ABB’s PFTL201C 3BSE007913R50 50KN is a high-precision tension measuring device designed to meet the demanding demands of tension control in industrial production. This device can accurately measure tension up to 50kN (kilonwtons) and is suitable for processing materials such as metal tape, paper, plastic film, etc., ensuring product quality and production efficiency.

PFTL201C 3BSE007913R50 50KN Tension controller adopts advanced control algorithm, combined with programmable functions, users can be configured and customized according to their own needs. It has a variety of communication interfaces, such as RS-232, RS-485, Ethernet, etc., which is convenient for data communication and integrated control with industrial control systems.

The sensor is designed with the complexity of the industrial environment in mind and is able to operate stably under harsh conditions such as high temperature, vibration and dust. Its characteristics of high precision measurement, durability, flexible installation and easy integration make it ideal for printing and packaging, metal processing, textile, paper and many other industries.

PFTL201C 10KN 3BSE007913R0010

In terms of technical parameters, PFTL201C 3BSE007913R50 50KN has an accuracy of ±0.2%FS (typical value), output options for analog signals (such as 4-20mA) or digital signals (such as Modbus), operating temperature range of -20℃ to +85℃, protection level up to IP67, Ensures stable operation and high reliability in various environments.

In addition, the PFTL201C 3BSE007913R50 50KN‘s signal output is low impedance, helping to improve signal quality and reduce signal attenuation, while software-managed local memory can be used to store configuration data, calibration information and measurement results, further enhancing its application potential in industrial automation and process control.

Overall, the ABB PFTL201C 3BSE007913R50 50KN tension controller provides an efficient and reliable solution for industrial tension measurement and control with its superior performance and flexible application.