Rockwell-automation 1336T ControlNet Frn1.02 Rev 1.5 User Manual Page 169
- Page / 217
- Table of contents
- TROUBLESHOOTING
- BOOKMARKS
Rated. / 5. Based on customer reviews
6–27Parameters
Publication 1336 FORCE–5.18 ––March, 1999
392
Analog Input 1 Offset
[Analog In 1 Offset]
Analog In 1 Offset determines the offset applied to
the raw Analog In 1 values before the scale factor is
applied. This allows you to shift the range of the
analog input.
Parameter Number 392
Parameter Type Read/Write, Non–Linkable Sink
Display Units / Drive Units ±4096
Factory Default 0
Minimum Value –20 Volts
Maximum Value +20 Volts
File – Group Communications I/O – Analog Input
393
Analog Input 1 Scale
[Analog In 1 Scale]
Analog In 1 Scale determines the scale factor or
gain for the Analog In 1 value. A +10V dc signal
applied to Analog In 1 at TB21 is converted to a
+2048 digital value used by the 1336 FORCE.
Before the digital value is displayed or transferred to
the drive, the scale factor is applied allowing an
effective digital range of ±32767 (16 x 2048). The
absolute digital value is clamped at 32767.
Scale Factor Drive Units
1 2048
2 4096
4 8192
16 32767
Parameter Number 393
Parameter Type Read/Write, Non–Linkable Sink
Display Units / Drive Units ±32767
Factory Default +1
Minimum Value –16
Maximum Value +16
File – Group Communications I/O – Analog Input
394
Analog Input 2 Offset
[Analog In 2 Offset]
Analog In 2 Offset determines the offset applied to
the raw Analog In 2 values before the scale factor is
applied. This allows you to shift the range of the
analog input.
Parameter Number 394
Parameter Type Read/Write, Non–Linkable Sink
Display Units / Drive Units ±4096
Factory Default 0
Minimum Value –20 Volts
Maximum Value +20 Volts
File – Group Communications I/O – Analog Input
395
Analog Input 2 Scale
[Analog In 2 Scale]
Analog In 2 Scale determines the scale factor or
gain for the Analog In 2 value. A +10V dc signal
applied to Analog In 2 at TB21 is converted to a
+2048 digital value used by the 1336 FORCE.
Before the digital value is displayed or transferred to
the drive, the scale factor is applied allowing an
effective digital range of ±32767 (16 x 2048). The
absolute digital value is clamped at 32767.
Scale Factor Drive Units
1 2048
2 4096
4 8192
16 32767
Parameter Number 395
Parameter Type Read/Write, Non–Linkable Sink
Display Units / Drive Units ±32767
Factory Default +1
Minimum Value –16
Maximum Value +16
File – Group Communications I/O – Analog Input
- 1336 FORCE 1
- ControlNet 1
- Allen-Bradley 1
- Important User Information 2
- Table of Contents 3
- Scheduled Data Transfer 4
- Unscheduled Messaging 4
- Drive Resources 5
- Troubleshooting 5
- Using the Trend Features 6
- Specifications 6
- 8
- Purpose of this Manual 9
- Related Documentation 10
- Terms and Abbreviations 11
- Preface P–5 12
- Common Techniques Used in 13
- Allen-Bradley Support 14
- Catalog Number 14
- Description 14
- Installing and Wiring Your 16
- Contr olNet Adapter Boar d 16
- Mounting the ControlNet 17
- Adapter Board 17
- Setting Your Input Voltage 18
- Writing to BRAM 18
- Terminal Block Locations 18
- Discrete I/O 19
- Analog I/O Connections 21
- Analog Outputs 22
- Determining Your 23
- Communications 23
- Configuration 23
- Fiber Optic Cable 23
- Installation 23
- Module Selection 24
- Starting Up 27
- Setting Up the Analog I/O 30
