CPM1A Programmable Controller

Flexible Control and Plenty of Power in the Minimum Body Size

The CPM1A can be easily built into a wide array of machines or control panels. For example, you can use the CPM1A to control a few more I/O points on existing lines without having to install a new control panel. Just install the CPM1A in available space to control only the required number of I/O. The CPM1A was born to reduce waste in the factories by effectively using valuable space.

Select Units to Control from 10 to 40 Input Output I/O points and, in combination with Expansion I/O units, can be used to control a total of from 10 to 100 points.

Note: Only 30- and 40-point CPUs support Expansion I/O Units. Up to three Expansion I/O Units can be connected.

CPM1A-20EDR1/-20ESDT(1)
CPM1A-8ED/-8ER/8ET(1)

Easy Connection to Programmable Terminals

An optional Communication Adapter supports Host Link or NT Link connections for high-speed communications with OMRON PTs.

Windows-based Support Software
The Windows-based CX-Programmer Support Software reduces Software development time and provides powerful monitoring and debugging functions. Other Windows applications can be used and the programming environment has been greatly improved.

CX-Programmer's many monitoring and debugging functions provide powerful support for multiple program development.

• User-friendly operations

• Powerful display/monitoring functions

• Powerful debugging functions

• Remote programming and monitoring

• Maintenance functions

• Data compatibility with Windows applications

 

Programming Consoles
Hand-held Programming Consoles are ideal for onsite startup and adjustments.

Full Functionality in a Compact Body
Plenty of programming capacity and a large instruction set handle even complex control operations.

• User Memory: 2,048 words

• Data Memory: 1,024 words

• Timers/Counters: 128

• Basic instructions: 14

• Special instructions: 79

• Analog adjustment: 2

High-speed Execution

LOAD instructions execute at 1.7 µs, MOVE instructions at 16.3 µs, for a fast program execution. High-speed scanning is thus possible even with large programs. Interrupt inputs and quick-response inputs can be used to handle high-speed pulse that are too fast for the scan time.