ABB PFEA112-20

¥2,655.00

Parameters and specifications:
Purpose: ABB PFEA112-20 is a tension controller, mainly used to monitor and control tension, to ensure the stability and consistency of materials during processing.
Power supply voltage: 24V DC.
Control accuracy: ±0.1%.
Operating temperature: -10℃~+50℃.
Application: Widely used in the production and processing of paper, film, metal foil, fiber, wire and cable materials to prevent problems caused by insufficient or excessive tension.
Category:

Description

Parameters and specifications:
Purpose: ABB PFEA112-20 is a tension controller, mainly used to monitor and control tension, to ensure the stability and consistency of materials during processing.
Power supply voltage: 24V DC.
Control accuracy: ±0.1%.
Operating temperature: -10℃~+50℃.
Application: Widely used in the production and processing of paper, film, metal foil, fiber, wire and cable materials to prevent problems caused by insufficient or excessive tension.
Series:
PFEA112-20 is the model number of this tension controller and is used to uniquely identify this particular controller. Whether it belongs to a particular product family is not explicitly mentioned in the search results.

Features:
High-precision control: Advanced sensors and algorithms are used to achieve high-precision tension control.
Multi-channel control: There are usually multiple control channels, allowing simultaneous control of multiple tension devices or multiple take-up systems.
Communication interface: Equipped with a variety of communication interfaces, such as Ethernet, Modbus, Profibus, etc., to facilitate data exchange and integration with other automation equipment, control systems or monitoring systems.
User interface: Typically equipped with a user-friendly interface that allows operators to monitor tension status, set parameters, and diagnose faults.

Functions:
It is mainly used to ensure that the tension of the material is kept within a specific predetermined value range during production and processing to prevent the material from being too tight or too loose.