Fuel Air Ratio.Configuration Registers.Print
May 17, 2019

Fuel Air Ratio - FAp.0104.01 - Configuration Registers

Index: all SLATE modules Version: May 17, 2019

0104      Fuel Air Ratio - FAp.0104.01 - Configuration Registers
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1 Module number - Module Setup 6 Alert display level - Module Setup 7 Install date - Module Setup 16 Module short name - Module Setup 17 Module name - Module Setup 128 Fuel Air mode - Operating Control 141 Number of Modbus actuators - Actuator Setup 142 Number of VFDs - Actuator Setup 144 Throttle deadband - Module Setup 145 Throttle move step size - Module Setup 146 Trim deadband - Module Setup 147 Dual fuel enable - Module Setup 148 Trim actuator - Actuator Setup 149 FGR actuator - Actuator Setup 150 FGR options - Module Setup 152 Lightoff off-curve tolerance time - Module Setup 153 Burner control module number - Module Setup 177 Modbus actuator small error threshold - Module Setup 178 Modbus actuator small error detection time - Module Setup 179 Modbus actuator large error threshold - Module Setup 180 Modbus actuator large error detection time - Module Setup 181 VFD small error threshold - Module Setup 182 VFD small error detection time - Module Setup 183 VFD large error threshold - Module Setup 184 VFD large error detection time - Module Setup 185 VFD small command error threshold - Module Setup 186 VFD small command error detection time - Module Setup 187 VFD large command error threshold - Module Setup 188 VFD large command error detection time - Module Setup 206 Setup Actuator 1 name - Actuator Setup 207 Setup Actuator 1 usage - Actuator Setup 208 Setup Actuator 1 color - Actuator Setup 210 Setup Actuator 1 minimum position - Actuator Setup 211 Setup Actuator 1 maximum position - Actuator Setup 212 Setup Actuator 1 deadband - Actuator Setup 213 Setup Actuator 1 hysteresis - Actuator Setup 214 Setup actuator 1 type - Actuator Setup 216 Setup actuator 1 unique ID - Actuator Setup 223 Setup Actuator 2 name - Actuator Setup 224 Setup Actuator 2 usage - Actuator Setup 225 Setup Actuator 2 color - Actuator Setup 227 Setup Actuator 2 minimum position - Actuator Setup 228 Setup Actuator 2 maximum position - Actuator Setup 229 Setup Actuator 2 deadband - Actuator Setup 230 Setup Actuator 2 hysteresis - Actuator Setup 231 Setup actuator 2 type - Actuator Setup 233 Setup actuator 2 unique ID - Actuator Setup 240 Setup Actuator 3 name - Actuator Setup 241 Setup Actuator 3 usage - Actuator Setup 242 Setup Actuator 3 color - Actuator Setup 244 Setup Actuator 3 minimum position - Actuator Setup 245 Setup Actuator 3 maximum position - Actuator Setup 246 Setup Actuator 3 deadband - Actuator Setup 247 Setup Actuator 3 hysteresis - Actuator Setup 248 Setup actuator 3 type - Actuator Setup 250 Setup actuator 3 unique ID - Actuator Setup 257 Setup Actuator 4 name - Actuator Setup 258 Setup Actuator 4 usage - Actuator Setup 259 Setup Actuator 4 color - Actuator Setup 261 Setup Actuator 4 minimum position - Actuator Setup 262 Setup Actuator 4 maximum position - Actuator Setup 263 Setup Actuator 4 deadband - Actuator Setup 264 Setup Actuator 4 hysteresis - Actuator Setup 265 Setup actuator 4 type - Actuator Setup 267 Setup actuator 4 unique ID - Actuator Setup 274 Setup VFD 1 name - Actuator Setup 275 Setup VFD 1 usage - Actuator Setup 276 Setup VFD 1 color - Actuator Setup 278 Setup VFD 1 minimum position - Actuator Setup 279 Setup VFD 1 maximum position - Actuator Setup 280 Setup VFD 1 deadband - Actuator Setup 281 Setup VFD 1 hysteresis - Actuator Setup 282 Command output type for VFD 1: t1 - Actuator Setup 283 Command drive setting for VFD 1: t1 - Actuator Setup 284 Command low output for VFD 1: t1 - Actuator Setup 285 Command high output for VFD 1: t1 - Actuator Setup 287 VFD 1 analog out control source - Actuator Setup 289 Measurement Input type for VFD 1: t2 or t3 - Actuator Setup 290 Measurement low input for VFD 1: t2 or t3 - Actuator Setup 291 Measurement high input for VFD 1: t2 or t3 - Actuator Setup 292 Measurement low output for VFD 1: t2 or t3 - Actuator Setup 293 Measurement high output for VFD 1: t2 or t3 - Actuator Setup 294 Measurement units for VFD 1: t2 or t3 - Actuator Setup 295 Measurement offset for VFD 1: t2 or t3 - Actuator Setup 303 Setup VFD 2 name - Actuator Setup 304 Setup VFD 2 usage - Actuator Setup 305 Setup VFD 2 color - Actuator Setup 307 Setup VFD 2 minimum position - Actuator Setup 308 Setup VFD 2 maximum position - Actuator Setup 309 Setup VFD 2 deadband - Actuator Setup 310 Setup VFD 2 hysteresis - Actuator Setup 311 Command output type for VFD 2: t5 - Actuator Setup 312 Command drive setting for VFD 2: t5 - Actuator Setup 313 Command low output for VFD 2: t5 - Actuator Setup 314 Command high output for VFD 2: t5 - Actuator Setup 316 VFD 2 analog out control source - Actuator Setup 318 Measurement Input type for VFD 2: t6 or t7 - Actuator Setup 319 Measurement low input for VFD 2: t6 or t7 - Actuator Setup 320 Measurement high input for VFD 2: t6 or t7 - Actuator Setup 321 Measurement low output for VFD 2: t6 or t7 - Actuator Setup 322 Measurement high output for VFD 2: t6 or t7 - Actuator Setup 323 Measurement units for VFD 2: t6 or t7 - Actuator Setup 324 Measurement offset for VFD 2: t6 or t7 - Actuator Setup 459 Offset adjustment for T1, cell:A - Module Setup 460 Offset adjustment for T2, cell:A - Module Setup 461 Offset adjustment for T3, cell:A - Module Setup 462 Offset adjustment for T4, cell:A - Module Setup 522 Offset adjustment for T5, cell:B - Module Setup 523 Offset adjustment for T6, cell:B - Module Setup 524 Offset adjustment for T7, cell:B - Module Setup 525 Offset adjustment for T8, cell:B - Module Setup

