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Chapter 4: Module Data, Status, and Configuration
User's Manual 0300215-03 Rev. A
6-13
Table 6-8 (Data Formats)
Input Range: Signal:
RAW/
Proportional
Engineering
Units
PID % Full Scale
-10 to +10V
-10.500V -32767 -10500 -410 -10500
-10.000V -31207 -10000 0 -10000
+10.000V 31207 10000 16383 10000
+10.500V 32767 10500 16793 10500
0 to 5V
-0.500V -32767 -500 -1638 -1000
+0.000V -27068 0 0 0
+5.000V 29646 5000 16383 10000
+5.250V 32767 5250 17202 10500
0 to 10V
-0.500V -32767 -500 -819 -500
+0.000V -29788 0 0 0
+10.000V 29646 10000 16383 10000
+10.500V 32767 10500 17202 10500
4 to 20mA
+3.200mA -32767 3200 -819 -500
+4.000mA -29822 4000 0 0
+20.000mA 29085 20000 16383 10000
+21.000mA 32767 21000 17407 10625
1 to 5V
+0.500V -32767 500 -2048 -1250
+1.000V -25869 1000 0 0
+5.000V 29318 5000 16383 10000
+5.250V 32767 5250 17407 10625
0 to 20mA
+0.000mA -32767 0 0 0
+0.000mA -32767 0 0 0
+20.000mA 29646 20000 16383 10000
+21.000mA 32767 21000 17202 10500
6.4.5 Process Alarm High Setpoint (Words 4, 10, 16, 22)
The user defines the process alarm high value using this signed word element. The range
of this value is dictated by the selected data format. When the measured analog signal for
the associated channel exceeds the high process alarm, an alarm bit will be set in the
input data table that corresponds to the associated channel. See Input Type and Data
Format (Words 3, 9, 15, 21) for more information regarding data format.
6.4.6 Process Alarm Low Setpoint (Words 5, 11, 17, 23)
The user defines the process alarm low value using this signed word element. The range
of this value is dictated by the selected data format. When the measured analog signal for
the associated channel drops below the low process alarm, an alarm bit will be set in the
input data table that corresponds to the associated channel. See Input Type and Data
Format (Words 3, 9, 15, 21) for more information regarding data format.
6.4.7 Process Alarm Deadband (Words 6, 12, 18, 24)
The deadband is a range through which the measured input may be varied without
initiating an alarm response. The deadband will use the data format selected in the
channel configuration. See Input Type and Data Format (Words 3, 9, 15, 21) for more
information regarding input type and format. The deadband is added to the low alarm
value and subtracted from the high alarm value. In both cases, the resulting value must
- Compact™ I/O 1
- Isolated HART 1
- Analog Module 1
- Table of Contents 3
- Preface 7
- Conventions 8
- Used in This 8
- Chapter 1 9
- Module Overview 9
- Do No t Remov e RTB Un der 10
- Power Unless Area is Non 10
- Hazardous 10
- Section 1.5 11
- System 11
- Overview 11
- 1.5.1 System Operation 11
- Section 1.6 12
- Module 12
- Operation 12
- Chapter 2 13
- Quick Start for Experienced 13
- Chapter 3 19
- Installation and Wiring 19
- 3.3.3 Remove Power 21
- 3.3.4 Selecting a Location 21
- Section 3.4 22
- System Assembly 22
- Section 3.5 23
- Mounting 23
- 3.5.1 Minimum Spacing 23
- 3.5.2 Panel Mounting 23
- 3.5.3 DIN Rail Mounting 24
