CMA198 DIN Universal process controller

CMA198 DIN Universal process controller

ABB’s CMA198 DIN Universal Process Controller ABB is a versatile, reliable process controller designed for a wide range of industrial applications.

It offers a comprehensive set of control functions, high precision, and a compact DIN rail mounting form factor, making it ideal for a variety of process control tasks.

Main features:

PID control: Implement a proportional-integral-differential (PID) control algorithm to precisely regulate process variables such as temperature, pressure, and flow.

Advanced control features: Support advanced control features such as automatic tuning, feedforward, and cascade control for complex process control applications.

High precision: provides high precision, measurement resolution up to 0. 01%, control accuracy up to 0. One percent.

Universal input and output: Accepts a variety of analog and digital inputs and offers analog, digital, and relay outputs for multifunctional control and communication.

Compact DIN Rail mounting: Compact DIN rail mounting design for easy mounting in control panels and cabinets.

Easy configuration and operation: User-friendly configuration and operation with clear LCD display and intuitive keyboard interface.

CMA198

Applications:

Temperature control: Regulating temperature in various industrial processes, such as ovens, furnaces and heating systems.

Pressure control: Maintain accurate pressure control in applications such as pneumatic systems, hydraulic systems and air conditioning systems.

Flow control: Control fluid flow in applications such as pumping systems, chemical processing, and water treatment systems.

Level control: Monitor and control the level of liquids or bulk materials in tanks, silos and storage tanks.

Humidity control: Maintain optimal humidity levels in environments such as clean rooms, laboratories, and storage facilities.

Benefits:

Precise process control: Ensure accurate and stable control of process variables to improve product quality and consistency.

Reduce process variability: Minimize process variability and interference and improve overall process efficiency.

Improve energy efficiency: Optimize energy consumption by maintaining precise control over process parameters.

Reduce maintenance costs: Minimize equipment wear by maintaining stable process conditions.

Enhanced safety: Ensure the safe operation of process systems by preventing hazardous situations and product defects.

CMA198 DIN Universal process controller