ABB PFEA111-65 3BSE050090R65 Detailed Information

PFEA111-65 3BSE050090R65 is a high-precision,high-stability tension controller launched by ABB,which is widely used in tension measurement and control applications in the industrial field.The device can receive signals from weighing sensors and adjust and control tension according to these signals to ensure stable and consistent tension during material processing.

Main functions

Tension measurement and control

Equipped with 2 weighing sensor inputs for receiving tension signals from sensors.

Provides voltage and current outputs for adjusting and controlling tension.

High precision and stability

Adopts high-quality analog-to-digital converters and low-noise circuit design to achieve accurate and reliable digital signal acquisition.

The measurement accuracy reaches±0.2%RO,which is suitable for precision measurement and control applications.

Multiple display options

Provide multiple display options such as A,B,A+B and A-B,so that users can clearly understand the current tension status.

Adjustable filtering function

Equipped with adjustable filtering function,it can effectively filter out interference signals and improve the accuracy of measurement.

Communication and interface

May be equipped with a communication interface to transmit measurement data to the upper control system,data acquisition equipment or other systems.

3.Technical specifications

Power supply voltage:IP 65-unit(NEMA 4)24 V DC

Power consumption:8 watts(at 24 volts),+5V 250mA,+3.3V 10mA

Current:0.5 A rms,330 Hz

Fuse:IP 65-unit(NEMA 4)slow blow,2 A,250 V

Measurement range:Maximum input range 10A,500V,50/60/400Hz

Accuracy:±0.2%RO

Working power supply:AC 115/230V±15%,50/60Hz(optional DC power supply 12Vdc,24Vdc,48Vdc,110Vdc)

Application areas

PFEA111-65 3BSE050090R65 tension controller is widely used in various application scenarios that require precise tension control,such as printing,packaging,textiles,steel and other fields.In these areas,tension controllers can ensure stable transmission and precise control of materials during processing,thereby improving production efficiency and product quality.