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


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


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

FuelAir

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

Fuel/Air ratio 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


128  Fuel Air mode Category: Operating Control
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle

1

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Mode of the Fuel Air control: Disabled, Commissioning, or Normal Operation. Any changes to this register are required to be verified by a user who is logged in with appropriate access rights.
1 Fuel Air disabled Fuel Air Operation is inhibited in this state
2 Enable commissioning Commissioning is enabled -- includes setting up Actuators and Curve definition
3 Enable normal operation Normal Operation allows the Fuel Air to respond to Burner Control requests and follow commissioned curves


141  Number of Modbus actuators Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16
0
0
4
Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: Total number of actuators interfacing to this module via the Modbus ports.


142  Number of VFDs Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16
0
0
2
Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: Total number of VFDs interfacing to this module.


144  Throttle deadband Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
percent
F32
0.0
0.0

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
98
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: A minimum amount of throttle change required to cause new actuator movement (once the desired throttle had been achieved).


145  Throttle move step size Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
percent
F32
0.5
0.5
20.0
Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
98
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: The desired size of throttle steps to take while moving along the curve to a new commanded throttle. Note that this may be automatically reduced internally based on the user's set off curve limits, but it will not be increased.


146  Trim deadband Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
percent
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
98
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: A minimum amount of trim command change required to cause new actuator movement (once the desired throttle and trim had been achieved).


147  Dual fuel enable Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle

1

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: Determines if the module is configured for single, or dual fuel operation. If configured for dual fuel, then actuators for each fuel must be configured.
1 Single Fuel one curve set Select this if only fuel 1 will be used.
2 Dual fuel two curve sets Select this if both fuel 1 and fuel 2 will be used.


148  Trim actuator Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle

1

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: Select the curve that will be enabled for trimming. Note that curve 5 and 6 correspond to VFD 1 and 2 respectively.
1 None
2 Select curve 1 ACT1
3 Select curve 2 ACT2
4 Select curve 3 ACT3
5 Select curve 4 ACT4
6 Select curve 5 VFD1
7 Select curve 6 VFD2


149  FGR actuator Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle

1

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: Select the curve that will be enabled for Flue Gas Recirculation (FGR). Note that curve 5 and 6 correspond to VFD 1 and 2 respectively.
1 None
2 Select curve 1 ACT1
3 Select curve 2 ACT2
4 Select curve 3 ACT3
5 Select curve 4 ACT4
6 Select curve 5 VFD1
7 Select curve 6 VFD2


150  FGR options Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle

1

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: When a FGR actuator is selected by r149 "FGR actuator" and this parameter is also enabled (both are required) then the control register r116 "Flue Gas Recirculation Inhibit" will force the FGR actuator to its Inactive preset position for the current fuel during modulation. This can be used by wire sheet logic to inhibit FGR until the burner is at operating temperature, for example. The Inactive preset position must be below the curve.
1 Disable Wiresheet Inhibit When set to this value the wiresheet FGR Inhibit register is ignored and the FGR actuator is driven to the commissioned curve immediately upon the burner entering modulation.
2 Enable Wiresheet Inhibit When set to this value the wiresheet FGR Inhibit register is used to inhibit the FGR behavior.


