for a high limit and whichever is lowest for a low limit.
6 Average of A t1-4 and B t5-t8 Monitor the sensors on Cell A and Cell B and use their average value.
7 Closest of C t9-t12 and D t13-t16 Monitor the sensors on Cell C and Cell D and use the value of value of whichever is highest for a high limit and whichever is lowest for a low limit.
8 Average of C t9-t12 and D t13-t16 Monitor the sensors on Cell C and Cell D and use their average value.
9 Dual tracking of A t1-4 and B t5-t8 Monitor the sensors on Cell A and Cell B to ensure that they match within a tolerance.
10 Dual tracking of C t9-t12 and D t13-t16 Monitor the sensors on Cell C and Cell D to ensure that they match within a tolerance.


251  Limit block 5 direction Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 High limit The limit is a maximum value. A limit event occurs if the sensed input reaches or goes above the limit.
2 Low limit The limit is a minimum value. A limit event occurs if the sensed input reaches or goes below the limit.


252  Limit block 5 threshold Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


253  Limit block 5 hysteresis offset Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32
0.0


Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


254  Limit block 5 detection time Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
second
F32
0.0


Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
73
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


255  Limit block 5 recovery time Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
second
F32
0.0


Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
73
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


256  Limit block 5 burner control module Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


257  Limit block 5 measured Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description:


258  Limit block 5 status Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
No - Read Only
No - RAM data
No
(not applicable)
  Description:
1 Limit status unknown
2 Limit OK Limit has not been reached.
3 Limit exceeded Limit has been exceeded for longer than the detection time. A limit event is currently in progress.
4 Limit recovery Limit was exceeded in the recent past, but at the current time the sensor is now not beyond the limit. Recovery timer is running and when it elapses the limit condition will be reverted to OK again.
5 Auto ignition threshold exceeded Reports that a block which is set up for auto-ignition detection has reached it's threshold.
6 Limit communication failure Limit communication system has failed to detect a Limit that interacts correctly with the burner control.
7 Sensor fault A sensor has been detected as out of range or disconnected.


260  Limit block 6 name Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
xAX string
String



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
12
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


261  Limit block 6 enable Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 Disable Disable this limit funtion block
2 Status only Limit status is provided only for wire sheet use. No other action is taken if the limit is reached.
3 Burner control notification The burner control is notified when the limit is reached. If it does not respond then the Limit module will lock out. The handling of the limit event is determined by parameters in the burner control.
4 Limit lockout The limit control will lock out if the limit is reached.
5 Autoignition BC notification The limit will notify the burner control when the autoignition temperature is reached. The threshold for this limit must be at least 1400 degrees F.


262  Limit block 6 assignment Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 Cell A t1-t4 Monitor the sensor attached to Cell A
2 Cell B t5-t8 Monitor the sensor attached to Cell B
3 Cell C t9-t12 Monitor the sensor attached to Cell C
4 Cell D t13-t16 Monitor the sensor attached to Cell C
5 Closest of A t1-4 and B t5-t8 Monitor the sensors on Cell A and Cell B and use the value of whichever is highest for a high limit and whichever is lowest for a low limit.
6 Average of A t1-4 and B t5-t8 Monitor the sensors on Cell A and Cell B and use their average value.
7 Closest of C t9-t12 and D t13-t16 Monitor the sensors on Cell C and Cell D and use the value of value of whichever is highest for a high limit and whichever is lowest for a low limit.
8 Average of C t9-t12 and D t13-t16 Monitor the sensors on Cell C and Cell D and use their average value.
9 Dual tracking of A t1-4 and B t5-t8 Monitor the sensors on Cell A and Cell B to ensure that they match within a tolerance.
10 Dual tracking of C t9-t12 and D t13-t16 Monitor the sensors on Cell C and Cell D to ensure that they match within a tolerance.


263  Limit block 6 direction Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 High limit The limit is a maximum value. A limit event occurs if the sensed input reaches or goes above the limit.
2 Low limit The limit is a minimum value. A limit event occurs if the sensed input reaches or goes below the limit.


264  Limit block 6 threshold Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


265  Limit block 6 hysteresis offset Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32
0.0


Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


266  Limit block 6 detection time Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
second
F32
0.0


Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
73
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


267  Limit block 6 recovery time Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
second
F32
0.0


Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
73
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


268  Limit block 6 burner control module Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


269  Limit block 6 measured Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description:


270  Limit block 6 status Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
No - Read Only
No - RAM data
No
(not applicable)
  Description:
1 Limit status unknown
2 Limit OK Limit has not been reached.
3 Limit exceeded Limit has been exceeded for longer than the detection time. A limit event is currently in progress.
4 Limit recovery Limit was exceeded in the recent past, but at the current time the sensor is now not beyond the limit. Recovery timer is running and when it elapses the limit condition will be reverted to OK again.
5 Auto ignition threshold exceeded Reports that a block which is set up for auto-ignition detection has reached it's threshold.
6 Limit communication failure Limit communication system has failed to detect a Limit that interacts correctly with the burner control.
7 Sensor fault A sensor has been detected as out of range or disconnected.


272  Limit block 7 name Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
xAX string
String



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
12
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


273  Limit block 7 enable Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 Disable Disable this limit funtion block
2 Status only Limit status is provided only for wire sheet use. No other action is taken if the limit is reached.
3 Burner control notification The burner control is notified when the limit is reached. If it does not respond then the Limit module will lock out. The handling of the limit event is determined by parameters in the burner control.
4 Limit lockout The limit control will lock out if the limit is reached.
5 Autoignition BC notification The limit will notify the burner control when the autoignition temperature is reached. The threshold for this limit must be at least 1400 degrees F.


274  Limit block 7 assignment Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 Cell A t1-t4 Monitor the sensor attached to Cell A
2 Cell B t5-t8 Monitor the sensor attached to Cell B
3 Cell C t9-t12 Monitor the sensor attached to Cell C
4 Cell D t13-t16 Monitor the sensor attached to Cell C
5 Closest of A t1-4 and B t5-t8 Monitor the sensors on Cell A and Cell B and use the value of whichever is highest for a high limit and whichever is lowest for a low limit.
6 Average of A t1-4 and B t5-t8 Monitor the sensors on Cell A and Cell B and use their average value.
7 Closest of C t9-t12 and D t13-t16 Monitor the sensors on Cell C and Cell D and use the value of value of whichever is highest for a high limit and whichever is lowest for a low limit.
8 Average of C t9-t12 and D t13-t16 Monitor the sensors on Cell C and Cell D and use their average value.
9 Dual tracking of A t1-4 and B t5-t8 Monitor the sensors on Cell A and Cell B to ensure that they match within a tolerance.
10 Dual tracking of C t9-t12 and D t13-t16 Monitor the sensors on Cell C and Cell D to ensure that they match within a tolerance.


275  Limit block 7 direction Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 High limit The limit is a maximum value. A limit event occurs if the sensed input reaches or goes above the limit.
2 Low limit The limit is a minimum value. A limit event occurs if the sensed input reaches or goes below the limit.


276  Limit block 7 threshold Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


277  Limit block 7 hysteresis offset Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32
0.0


Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


278  Limit block 7 detection time Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
second
F32
0.0


Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
73
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


279  Limit block 7 recovery time Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
second
F32
0.0


Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
73
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


280  Limit block 7 burner control module Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


281  Limit block 7 measured Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description:


282  Limit block 7 status Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
No - Read Only
No - RAM data
No
(not applicable)
  Description:
1 Limit status unknown
2 Limit OK Limit has not been reached.
3 Limit exceeded Limit has been exceeded for longer than the detection time. A limit event is currently in progress.
4 Limit recovery Limit was exceeded in the recent past, but at the current time the sensor is now not beyond the limit. Recovery timer is running and when it elapses the limit condition will be reverted to OK again.
5 Auto ignition threshold exceeded Reports that a block which is set up for auto-ignition detection has reached it's threshold.
6 Limit communication failure Limit communication system has failed to detect a Limit that interacts correctly with the burner control.
7 Sensor fault A sensor has been detected as out of range or disconnected.


284  Limit block 8 name Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
xAX string
String



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
12
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


285  Limit block 8 enable Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 Disable Disable this limit funtion block
2 Status only Limit status is provided only for wire sheet use. No other action is taken if the limit is reached.
3 Burner control notification The burner control is notified when the limit is reached. If it does not respond then the Limit module will lock out. The handling of the limit event is determined by parameters in the burner control.
4 Limit lockout The limit control will lock out if the limit is reached.
5 Autoignition BC notification The limit will notify the burner control when the autoignition temperature is reached. The threshold for this limit must be at least 1400 degrees F.


286  Limit block 8 assignment Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 Cell A t1-t4 Monitor the sensor attached to Cell A
2 Cell B t5-t8 Monitor the sensor attached to Cell B
3 Cell C t9-t12 Monitor the sensor attached to Cell C
4 Cell D t13-t16 Monitor the sensor attached to Cell C
5 Closest of A t1-4 and B t5-t8 Monitor the sensors on Cell A and Cell B and use the value of whichever is highest for a high limit and whichever is lowest for a low limit.
6 Average of A t1-4 and B t5-t8 Monitor the sensors on Cell A and Cell B and use their average value.
7 Closest of C t9-t12 and D t13-t16 Monitor the sensors on Cell C and Cell D and use the value of value of whichever is highest for a high limit and whichever is lowest for a low limit.
8 Average of C t9-t12 and D t13-t16 Monitor the sensors on Cell C and Cell D and use their average value.
9 Dual tracking of A t1-4 and B t5-t8 Monitor the sensors on Cell A and Cell B to ensure that they match within a tolerance.
10 Dual tracking of C t9-t12 and D t13-t16 Monitor the sensors on Cell C and Cell D to ensure that they match within a tolerance.


287  Limit block 8 direction Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 High limit The limit is a maximum value. A limit event occurs if the sensed input reaches or goes above the limit.
2 Low limit The limit is a minimum value. A limit event occurs if the sensed input reaches or goes below the limit.


288  Limit block 8 threshold Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


289  Limit block 8 hysteresis offset Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32
0.0


Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


290  Limit block 8 detection time Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
second
F32
0.0


Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
73
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


291  Limit block 8 recovery time Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
second
F32
0.0


Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
73
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


292  Limit block 8 burner control module Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


293  Limit block 8 measured Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description:


294  Limit block 8 status Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
No - Read Only
No - RAM data
No
(not applicable)
  Description:
1 Limit status unknown
2 Limit OK Limit has not been reached.
3 Limit exceeded Limit has been exceeded for longer than the detection time. A limit event is currently in progress.
4 Limit recovery Limit was exceeded in the recent past, but at the current time the sensor is now not beyond the limit. Recovery timer is running and when it elapses the limit condition will be reverted to OK again.
5 Auto ignition threshold exceeded Reports that a block which is set up for auto-ignition detection has reached it's threshold.
6 Limit communication failure Limit communication system has failed to detect a Limit that interacts correctly with the burner control.
7 Sensor fault A sensor has been detected as out of range or disconnected.


296  Limit block 9 name Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
xAX string
String



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
12
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


297  Limit block 9 enable Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 Disable Disable this limit funtion block
2 Status only Limit status is provided only for wire sheet use. No other action is taken if the limit is reached.
3 Burner control notification The burner control is notified when the limit is reached. If it does not respond then the Limit module will lock out. The handling of the limit event is determined by parameters in the burner control.
4 Limit lockout The limit control will lock out if the limit is reached.
5 Autoignition BC notification The limit will notify the burner control when the autoignition temperature is reached. The threshold for this limit must be at least 1400 degrees F.


