The CP1 family is the perfect choice for any application that requires positioning. Whether for

conveyor control, point-to-point position control, or non-interpolated pick-and-place systems, the

combination of high-speed pulse outputs, variable speed drive control and position feedback will

provide all the functionality that you need for your application.

Easy positioning, quick results

Saving you time

For many standard functions Omron provide ready-to-use and tested Function Blocks that allow you to reduce

your programming and testing time. With Function Blocks you achieve faster, easier and more structured

programming that can also increase machine functionality. Ladder programming still remains the easiest

language for many people to use, but for more complex mathematical calculations ‘Structured Text’ (ST) offers

greater flexibility. These languages are supported in the CP1L and CP1H. Omron’s software is renowned for its

ease of use and intuitive style and CX-One is no exception.

Ideal for position control

When simplicity and ease of use are essential, there is no

better solution for your position applications than combining

the CP1 family with servos and inverters from Omron’s

extensive range. The SmartStep 2 servo drive is a perfect

partner and offers high performance while keeping things

simple and cost effective. Omron provides standard functions

and Function Blocks for SmartStep 2 and other servo drives to

create your application with minimal effort.

Easy variable speed drive control

Variable speed drive control is made easy within the CP1

family by using the serial port(s) and the Easy Modbus Master

feature for high-speed communication. Omron Function Blocks

enable you to control and monitor up to 31 inverters in real-

time simply by configuration of parameters. With the encoders

connected to the high-speed counter inputs, the CP1 is able to

calculate the exact position to perform accurate positioning

easily and quickly. In addition, in the MX2 inverter series, all

simple positioning is handled within the drive itself.

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