152  Lightoff off-curve tolerance time Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
second
U16



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
73
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: This register defines the time between lightoff and modulation when on-curve monitoring is disabled. It is necessary to ensure "off curve" errors do not occur while moving to the curve from the lightoff preset position.


153  Burner control module number Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
U16
0
0
99
Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: The module number that identifies a specific burner control which interacts with and monitors this Fuel Air control.


177  Modbus actuator small error threshold Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
percent
F32
0.3
1.0
50.0
Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
98
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: Smaller of two thresholds for detecting an off curve modbus actuator. For a fault to occur an actuator must be off the curve by this amount for the duration specified in the corresponding time register.


178  Modbus actuator small error detection time Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
second
F32
1.0
15.0

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
73
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: Time to detect an off curve error if the corresponding Modbus actuator small error threshold is exceeded.


179  Modbus actuator large error threshold Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
percent
F32
0.3
5.0
100.0
Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
98
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: Larger of two thresholds for detecting an off curve modbus actuator. For a fault to occur an actuator must be off the curve by this amount for the duration specified in the corresponding time register.


180  Modbus actuator large error detection time Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
second
F32
1.0
1.0

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
73
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: Time to detect an off curve error if the corresponding Modbus actuator large error threshold threshold is exceeded.


181  VFD small error threshold Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
percent
F32
0.3
1.0
5
Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
98
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: Smaller of two thresholds for detecting an off curve VFD channel. For a fault to occur an actuator must be off the curve by this amount for the duration specified in the corresponding time register.


182  VFD small error detection time Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
second
F32
1.0
10
120
Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
73
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: Time to detect an off curve error if the corresponding VFD small error threshold is exceeded.


183  VFD large error threshold Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
percent
F32
1.0
5
15.0
Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
98
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: Larger of two thresholds for detecting an off curve VFD channel. For a fault to occur an actuator must be off the curve by this amount for the duration specified in the corresponding time register.


184  VFD large error detection time Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
second
F32
1.0
2.0
60
Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
73
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: Time to detect an off curve error if the corresponding VFD large error threshold is exceeded.


185  VFD small command error threshold Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
percent
F32
0.3
1.0
5.0
Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
98
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: Smaller of two thresholds for detecting a VFD channel whose analog command used to obtain a needed position has shifted since commissioning. For a fault to occur the current command vs. the command recorded during commissioning must mismatch by this amount for the duration specified in the corresponding time register.


186  VFD small command error detection time Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
second
F32
1.0
10.0
120.0
Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
73
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: Time to detect a current command vs. commissioning command mismatch error if the corresponding VFD small command error threshold is exceeded.


187  VFD large command error threshold Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
percent
F32
1.0
5.0
15.0
Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
98
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: Larger of two thresholds for detecting a VFD channel whose analog command used to obtain a needed position has shifted since commissioning. For a fault to occur the current command vs. the command recorded during commissioning must mismatch by this amount for the duration specified in the corresponding time register.


188  VFD large command error detection time Category: Module Setup
  Units;
DataType:
Max:
Default Value:
Min:
second
F32
1.0
2.0
60.0
Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
73
4
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: Time to detect a current command vs. commissioning command mismatch error if the corresponding VFD large command error threshold is exceeded.


206  Setup Actuator 1 name Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
xAX string
String



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
6
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: This name is used on FA graphs and tables. It must be short: 6 characters or less. Examples are Air, Gas, Oil, FGR


207  Setup Actuator 1 usage Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle

1

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: Assigns an actuator to be in use or inactive for each fuel. For example an Air actuator would be active for both Gas and Oil, but a Gas actuator would be inactive when Oil is firing.
1 Disabled Actuator/VFD is disabled
2 Active for Fuel 1 Acuator/VFD is used only when Fuel 1 is active
3 Active for Fuel 2 Acuator/VFD is used only when Fuel 2 is active
4 Active for both Fuel 1 and Fuel 2 Acuator/VFD is used for both Fuel 1 or Fuel 2


208  Setup Actuator 1 color Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle

1

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: This assigns a color to the actuator used in graphs and tables. For example Air might be green, Oil yellow, and Gas blue
1 Black Actuator/VFD will be represented by the color Black
2 Red Actuator/VFD will be represented by the color Red
3 Orange Actuator/VFD will be represented by the color Orange
4 Brown Actuator/VFD will be represented by the color Brown
5 Green Actuator/VFD will be represented by the color Green
6 Blue Actuator/VFD will be represented by the color Blue
7 Magenta Actuator/VFD will be represented by the color Magenta
8 Purple Actuator/VFD will be represented by the color Purple
9 Cyan Actuator/VFD will be represented by the color Cyan
10 Grey Actuator/VFD will be represented by the color Grey


210  Setup Actuator 1 minimum position Category: Actuator 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: The minimum position is in the actuator's native units: angular degrees, or RPM or other units for a VFD. This position is mapped to be 0% (closed). For a reverse-acting actuator this value may be greater than its maximum position, e.g. 93 degrees = 0%.