298  Limit block 9 assignment Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 Cell A t1-t4 Monitor the sensor attached to Cell A
2 Cell B t5-t8 Monitor the sensor attached to Cell B
3 Cell C t9-t12 Monitor the sensor attached to Cell C
4 Cell D t13-t16 Monitor the sensor attached to Cell C
5 Closest of A t1-4 and B t5-t8 Monitor the sensors on Cell A and Cell B and use the value of whichever is highest for a high limit and whichever is lowest for a low limit.
6 Average of A t1-4 and B t5-t8 Monitor the sensors on Cell A and Cell B and use their average value.
7 Closest of C t9-t12 and D t13-t16 Monitor the sensors on Cell C and Cell D and use the value of value of whichever is highest for a high limit and whichever is lowest for a low limit.
8 Average of C t9-t12 and D t13-t16 Monitor the sensors on Cell C and Cell D and use their average value.
9 Dual tracking of A t1-4 and B t5-t8 Monitor the sensors on Cell A and Cell B to ensure that they match within a tolerance.
10 Dual tracking of C t9-t12 and D t13-t16 Monitor the sensors on Cell C and Cell D to ensure that they match within a tolerance.


299  Limit block 9 direction Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 High limit The limit is a maximum value. A limit event occurs if the sensed input reaches or goes above the limit.
2 Low limit The limit is a minimum value. A limit event occurs if the sensed input reaches or goes below the limit.


300  Limit block 9 threshold Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


301  Limit block 9 hysteresis offset Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32
0.0


Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


302  Limit block 9 detection time Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
second
F32
0.0


Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
73
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


303  Limit block 9 recovery time Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
second
F32
0.0


Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
73
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


304  Limit block 9 burner control module Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


305  Limit block 9 measured Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description:


306  Limit block 9 status Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
No - Read Only
No - RAM data
No
(not applicable)
  Description:
1 Limit status unknown
2 Limit OK Limit has not been reached.
3 Limit exceeded Limit has been exceeded for longer than the detection time. A limit event is currently in progress.
4 Limit recovery Limit was exceeded in the recent past, but at the current time the sensor is now not beyond the limit. Recovery timer is running and when it elapses the limit condition will be reverted to OK again.
5 Auto ignition threshold exceeded Reports that a block which is set up for auto-ignition detection has reached it's threshold.
6 Limit communication failure Limit communication system has failed to detect a Limit that interacts correctly with the burner control.
7 Sensor fault A sensor has been detected as out of range or disconnected.


308  Limit block 10 name Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
xAX string
String



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
12
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


309  Limit block 10 enable Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 Disable Disable this limit funtion block
2 Status only Limit status is provided only for wire sheet use. No other action is taken if the limit is reached.
3 Burner control notification The burner control is notified when the limit is reached. If it does not respond then the Limit module will lock out. The handling of the limit event is determined by parameters in the burner control.
4 Limit lockout The limit control will lock out if the limit is reached.
5 Autoignition BC notification The limit will notify the burner control when the autoignition temperature is reached. The threshold for this limit must be at least 1400 degrees F.


310  Limit block 10 assignment Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 Cell A t1-t4 Monitor the sensor attached to Cell A
2 Cell B t5-t8 Monitor the sensor attached to Cell B
3 Cell C t9-t12 Monitor the sensor attached to Cell C
4 Cell D t13-t16 Monitor the sensor attached to Cell C
5 Closest of A t1-4 and B t5-t8 Monitor the sensors on Cell A and Cell B and use the value of whichever is highest for a high limit and whichever is lowest for a low limit.
6 Average of A t1-4 and B t5-t8 Monitor the sensors on Cell A and Cell B and use their average value.
7 Closest of C t9-t12 and D t13-t16 Monitor the sensors on Cell C and Cell D and use the value of value of whichever is highest for a high limit and whichever is lowest for a low limit.
8 Average of C t9-t12 and D t13-t16 Monitor the sensors on Cell C and Cell D and use their average value.
9 Dual tracking of A t1-4 and B t5-t8 Monitor the sensors on Cell A and Cell B to ensure that they match within a tolerance.
10 Dual tracking of C t9-t12 and D t13-t16 Monitor the sensors on Cell C and Cell D to ensure that they match within a tolerance.


311  Limit block 10 direction Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 High limit The limit is a maximum value. A limit event occurs if the sensed input reaches or goes above the limit.
2 Low limit The limit is a minimum value. A limit event occurs if the sensed input reaches or goes below the limit.


312  Limit block 10 threshold Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


313  Limit block 10 hysteresis offset Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32
0.0


Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


314  Limit block 10 detection time Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
second
F32
0.0


Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
73
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


315  Limit block 10 recovery time Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
second
F32
0.0


Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
73
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


316  Limit block 10 burner control module Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


317  Limit block 10 measured Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description:


318  Limit block 10 status Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
No - Read Only
No - RAM data
No
(not applicable)
  Description:
1 Limit status unknown
2 Limit OK Limit has not been reached.
3 Limit exceeded Limit has been exceeded for longer than the detection time. A limit event is currently in progress.
4 Limit recovery Limit was exceeded in the recent past, but at the current time the sensor is now not beyond the limit. Recovery timer is running and when it elapses the limit condition will be reverted to OK again.
5 Auto ignition threshold exceeded Reports that a block which is set up for auto-ignition detection has reached it's threshold.
6 Limit communication failure Limit communication system has failed to detect a Limit that interacts correctly with the burner control.
7 Sensor fault A sensor has been detected as out of range or disconnected.


320  Limit block 11 name Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
xAX string
String



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
12
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


321  Limit block 11 enable Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 Disable Disable this limit funtion block
2 Status only Limit status is provided only for wire sheet use. No other action is taken if the limit is reached.
3 Burner control notification The burner control is notified when the limit is reached. If it does not respond then the Limit module will lock out. The handling of the limit event is determined by parameters in the burner control.
4 Limit lockout The limit control will lock out if the limit is reached.
5 Autoignition BC notification The limit will notify the burner control when the autoignition temperature is reached. The threshold for this limit must be at least 1400 degrees F.


322  Limit block 11 assignment Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 Cell A t1-t4 Monitor the sensor attached to Cell A
2 Cell B t5-t8 Monitor the sensor attached to Cell B
3 Cell C t9-t12 Monitor the sensor attached to Cell C
4 Cell D t13-t16 Monitor the sensor attached to Cell C
5 Closest of A t1-4 and B t5-t8 Monitor the sensors on Cell A and Cell B and use the value of whichever is highest for a high limit and whichever is lowest for a low limit.
6 Average of A t1-4 and B t5-t8 Monitor the sensors on Cell A and Cell B and use their average value.
7 Closest of C t9-t12 and D t13-t16 Monitor the sensors on Cell C and Cell D and use the value of value of whichever is highest for a high limit and whichever is lowest for a low limit.
8 Average of C t9-t12 and D t13-t16 Monitor the sensors on Cell C and Cell D and use their average value.
9 Dual tracking of A t1-4 and B t5-t8 Monitor the sensors on Cell A and Cell B to ensure that they match within a tolerance.
10 Dual tracking of C t9-t12 and D t13-t16 Monitor the sensors on Cell C and Cell D to ensure that they match within a tolerance.


323  Limit block 11 direction Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 High limit The limit is a maximum value. A limit event occurs if the sensed input reaches or goes above the limit.
2 Low limit The limit is a minimum value. A limit event occurs if the sensed input reaches or goes below the limit.


324  Limit block 11 threshold Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


325  Limit block 11 hysteresis offset Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32
0.0


Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


326  Limit block 11 detection time Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
second
F32
0.0


Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
73
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


327  Limit block 11 recovery time Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
second
F32
0.0


Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
73
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


328  Limit block 11 burner control module Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


329  Limit block 11 measured Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description:


330  Limit block 11 status Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
No - Read Only
No - RAM data
No
(not applicable)
  Description:
1 Limit status unknown
2 Limit OK Limit has not been reached.
3 Limit exceeded Limit has been exceeded for longer than the detection time. A limit event is currently in progress.
4 Limit recovery Limit was exceeded in the recent past, but at the current time the sensor is now not beyond the limit. Recovery timer is running and when it elapses the limit condition will be reverted to OK again.
5 Auto ignition threshold exceeded Reports that a block which is set up for auto-ignition detection has reached it's threshold.
6 Limit communication failure Limit communication system has failed to detect a Limit that interacts correctly with the burner control.
7 Sensor fault A sensor has been detected as out of range or disconnected.


332  Limit block 12 name Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
xAX string
String



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
12
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


333  Limit block 12 enable Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 Disable Disable this limit funtion block
2 Status only Limit status is provided only for wire sheet use. No other action is taken if the limit is reached.
3 Burner control notification The burner control is notified when the limit is reached. If it does not respond then the Limit module will lock out. The handling of the limit event is determined by parameters in the burner control.
4 Limit lockout The limit control will lock out if the limit is reached.
5 Autoignition BC notification The limit will notify the burner control when the autoignition temperature is reached. The threshold for this limit must be at least 1400 degrees F.


334  Limit block 12 assignment Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 Cell A t1-t4 Monitor the sensor attached to Cell A
2 Cell B t5-t8 Monitor the sensor attached to Cell B
3 Cell C t9-t12 Monitor the sensor attached to Cell C
4 Cell D t13-t16 Monitor the sensor attached to Cell C
5 Closest of A t1-4 and B t5-t8 Monitor the sensors on Cell A and Cell B and use the value of whichever is highest for a high limit and whichever is lowest for a low limit.
6 Average of A t1-4 and B t5-t8 Monitor the sensors on Cell A and Cell B and use their average value.
7 Closest of C t9-t12 and D t13-t16 Monitor the sensors on Cell C and Cell D and use the value of value of whichever is highest for a high limit and whichever is lowest for a low limit.
8 Average of C t9-t12 and D t13-t16 Monitor the sensors on Cell C and Cell D and use their average value.
9 Dual tracking of A t1-4 and B t5-t8 Monitor the sensors on Cell A and Cell B to ensure that they match within a tolerance.
10 Dual tracking of C t9-t12 and D t13-t16 Monitor the sensors on Cell C and Cell D to ensure that they match within a tolerance.


335  Limit block 12 direction Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 High limit The limit is a maximum value. A limit event occurs if the sensed input reaches or goes above the limit.
2 Low limit The limit is a minimum value. A limit event occurs if the sensed input reaches or goes below the limit.


336  Limit block 12 threshold Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


337  Limit block 12 hysteresis offset Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32
0.0


Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


338  Limit block 12 detection time Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
second
F32
0.0


Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
73
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


339  Limit block 12 recovery time Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
second
F32
0.0


Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
73
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


340  Limit block 12 burner control module Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


341  Limit block 12 measured Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description:


342  Limit block 12 status Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
No - Read Only
No - RAM data
No
(not applicable)
  Description:
1 Limit status unknown
2 Limit OK Limit has not been reached.
3 Limit exceeded Limit has been exceeded for longer than the detection time. A limit event is currently in progress.
4 Limit recovery Limit was exceeded in the recent past, but at the current time the sensor is now not beyond the limit. Recovery timer is running and when it elapses the limit condition will be reverted to OK again.
5 Auto ignition threshold exceeded Reports that a block which is set up for auto-ignition detection has reached it's threshold.
6 Limit communication failure Limit communication system has failed to detect a Limit that interacts correctly with the burner control.
7 Sensor fault A sensor has been detected as out of range or disconnected.


400  Driver I/O type for T1, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Selects the desired function of this terminal. Note that some selections consume more than just this terminal.
1 Unconfigured First terminal of the Analog Cell is not configured for use
5 Voltage input Voltage Input selected for first terminal of the Analog Cell
6 Current input Current Input selected for first terminal of the Analog Cell
10 Voltage threshold Voltage Threshold (on/off) selected for first terminal of the Analog Cell
11 Voltage output Voltage Output selected for first terminal of the Analog Cell
12 Current output Current Output selected for first terminal of the Analog Cell
13 PWM output PWM Output selected for first terminal of the Analog Cell
17 Bridge A Bridge Input selected for the Analog Cell (uses whole cell)


401  Driver I/O sub type for T1, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Unused for this terminal's available types.
1 Unassigned


402  Driver setting for T1, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in PWM output, Bridge and inputs to provide a drive level as a voltage.


