Omron CS1W-LC001 Operation Manual page 69

How to Use Function Blocks for Specific Operations
To perform this specific operation
High-density High-density monitoring of analog
monitor signals
Monitoring/ Monitoring and setting a stand-
Setting alone external controller.
External
Controllers
Batch Data Data collection by a certain timing
Collection within sequence processing in a
batch processing plant
Analog ON/OFF control
control
Heating/cooling ON/OFF control
Time-proportional control
Application of input filter on PV
Application of bias on PV
Application of ratio on Set Point
and PV
Entry of differential pressure
transmitter to calculate flowrate
Entry of pulse output flowmeter
for accumulation of flowrate
Temperature and pressure
correction
Setting of the PID constant
values for multiple words
Switching of multiple Set Point
values
Switching of multiple PID sets
Ramp control of Set Point values
(program control)
Cascade control
Dead time compensation control Use the Dead Time Compensation block
Feedforward control
Non-interfering control
Perform the following
Monitor analog signals by the Field Terminal
blocks (Block Models 501 to 587) and Send
to Computer blocks (Block Models 401 to
404)
Connect an ES100X Controller to the RS-
232C port on the Loop Control Unit and use
the ES100X Controller Terminal (Block
Model 045).
Use the Batch Data Collector block (Block
Model 174)
Use the 2-position ON/OFF block (Block
Model 001).
Use the 3-position ON/OFF block (Block
Model 002).
Use the Analog/Pulse Width Converter
block (Block Model 192).
Use the First-order Lag block (Block Model
141).
Use the Ratio Setting block (Block Model
033) or the Addition/Subtraction block
(mode 121).
Use the Square Root block (Block Model
131) (with low-end cutout function).
Use the Pulse Input Unit, and enter to the
Accumulator for accumulated value input
block (Block Model 184) for continuous
accumulation.
Use the Temperature and Pressure
Correction block (Block Model 136).
Use the Constant Item Setting block (Block
Model 171).
Use the Constant Selector block (Block
Model 165) or the Constant Item Setting
block (Block Model 171).
Use the Constant Item Setting block (Block
Model 171).
Use the Ramp Program block (Block Model
155) or the Segment Program block (Block
Model 156).
Use a serial connection for the Basic PID
block (Block Model 011) or Advanced PID
block (Block Model 012).
(Block Model 149) or the Advanced PID
block (Block Model 012).
Use the Advanced PID block (Block Model
012) or the Lead/Delay block (Block Model
147).
Section 1-4
See page:
3-4 Exchanging Data
with CX-Process Monitor
and with Other Nodes
Appendix-2 How to Use
the Node Terminal Block
Function Block
Reference Manual
Function Block
Reference Manual
Function Block
Reference Manual
5-1 Basic Examples of
PID Control (page 152)
and Function Block
Reference Manual
Function Block
Reference Manual
5-1 Basic Examples of
PID Control (page 152)
and Function Block
Reference Manual
Function Block
Reference Manual
5-1 Basic Examples of
PID Control (page 152)
and Function Block
Reference Manual
5-1 Basic Examples of
PID Control (page 152)
and Function Block
Reference Manual
5-1 Basic Examples of
PID Control (page 152)
and Function Block
Reference Manual
5-1 Basic Examples of
PID Control (page 152)
and Function Block
Reference Manual
5-2 Examples of Applied
Control Types (page
161) and Function Block
Reference Manual
5-2 Examples of Applied
Control Types (page
161) and Function Block
Reference Manual
5-2 Examples of Applied
Control Types (page
161) and Function Block
Reference Manual
49