- 3.7.2 Terminal Door Label 26
- 3.7.5 Wiring the Module 27
- 3.7.6 Wiring Diagram 28
- 3.7.7 Calibration 28
- Chapter 4 29
- Configuring the IF4IH for 29
- CompactLogix Using 29
- RSLogix 5000 29
- Section 4.2 33
- The Add-On 33
- Profile 33
- Section 4.4 36
- Project Tags 36
- Project 38
- Chapter 5 41
- Configuring the IF4IH for a 41
- MicroLogix 1500 Using 41
- RSLogix 500 41
- Section 5.2 42
- Configuring 42
- 1500 System 42
- Section 5.3 46
- Using the 46
- Ladder Sample 46
- Chapter 6 51
- Module Data, Status, and 51
- Channel Configuration 51
- Section 6.4 55
- Configuration 55
- Raw/Proportional Data 62
- Engineering Units 62
- Scaled-for-PID 62
- Percent Range 62
- 6.4.9 Channel X 64
- 6.4.10 Channel X 64
- 6.5.8 Reserved (Words 24…45) 66
- Section 6.6 67
- Determining 67
- Effective 67
- Resolution 67
- Section 6.7 68
- Update Time 68
- Chapter 7 69
- Enabling and Using HART on 69
- Table 7-1 (HART Packet 0) 73
- Table 7-2 (HART Packet 1) 74
- Figure 7-4 (Packet Ladder) 77
- 7.2.3 Packet Interval 78
- Section 7.3 79
- Sending 79
- Messages 79
- 7.3.3 Processing a Message 81
- Figure 7-6 Sending Message 82
- Figure 7-8a (Message Ladder) 84
- Figure 7-8b 85
- Figure 7-8c 86
- Figure 7-8d 87
- Figure 7-8e 88
- Figure 7-8f 89
- Figure 7-8g 90
- Figure 7-8h 91
- Figure 7-8i 92
- Figure 7-8j 93
- Figure 7-8m 95
- Figure 7-8n 96
- Figure 7-8o 97
- Section 7.4 98
- Module Specific 98
- Commands 98
- Attention 103
- Figure 7-10b 107
- Figure 7-10c 108
- Figure 7-10d 109
- Figure 7-10e 110
- Section 7.5 111
- HART Protocol 111
- 7.5.1 Message Format 111
- Chapter 8 117
- Programming Examples 117
- Figure 8-4b 121
- 8.2.1 MAIN Routine 123
- 8.2.2 PACKETS Routine 124
- Figure 8-6b 125
- Figure 8-6c 126
- 8.2.3 MSG_TO_MOD Routine 127
- Figure 8-7b 128
- Figure 8-7c 129
- Figure 8-7d 130
- Figure 8-7e 131
- Figure 8-7f 132
- Figure 8-7g 133
- Figure 8-7h 134
- Figure 8-7i 135
- Figure 8-7j 136
- Figure 8-7k 137
- Figure 8-7l 138
- Figure 8-7m 139
- Figure 8-7n 140
- Figure 8-7o 141
- Figure 8-7p 142
- Figure 8-7q 143
- 8.2.4 SRC_CHECK Routine 144
- Figure 8-8b 145
- 8.2.5 DEST_CHECKSUM Routine 146
- Figure 8-9b 147
- 8.2.6 HART_MSG Routine 148
- Figure 8-10b 149
- Figure 8-10c 150
- Figure 8-10d 151
- Figure 8-10e 152
- Figure 8-10f 153
- Figure 8-10g 154
- Figure 8-10h 155
- Figure 8-10i 156
- Figure 8-10j 157
- Figure 8-10k 158
- 8.2.7 WORD_BYTE Routine 159
- Figure 8-11b 160
- Figure 8-11c 161
- 8.2.8 HART_CHECK Routine 162
- Figure 8-12b 163
- 8.2.9 BYTE_WORD Routine 164
- Figure 8-13b 165
- Chapter 9 167
- Diagnostics and 167
- Troubleshooting 167
- 1514131211109876543210 169
- 0000000000000000 169
- Value Bits 11 170
- Description 170
- Section 9.8 171
- Inhibit Function 171
- Appendix A 173
- Module Specifications 173
- Section A.2 174
- Environmental 174
- Specifications 174
- Appendix B 177
- HART Universal and Common 177
- Practice Commands 177
- Wire Size · 3-9 183
- Wiring Diagram · 3-10 183
- Wiring Guidlines · 2-3 183
- Getting Technical 185
- Assistance 185
- Declaration of 185
- Conformity 185
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