211  Setup Actuator 1 maximum position Category: Actuator 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: The maximum position is in the actuator's native units: angular degrees, or RPM or other units for a VFD. This position is mapped to be 100% (fully open). For a reverse-acting actuator this value may be less than its minimum position, e.g. 7 degrees = 100%.


212  Setup Actuator 1 deadband Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32

0.3

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: The deadband is in the actuator's native units: angular degrees, or RPM or other units for a VFD. If its measured position is within the deadband range of the commanded position, then the actuator is considered to have achieved the commanded position.


213  Setup Actuator 1 hysteresis Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: The hysteresis parameter is unused and its value is ignored.


214  Setup actuator 1 type Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle

1

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: The value in this register must match the type of actuator that is connected.
1 No type Actuator port is unused. If Actuator is enabled, this must be modified.
2 Low torque actuator Actuator port is connected to SLATE Low Torque Actuator (LTA)
3 Durastep actuator Actuator port is connected to SLATE Durastep Actuator


216  Setup actuator 1 unique ID Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
xAX string
String



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
30
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: This register is defined at actuator setup time to match the reported unique identifier. Thereafter, if it differs from the reported value then an actuator replacement is detected and the user is informed that recommissioning is needed.


223  Setup Actuator 2 name Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
xAX string
String



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
6
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: This name is used on FA graphs and tables. It must be short: 6 characters or less. Examples are Air, Gas, Oil, FGR


224  Setup Actuator 2 usage Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle

1

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: Assigns an actuator to be in use or inactive for each fuel. For example an Air actuator would be active for both Gas and Oil, but a Gas actuator would be inactive when Oil is firing.
1 Disabled Actuator/VFD is disabled
2 Active for Fuel 1 Acuator/VFD is used only when Fuel 1 is active
3 Active for Fuel 2 Acuator/VFD is used only when Fuel 2 is active
4 Active for both Fuel 1 and Fuel 2 Acuator/VFD is used for both Fuel 1 or Fuel 2


225  Setup Actuator 2 color Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle

1

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: This assigns a color to the actuator used in graphs and tables. For example Air might be green, Oil yellow, and Gas blue
1 Black Actuator/VFD will be represented by the color Black
2 Red Actuator/VFD will be represented by the color Red
3 Orange Actuator/VFD will be represented by the color Orange
4 Brown Actuator/VFD will be represented by the color Brown
5 Green Actuator/VFD will be represented by the color Green
6 Blue Actuator/VFD will be represented by the color Blue
7 Magenta Actuator/VFD will be represented by the color Magenta
8 Purple Actuator/VFD will be represented by the color Purple
9 Cyan Actuator/VFD will be represented by the color Cyan
10 Grey Actuator/VFD will be represented by the color Grey


227  Setup Actuator 2 minimum position Category: Actuator 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: The minimum position is in the actuator's native units: angular degrees, or RPM or other units for a VFD. This position is mapped to be 0% (closed). For a reverse-acting actuator this value may be greater than its maximum position, e.g. 93 degrees = 0%.


228  Setup Actuator 2 maximum position Category: Actuator 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: The maximum position is in the actuator's native units: angular degrees, or RPM or other units for a VFD. This position is mapped to be 100% (fully open). For a reverse-acting actuator this value may be less than its minimum position, e.g. 7 degrees = 100%.


229  Setup Actuator 2 deadband Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32

0.3

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: The deadband is in the actuator's native units: angular degrees, or RPM or other units for a VFD. If its measured position is within the deadband range of the commanded position, then the actuator is considered to have achieved the commanded position.


230  Setup Actuator 2 hysteresis Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: The hysteresis parameter is unused and its value is ignored.


231  Setup actuator 2 type Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle

1

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: The value in this register must match the type of actuator that is connected.
1 No type Actuator port is unused. If Actuator is enabled, this must be modified.
2 Low torque actuator Actuator port is connected to SLATE Low Torque Actuator (LTA)
3 Durastep actuator Actuator port is connected to SLATE Durastep Actuator


233  Setup actuator 2 unique ID Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
xAX string
String



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
30
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: This register is defined at actuator setup time to match the reported unique identifier. Thereafter, if it differs from the reported value then an actuator replacement is detected and the user is informed that recommissioning is needed.