- 2–5Starting Up 31
- 2–6 Starting Up 32
- DC has been 32
- DC as shown in Figure 2.1 32
- Figure 2.1 32
- 2–7Starting Up 33
- Figure 2.2 33
- 2–8 Starting Up 34
- DC, requires a digital range 34
- Figure 2.3 34
- Using the SCANport 35
- Capabilities 35
- Pre-Configured Links 35
- 2–10 Starting Up 36
- Figure 2.4 36
- 1336 FORCE 36
- Using Scheduled Discr ete 37
- Data Transfer 37
- Discrete PLC Programming 39
- Discrete I/O Program Example 40
- Using Unscheduled Messaging 43
- Message Instruction 44
- ControlNet Command Set 45
- transfer functions 46
- Example 1 47
- Emulated Block Transfer 49
- Message Summary 50
- Parameter Read 51
- Parameter Value Read 52
- Continuous Parameter Value 54
- Parameter Read Full 58
- Parameter Write 60
- Fault Queue 65
- Fault Clear/Reset 66
- Fault Entry Read Full 69
- Warning Queue 70
- Warning Clear 71
- Warning Queue Read Full 73
- EE Memory Request 74
- Save/Recall/Initialize 75
- Link Read 76
- Scattered Parameter Link Read 80
- Link Write 81
- User Text String 87
- User Text String Read 88
- User Text String Write 90
- Clock Data 91
- ASCII Display Values 94
- Run Time Accumulator 95
- Run Time Accumulator Data 96
- Time Stamp 100
- Reference Time Stamp Data 101
- Trend File 103
- Trend Command 106
- Trend Status 108
- Message Operation 110
- Setup Data Full 110
- All Info 113
- Trigger Time 116
- Run File Data 118
- Stored File Data 121
- Trend Parameter Definition 123
- (continued) 126
- This Page Intentionally Blank 127
- Understanding the Resources 128
- Using the SCANport Image 136
- Understanding Function 138
- Using System Resources 141
- Parameters 143
- Parameter Listing 144
- Parameter Files and 146
- File 1 – Startup 147
- File 2 – Communications I/O 148
- File 3 – Velocity Torque 149
- 6–8 Parameters 150
- File 4 – Diagnostics 151
- 6–10 Parameters 152
- Parameter Conventions 153
- Adapter ID 154
- Adapter Version 154
- Channel A DIP Switch 154
- Channel A LED State 154
- Data Input C1 156
- Data Input C2 156
- Data Input D1 156
- Data Input D2 156
- CntlNet Input 0 157
- CntlNet Input 1 157
- CntlNet Input 2 157
- CntlNet Input 3 158
- CntlNet Input 4 158
- CntlNet Input 5 158
- CntlNet Input 6 159
- CntlNet Input 7 159
- SCANport Analog Input 159
- Analog Input 1 160
- Analog Input 2 160
- Analog Input 3 160
- Analog Input 4 160
- Data Output D1 162
- Data Output D2 162
- CntlNet Out 0 162
- CntlNet Out 1 162
- CntlNet Output 2 163
- CntlNet Output 3 163
- CntlNet Output 4 163
- CntlNet Output 5 164
- CntlNet Output 6 164
- CntlNet Output 7 164
- ChA Logic Command Input 165
- Stop Owner 165
- Direction Owner 165
- Start Owner 166
- Jog1 Owner 166
- Jog2 Owner 166
- Set Reference Owner 166
- Local Owner 166
- Flux Owner 167
- Trim Owner 167
- Ramp Owner 167
- Clear Fault Owner 167
- SCANport Analog Output 167
- Analog Output 1 168
- Analog Output 2 168
- Analog Output 3 168
- Analog Output 4 168
- SCANport Analog Select 168
- Analog Input 1 Offset 169
- Analog Input 1 Scale 169
- Analog Input 2 Offset 169
- Analog Input 2 Scale 169
- Analog Input 3 Offset 170
- Analog Input 3 Scale 170
- Analog Input 4 Offset 170
- Analog Input 4 Scale 170
- Analog Output 1 Offset 171
- Analog Output 1 Scale 171
- Analog Output 2 Offset 171
- Analog Output 2 Scale 171
- Analog Output 3 Offset 172
- Analog Output 3 Scale 172
- Analog Output 4 Offset 172
