ABB 3BSE027070R10 PFCL201C 10 kN Pressductor Pillow Block Load Cell for Industrial Strip Tension Measurement

The PFCL 201 series is designed for applications where measuring the vertical force component is important for strip tension measurement and control. The pillow block configuration allows the load cell to be integrated mechanically into industrial tension-measurement arrangements.

Product Identification

• Manufacturer: ABB
• Part Number: 3BSE027070R10
• Model: PFCL201C
• Model Configuration: PFCL201C-10KN
• Product Type: Pillow Block Load Cell
• Technology: Pressductor
• Nominal Load: 10.0 kN
• Measurement: Vertical Force
• Application: Strip Tension Measurement

ABB PFCL201C Overview

The ABB PFCL201C belongs to the Pressductor family of industrial load cells. The PFCL 201 series is specifically designed for vertical measuring applications and is used in strip tensiometer systems.

According to ABB’s user documentation, the PFCL 201C is available in several nominal load capacities. The ordering numbers include 3BSE027070R5 for 5.0 kN, 3BSE027070R10 for 10.0 kN, 3BSE027070R20 for 20.0 kN and 3BSE027070R50 for 50.0 kN.

The complete part number is therefore important when identifying the exact load capacity. The suffix R10 in 3BSE027070R10 corresponds to the 10.0 kN version in the ABB ordering-number table.

Pressductor Measurement Technology

ABB Pressductor technology is based on magnetoelastic sensing. Mechanical force applied to the sensing element produces changes in its magnetic characteristics, which can be converted into an electrical measurement signal.

This technology is particularly suitable for industrial force and tension measurement because the sensing element can be constructed as a robust mechanical assembly without conventional moving mechanisms.

The PFCL201C is consequently designed for demanding industrial measurement environments where continuous force measurement is required.

10 kN Nominal Load Capacity

The ABB 3BSE027070R10 has a 10.0 kN nominal load. This is confirmed directly in ABB’s PFCL 201 user documentation, which lists 3BSE027070R10 against the PFCL 201C type and 10.0 kN nominal load.

The 10 kN capacity distinguishes this model from other PFCL201C versions. When selecting a load cell for a particular tension-measurement system, the nominal load capacity must correspond to the mechanical and measurement requirements of the installation.

Strip Tension Measurement

Strip tension is an important process parameter in continuous material-processing applications. Stable tension helps maintain consistent material handling, product quality and process control.

The PFCL201C load cell measures the force component associated with the strip tension system. The resulting measurement signal can be supplied to a suitable control or measurement system for tension regulation.

Applications can include continuous processing lines where metal strip, paper, film or other flexible materials are transported under controlled tension.

Pillow Block Configuration

The PFCL201C uses a pillow block-style mechanical configuration. This allows the sensor to be incorporated into mechanical structures where the vertical load component needs to be measured.

The mechanical installation is important because external forces that bypass the intended measuring path can affect measurement accuracy. ABB’s maintenance documentation specifically notes that the gaps between the load cell and plates should be kept clear to prevent shunt forces from bypassing the load cell.

Correct mechanical installation is therefore an essential part of achieving the intended measurement performance.

Industrial Tension Control Systems

Tension sensors are commonly integrated into industrial control systems where continuous material movement requires precise force monitoring. The load-cell signal can be processed by dedicated tension controllers or other automation equipment.

In a typical arrangement, the PFCL201C detects the mechanical force while the associated control system interprets the measurement and adjusts the process accordingly.

This architecture allows the load cell to function as the measurement element within a larger automatic tension-control system.

Applications

The ABB PFCL201C load cell is designed for strip tension applications. Typical industrial areas where this type of measurement is relevant include:

• Metal strip processing
• Steel processing lines
• Paper production
• Film and foil processing
• Printing and converting equipment
• Continuous web-processing systems
• Industrial tension-control equipment

The exact application depends on the mechanical configuration and the associated control system.

PFCL 201 Product Family

ABB documentation identifies several PFCL 201 load-cell variants. The PFCL201C family includes multiple nominal load capacities, allowing the sensor configuration to be selected according to the required measuring force.

The ordering-number relationship above is directly documented by ABB and is useful for distinguishing the 10 kN model from other PFCL201C load capacities.

Mechanical Installation

The PFCL201C is designed to be mechanically integrated into the load path of a tension-measurement system. The installation should ensure that the intended vertical force is transferred through the sensing element.

ABB’s documentation recommends checking mounting screws during preventive maintenance and ensuring that the gaps between the load cell and plates remain free from dirt and other material that could create an alternative force path.

These installation considerations are important because mechanical shunting can influence the measured force and consequently the calculated strip tension.

Cable and Connector Considerations

The electrical cable connecting the PFCL201C to the associated junction box or measurement equipment is part of the measurement system. ABB recommends inspecting the cable because it can be exposed to mechanical damage during operation.

ABB’s documentation also identifies a connector complete with cable as a recommended spare part for the PFCL201C.

When troubleshooting a tension measurement system, both the sensor and its cable connection should therefore be considered.

Maintenance

The PFCL201C is intended for industrial operation, but periodic inspection remains important. ABB recommends preventive checks of mechanical components that can be subject to wear.

Maintenance attention can include mounting screws, the mechanical gaps around the load cell, the sensor cable and the associated junction-box connections.

ABB’s user manual states that the gaps should be cleaned when necessary so that dirt does not create shunt forces around the measuring element.

Replacement and Identification

When replacing a PFCL201C load cell, the exact ABB ordering number should be checked. The part number 3BSE027070R10 identifies the 10.0 kN PFCL201C version.

It should not be substituted solely according to the PFCL201C family name because the family contains different nominal load capacities.

The correct identification is:

ABB PFCL201C — 3BSE027070R10 — 10.0 kN

Technical Product Name

A suitable technical product name for an industrial automation catalogue is:

ABB 3BSE027070R10 PFCL201C 10 kN Pressductor Pillow Block Load Cell

Useful search variations include ABB 3BSE027070R10, ABB PFCL201C, ABB PFCL201C-10KN, ABB PFCL 201 10 kN, ABB Pressductor Load Cell, and ABB Strip Tension Sensor.

Product Identification Summary

Conclusion

The ABB 3BSE027070R10 is the PFCL201C Pressductor pillow block load cell with a nominal load of 10.0 kN. ABB’s official PFCL 201 documentation directly lists this ordering number for the 10.0 kN PFCL201C load cell.

The sensor is designed for vertical force measurement and is used in industrial strip tension measurement systems. Its pillow block construction allows it to be integrated into mechanical tension-measurement arrangements, while the Pressductor sensing principle provides the force measurement element.

For industrial catalogue and search purposes, the recommended identification is ABB 3BSE027070R10 PFCL201C 10 kN Pressductor Pillow Block Load Cell.