240  Setup Actuator 3 name Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
xAX string
String



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
6
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: This name is used on FA graphs and tables. It must be short: 6 characters or less. Examples are Air, Gas, Oil, FGR


241  Setup Actuator 3 usage Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle

1

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: Assigns an actuator to be in use or inactive for each fuel. For example an Air actuator would be active for both Gas and Oil, but a Gas actuator would be inactive when Oil is firing.
1 Disabled Actuator/VFD is disabled
2 Active for Fuel 1 Acuator/VFD is used only when Fuel 1 is active
3 Active for Fuel 2 Acuator/VFD is used only when Fuel 2 is active
4 Active for both Fuel 1 and Fuel 2 Acuator/VFD is used for both Fuel 1 or Fuel 2


242  Setup Actuator 3 color Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle

1

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: This assigns a color to the actuator used in graphs and tables. For example Air might be green, Oil yellow, and Gas blue
1 Black Actuator/VFD will be represented by the color Black
2 Red Actuator/VFD will be represented by the color Red
3 Orange Actuator/VFD will be represented by the color Orange
4 Brown Actuator/VFD will be represented by the color Brown
5 Green Actuator/VFD will be represented by the color Green
6 Blue Actuator/VFD will be represented by the color Blue
7 Magenta Actuator/VFD will be represented by the color Magenta
8 Purple Actuator/VFD will be represented by the color Purple
9 Cyan Actuator/VFD will be represented by the color Cyan
10 Grey Actuator/VFD will be represented by the color Grey


244  Setup Actuator 3 minimum position Category: Actuator 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: The minimum position is in the actuator's native units: angular degrees, or RPM or other units for a VFD. This position is mapped to be 0% (closed). For a reverse-acting actuator this value may be greater than its maximum position, e.g. 93 degrees = 0%.


245  Setup Actuator 3 maximum position Category: Actuator 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: The maximum position is in the actuator's native units: angular degrees, or RPM or other units for a VFD. This position is mapped to be 100% (fully open). For a reverse-acting actuator this value may be less than its minimum position, e.g. 7 degrees = 100%.


246  Setup Actuator 3 deadband Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32

0.3

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: The deadband is in the actuator's native units: angular degrees, or RPM or other units for a VFD. If its measured position is within the deadband range of the commanded position, then the actuator is considered to have achieved the commanded position.


247  Setup Actuator 3 hysteresis Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: The hysteresis parameter is unused and its value is ignored.


248  Setup actuator 3 type Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle

1

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: The value in this register must match the type of actuator that is connected.
1 No type Actuator port is unused. If Actuator is enabled, this must be modified.
2 Low torque actuator Actuator port is connected to SLATE Low Torque Actuator (LTA)
3 Durastep actuator Actuator port is connected to SLATE Durastep Actuator


250  Setup actuator 3 unique ID Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
xAX string
String



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
30
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: This register is defined at actuator setup time to match the reported unique identifier. Thereafter, if it differs from the reported value then an actuator replacement is detected and the user is informed that recommissioning is needed.


257  Setup Actuator 4 name Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
xAX string
String



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
6
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: This name is used on FA graphs and tables. It must be short: 6 characters or less. Examples are Air, Gas, Oil, FGR


258  Setup Actuator 4 usage Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle

1

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: Assigns an actuator to be in use or inactive for each fuel. For example an Air actuator would be active for both Gas and Oil, but a Gas actuator would be inactive when Oil is firing.
1 Disabled Actuator/VFD is disabled
2 Active for Fuel 1 Acuator/VFD is used only when Fuel 1 is active
3 Active for Fuel 2 Acuator/VFD is used only when Fuel 2 is active
4 Active for both Fuel 1 and Fuel 2 Acuator/VFD is used for both Fuel 1 or Fuel 2


259  Setup Actuator 4 color Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle

1

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: This assigns a color to the actuator used in graphs and tables. For example Air might be green, Oil yellow, and Gas blue
1 Black Actuator/VFD will be represented by the color Black
2 Red Actuator/VFD will be represented by the color Red
3 Orange Actuator/VFD will be represented by the color Orange
4 Brown Actuator/VFD will be represented by the color Brown
5 Green Actuator/VFD will be represented by the color Green
6 Blue Actuator/VFD will be represented by the color Blue
7 Magenta Actuator/VFD will be represented by the color Magenta
8 Purple Actuator/VFD will be represented by the color Purple
9 Cyan Actuator/VFD will be represented by the color Cyan
10 Grey Actuator/VFD will be represented by the color Grey


261  Setup Actuator 4 minimum position Category: Actuator 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: The minimum position is in the actuator's native units: angular degrees, or RPM or other units for a VFD. This position is mapped to be 0% (closed). For a reverse-acting actuator this value may be greater than its maximum position, e.g. 93 degrees = 0%.