403  Driver low input for T1, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Threshold input for specifying the threshold, and in Bridge, Voltage and Current inputs to provide a linear scaling between raw input units and other engineering units. This provides the x1 value in a (x1,y1) to (x2,y2) scaling conversion.


404  Driver high input for T1, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Bridge, Voltage and Current inputs to provide a linear scaling between raw input units and other engineering units. This provides the y1 value in a (x1,y1) to (x2,y2) scaling conversion.


405  Driver low output for T1, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Voltage, Current and PWM outputs to provide output range scaling as well as Bridge, Voltage and Current inputs to provide a linear scaling between raw input units and other engineering units. For Voltage and Current output this provides the 0% output value. For PWM outputs it provides frequency, and for inputs, this provides the x2 value in a (x1,y1) to (x2,y2) scaling conversion.


406  Driver high output for T1, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Threshold input for invert and toggle options, and in Voltage and Current outputs to provide output range scaling as well as Bridge, Voltage and Current inputs to provide a linear scaling between raw input units and other engineering units. For Voltage and Current output this provides the 100% output value. For inputs, this provides the y2 value in a (x1,y1) to (x2,y2) scaling conversion.


407  Driver low limit for T1, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Bridge, Voltage and Current inputs to provide a clipping or invalidation minimum limit. See "Options" register for more clipping and invalidation selection. To disable limits, set both to 0.


408  Driver high limit for T1, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Bridge, Voltage and Current inputs to provide a clipping or invalidation maximum limit. See "Options" register for more clipping and invalidation selection. To disable limits, set both to 0.


409  Driver options for T1, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Specifies whether inputs outside of the Low Limit and High Limit values are clipped (held at the offending limit) or set invalid. 0 = invalidate, non-zero = clip.


410  Driver units code for T1, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: SLATE Tool units code. Examples: Celsius = 62, Fahrenheit = 63


411  Driver relinquish default for T1, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used only for output types. This provides the default value for the output when neither the wiresheet or cloud has a commanded priority.


412  Driver wiresheet priority for T1, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16

0

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used only for output types. Provides the priority of the wiresheet's desired output percentage. Lower numbers are higher priority, but 0 = None. The higher priority between wiresheet and cloud dictates what controls the output.


413  Driver wiresheet data for T1, cell:A Category: System Status
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Used only for output types. Provides the wiresheet's commanded percentage for an output.


414  Driver cloud data for T1, cell:A Category: System Status
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Used only for output types. Provides the cloud's (BACnet) commanded percentage for an output.


415  Driver cloud priority for T1, cell:A Category: System Status
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
No - Read Only
No - RAM data
No
(not applicable)
  Description: Used only for output types. Provides the priority of the cloud's (BACnet) desired output percentage. Lower numbers are higher priority, but 0 = None. The higher priority between wiresheet and cloud dictates what controls the output.


416  Driver eng unit out copy for T1, cell:A Category: System Status
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Used only for output types. Shows the current status of the output (0% to 100%)


417  Driver engineering unit output for T1, cell:A Category: Operating Control
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
No - RAM data
No
(not applicable)
  Description: Used only for output types. Shows the current status of the output (0% to 100%)


418  Driver raw status for T1, cell:A Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Provides the raw measurement for Bridge, Voltage, Current and Threshold input types.


419  Driver engineering unit Input for T1, cell:A Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Provides the Engineering Unit input (after linear scaling is applied) for Bridge, Voltage and Current inputs. For Threshold input this is the digital status (1 or 0).


420  Driver I/O type for T2, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Selects the desired function of this terminal. Note that some selections consume more than just this terminal.
1 Unconfigured Second terminal of the Analog Cell is not configured for use
2 Potentiometer Potentiometer Input selected for the Analog Cell (uses whole cell)
4 Thermocouple Thermocouple Input selected for the Analog Cell (uses second and third terminals)
5 Voltage input Voltage Input selected for second terminal of the Analog Cell
8 PWM input PWM Input selected for second terminal of the Analog Cell
9 Tach input Techometer Input selected for second terminal of the Analog Cell
10 Voltage threshold Voltage Threshold (on/off) selected for second terminal of the Analog Cell
20 Thermocouple Sense Block Thermocouple Sense Block selected for Analog Cell (uses whole cell)
21 Totalizer input Totalizer Input (pulse counter) selected for second terminal of the Analog Cell


421  Driver I/O sub type for T2, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: If the selected Type has subtype options (Thermocouple), then this is used to select the appropriate option.
1 Unassigned
21 Type J
22 Type K
23 Type T


422  Driver Drive setting for T2, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Potentiometer input to provide a drive level as a voltage.


423  Driver low input for T2, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: For Threshold input specifies the threshold value. For Tachometer input specifies number of pulses per revolution, and in Potentiometer, PWM, and Voltage inputs to provide a linear scaling between raw input units and other engineering units. This provides the x1 value in a (x1,y1) to (x2,y2) scaling conversion.


424  Driver high input for T2, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Potentiometer, PWM and Voltage inputs to provide a linear scaling between raw input units and other engineering units. This provides the y1 value in a (x1,y1) to (x2,y2) scaling conversion.


425  Driver low output for T2, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Potentiometer, PWM, and Voltage inputs to provide a linear scaling between raw input units and other engineering units. This provides the x2 value in a (x1,y1) to (x2,y2) scaling conversion.


426  Driver high output for T2, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Potentiometer, PWM, and Voltage inputs to provide a linear scaling between raw input units and other engineering units. This provides the y2 value in a (x1,y1) to (x2,y2) scaling conversion.


427  Driver low limit for T2, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Thermocouple, Potentiometer, PWM, Tachomter, and Voltage inputs to provide a clipping or invalidation minimum limit. See "Options" register for more clipping and invalidation selection. To disable limits, set both to 0.


428  Driver high limit for T2, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Thermocouple, Potentiometer, PWM, Tachomter, and Voltage inputs to provide a clipping or invalidation maximum limit. See "Options" register for more clipping and invalidation selection. To disable limits, set both to 0.


429  Driver options for T2, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Specifies whether inputs outside of the Low Limit and High Limit values are clipped (held at the offending limit) or set invalid. 0 = invalidate, non-zero = clip.


430  Driver units code for T2, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: SLATE Tool units code. Examples: Celsius = 62, Fahrenheit = 63


431  Driver raw status for T2, cell:A Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Provides the raw measurement for Thermocouple, Potentiometer, Voltage, PWM, Tachometer, and Threshold input types.


432  Driver engineering unit input for T2, cell:A Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Provides the Engineering Unit input (after linear scaling is applied if applicable) for Thermocouple, Potentiometer, Voltage, PWM, and Tachometer inputs. For Threshold input this is the digital status (1 or 0).


433  Driver I/O type for T3, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Selects the desired function of this terminal. Note that some selections consume more than just this terminal.
1 Unconfigured
2 Potentiometer
3 NTC sensor
5 Voltage input
6 Current input
7 Linear resistor
10 Voltage threshold
16 RTD sensor


434  Driver I/O sub type for T3, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: If the selected Type has subtype options (NTC, RTD), then this is used to select the appropriate option.
1 Unassigned
2 10K NTC
3 12K NTC
4 20K NTC
11 100 Ohm RTD
12 Reserved. Do not use.
13 1K Ohm RTD
14 1000 ohm Balco RTD


435  Driver Drive setting for T3, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in RTD input mode to provide a drive level as an integer numerical setting in 100 microamp increments.


436  Driver low input for T3, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: For Threshold input specifies the threshold value. For Resistance, Voltage, and Current inputs to provide a linear scaling between raw input units and other engineering units. This provides the x1 value in a (x1,y1) to (x2,y2) scaling conversion.


437  Driver high input for T3, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: For Resistance, Voltage, and Current inputs to provide a linear scaling between raw input units and other engineering units. This provides the y1 value in a (x1,y1) to (x2,y2) scaling conversion.


438  Driver low output for T3, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Resistance, Voltage, and Current inputs to provide a linear scaling between raw input units and other engineering units. This provides the x2 value in a (x1,y1) to (x2,y2) scaling conversion. Specifies invert/toggle option for Threshold input.


439  Driver high output for T3, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Resistance, Voltage, and Current inputs to provide a linear scaling between raw input units and other engineering units. This provides the y2 value in a (x1,y1) to (x2,y2) scaling conversion.


440  Driver low limit for T3, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Resistance, Voltage, and Current inputs to provide a clipping or invalidation minimum limit. See "Options" register for more clipping and invalidation selection. To disable limits, set both to 0.


441  Driver high limit for T3, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Resistance, Voltage, and Current inputs to provide a clipping or invalidation maximum limit. See "Options" register for more clipping and invalidation selection. To disable limits, set both to 0.


442  Driver options for T3, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Specifies whether inputs outside of the Low Limit and High Limit values are clipped (held at the offending limit) or set invalid. 0 = invalidate, non-zero = clip.


443  Driver units code for T3, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: SLATE Tool units code. Examples: Celsius = 62, Fahrenheit = 63


444  Driver raw status for T3, cell:A Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Provides the raw measurement for Resistance, NTC (ohms), RTD (ohms), Voltage, Current, and Threshold input types.


445  Driver engineering unit input for T3, cell:A Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Provides Engineering Unit (degrees) for NTC and RTD. For Resistance, Voltage and Current inputs provides the output of the linear scaling function. For a Threshold input type this represents the digital status of the input.


446  Driver I/O type for T4, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Selects the desired function of this terminal. Note that some selections consume more than just this terminal.
1 Unconfigured
3 NTC sensor
7 Linear resistor


447  Driver I/O sub type for T4, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: If the selected Type has subtype options (NTC), then this is used to select the appropriate option.
1 Unassigned
2 10K NTC
3 12K NTC
4 20K NTC


448  Driver Drive setting for T4, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Unused for this Terminal.


449  Driver low input for T4, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: For Resistance input this provides a linear scaling between raw input units and other engineering units. This provides the x1 value in a (x1,y1) to (x2,y2) scaling conversion.


450  Driver high input for T4, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: For Resistance input this provides a linear scaling between raw input units and other engineering units. This provides the y1 value in a (x1,y1) to (x2,y2) scaling conversion.


451  Driver low output for T4, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Resistance input to provide a linear scaling between raw input units and other engineering units. This provides the x2 value in a (x1,y1) to (x2,y2) scaling conversion.


452  Driver high output for T4, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Resistance input to provide a linear scaling between raw input units and other engineering units. This provides the y2 value in a (x1,y1) to (x2,y2) scaling conversion.


453  Driver low limit for T4, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Resistance input to provide a clipping or invalidation minimum limit. See "Options" register for more clipping and invalidation selection. To disable limits, set both to 0.


454  Driver high limit for T4, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Resistance input to provide a clipping or invalidation maximum limit. See "Options" register for more clipping and invalidation selection. To disable limits, set both to 0.


455  Driver options for T4, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Specifies whether inputs outside of the Low Limit and High Limit values are clipped (held at the offending limit) or set invalid. 0 = invalidate, non-zero = clip.


456  Driver units code for T4, cell:A Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: SLATE Tool units code. Examples: Celsius = 62, Fahrenheit = 63


457  Driver raw status for T4, cell:A Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Provides the raw measurement for Resistance and NTC (ohms) input types.


458  Driver engineering unit input for T4, cell:A Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Provides Engineering Unit (degrees) for NTC. For Resistance input provides the output of the linear scaling function.


459  Offset adjustment for T1, cell:A Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Adjustable offset that is applied to the Engineering Unit Input register. Allows for field offset calibration.


460  Offset adjustment for T2, cell:A Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Adjustable offset that is applied to the Engineering Unit Input register. Allows for field offset calibration.


