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Allen-Bradley MicroLogix 1100 Instruction Set Reference Manual

Allen-Bradley MicroLogix 1100
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Publication 1763-RM001C-EN-P - October 2009
Process Control Instruction 307
2. Enter the REM RUN mode and verify that PV=0.
3. Type: 20 in CO%
4. Record the PV = _______
5. Type: 40 in CO%.
6. Record the PV = _______
7. Type: 60 in CO%.
8. Record the PV = _______
9. Type: 80 in CO%.
10. Record the PV = _______
11. The values you recorded should be offset from CO% by the same
amount. This proves the linearity of your process. The following
example shows an offset progression of fifteen.
CO 20% = PV 35%
CO 40% = PV 55%
CO 60% = PV 75%
CO 80% = PV 95%
If the values you recorded are not offset by the same amount:
Either your scaling is incorrect, or
the process is not linear, or
your equipment is not properly connected and/or configured.
Make the necessary corrections and repeat steps 2-10.
Determining the Initial Loop Update Time
To determine the approximate loop update time that should be used for
your process, perform the following:
1. Place the normal application values in MinS and MaxS.
2. Type: 50 in CO%.
3. Type: 60 in CO% and immediately start your stopwatch.
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Allen-Bradley MicroLogix 1100 Specifications

General IconGeneral
Processor32-bit
Programming SoftwareRSLogix 500
MountingDIN rail or panel mount
Power Supply24V DC
TypeCompact PLC
Digital Inputs12
Digital Outputs8
Analog Inputs4 (depending on model)
Analog OutputsOptional with expansion module
Programming LanguageLadder Logic
Operating Temperature0 to 55 °C (32 to 131 °F)
SeriesMicroLogix

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