262  Setup Actuator 4 maximum position Category: Actuator 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: The maximum position is in the actuator's native units: angular degrees, or RPM or other units for a VFD. This position is mapped to be 100% (fully open). For a reverse-acting actuator this value may be less than its minimum position, e.g. 7 degrees = 100%.


263  Setup Actuator 4 deadband Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32

0.3

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: The deadband is in the actuator's native units: angular degrees, or RPM or other units for a VFD. If its measured position is within the deadband range of the commanded position, then the actuator is considered to have achieved the commanded position.


264  Setup Actuator 4 hysteresis Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: The hysteresis parameter is unused and its value is ignored.


265  Setup actuator 4 type Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle

1

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: The value in this register must match the type of actuator that is connected.
1 No type Actuator port is unused. If Actuator is enabled, this must be modified.
2 Low torque actuator Actuator port is connected to SLATE Low Torque Actuator (LTA)
3 Durastep actuator Actuator port is connected to SLATE Durastep Actuator


267  Setup actuator 4 unique ID Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
xAX string
String



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
30
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: This register is defined at actuator setup time to match the reported unique identifier. Thereafter, if it differs from the reported value then an actuator replacement is detected and the user is informed that recommissioning is needed.


274  Setup VFD 1 name Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
xAX string
String



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
6
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: This name is used on FA graphs and tables. It must be short: 6 characters or less. Examples are Air, Gas, Oil, FGR


275  Setup VFD 1 usage Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle

1

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: Assigns an actuator to be in use or inactive for each fuel. For example an Air actuator would be active for both Gas and Oil, but a Gas actuator would be inactive when Oil is firing.
1 Disabled Actuator/VFD is disabled
2 Active for Fuel 1 Acuator/VFD is used only when Fuel 1 is active
3 Active for Fuel 2 Acuator/VFD is used only when Fuel 2 is active
4 Active for both Fuel 1 and Fuel 2 Acuator/VFD is used for both Fuel 1 or Fuel 2


276  Setup VFD 1 color Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle

1

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: This assigns a color to the actuator used in graphs and tables. For example Air might be green, Oil yellow, and Gas blue
1 Black Actuator/VFD will be represented by the color Black
2 Red Actuator/VFD will be represented by the color Red
3 Orange Actuator/VFD will be represented by the color Orange
4 Brown Actuator/VFD will be represented by the color Brown
5 Green Actuator/VFD will be represented by the color Green
6 Blue Actuator/VFD will be represented by the color Blue
7 Magenta Actuator/VFD will be represented by the color Magenta
8 Purple Actuator/VFD will be represented by the color Purple
9 Cyan Actuator/VFD will be represented by the color Cyan
10 Grey Actuator/VFD will be represented by the color Grey


278  Setup VFD 1 minimum position Category: Actuator 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: Minimum position is in the actuator's native units: angular degrees, or RPM or other units for a VFD. This position is mapped to be 0% (closed). For a reverse-acting actuator this value may be greater than its maximum position, e.g., 93 degrees = 0%.


279  Setup VFD 1 maximum position Category: Actuator 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: Maximum position is in the actuator's native units: angular degrees, or RPM or other units for a VFD. This position is mapped to be 100% (fully open). For a reverse-acting actuator this value may be less than its minimum position, e.g., 7 degrees = 100%.


280  Setup VFD 1 deadband Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Deadband is in the actuator's native units: angular degrees, or RPM or other units for a VFD. If its measured position is within the deadband range of the commanded position, then the actuator is considered to have achieved the commanded position.


281  Setup VFD 1 hysteresis Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Hysteresis parameter is unused and it's value is ignored.


282  Command output type for VFD 1: t1 Category: Actuator 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: Sets the type of output used to drive the VFD: current, voltage, or pulse width modulation.
1 None VFD1 is unused
11 Voltage output on t1 (t4) VFD control option using a Voltage Output to drive VFD1
12 Current output on t1 (t4) VFD control option using a Current Output to drive VFD1
13 PWM output on t1 (t4) VFD control option using a PWM Output to drive VFD1


283  Command drive setting for VFD 1: t1 Category: Actuator 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: For a PWM output this register determines the high value of the voltage that is provided (e.g. 3 means 3 volts, 10 means 10 volts). It is unused for other output types.