461  Offset adjustment for T3, cell:A Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Adjustable offset that is applied to the Engineering Unit Input register. Allows for field offset calibration.


462  Offset adjustment for T4, cell:A Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Adjustable offset that is applied to the Engineering Unit Input register. Allows for field offset calibration.


463  Driver I/O type for T5, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Selects the desired function of this terminal. Note that some selections consume more than just this terminal.
1 Unconfigured First terminal of the Analog Cell is not configured for use
5 Voltage input Voltage Input selected for first terminal of the Analog Cell
6 Current input Current Input selected for first terminal of the Analog Cell
10 Voltage threshold Voltage Threshold (on/off) selected for first terminal of the Analog Cell
11 Voltage output Voltage Output selected for first terminal of the Analog Cell
12 Current output Current Output selected for first terminal of the Analog Cell
13 PWM output PWM Output selected for first terminal of the Analog Cell
17 Bridge A Bridge Input selected for the Analog Cell (uses whole cell)


464  Driver I/O sub type for T5, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Unused for this terminal's available types.
1 Unassigned


465  Driver setting for T5, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in PWM output, Bridge and inputs to provide a drive level as a voltage.


466  Driver low input for T5, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Threshold input for specifying the threshold, and in Bridge, Voltage and Current inputs to provide a linear scaling between raw input units and other engineering units. This provides the x1 value in a (x1,y1) to (x2,y2) scaling conversion.


467  Driver high input for T5, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Bridge, Voltage and Current inputs to provide a linear scaling between raw input units and other engineering units. This provides the y1 value in a (x1,y1) to (x2,y2) scaling conversion.


468  Driver low output for T5, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Voltage, Current and PWM outputs to provide output range scaling as well as Bridge, Voltage and Current inputs to provide a linear scaling between raw input units and other engineering units. For Voltage and Current output this provides the 0% output value. For PWM outputs it provides frequency, and for inputs, this provides the x2 value in a (x1,y1) to (x2,y2) scaling conversion.


469  Driver high output for T5, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Threshold input for invert and toggle options, and in Voltage and Current outputs to provide output range scaling as well as Bridge, Voltage and Current inputs to provide a linear scaling between raw input units and other engineering units. For Voltage and Current output this provides the 100% output value. For inputs, this provides the y2 value in a (x1,y1) to (x2,y2) scaling conversion.


470  Driver low limit for T5, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Bridge, Voltage and Current inputs to provide a clipping or invalidation minimum limit. See "Options" register for more clipping and invalidation selection. To disable limits, set both to 0.


471  Driver high limit for T5, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Bridge, Voltage and Current inputs to provide a clipping or invalidation maximum limit. See "Options" register for more clipping and invalidation selection. To disable limits, set both to 0.


472  Driver options for T5, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Specifies whether inputs outside of the Low Limit and High Limit values are clipped (held at the offending limit) or set invalid. 0 = invalidate, non-zero = clip.


473  Driver units code for T5, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: SLATE Tool units code. Examples: Celsius = 62, Fahrenheit = 63


474  Driver relinquish default for T5, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used only for output types. This provides the default value for the output when neither the wiresheet or cloud has a commanded priority.


475  Driver wiresheet priority for T5, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16

0

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used only for output types. Provides the priority of the wiresheet's desired output percentage. Lower numbers are higher priority, but 0 = None. The higher priority between wiresheet and cloud dictates what controls the output.


476  Driver wiresheet data for T5, cell:B Category: System Status
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Used only for output types. Provides the wiresheet's commanded percentage for an output.


477  Driver cloud data for T5, cell:B Category: System Status
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Used only for output types. Provides the cloud's (BACnet) commanded percentage for an output.


478  Driver cloud priority for T5, cell:B Category: System Status
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
No - Read Only
No - RAM data
No
(not applicable)
  Description: Used only for output types. Provides the priority of the cloud's (BACnet) desired output percentage. Lower numbers are higher priority, but 0 = None. The higher priority between wiresheet and cloud dictates what controls the output.


479  Driver eng unit out copy for T5, cell:B Category: System Status
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Used only for output types. Shows the current status of the output (0% to 100%)


480  Driver engineering unit output for T5, cell:B Category: Operating Control
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
No - RAM data
No
(not applicable)
  Description: Used only for output types. Shows the current status of the output (0% to 100%)


481  Driver raw status for T5, cell:B Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Provides the raw measurement for Bridge, Voltage, Current and Threshold input types.


482  Driver engineering unit Input for T5, cell:B Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Provides the Engineering Unit input (after linear scaling is applied) for Bridge, Voltage and Current inputs. For Threshold input this is the digital status (1 or 0).


483  Driver I/O type for T6, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Selects the desired function of this terminal. Note that some selections consume more than just this terminal.
1 Unconfigured Second terminal of the Analog Cell is not configured for use
2 Potentiometer Potentiometer Input selected for the Analog Cell (uses whole cell)
4 Thermocouple Thermocouple Input selected for the Analog Cell (uses second and third terminals)
5 Voltage input Voltage Input selected for second terminal of the Analog Cell
8 PWM input PWM Input selected for second terminal of the Analog Cell
9 Tach input Techometer Input selected for second terminal of the Analog Cell
10 Voltage threshold Voltage Threshold (on/off) selected for second terminal of the Analog Cell
20 Thermocouple Sense Block Thermocouple Sense Block selected for Analog Cell (uses whole cell)
21 Totalizer input Totalizer Input (pulse counter) selected for second terminal of the Analog Cell


484  Driver I/O sub type for T6, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: If the selected Type has subtype options (Thermocouple), then this is used to select the appropriate option.
1 Unassigned
21 Type J
22 Type K
23 Type T


485  Driver Drive setting for T6, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Potentiometer input to provide a drive level as a voltage.


486  Driver low input for T6, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: For Threshold input specifies the threshold value. For Tachometer input specifies number of pulses per revolution, and in Potentiometer, PWM, and Voltage inputs to provide a linear scaling between raw input units and other engineering units. This provides the x1 value in a (x1,y1) to (x2,y2) scaling conversion.


487  Driver high input for T6, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Potentiometer, PWM and Voltage inputs to provide a linear scaling between raw input units and other engineering units. This provides the y1 value in a (x1,y1) to (x2,y2) scaling conversion.


488  Driver low output for T6, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Potentiometer, PWM, and Voltage inputs to provide a linear scaling between raw input units and other engineering units. This provides the x2 value in a (x1,y1) to (x2,y2) scaling conversion.


489  Driver high output for T6, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Potentiometer, PWM, and Voltage inputs to provide a linear scaling between raw input units and other engineering units. This provides the y2 value in a (x1,y1) to (x2,y2) scaling conversion.


490  Driver low limit for T6, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Thermocouple, Potentiometer, PWM, Tachomter, and Voltage inputs to provide a clipping or invalidation minimum limit. See "Options" register for more clipping and invalidation selection. To disable limits, set both to 0.


491  Driver high limit for T6, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Thermocouple, Potentiometer, PWM, Tachomter, and Voltage inputs to provide a clipping or invalidation maximum limit. See "Options" register for more clipping and invalidation selection. To disable limits, set both to 0.


492  Driver options for T6, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Specifies whether inputs outside of the Low Limit and High Limit values are clipped (held at the offending limit) or set invalid. 0 = invalidate, non-zero = clip.


493  Driver units code for T6, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: SLATE Tool units code. Examples: Celsius = 62, Fahrenheit = 63


494  Driver raw status for T6, cell:B Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Provides the raw measurement for Thermocouple, Potentiometer, Voltage, PWM, Tachometer, and Threshold input types.


495  Driver engineering unit input for T6, cell:B Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Provides the Engineering Unit input (after linear scaling is applied if applicable) for Thermocouple, Potentiometer, Voltage, PWM, and Tachometer inputs. For Threshold input this is the digital status (1 or 0).


496  Driver I/O type for T7, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Selects the desired function of this terminal. Note that some selections consume more than just this terminal.
1 Unconfigured
2 Potentiometer
3 NTC sensor
5 Voltage input
6 Current input
7 Linear resistor
10 Voltage threshold
16 RTD sensor


497  Driver I/O sub type for T7, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: If the selected Type has subtype options (NTC, RTD), then this is used to select the appropriate option.
1 Unassigned
2 10K NTC
3 12K NTC
4 20K NTC
11 100 Ohm RTD
12 Reserved. Do not use.
13 1K Ohm RTD
14 1000 ohm Balco RTD


498  Driver Drive setting for T7, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in RTD input mode to provide a drive level as an integer numerical setting in 100 microamp increments.


499  Driver low input for T7, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: For Threshold input specifies the threshold value. For Resistance, Voltage, and Current inputs to provide a linear scaling between raw input units and other engineering units. This provides the x1 value in a (x1,y1) to (x2,y2) scaling conversion.


500  Driver high input for T7, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: For Resistance, Voltage, and Current inputs to provide a linear scaling between raw input units and other engineering units. This provides the y1 value in a (x1,y1) to (x2,y2) scaling conversion.


501  Driver low output for T7, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Resistance, Voltage, and Current inputs to provide a linear scaling between raw input units and other engineering units. This provides the x2 value in a (x1,y1) to (x2,y2) scaling conversion. Specifies invert/toggle option for Threshold input.


502  Driver high output for T7, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Resistance, Voltage, and Current inputs to provide a linear scaling between raw input units and other engineering units. This provides the y2 value in a (x1,y1) to (x2,y2) scaling conversion.


503  Driver low limit for T7, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Resistance, Voltage, and Current inputs to provide a clipping or invalidation minimum limit. See "Options" register for more clipping and invalidation selection. To disable limits, set both to 0.


504  Driver high limit for T7, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Resistance, Voltage, and Current inputs to provide a clipping or invalidation maximum limit. See "Options" register for more clipping and invalidation selection. To disable limits, set both to 0.


505  Driver options for T7, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Specifies whether inputs outside of the Low Limit and High Limit values are clipped (held at the offending limit) or set invalid. 0 = invalidate, non-zero = clip.


506  Driver units code for T7, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: SLATE Tool units code. Examples: Celsius = 62, Fahrenheit = 63


507  Driver raw status for T7, cell:B Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Provides the raw measurement for Resistance, NTC (ohms), RTD (ohms), Voltage, Current, and Threshold input types.


508  Driver engineering unit input for T7, cell:B Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Provides Engineering Unit (degrees) for NTC and RTD. For Resistance, Voltage and Current inputs provides the output of the linear scaling function. For a Threshold input type this represents the digital status of the input.


509  Driver I/O type for T8, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Selects the desired function of this terminal. Note that some selections consume more than just this terminal.
1 Unconfigured
3 NTC sensor
7 Linear resistor


510  Driver I/O sub type for T8, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: If the selected Type has subtype options (NTC), then this is used to select the appropriate option.
1 Unassigned
2 10K NTC
3 12K NTC
4 20K NTC


511  Driver Drive setting for T8, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Unused for this Terminal.


512  Driver low input for T8, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: For Resistance input this provides a linear scaling between raw input units and other engineering units. This provides the x1 value in a (x1,y1) to (x2,y2) scaling conversion.


513  Driver high input for T8, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: For Resistance input this provides a linear scaling between raw input units and other engineering units. This provides the y1 value in a (x1,y1) to (x2,y2) scaling conversion.


514  Driver low output for T8, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Resistance input to provide a linear scaling between raw input units and other engineering units. This provides the x2 value in a (x1,y1) to (x2,y2) scaling conversion.


515  Driver high output for T8, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Resistance input to provide a linear scaling between raw input units and other engineering units. This provides the y2 value in a (x1,y1) to (x2,y2) scaling conversion.


516  Driver low limit for T8, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Resistance input to provide a clipping or invalidation minimum limit. See "Options" register for more clipping and invalidation selection. To disable limits, set both to 0.


