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CS1W-OC201 Programmable Controllers

OMRON CS1W-OC201 Manual And Instructions
CS1W-OC201 datasheetPDF datasheet

OMRON CS1W-OC201 Product information and technical parameters:
Brand: OMRON
Name: Programmable Controllers
Model: CS1W-OC201
Unit type: CS1 Basic I/O Units.
Product name: Relay Output Units.
Specifications: 250 VAC or 120 VDC,
2 A max. Independent contacts, 8 outputs.
Mountable Racks: CPU Rack, CS1W-BC,
@@3, Yes, @@2, Yes;
C200HX/HG/HE Expansion I/O Rack, No.
CS1 Expansion Rack, CS1W-BI,
@@3, Yes, @@2, Yes;
CS1 Long distance Expansion Rack, Yes;
SYSMAC BUS Slave Rack, No.
Words required: 1 word.
Current consumption: 5V system, 0.10A;
26 V system, 0.006per simultaneously ON outputs.
Standards: UC1, N, L, CE.
Multi-application Controllers:
From High-performance Machine C,
Highly Reliable Process Control.

I/O bits: 5, 120 (Expan-sion Racks: 7).
Program capacity: 250K steps.
Data memory capacity: 448K words (DM: 32K words, EM: 32K words ×13 banks).Unit type: CS1 Basic I/O Units.
Product name: Relay Output Units.
Specifications: 12 to 24 VDC,
0.1 A 96 outputs; Sourcing.
Mountable Racks: CPU Rack, CS1W-BC,
@@3, Yes, @@2, Yes;
C200HX/HG/HE Expansion I/O Rack, No CS1W-OC201.
CS1 Expansion Rack, CS1W-BI,
@@3, Yes, @@2, Yes;
CS1 Long distance Expansion Rack, Yes;
SYSMAC BUS Slave Rack, No CS1W-OC201
Words required: 6 words.
Current consumption: 5V system, 0.48A;
26 V system, --.
Standards: U, C, N, L, CE.
Multi-application Controllers:
From High-performance Machine C,
Highly Reliable Process Control CS1W-OC201. Product name: CS1 CPU Backplane.
Specifications: For CS-series,
Unit only Note: C200H series,
Units cannot be mounted; 10 slots.
Appli cable CPU Unit: CS1 CPU Unit.
Basic I/O Units: CS-series Basic I/O Unit,
Yes; C200H series Basic I/O Unit, No;
C200H Group-2 High density I/O Unit, No.
Special I/O Units: CS-series Special I/O Unit,
Yes; C200H series Special I/O Unit, No.
CPU Bus Units: CS-series CPU Bus Unit, Yes CS1W-OC201.
Current consumption: 5V system, 0.11A;
26 V system, --.
Standards: U, C, N, L, CE.
Multi-application Controllers:
From High-performance Machine C,
Highly Reliable Process Control. Name: CS1D Expansion Backplane.
Specifications: Applicable systems,
Duplex CPU, Dual I/O Expansion System only;
Number of Power Supply Units,
2 Units max. (for duplex operation);
Number of I/O Units, 9 Units max.
(Slot number 0 is reserved for an,
I/O Interface Unit).
Current consumption: 5V system, 1.21A;
26V system, --.
Standards: UC1, CE.
Redundant CPU Units , Power Supply Units ,
Communications Units ,
and Expansion I/O Cables. H-PCF cable for Controller Link Units, cable length: 50 cm.Unit type: CS1 Special I/O Units.
Product name: Isolated-type,
Thermocouple Input Units.
points Input: 8 inputs.
Signal range selection:
Set separately for each input.
I/O type: R, S, K, J, T, L, B.
Conversion speed: 250 ms/8 inputs.
Externa connection: Removable erminal block.
No. of unit numbers allocated: 1.
Current consumption: 5V, 0.18A; 26V, 0.06A.
Standards: UC1, CE.
Provides the functionality of isolators,
power supplies, signal converters,
and other devices.
The Analog Input Unit converts analog,
input signals such as 1 to 5 V or 4 to 20mA,
into digital values, and takes the values,
scaled in industrial units, and transfers,
it to the CPU Unit as the process value.
Because of this, no ladder program is required,
at the CPU Unit for scaling.
The Analog Output Unit converts analog output set,
values from the CPU Unit to analog output signals,
such as 4 to 20 mA or 1 to 5 V, and outputs them.
The built-in functions, such as measurement value,
alarms, rate-of-change calculations, and square roots,
have enabled major savings in costt and space compared,
with previous systems CS1W-OC201.
High-resolution Models and 8-point Input Models are,
also available.
By combining the Units, logging/monitoring.
systems can be constructed,
or the Units can be used together with LCBs/LCCUs,
to construct complete process control systems CS1W-OC201.
Parameters can be easily displayed and set in an,
easy-to-understand form without special tools.


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