284  Command low output for VFD 1: t1 Category: Actuator 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: This register defines the output provided when the FA control sends 0% (fully "closed") as its percent-based VFD command. For example a current controlled VFD might use 4 (4mA), or a PWM VFD might use 0 (0% duty cycle)


285  Command high output for VFD 1: t1 Category: Actuator 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: This register defines the output provided when the FA control sends 100% (fully "open") as its percent-based VFD command. For example a current controlled VFD might use 20 (20mA), or a PWM VFD might use 100 (100% duty cycle)


287  VFD 1 analog out control source Category: Actuator 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: This register allows the VFD driver to be controlled in a simple and direct way by using the FA control's percent value, or instead this percent value may be routed through wire sheet logic to implement slew limiting, clamping, custom PID control, or other similar features.
1 Direct copy from Commanded Percent VFD configuration where the Commanded Output comes directly from the desired feedback percentage
2 Use Wire sheet logic VFD configuration that requires wiresheet logic to use the desired and measured positions to determine proper command output


289  Measurement Input type for VFD 1: t2 or t3 Category: Actuator 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: Sets the type of input used to measure the VFD: current, voltage, tachometer, or pulse width modulation.
1 None VFD1 is unused
5 Voltage input on t3 (t4) VFD feedback (measurement) is provided by a Voltage Input for VFD1
6 Current input on t3 (t4) VFD feedback (measurement) is provided by a Current Input for VFD1
8 PWM input on t2 (t4) VFD feedback (measurement) is provided by a PWM Input for VFD1
9 Tach input on t2 (t4) VFD feedback (measurement) is provided by a Techometer Input for VFD1


290  Measurement low input for VFD 1: t2 or t3 Category: Actuator 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: Sets the X1 value of a linear conversion. This value should be in the units matching the input type, e.g. 4 for 4mA, 0 for 0Volts, 10 for 10% duty cycle. For a tach input, this register must contain the number of pulse per revolution.


291  Measurement high input for VFD 1: t2 or t3 Category: Actuator 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: Sets the X2 value of a linear conversion. This value should be in the units matching the input type, e.g. 4 for 4mA, 0 for 0Volts, 10 for 10% duty cycle. For a tachometer input this register is unused and ignored.


292  Measurement low output for VFD 1: t2 or t3 Category: Actuator 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: Sets the Y1 value of a linear conversion. This value should be in the units matching the output e.g. 500 for 500 rpm, 8 for 8 angular degrees. For a tachometer input this register is unused and ignored.


293  Measurement high output for VFD 1: t2 or t3 Category: Actuator 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: Sets the Y2 value of a linear conversion. This value should be in the units matching the output e.g. 4000 for 4000 rpm, 89 for 89 angular degrees. For a tachometer input this register is unused and ignored.


294  Measurement units for VFD 1: t2 or t3 Category: Actuator 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: Documents the units of the conversion. This is managed as configured data because misinterpreting the units later could be misleading.


295  Measurement offset for VFD 1: t2 or t3 Category: Actuator 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: This value can apply a signed offset to the converted value (shifts the conversion up or down) such as to make a correction when a high-precision measurement differs slightly from the FA control's measurement.


303  Setup VFD 2 name Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
xAX string
String



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
6
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: This name is used on FA graphs and tables. It must be short: 6 characters or less. Examples are Air, Gas, Oil, FGR


304  Setup VFD 2 usage Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle

1

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: Assigns an actuator to be in use or inactive for each fuel. For example an Air actuator would be active for both Gas and Oil, but a Gas actuator would be inactive when Oil is firing.
1 Disabled Actuator/VFD is disabled
2 Active for Fuel 1 Acuator/VFD is used only when Fuel 1 is active
3 Active for Fuel 2 Acuator/VFD is used only when Fuel 2 is active
4 Active for both Fuel 1 and Fuel 2 Acuator/VFD is used for both Fuel 1 or Fuel 2


305  Setup VFD 2 color Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-uint16
EnumSingle

1

Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
2
Yes
Yes - Configuration data
Yes - Safety data
Yes - Can set up in AX
  Description: This assigns a color to the actuator used in graphs and tables. For example Air might be green, Oil yellow, and Gas blue
1 Black Actuator/VFD will be represented by the color Black
2 Red Actuator/VFD will be represented by the color Red
3 Orange Actuator/VFD will be represented by the color Orange
4 Brown Actuator/VFD will be represented by the color Brown
5 Green Actuator/VFD will be represented by the color Green
6 Blue Actuator/VFD will be represented by the color Blue
7 Magenta Actuator/VFD will be represented by the color Magenta
8 Purple Actuator/VFD will be represented by the color Purple
9 Cyan Actuator/VFD will be represented by the color Cyan
10 Grey Actuator/VFD will be represented by the color Grey


307  Setup VFD 2 minimum position Category: Actuator 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: Minimum position is in the actuator's native units: angular degrees, or RPM or other units for a VFD. This position is mapped to be 0% (closed). For a reverse-acting actuator this value may be greater than its maximum position, e.g., 93 degrees = 0%.