517  Driver high limit for T8, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Resistance input to provide a clipping or invalidation maximum limit. See "Options" register for more clipping and invalidation selection. To disable limits, set both to 0.


518  Driver options for T8, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Specifies whether inputs outside of the Low Limit and High Limit values are clipped (held at the offending limit) or set invalid. 0 = invalidate, non-zero = clip.


519  Driver units code for T8, cell:B Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: SLATE Tool units code. Examples: Celsius = 62, Fahrenheit = 63


520  Driver raw status for T8, cell:B Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Provides the raw measurement for Resistance and NTC (ohms) input types.


521  Driver engineering unit input for T8, cell:B Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Provides Engineering Unit (degrees) for NTC. For Resistance input provides the output of the linear scaling function.


522  Offset adjustment for T5, cell:B Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Adjustable offset that is applied to the Engineering Unit Input register. Allows for field offset calibration.


523  Offset adjustment for T6, cell:B Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Adjustable offset that is applied to the Engineering Unit Input register. Allows for field offset calibration.


524  Offset adjustment for T7, cell:B Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Adjustable offset that is applied to the Engineering Unit Input register. Allows for field offset calibration.


525  Offset adjustment for T8, cell:B Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Adjustable offset that is applied to the Engineering Unit Input register. Allows for field offset calibration.


526  Driver I/O type for T9, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Selects the desired function of this terminal. Note that some selections consume more than just this terminal.
1 Unconfigured First terminal of the Analog Cell is not configured for use
5 Voltage input Voltage Input selected for first terminal of the Analog Cell
6 Current input Current Input selected for first terminal of the Analog Cell
10 Voltage threshold Voltage Threshold (on/off) selected for first terminal of the Analog Cell
11 Voltage output Voltage Output selected for first terminal of the Analog Cell
12 Current output Current Output selected for first terminal of the Analog Cell
13 PWM output PWM Output selected for first terminal of the Analog Cell
17 Bridge A Bridge Input selected for the Analog Cell (uses whole cell)


527  Driver I/O sub type for T9, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Unused for this terminal's available types.
1 Unassigned


528  Driver setting for T9, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in PWM output, Bridge and inputs to provide a drive level as a voltage.


529  Driver low input for T9, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Threshold input for specifying the threshold, and in Bridge, Voltage and Current inputs to provide a linear scaling between raw input units and other engineering units. This provides the x1 value in a (x1,y1) to (x2,y2) scaling conversion.


530  Driver high input for T9, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Bridge, Voltage and Current inputs to provide a linear scaling between raw input units and other engineering units. This provides the y1 value in a (x1,y1) to (x2,y2) scaling conversion.


531  Driver low output for T9, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Voltage, Current and PWM outputs to provide output range scaling as well as Bridge, Voltage and Current inputs to provide a linear scaling between raw input units and other engineering units. For Voltage and Current output this provides the 0% output value. For PWM outputs it provides frequency, and for inputs, this provides the x2 value in a (x1,y1) to (x2,y2) scaling conversion.


532  Driver high output for T9, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Threshold input for invert and toggle options, and in Voltage and Current outputs to provide output range scaling as well as Bridge, Voltage and Current inputs to provide a linear scaling between raw input units and other engineering units. For Voltage and Current output this provides the 100% output value. For inputs, this provides the y2 value in a (x1,y1) to (x2,y2) scaling conversion.


533  Driver low limit for T9, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Bridge, Voltage and Current inputs to provide a clipping or invalidation minimum limit. See "Options" register for more clipping and invalidation selection. To disable limits, set both to 0.


534  Driver high limit for T9, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Bridge, Voltage and Current inputs to provide a clipping or invalidation maximum limit. See "Options" register for more clipping and invalidation selection. To disable limits, set both to 0.


535  Driver options for T9, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Specifies whether inputs outside of the Low Limit and High Limit values are clipped (held at the offending limit) or set invalid. 0 = invalidate, non-zero = clip.


536  Driver units code for T9, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: SLATE Tool units code. Examples: Celsius = 62, Fahrenheit = 63


537  Driver relinquish default for T9, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used only for output types. This provides the default value for the output when neither the wiresheet or cloud has a commanded priority.


538  Driver wiresheet priority for T9, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16

0

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used only for output types. Provides the priority of the wiresheet's desired output percentage. Lower numbers are higher priority, but 0 = None. The higher priority between wiresheet and cloud dictates what controls the output.


539  Driver wiresheet data for T9, cell:C Category: System Status
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Used only for output types. Provides the wiresheet's commanded percentage for an output.


540  Driver cloud data for T9, cell:C Category: System Status
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Used only for output types. Provides the cloud's (BACnet) commanded percentage for an output.


541  Driver cloud priority for T9, cell:C Category: System Status
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
No - Read Only
No - RAM data
No
(not applicable)
  Description: Used only for output types. Provides the priority of the cloud's (BACnet) desired output percentage. Lower numbers are higher priority, but 0 = None. The higher priority between wiresheet and cloud dictates what controls the output.


542  Driver eng unit out copy for T9, cell:C Category: System Status
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Used only for output types. Shows the current status of the output (0% to 100%)


543  Driver engineering unit output for T9, cell:C Category: Operating Control
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
No - RAM data
No
(not applicable)
  Description: Used only for output types. Shows the current status of the output (0% to 100%)


544  Driver raw status for T9, cell:C Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Provides the raw measurement for Bridge, Voltage, Current and Threshold input types.


545  Driver engineering unit Input for T9, cell:C Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Provides the Engineering Unit input (after linear scaling is applied) for Bridge, Voltage and Current inputs. For Threshold input this is the digital status (1 or 0).


546  Driver I/O type for T10, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Selects the desired function of this terminal. Note that some selections consume more than just this terminal.
1 Unconfigured Second terminal of the Analog Cell is not configured for use
2 Potentiometer Potentiometer Input selected for the Analog Cell (uses whole cell)
4 Thermocouple Thermocouple Input selected for the Analog Cell (uses second and third terminals)
5 Voltage input Voltage Input selected for second terminal of the Analog Cell
8 PWM input PWM Input selected for second terminal of the Analog Cell
9 Tach input Techometer Input selected for second terminal of the Analog Cell
10 Voltage threshold Voltage Threshold (on/off) selected for second terminal of the Analog Cell
20 Thermocouple Sense Block Thermocouple Sense Block selected for Analog Cell (uses whole cell)
21 Totalizer input Totalizer Input (pulse counter) selected for second terminal of the Analog Cell


547  Driver I/O sub type for T10, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: If the selected Type has subtype options (Thermocouple), then this is used to select the appropriate option.
1 Unassigned
21 Type J
22 Type K
23 Type T


548  Driver Drive setting for T10, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Potentiometer input to provide a drive level as a voltage.


549  Driver low input for T10, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: For Threshold input specifies the threshold value. For Tachometer input specifies number of pulses per revolution, and in Potentiometer, PWM, and Voltage inputs to provide a linear scaling between raw input units and other engineering units. This provides the x1 value in a (x1,y1) to (x2,y2) scaling conversion.


550  Driver high input for T10, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Potentiometer, PWM and Voltage inputs to provide a linear scaling between raw input units and other engineering units. This provides the y1 value in a (x1,y1) to (x2,y2) scaling conversion.


551  Driver low output for T10, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Potentiometer, PWM, and Voltage inputs to provide a linear scaling between raw input units and other engineering units. This provides the x2 value in a (x1,y1) to (x2,y2) scaling conversion.


552  Driver high output for T10, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Potentiometer, PWM, and Voltage inputs to provide a linear scaling between raw input units and other engineering units. This provides the y2 value in a (x1,y1) to (x2,y2) scaling conversion.


553  Driver low limit for T10, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Thermocouple, Potentiometer, PWM, Tachomter, and Voltage inputs to provide a clipping or invalidation minimum limit. See "Options" register for more clipping and invalidation selection. To disable limits, set both to 0.


554  Driver high limit for T10, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Thermocouple, Potentiometer, PWM, Tachomter, and Voltage inputs to provide a clipping or invalidation maximum limit. See "Options" register for more clipping and invalidation selection. To disable limits, set both to 0.


555  Driver options for T10, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Specifies whether inputs outside of the Low Limit and High Limit values are clipped (held at the offending limit) or set invalid. 0 = invalidate, non-zero = clip.


556  Driver units code for T10, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: SLATE Tool units code. Examples: Celsius = 62, Fahrenheit = 63


557  Driver raw status for T10, cell:C Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Provides the raw measurement for Thermocouple, Potentiometer, Voltage, PWM, Tachometer, and Threshold input types.


558  Driver engineering unit input for T10, cell:C Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Provides the Engineering Unit input (after linear scaling is applied if applicable) for Thermocouple, Potentiometer, Voltage, PWM, and Tachometer inputs. For Threshold input this is the digital status (1 or 0).


559  Driver I/O type for T11, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Selects the desired function of this terminal. Note that some selections consume more than just this terminal.
1 Unconfigured
2 Potentiometer
3 NTC sensor
5 Voltage input
6 Current input
7 Linear resistor
10 Voltage threshold
16 RTD sensor


560  Driver I/O sub type for T11, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: If the selected Type has subtype options (NTC, RTD), then this is used to select the appropriate option.
1 Unassigned
2 10K NTC
3 12K NTC
4 20K NTC
11 100 Ohm RTD
12 Reserved. Do not use.
13 1K Ohm RTD
14 1000 ohm Balco RTD


561  Driver Drive setting for T11, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in RTD input mode to provide a drive level as an integer numerical setting in 100 microamp increments.


562  Driver low input for T11, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: For Threshold input specifies the threshold value. For Resistance, Voltage, and Current inputs to provide a linear scaling between raw input units and other engineering units. This provides the x1 value in a (x1,y1) to (x2,y2) scaling conversion.


563  Driver high input for T11, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: For Resistance, Voltage, and Current inputs to provide a linear scaling between raw input units and other engineering units. This provides the y1 value in a (x1,y1) to (x2,y2) scaling conversion.


564  Driver low output for T11, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Resistance, Voltage, and Current inputs to provide a linear scaling between raw input units and other engineering units. This provides the x2 value in a (x1,y1) to (x2,y2) scaling conversion. Specifies invert/toggle option for Threshold input.


565  Driver high output for T11, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Resistance, Voltage, and Current inputs to provide a linear scaling between raw input units and other engineering units. This provides the y2 value in a (x1,y1) to (x2,y2) scaling conversion.


566  Driver low limit for T11, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Resistance, Voltage, and Current inputs to provide a clipping or invalidation minimum limit. See "Options" register for more clipping and invalidation selection. To disable limits, set both to 0.


567  Driver high limit for T11, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Resistance, Voltage, and Current inputs to provide a clipping or invalidation maximum limit. See "Options" register for more clipping and invalidation selection. To disable limits, set both to 0.


568  Driver options for T11, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Specifies whether inputs outside of the Low Limit and High Limit values are clipped (held at the offending limit) or set invalid. 0 = invalidate, non-zero = clip.


569  Driver units code for T11, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: SLATE Tool units code. Examples: Celsius = 62, Fahrenheit = 63


570  Driver raw status for T11, cell:C Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Provides the raw measurement for Resistance, NTC (ohms), RTD (ohms), Voltage, Current, and Threshold input types.


571  Driver engineering unit input for T11, cell:C Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Provides Engineering Unit (degrees) for NTC and RTD. For Resistance, Voltage and Current inputs provides the output of the linear scaling function. For a Threshold input type this represents the digital status of the input.


