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. |