308  Setup VFD 2 maximum position Category: Actuator 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: Maximum position is in the actuator's native units: angular degrees, or RPM or other units for a VFD. This position is mapped to be 100% (fully open). For a reverse-acting actuator this value may be less than its minimum position, e.g., 7 degrees = 100%.


309  Setup VFD 2 deadband Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Deadband is in the actuator's native units: angular degrees, or RPM or other units for a VFD. If its measured position is within the deadband range of the commanded position, then the actuator is considered to have achieved the commanded position.


310  Setup VFD 2 hysteresis Category: Actuator Setup
  Units;
DataType:
Max:
Default Value:
Min:
VAL-float
F32



Units Code:
Size:
Writable:
Permanent:
Verified:
DesignSetup:
256
4
Yes
Yes - Configuration data
No
Yes - Can set up in AX
  Description: Hysteresis parameter is unused and its value is ignored.


311  Command output type for VFD 2: t5 Category: Actuator 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: Sets the type of output used to drive the VFD: current, voltage, or pulse width modulation.
1 None VFD2 is unused
11 Voltage output on t5 (t8) VFD control option using a Voltage Output to drive VFD2
12 Current output on t5 (t8) VFD control option using a Current Output to drive VFD2
13 PWM output on t5 (t8) VFD control option using a PWM Output to drive VFD2


312  Command drive setting for VFD 2: t5 Category: Actuator 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: For a PWM output this register determines the high value of the voltage that is provided (e.g. 3 means 3 volts, 10 means 10 volts). It is unused for other output types.


313  Command low output for VFD 2: t5 Category: Actuator 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: This register defines the output provided when the FA control sends 0% (fully "closed") as its percent-based VFD command. For example a current controlled VFD might use 4 (4mA), or a PWM VFD might use 0 (0% duty cycle)


314  Command high output for VFD 2: t5 Category: Actuator 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: This register defines the output provided when the FA control sends 100% (fully "open") as its percent-based VFD command. For example a current controlled VFD might use 20 (20mA), or a PWM VFD might use 100 (100% duty cycle)


316  VFD 2 analog out control source Category: Actuator 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: This register allows the VFD driver to be controlled in a simple and direct way by using the FA control's percent value, or instead this percent value may be routed through wire sheet logic to implement slew limiting, clamping, custom PID control, or other similar features.
1 Direct copy from Commanded Percent VFD configuration where the Commanded Output comes directly from the desired feedback percentage
2 Use Wire sheet logic VFD configuration that requires wiresheet logic to use the desired and measured positions to determine proper command output


318  Measurement Input type for VFD 2: t6 or t7 Category: Actuator 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: Sets the type of input used to measure the VFD: current, voltage, tachometer, or pulse width modulation.
1 None VFD2 is unused
5 Voltage input on t7 (t8) VFD feedback (measurement) is provided by a Voltage Input for VFD2
6 Current input on t7 (t8) VFD feedback (measurement) is provided by a Current Input for VFD2
8 PWM input on t6 (t8) VFD feedback (measurement) is provided by a PWM Input for VFD2
9 Tach input on t6 (t8) VFD feedback (measurement) is provided by a Techometer Input for VFD2


319  Measurement low input for VFD 2: t6 or t7 Category: Actuator 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: Sets the X1 value of a linear conversion. This value should be in the units matching the input type, e.g. 4 for 4mA, 0 for 0Volts, 10 for 10% duty cycle. For a tach input, this register must contain the number of pulse per revolution.


320  Measurement high input for VFD 2: t6 or t7 Category: Actuator 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: Sets the X2 value of a linear conversion. This value should be in the units matching the input type, e.g. 4 for 4mA, 0 for 0Volts, 10 for 10% duty cycle. For a tachometer input this register is unused and ignored.


321  Measurement low output for VFD 2: t6 or t7 Category: Actuator 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: Sets the Y1 value of a linear conversion. This value should be in the units matching the output e.g. 500 for 500 rpm, 8 for 8 angular degrees. For a tachometer input this register is unused and ignored.


322  Measurement high output for VFD 2: t6 or t7 Category: Actuator 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: Sets the Y2 value of a linear conversion. This value should be in the units matching the output e.g. 4000 for 4000 rpm, 89 for 89 angular degrees. For a tachometer input this register is unused and ignored.


323  Measurement units for VFD 2: t6 or t7 Category: Actuator 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: Documents the units of the conversion. This is managed as configured data because misinterpreting the units later could be misleading.


324  Measurement offset for VFD 2: t6 or t7 Category: Actuator 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: This value can apply a signed offset to the converted value (shifts the conversion up or down) such as to make a correction when a high-precision measurement differs slightly from the FA control's measurement.


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.


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.