572  Driver I/O type for T12, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Selects the desired function of this terminal. Note that some selections consume more than just this terminal.
1 Unconfigured
3 NTC sensor
7 Linear resistor


573  Driver I/O sub type for T12, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: If the selected Type has subtype options (NTC), then this is used to select the appropriate option.
1 Unassigned
2 10K NTC
3 12K NTC
4 20K NTC


574  Driver Drive setting for T12, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Unused for this Terminal.


575  Driver low input for T12, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: For Resistance input this provides a linear scaling between raw input units and other engineering units. This provides the x1 value in a (x1,y1) to (x2,y2) scaling conversion.


576  Driver high input for T12, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: For Resistance input this provides a linear scaling between raw input units and other engineering units. This provides the y1 value in a (x1,y1) to (x2,y2) scaling conversion.


577  Driver low output for T12, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Resistance input to provide a linear scaling between raw input units and other engineering units. This provides the x2 value in a (x1,y1) to (x2,y2) scaling conversion.


578  Driver high output for T12, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Resistance input to provide a linear scaling between raw input units and other engineering units. This provides the y2 value in a (x1,y1) to (x2,y2) scaling conversion.


579  Driver low limit for T12, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Resistance input to provide a clipping or invalidation minimum limit. See "Options" register for more clipping and invalidation selection. To disable limits, set both to 0.


580  Driver high limit for T12, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Resistance input to provide a clipping or invalidation maximum limit. See "Options" register for more clipping and invalidation selection. To disable limits, set both to 0.


581  Driver options for T12, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Specifies whether inputs outside of the Low Limit and High Limit values are clipped (held at the offending limit) or set invalid. 0 = invalidate, non-zero = clip.


582  Driver units code for T12, cell:C Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: SLATE Tool units code. Examples: Celsius = 62, Fahrenheit = 63


583  Driver raw status for T12, cell:C Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Provides the raw measurement for Resistance and NTC (ohms) input types.


584  Driver engineering unit input for T12, cell:C Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Provides Engineering Unit (degrees) for NTC. For Resistance input provides the output of the linear scaling function.


585  Offset adjustment for T9, cell:C Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Adjustable offset that is applied to the Engineering Unit Input register. Allows for field offset calibration.


586  Offset adjustment for T10, cell:C Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Adjustable offset that is applied to the Engineering Unit Input register. Allows for field offset calibration.


587  Offset adjustment for T11, cell:C Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Adjustable offset that is applied to the Engineering Unit Input register. Allows for field offset calibration.


588  Offset adjustment for T12, cell:C Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Adjustable offset that is applied to the Engineering Unit Input register. Allows for field offset calibration.


589  Driver I/O type for T13, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Selects the desired function of this terminal. Note that some selections consume more than just this terminal.
1 Unconfigured First terminal of the Analog Cell is not configured for use
5 Voltage input Voltage Input selected for first terminal of the Analog Cell
6 Current input Current Input selected for first terminal of the Analog Cell
10 Voltage threshold Voltage Threshold (on/off) selected for first terminal of the Analog Cell
11 Voltage output Voltage Output selected for first terminal of the Analog Cell
12 Current output Current Output selected for first terminal of the Analog Cell
13 PWM output PWM Output selected for first terminal of the Analog Cell
17 Bridge A Bridge Input selected for the Analog Cell (uses whole cell)


590  Driver I/O sub type for T13, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Unused for this terminal's available types.
1 Unassigned


591  Driver setting for T13, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in PWM output, Bridge and inputs to provide a drive level as a voltage.


592  Driver low input for T13, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Threshold input for specifying the threshold, and in Bridge, Voltage and Current inputs to provide a linear scaling between raw input units and other engineering units. This provides the x1 value in a (x1,y1) to (x2,y2) scaling conversion.


593  Driver high input for T13, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Bridge, Voltage and Current inputs to provide a linear scaling between raw input units and other engineering units. This provides the y1 value in a (x1,y1) to (x2,y2) scaling conversion.


594  Driver low output for T13, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Voltage, Current and PWM outputs to provide output range scaling as well as Bridge, Voltage and Current inputs to provide a linear scaling between raw input units and other engineering units. For Voltage and Current output this provides the 0% output value. For PWM outputs it provides frequency, and for inputs, this provides the x2 value in a (x1,y1) to (x2,y2) scaling conversion.


595  Driver high output for T13, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Threshold input for invert and toggle options, and in Voltage and Current outputs to provide output range scaling as well as Bridge, Voltage and Current inputs to provide a linear scaling between raw input units and other engineering units. For Voltage and Current output this provides the 100% output value. For inputs, this provides the y2 value in a (x1,y1) to (x2,y2) scaling conversion.


596  Driver low limit for T13, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Bridge, Voltage and Current inputs to provide a clipping or invalidation minimum limit. See "Options" register for more clipping and invalidation selection. To disable limits, set both to 0.


597  Driver high limit for T13, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Bridge, Voltage and Current inputs to provide a clipping or invalidation maximum limit. See "Options" register for more clipping and invalidation selection. To disable limits, set both to 0.


598  Driver options for T13, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Specifies whether inputs outside of the Low Limit and High Limit values are clipped (held at the offending limit) or set invalid. 0 = invalidate, non-zero = clip.


599  Driver units code for T13, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: SLATE Tool units code. Examples: Celsius = 62, Fahrenheit = 63


600  Driver relinquish default for T13, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used only for output types. This provides the default value for the output when neither the wiresheet or cloud has a commanded priority.


601  Driver wiresheet priority for T13, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16

0

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used only for output types. Provides the priority of the wiresheet's desired output percentage. Lower numbers are higher priority, but 0 = None. The higher priority between wiresheet and cloud dictates what controls the output.


602  Driver wiresheet data for T13, cell:D Category: System Status
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Used only for output types. Provides the wiresheet's commanded percentage for an output.


603  Driver cloud data for T13, cell:D Category: System Status
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Used only for output types. Provides the cloud's (BACnet) commanded percentage for an output.


604  Driver cloud priority for T13, cell:D Category: System Status
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
No - Read Only
No - RAM data
No
(not applicable)
  Description: Used only for output types. Provides the priority of the cloud's (BACnet) desired output percentage. Lower numbers are higher priority, but 0 = None. The higher priority between wiresheet and cloud dictates what controls the output.


605  Driver eng unit out copy for T13, cell:D Category: System Status
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Used only for output types. Shows the current status of the output (0% to 100%)


606  Driver engineering unit output for T13, cell:D Category: Operating Control
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
No - RAM data
No
(not applicable)
  Description: Used only for output types. Shows the current status of the output (0% to 100%)


607  Driver raw status for T13, cell:D Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Provides the raw measurement for Bridge, Voltage, Current and Threshold input types.


608  Driver engineering unit Input for T13, cell:D Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Provides the Engineering Unit input (after linear scaling is applied) for Bridge, Voltage and Current inputs. For Threshold input this is the digital status (1 or 0).


609  Driver I/O type for T14, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Selects the desired function of this terminal. Note that some selections consume more than just this terminal.
1 Unconfigured Second terminal of the Analog Cell is not configured for use
2 Potentiometer Potentiometer Input selected for the Analog Cell (uses whole cell)
4 Thermocouple Thermocouple Input selected for the Analog Cell (uses second and third terminals)
5 Voltage input Voltage Input selected for second terminal of the Analog Cell
8 PWM input PWM Input selected for second terminal of the Analog Cell
9 Tach input Techometer Input selected for second terminal of the Analog Cell
10 Voltage threshold Voltage Threshold (on/off) selected for second terminal of the Analog Cell
20 Thermocouple Sense Block Thermocouple Sense Block selected for Analog Cell (uses whole cell)
21 Totalizer input Totalizer Input (pulse counter) selected for second terminal of the Analog Cell


610  Driver I/O sub type for T14, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: If the selected Type has subtype options (Thermocouple), then this is used to select the appropriate option.
1 Unassigned
21 Type J
22 Type K
23 Type T


611  Driver Drive setting for T14, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Potentiometer input to provide a drive level as a voltage.


612  Driver low input for T14, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: For Threshold input specifies the threshold value. For Tachometer input specifies number of pulses per revolution, and in Potentiometer, PWM, and Voltage inputs to provide a linear scaling between raw input units and other engineering units. This provides the x1 value in a (x1,y1) to (x2,y2) scaling conversion.


613  Driver high input for T14, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Potentiometer, PWM and Voltage inputs to provide a linear scaling between raw input units and other engineering units. This provides the y1 value in a (x1,y1) to (x2,y2) scaling conversion.


614  Driver low output for T14, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Potentiometer, PWM, and Voltage inputs to provide a linear scaling between raw input units and other engineering units. This provides the x2 value in a (x1,y1) to (x2,y2) scaling conversion.


615  Driver high output for T14, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Potentiometer, PWM, and Voltage inputs to provide a linear scaling between raw input units and other engineering units. This provides the y2 value in a (x1,y1) to (x2,y2) scaling conversion.


616  Driver low limit for T14, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Thermocouple, Potentiometer, PWM, Tachomter, and Voltage inputs to provide a clipping or invalidation minimum limit. See "Options" register for more clipping and invalidation selection. To disable limits, set both to 0.


617  Driver high limit for T14, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Thermocouple, Potentiometer, PWM, Tachomter, and Voltage inputs to provide a clipping or invalidation maximum limit. See "Options" register for more clipping and invalidation selection. To disable limits, set both to 0.


618  Driver options for T14, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Specifies whether inputs outside of the Low Limit and High Limit values are clipped (held at the offending limit) or set invalid. 0 = invalidate, non-zero = clip.


619  Driver units code for T14, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: SLATE Tool units code. Examples: Celsius = 62, Fahrenheit = 63


620  Driver raw status for T14, cell:D Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Provides the raw measurement for Thermocouple, Potentiometer, Voltage, PWM, Tachometer, and Threshold input types.


621  Driver engineering unit input for T14, cell:D Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Provides the Engineering Unit input (after linear scaling is applied if applicable) for Thermocouple, Potentiometer, Voltage, PWM, and Tachometer inputs. For Threshold input this is the digital status (1 or 0).


622  Driver I/O type for T15, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Selects the desired function of this terminal. Note that some selections consume more than just this terminal.
1 Unconfigured
2 Potentiometer
3 NTC sensor
5 Voltage input
6 Current input
7 Linear resistor
10 Voltage threshold
16 RTD sensor


623  Driver I/O sub type for T15, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: If the selected Type has subtype options (NTC, RTD), then this is used to select the appropriate option.
1 Unassigned
2 10K NTC
3 12K NTC
4 20K NTC
11 100 Ohm RTD
12 Reserved. Do not use.
13 1K Ohm RTD
14 1000 ohm Balco RTD


624  Driver Drive setting for T15, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in RTD input mode to provide a drive level as an integer numerical setting in 100 microamp increments.


625  Driver low input for T15, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: For Threshold input specifies the threshold value. For Resistance, Voltage, and Current inputs to provide a linear scaling between raw input units and other engineering units. This provides the x1 value in a (x1,y1) to (x2,y2) scaling conversion.


626  Driver high input for T15, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: For Resistance, Voltage, and Current inputs to provide a linear scaling between raw input units and other engineering units. This provides the y1 value in a (x1,y1) to (x2,y2) scaling conversion.


627  Driver low output for T15, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Resistance, Voltage, and Current inputs to provide a linear scaling between raw input units and other engineering units. This provides the x2 value in a (x1,y1) to (x2,y2) scaling conversion. Specifies invert/toggle option for Threshold input.


628  Driver high output for T15, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Resistance, Voltage, and Current inputs to provide a linear scaling between raw input units and other engineering units. This provides the y2 value in a (x1,y1) to (x2,y2) scaling conversion.


629  Driver low limit for T15, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Resistance, Voltage, and Current inputs to provide a clipping or invalidation minimum limit. See "Options" register for more clipping and invalidation selection. To disable limits, set both to 0.


