PFCL201C20KN 3BSE027070R20 1 PFCL201C20KN 3BSE027070R20 2 PFCL201C20KN 3BSE027070R20 4 PFCL201C20KN 3BSE027070R20 3

The ABB PFCL201C20KN Tension Measurement Load Cell Module is a high-precision force measurement device engineered for continuous web tension monitoring in industrial processing lines. Designed to deliver stable and repeatable force feedback, this load cell module is widely used in applications where accurate tension control directly impacts product quality and operational efficiency.

With a nominal capacity of 20 kN, the PFCL201C20KN provides reliable measurement performance under dynamic load conditions. Its industrial-grade construction supports demanding environments such as paper production, metal strip processing, and high-speed converting lines.

Built for long-term accuracy and mechanical durability, this module integrates seamlessly into ABB tension control systems, enabling operators to maintain consistent web handling performance while reducing material waste and downtime.

Technical Specifications

Parameter	Specification
Product Name	ABB PFCL201C20KN
Module Type	Tension Measurement Load Cell Module
Nominal Force Capacity	20 kN
Measurement Principle	Strain gauge technology
Output Signal	Industrial analog force signal
Mounting Type	Shaft or bearing housing integration
Protection Class	Industrial sealed design
Operating Temperature	-10°C to +70°C
Storage Temperature	-25°C to +80°C
Accuracy	High repeatability for dynamic load measurement
Dimensions (L × W × H)	210 mm × 120 mm × 85 mm
Weight	3.8 kg

Recommended Related Models

For optimized tension control systems, the PFCL201C20KN is frequently used together with:

ABB PFEA112 Tension Electronics Unit
ABB PFEA113 Signal Amplifier Module
ABB AC500 PLC Control System
ABB ACS880 Drive System

These components work collectively to ensure accurate force measurement, signal processing, and precise motor control.

Popular ABB Automation Platforms

The PFCL201C20KN is commonly integrated into:

ABB Web Tension Control Solutions
ABB ACS880 Industrial Drives
ABB AC500 PLC Platforms
ABB Process Automation Systems

Its compatibility with ABB’s automation ecosystem ensures stable system integration and long-term operational reliability.

Industrial Applications

The ABB PFCL201C20KN is widely applied in:

Paper and pulp production lines
Steel and aluminum strip processing
Printing and packaging machinery
Plastic film and foil converting
Textile manufacturing systems
Continuous web coating processes

In high-speed and high-precision web handling environments, accurate tension feedback is essential to maintaining product consistency and minimizing material defects.

Key Advantages

20 kN high-capacity force measurement
Excellent repeatability under dynamic load
Durable industrial mechanical construction
Stable output signal for accurate control response
Supports high-speed web processing
Reduces material waste through precise tension control
Long operational lifespan
Seamless integration with ABB automation systems

By delivering dependable force feedback, the PFCL201C20KN enhances process stability and supports higher production quality standards.

Technical FAQs

1. What is the nominal capacity of the ABB PFCL201C20KN?
It has a nominal force capacity of 20 kN.

2. What is the primary application of this module?
It is used for web tension measurement in continuous material processing lines.

3. What measurement technology does it use?
It uses strain gauge-based force measurement technology.

4. Can it operate in dynamic load conditions?
Yes, it is designed for continuous and dynamic tension monitoring.

5. Is it compatible with ABB tension controllers?
Yes, it integrates with ABB tension electronics and automation platforms.

6. What industries commonly use this load cell?
Paper, metal processing, packaging, plastics, and textiles.

7. Does it require regular calibration?
Periodic calibration is recommended to maintain measurement accuracy.

8. Can it handle overload conditions?
It is designed with industrial tolerance margins, but overload beyond rated capacity should be avoided.

9. Is it suitable for high-speed production lines?
Yes, it supports fast and stable tension feedback in high-speed systems.

10. Should installation be performed by specialists?
Yes, proper mechanical alignment and electrical integration are essential for accurate measurement.

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