- Analog Output 4 Scale 172
- [Dir Mask] 173
- Clear Fault Mask 174
- Reset Drive Mask 174
- Local Mask 174
- SCANport Default Reference 174
- ICN Fault Select 175
- ICN WarningSelect 176
- SCANport Fault Selection 177
- SCANport Warning Selection 177
- SCANport Fault Status 177
- SCANport Warning Status 178
- Trend Input 1 178
- Trend 1 Operand Parameter X 178
- Trend 1 Operand Parameter Y 179
- Trend 1 Operator 179
- Trend 1 Sample Rate 179
- Trend 1 Post Samples 179
- Trend 1 Continuous Trigger 180
- Trend 1 Select 180
- Trend 1 Status 180
- Trend Output 1 180
- Trend Input 2 181
- Trend 2 Operand Parameter X 181
- Trend 2 Operand Parameter Y 181
- Trend 2 Operator 181
- Trend 2 Sample Rate 182
- Trend 2 Post Samples 182
- Trend 2 Continuous Trigger 182
- Trend 2 Select 182
- Trend 2 Status 182
- Trend Output 2 183
- Trend Input 3 183
- Trend 3 Operand Parameter X 183
- Trend 3 Operand Parameter Y 183
- Trend 3 Operator 184
- Trend 3 Sample Rate 184
- Trend 3 Post Samples 184
- Trend 3 Continuous Trigger 184
- Trend 3 Select 185
- Trend 3 Status 185
- Trend Output 3 185
- Trend Input 4 185
- Trend 4 Operand Parameter X 186
- Trend 4 Operand Parameter Y 186
- Trend 4 Operator 186
- Trend 4 Sample Rate 186
- Trend 4 Post Samples 187
- Trend 4 Continuous Trigger 187
- Trend 4 Select 187
- Trend 4 Status 187
- Trend Output 4 188
- Tr oubleshooting 189
- 7–2 Troubleshooting 190
- 7–3Troubleshooting 191
- 7–4 Troubleshooting 192
- Fault Queues 193
- Warning Faults 194
- Configurable Faults 194
- 7–7Troubleshooting 195
- Fault Code Descriptions 197
- Fault Displays 197
- 7–10 Troubleshooting 198
- 7–11Troubleshooting 199
- 7–12 Troubleshooting 200
- 7–13Troubleshooting 201
- Using the Tr end Featur es 203
- Setting the Trigger 204
- Condition 204
- 8–3Using the Trend Features 205
- Setting the Sampling Rate 206
- Setting the Number of 207
- Post Samples 207
- Setting the Trend Mode 208
- Trending Status 209
- Looking at the Output 210
- Specifications and 211
- Supplemental Information 211
- Software Block Diagram 212
- Hardware Block Diagram 214
- Parameter Cross 215
- Reference––By Number 215
Related products and manuals for Equipment Rockwell-automation 1336T ControlNet Frn1.02 Rev 1.5
Equipment Rockwell-automation 1492-AIFMCE4-F Fused I/O Interface Module for High User Manual
(4 pages)
(4 pages)
Equipment Rockwell-automation 1494V-DS600 - Series D Variable Depth Disconnect S User Manual
(12 pages)
(12 pages)
Equipment Rockwell-automation 1326AB, 1394, 842A Absolute Encoder Feedback Adapt User Manual
(4 pages)
(4 pages)
Equipment Rockwell-automation 1495-N37 - N42 Disconnect Switch Electrical Interl User Manual
(1 pages)
(1 pages)
Equipment Rockwell-automation 1492- 1771-N Series I/O to 1756 ControlLogix I/O User Manual
(20 pages)
(20 pages)
Equipment Rockwell-automation 1494U-HM1_HP1_HS1 Disconnect Handle for Disconnect User Manual
(2 pages)
(2 pages)
Equipment Rockwell-automation MV SMC Flex OEM Components - Gate Driver Test Powe User Manual
(2 pages)
(2 pages)
Equipment Rockwell-automation 900-TC16 Temperature / Process Controller--Italian User Manual
(1 pages)
(1 pages)
© 2020, manymanuals.com. All rights reserved. | 0.356 s |
Manymanuals.com
Manymanuals.de
Manymanuals.fr
Manymanuals.it
Manymanuals.pl
Manymanuals.cz
Manymanuals.es
Manymanuals-pt.com
Comments to this Manuals