630  Driver high limit for T15, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Resistance, Voltage, and Current inputs to provide a clipping or invalidation maximum limit. See "Options" register for more clipping and invalidation selection. To disable limits, set both to 0.


631  Driver options for T15, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Specifies whether inputs outside of the Low Limit and High Limit values are clipped (held at the offending limit) or set invalid. 0 = invalidate, non-zero = clip.


632  Driver units code for T15, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: SLATE Tool units code. Examples: Celsius = 62, Fahrenheit = 63


633  Driver raw status for T15, cell:D Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Provides the raw measurement for Resistance, NTC (ohms), RTD (ohms), Voltage, Current, and Threshold input types.


634  Driver engineering unit input for T15, cell:D Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Provides Engineering Unit (degrees) for NTC and RTD. For Resistance, Voltage and Current inputs provides the output of the linear scaling function. For a Threshold input type this represents the digital status of the input.


635  Driver I/O type for T16, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Selects the desired function of this terminal. Note that some selections consume more than just this terminal.
1 Unconfigured
3 NTC sensor
7 Linear resistor


636  Driver I/O sub type for T16, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: If the selected Type has subtype options (NTC), then this is used to select the appropriate option.
1 Unassigned
2 10K NTC
3 12K NTC
4 20K NTC


637  Driver Drive setting for T16, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Unused for this Terminal.


638  Driver low input for T16, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: For Resistance input this provides a linear scaling between raw input units and other engineering units. This provides the x1 value in a (x1,y1) to (x2,y2) scaling conversion.


639  Driver high input for T16, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: For Resistance input this provides a linear scaling between raw input units and other engineering units. This provides the y1 value in a (x1,y1) to (x2,y2) scaling conversion.


640  Driver low output for T16, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Resistance input to provide a linear scaling between raw input units and other engineering units. This provides the x2 value in a (x1,y1) to (x2,y2) scaling conversion.


641  Driver high output for T16, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Resistance input to provide a linear scaling between raw input units and other engineering units. This provides the y2 value in a (x1,y1) to (x2,y2) scaling conversion.


642  Driver low limit for T16, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Resistance input to provide a clipping or invalidation minimum limit. See "Options" register for more clipping and invalidation selection. To disable limits, set both to 0.


643  Driver high limit for T16, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Used in Resistance input to provide a clipping or invalidation maximum limit. See "Options" register for more clipping and invalidation selection. To disable limits, set both to 0.


644  Driver options for T16, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Specifies whether inputs outside of the Low Limit and High Limit values are clipped (held at the offending limit) or set invalid. 0 = invalidate, non-zero = clip.


645  Driver units code for T16, cell:D Category: Configured Input/Output Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: SLATE Tool units code. Examples: Celsius = 62, Fahrenheit = 63


646  Driver raw status for T16, cell:D Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Provides the raw measurement for Resistance and NTC (ohms) input types.


647  Driver engineering unit input for T16, cell:D Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description: Provides Engineering Unit (degrees) for NTC. For Resistance input provides the output of the linear scaling function.


648  Offset adjustment for T13, cell:D Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Adjustable offset that is applied to the Engineering Unit Input register. Allows for field offset calibration.


649  Offset adjustment for T14, cell:D Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Adjustable offset that is applied to the Engineering Unit Input register. Allows for field offset calibration.


650  Offset adjustment for T15, cell:D Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Adjustable offset that is applied to the Engineering Unit Input register. Allows for field offset calibration.


651  Offset adjustment for T16, cell:D Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Adjustable offset that is applied to the Engineering Unit Input register. Allows for field offset calibration.


652  Safety I/O type for T1-T4, cell:A Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 Disabled
2 Powered potentiometer input
3 NTC sensor input
4 Thermocouple input
5 Voltage input
6 Current input
7 Resistive input
8 PWM input
9 Tachometer input
16 RTD input
17 Bridge input
19 3 Wire NTC input with testing Sensor must be a 3 wire NTC dual sensor. Unlike other inputs types, this type includes built-in tests for common mode faults and also a built-in dual-tracking test. The value provided as an output is the highest temperature provided for either sensor.
20 Thermocouple Sense Block


653  Safety I/O sub type for T1-T4, cell:A Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 None Subtype option (only applicable to NTC, RTD, and Thermocouple types)
2 10K NTC temperature sensor NTC input subtype for 10k sensors
3 12K NTC temperature sensor NTC input subtype for 12k sensors
4 20K NTC temperature sensor NTC input subtype for 20k sensors
11 100 ohm RTD temperature sensor RTD input subtype for 100 ohm sensors
12 Reserved. Do not use. RTD input subtype for 500 ohm sensors
13 1000 ohm RTD temperature sensor RTD input subtype for 1k ohm sensors
14 1000 ohm Balco RTD temperature sensor RTD input subtype for 1k ohm Balco sensors
21 Type J thermocouple Thermocouple input subtype for Type J sensors
22 Type K thermocouple Thermocouple input subtype for Type K sensors
23 Type T thermocouple Thermocouple input subtype for Type T sensors


654  Safety drive for T1-T4, cell:A Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


655  Safety low input for T1-T4, cell:A Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


656  Safety high input for T1-T4, cell:A Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


657  Safety low output for T1-T4, cell:A Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


658  Safety high output for T1-T4, cell:A Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


659  Safety offset T1-T4, cell:A Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


660  Safety sensor fault low for T1-T4, cell:A Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


661  Safety sensor fault high for T1-T4, cell:A Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


662  Safety units for T1-T4, cell:A Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
0 square meter area
1 square foot area
2 milliampere current
3 ampere current
4 ohm Resistance
5 volt Voltage
6 kilovolt Voltage
16 joule energy
18 watt hour energy
19 kilowatt hour energy
20 btu energy
27 hertz frequency
30 millimeter Length
31 meter Length
32 inch Length
33 foot Length
37 lux Illumination
38 footcandles Illumination
39 kilogram Mass
40 pound Mass
41 ton Mass
42 kilograms per second Mass Flow
43 kilograms per minute Mass Flow
45 pounds per minute Mass Flow
46 pounds per hour Mass Flow
47 watt energy transfer
48 kilowatt energy transfer
50 btus per hour energy transfer
53 pascal Pressure
54 kilopascal Pressure
55 bar Pressure
56 pounds per square inch Pressure
58 inches of water Pressure
62 celsius Temperature
63 kelvin Temperature
64 fahrenheit Temperature
67 year Time
68 julian month Time
70 day Time
71 hour Time
72 minute Time
73 second Time
74 meters per second Speed
76 feet per second Speed
77 feet per minute Speed
79 cubic foot Volume
80 cubic meter Volume
82 liter Volume
83 gallon Volume
84 cubic feet per minute Volumetric Flow
85 cubic meters per second Volumetric Flow
87 liters per second Volumetric Flow
89 gallons per minute Volumetric Flow
92 degrees celsius per minute Temperature - Delta per Time
93 degrees fahrenheit per hour Temperature - Delta per Time
96 parts per million Parts per Million
98 percent Percentage
104 revolutions per minute Revolution
115 square inch area
116 square centimeter area
117 btu per pound enthalpy
118 centimeter Length
119 pounds per second Mass Flow
120 fahrenheit degrees Temperature - Delta
121 celsius degrees Temperature - Delta
122 kilohm Resistance
123 megohm Resistance
124 millivolt Voltage
125 kilojoules per kilogram enthalpy
129 kilohertz frequency
130 megahertz frequency
135 cubic meters per hour Volumetric Flow
136 liters per hour Volumetric Flow
147 kilobtu energy
148 megabtu energy
159 millisecond Time
181 degrees kelvin per hour Temperature - Delta per Time
186 kilograms per cubic meter density
193 kilometer Length
194 micrometer Length
195 gram Mass
197 milliliter Volume
198 milliliters per second Volumetric Flow
210 grams per kilogram humidity absolute
256 VAL-float Unit - less


663  Safety eng units for T1-T4, cell:A Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description:


664  Safety I/O type for T5-T8, cell:B Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 Disabled
2 Powered potentiometer input
3 NTC sensor input
4 Thermocouple input
5 Voltage input
6 Current input
7 Resistive input
8 PWM input
9 Tachometer input
16 RTD input
17 Bridge input
19 3 Wire NTC input with testing Sensor must be a 3 wire NTC dual sensor. Unlike other inputs types, this type includes built-in tests for common mode faults and also a built-in dual-tracking test. The value provided as an output is the highest temperature provided for either sensor.
20 Thermocouple Sense Block


665  Safety I/O sub type for T5-T8, cell:B Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 None Subtype option (only applicable to NTC, RTD, and Thermocouple types)
2 10K NTC temperature sensor NTC input subtype for 10k sensors
3 12K NTC temperature sensor NTC input subtype for 12k sensors
4 20K NTC temperature sensor NTC input subtype for 20k sensors
11 100 ohm RTD temperature sensor RTD input subtype for 100 ohm sensors
12 Reserved. Do not use. RTD input subtype for 500 ohm sensors
13 1000 ohm RTD temperature sensor RTD input subtype for 1k ohm sensors
14 1000 ohm Balco RTD temperature sensor RTD input subtype for 1k ohm Balco sensors
21 Type J thermocouple Thermocouple input subtype for Type J sensors
22 Type K thermocouple Thermocouple input subtype for Type K sensors
23 Type T thermocouple Thermocouple input subtype for Type T sensors


666  Safety drive for T5-T8, cell:B Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


667  Safety low input for T5-T8, cell:B Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


668  Safety high input for T5-T8, cell:B Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


669  Safety low output for T5-T8, cell:B Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


670  Safety high output for T5-T8, cell:B Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


671  Safety offset T5-T8, cell:B Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


672  Safety sensor fault low for T5-T8, cell:B Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


673  Safety sensor fault high for T5-T8, cell:B Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


674  Safety units for T5-T8, cell:B Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
0 square meter area
1 square foot area
2 milliampere current
3 ampere current
4 ohm Resistance
5 volt Voltage
6 kilovolt Voltage
16 joule energy
18 watt hour energy
19 kilowatt hour energy
20 btu energy
27 hertz frequency
30 millimeter Length
31 meter Length
32 inch Length
33 foot Length
37 lux Illumination
38 footcandles Illumination
39 kilogram Mass
40 pound Mass
41 ton Mass
42 kilograms per second Mass Flow
43 kilograms per minute Mass Flow
45 pounds per minute Mass Flow
46 pounds per hour Mass Flow
47 watt energy transfer
48 kilowatt energy transfer
50 btus per hour energy transfer
53 pascal Pressure
54 kilopascal Pressure
55 bar Pressure
56 pounds per square inch Pressure
58 inches of water Pressure
62 celsius Temperature
63 kelvin Temperature
64 fahrenheit Temperature
67 year Time
68 julian month Time
70 day Time
71 hour Time
72 minute Time
73 second Time
74 meters per second Speed
76 feet per second Speed
77 feet per minute Speed
79 cubic foot Volume
80 cubic meter Volume
82 liter Volume
83 gallon Volume
84 cubic feet per minute Volumetric Flow
85 cubic meters per second Volumetric Flow
87 liters per second Volumetric Flow
89 gallons per minute Volumetric Flow
92 degrees celsius per minute Temperature - Delta per Time
93 degrees fahrenheit per hour Temperature - Delta per Time
96 parts per million Parts per Million
98 percent Percentage
104 revolutions per minute Revolution
115 square inch area
116 square centimeter area
117 btu per pound enthalpy
118 centimeter Length
119 pounds per second Mass Flow
120 fahrenheit degrees Temperature - Delta
121 celsius degrees Temperature - Delta
122 kilohm Resistance
123 megohm Resistance
124 millivolt Voltage
125 kilojoules per kilogram enthalpy
129 kilohertz frequency
130 megahertz frequency
135 cubic meters per hour Volumetric Flow
136 liters per hour Volumetric Flow
147 kilobtu energy
148 megabtu energy
159 millisecond Time
181 degrees kelvin per hour Temperature - Delta per Time
186 kilograms per cubic meter density
193 kilometer Length
194 micrometer Length
195 gram Mass
197 milliliter Volume
198 milliliters per second Volumetric Flow
210 grams per kilogram humidity absolute
256 VAL-float Unit - less


