Name: Heat/Cool Temperature Control Module.
Model: C200H-TV001.
Sensor: Thermocouple: R, S, K, J, T, E, B, N, L, U.
Control output: Transistor output.For 5-slot Backplane.Model: C200H-ID501.
No. of inputs: 32 pts.
Specifications: 5 VDC.Model: C200H-OD217.
No. of points: 12 pts.
Specifications: 5 to 24 VDC OMRON C200H-ATT33. source type (PNP).General Information
The C200HS-SLK12 SYSMAC LINK fiber-optic module connects the PLC to the SYSMAC
LINK fiber-optic token bus peer-to-peer communications network C200H-ATT33 An external power supply option provides direct pass-through communications in case of modul8 pts, 1 A, 120 VAC.C200HS-CPU21-E CPU
High Performance, Small Rack Style, Built-in RS-232C Port
The C200HS-CPU21-E and C200HS-CPU23-E controllers offer some of the same basic functionality as models C200H-CPU01-E/CPU03-E OMRON C200H-ATT33.
These controllers have the added capabilities ideally suited for high speed machine control,
which includes larger memory,
larger instruction set,
and increased speed.Model: C200H-OA223.
No. of points: 8 pts.
Specifications: 1.2A, 250VAC.Model: C200H-OC225.
No. of points: 16 pts OMRON C200H-ATT33.
Specifications: 2A, 250VAC/24VDC(For resistive loads).ASCII Unit
This program runs independently from the ladder-diagram program in the PLC.

Name: ASCII Module.
Model: C200H-ASC02.
ASCII/BASIC Module Utility Software: For AT-compatible computers C200H-ATT33 OMRON. enables program development, downloading, uploading, etc.Model: C200H-ME831.
Description: EEPROM, 8K words, no clock.Data Setting Console Connecting Cable, For C200H-DSC01 C200H-ATT33 OMRON.
4M.Model: C200H-IA121.
No. of inputs: 8 pts.
Input voltage: 100 to 120 VAC, +10%/–15%.
Input current: 10mA, 100VAC.
Isolation: Photo-couplerr C200H-ATT33.
Indica-tor: LED.
External connec-tions: Remove-able termi-nal blocks.
Inputs percom-mon: 8 pts.
Internal currentcon-sump-tion: Name: PID Control Module C200H-ATT33 OMRON.
Model: C200H-PID02.
Output: Voltage output.Name: Temperaature Control Module OMRON C200H-ATT33.
Model: C200H-TC001.
Sensor: Thermocouple: R, S, K(CA), J(IC), T(CC), E(CRC), B, N, L(IC), U(CC).
Control output: Transistor output