675  Safety eng units for T5-T8, cell:B Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description:


676  Safety I/O type for T9-T12, cell:C Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 Disabled
2 Powered potentiometer input
3 NTC sensor input
4 Thermocouple input
5 Voltage input
6 Current input
7 Resistive input
8 PWM input
9 Tachometer input
16 RTD input
17 Bridge input
19 3 Wire NTC input with testing Sensor must be a 3 wire NTC dual sensor. Unlike other inputs types, this type includes built-in tests for common mode faults and also a built-in dual-tracking test. The value provided as an output is the highest temperature provided for either sensor.
20 Thermocouple Sense Block


677  Safety I/O sub type for T9-T12, cell:C Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 None Subtype option (only applicable to NTC, RTD, and Thermocouple types)
2 10K NTC temperature sensor NTC input subtype for 10k sensors
3 12K NTC temperature sensor NTC input subtype for 12k sensors
4 20K NTC temperature sensor NTC input subtype for 20k sensors
11 100 ohm RTD temperature sensor RTD input subtype for 100 ohm sensors
12 Reserved. Do not use. RTD input subtype for 500 ohm sensors
13 1000 ohm RTD temperature sensor RTD input subtype for 1k ohm sensors
14 1000 ohm Balco RTD temperature sensor RTD input subtype for 1k ohm Balco sensors
21 Type J thermocouple Thermocouple input subtype for Type J sensors
22 Type K thermocouple Thermocouple input subtype for Type K sensors
23 Type T thermocouple Thermocouple input subtype for Type T sensors


678  Safety drive for T9-T12, cell:C Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


679  Safety low input for T9-T12, cell:C Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


680  Safety high input for T9-T12, cell:C Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


681  Safety low output for T9-T12, cell:C Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


682  Safety high output for T9-T12, cell:C Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


683  Safety offset T9-T12, cell:C Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


684  Safety sensor fault low for T9-T12, cell:C Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


685  Safety sensor fault high for T9-T12, cell:C Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


686  Safety units for T9-T12, cell:C Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
0 square meter area
1 square foot area
2 milliampere current
3 ampere current
4 ohm Resistance
5 volt Voltage
6 kilovolt Voltage
16 joule energy
18 watt hour energy
19 kilowatt hour energy
20 btu energy
27 hertz frequency
30 millimeter Length
31 meter Length
32 inch Length
33 foot Length
37 lux Illumination
38 footcandles Illumination
39 kilogram Mass
40 pound Mass
41 ton Mass
42 kilograms per second Mass Flow
43 kilograms per minute Mass Flow
45 pounds per minute Mass Flow
46 pounds per hour Mass Flow
47 watt energy transfer
48 kilowatt energy transfer
50 btus per hour energy transfer
53 pascal Pressure
54 kilopascal Pressure
55 bar Pressure
56 pounds per square inch Pressure
58 inches of water Pressure
62 celsius Temperature
63 kelvin Temperature
64 fahrenheit Temperature
67 year Time
68 julian month Time
70 day Time
71 hour Time
72 minute Time
73 second Time
74 meters per second Speed
76 feet per second Speed
77 feet per minute Speed
79 cubic foot Volume
80 cubic meter Volume
82 liter Volume
83 gallon Volume
84 cubic feet per minute Volumetric Flow
85 cubic meters per second Volumetric Flow
87 liters per second Volumetric Flow
89 gallons per minute Volumetric Flow
92 degrees celsius per minute Temperature - Delta per Time
93 degrees fahrenheit per hour Temperature - Delta per Time
96 parts per million Parts per Million
98 percent Percentage
104 revolutions per minute Revolution
115 square inch area
116 square centimeter area
117 btu per pound enthalpy
118 centimeter Length
119 pounds per second Mass Flow
120 fahrenheit degrees Temperature - Delta
121 celsius degrees Temperature - Delta
122 kilohm Resistance
123 megohm Resistance
124 millivolt Voltage
125 kilojoules per kilogram enthalpy
129 kilohertz frequency
130 megahertz frequency
135 cubic meters per hour Volumetric Flow
136 liters per hour Volumetric Flow
147 kilobtu energy
148 megabtu energy
159 millisecond Time
181 degrees kelvin per hour Temperature - Delta per Time
186 kilograms per cubic meter density
193 kilometer Length
194 micrometer Length
195 gram Mass
197 milliliter Volume
198 milliliters per second Volumetric Flow
210 grams per kilogram humidity absolute
256 VAL-float Unit - less


687  Safety eng units for T9-T12, cell:C Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description:


688  Safety I/O type for T13-T16, cell:D Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 Disabled
2 Powered potentiometer input
3 NTC sensor input
4 Thermocouple input
5 Voltage input
6 Current input
7 Resistive input
8 PWM input
9 Tachometer input
16 RTD input
17 Bridge input
19 3 Wire NTC input with testing Sensor must be a 3 wire NTC dual sensor. Unlike other inputs types, this type includes built-in tests for common mode faults and also a built-in dual-tracking test. The value provided as an output is the highest temperature provided for either sensor.
20 Thermocouple Sense Block


689  Safety I/O sub type for T13-T16, cell:D Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
1 None Subtype option (only applicable to NTC, RTD, and Thermocouple types)
2 10K NTC temperature sensor NTC input subtype for 10k sensors
3 12K NTC temperature sensor NTC input subtype for 12k sensors
4 20K NTC temperature sensor NTC input subtype for 20k sensors
11 100 ohm RTD temperature sensor RTD input subtype for 100 ohm sensors
12 Reserved. Do not use. RTD input subtype for 500 ohm sensors
13 1000 ohm RTD temperature sensor RTD input subtype for 1k ohm sensors
14 1000 ohm Balco RTD temperature sensor RTD input subtype for 1k ohm Balco sensors
21 Type J thermocouple Thermocouple input subtype for Type J sensors
22 Type K thermocouple Thermocouple input subtype for Type K sensors
23 Type T thermocouple Thermocouple input subtype for Type T sensors


690  Safety drive for T13-T16, cell:D Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


691  Safety low input for T13-T16, cell:D Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


692  Safety high input for T13-T16, cell:D Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


693  Safety low output for T13-T16, cell:D Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


694  Safety high output for T13-T16, cell:D Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


695  Safety offset T13-T16, cell:D Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


696  Safety sensor fault low for T13-T16, cell:D Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


697  Safety sensor fault high for T13-T16, cell:D Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:


698  Safety units for T13-T16, cell:D Category: Limit Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description:
0 square meter area
1 square foot area
2 milliampere current
3 ampere current
4 ohm Resistance
5 volt Voltage
6 kilovolt Voltage
16 joule energy
18 watt hour energy
19 kilowatt hour energy
20 btu energy
27 hertz frequency
30 millimeter Length
31 meter Length
32 inch Length
33 foot Length
37 lux Illumination
38 footcandles Illumination
39 kilogram Mass
40 pound Mass
41 ton Mass
42 kilograms per second Mass Flow
43 kilograms per minute Mass Flow
45 pounds per minute Mass Flow
46 pounds per hour Mass Flow
47 watt energy transfer
48 kilowatt energy transfer
50 btus per hour energy transfer
53 pascal Pressure
54 kilopascal Pressure
55 bar Pressure
56 pounds per square inch Pressure
58 inches of water Pressure
62 celsius Temperature
63 kelvin Temperature
64 fahrenheit Temperature
67 year Time
68 julian month Time
70 day Time
71 hour Time
72 minute Time
73 second Time
74 meters per second Speed
76 feet per second Speed
77 feet per minute Speed
79 cubic foot Volume
80 cubic meter Volume
82 liter Volume
83 gallon Volume
84 cubic feet per minute Volumetric Flow
85 cubic meters per second Volumetric Flow
87 liters per second Volumetric Flow
89 gallons per minute Volumetric Flow
92 degrees celsius per minute Temperature - Delta per Time
93 degrees fahrenheit per hour Temperature - Delta per Time
96 parts per million Parts per Million
98 percent Percentage
104 revolutions per minute Revolution
115 square inch area
116 square centimeter area
117 btu per pound enthalpy
118 centimeter Length
119 pounds per second Mass Flow
120 fahrenheit degrees Temperature - Delta
121 celsius degrees Temperature - Delta
122 kilohm Resistance
123 megohm Resistance
124 millivolt Voltage
125 kilojoules per kilogram enthalpy
129 kilohertz frequency
130 megahertz frequency
135 cubic meters per hour Volumetric Flow
136 liters per hour Volumetric Flow
147 kilobtu energy
148 megabtu energy
159 millisecond Time
181 degrees kelvin per hour Temperature - Delta per Time
186 kilograms per cubic meter density
193 kilometer Length
194 micrometer Length
195 gram Mass
197 milliliter Volume
198 milliliters per second Volumetric Flow
210 grams per kilogram humidity absolute
256 VAL-float Unit - less


699  Safety eng units for T13-T16, cell:D Category: Configured Input/Output
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
No - Read Only
No - RAM data
No
(not applicable)
  Description:


700  Totalizer preset request, cell:A Category: Operating Control
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32

0

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
No - RAM data
No
(not applicable)
  Description: A request to load the totalizer counter with a preset value, often useful for zeroing purposes. The value that is loaded is in the preset value register. The preset load action is performed anytime the request is non-zero.


701  Totalizer preset value, cell:A Category: Operating Control
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32
0
0
16777216
Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
No - RAM data
No
(not applicable)
  Description: The value to load into the totalizer counter whenever the load preset request register is non-zero.


702  Totalizer preset request, cell:B Category: Operating Control
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32

0

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
No - RAM data
No
(not applicable)
  Description: A request to load the totalizer counter with a preset value, often useful for zeroing purposes. The value that is loaded is in the preset value register. The preset load action is performed anytime the request is non-zero.


703  Totalizer preset value, cell:B Category: Operating Control
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32
0
0
16777216
Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
No - RAM data
No
(not applicable)
  Description: The value to load into the totalizer counter whenever the load preset request register is non-zero.


704  Totalizer preset request, cell:C Category: Operating Control
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32

0

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
No - RAM data
No
(not applicable)
  Description: A request to load the totalizer counter with a preset value, often useful for zeroing purposes. The value that is loaded is in the preset value register. The preset load action is performed anytime the request is non-zero.


705  Totalizer preset value, cell:C Category: Operating Control
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32
0
0
16777216
Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
No - RAM data
No
(not applicable)
  Description: The value to load into the totalizer counter whenever the load preset request register is non-zero.


706  Totalizer preset request, cell:D Category: Operating Control
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32

0

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
No - RAM data
No
(not applicable)
  Description: A request to load the totalizer counter with a preset value, often useful for zeroing purposes. The value that is loaded is in the preset value register. The preset load action is performed anytime the request is non-zero.


707  Totalizer preset value, cell:D Category: Operating Control
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32
0
0
16777216
Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
No - RAM data
No
(not applicable)
  Description: The value to load into the totalizer counter whenever the load preset request register is non-zero.


5200  Reset counter Category: System Status
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16

0

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
(not applicable)
  Description: Counter of the number of times this module has been re-booted.


5201  Watchdog counter Category: System Status
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16

0

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
(not applicable)
  Description: Counter of the number of times this module has reset due to a watchdog timeout (microprocessor hang).


5202  Power-up counter Category: System Status
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16

0

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
(not applicable)
  Description: Counter of the number of times this module has started when powered up electrically.


5203  Brownout counter Category: System Status
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16

0

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
(not applicable)
  Description: Counter of the number of times this module has reset due to low power.