ABB PFCL201CE-50kN 3BSE006699D0005 Pressductor PillowBlock Load Cell

ABB PFCL201CE-50kN 3BSE006699D0005 Pressductor PillowBlock Load Cell

The ABB PFCL201CE-50kN is a Pressductor PillowBlock Load Cell designed for vertical force measurement in industrial web tension and strip tension applications. Identified in the ABB PFCL 201CE dimensional documentation by reference number 3BSE006699D0005, this load cell is part of ABB's specialized force measurement product range. It is designed to measure mechanical forces acting on industrial rollers and related mechanical assemblies where accurate tension monitoring is essential.

Using ABB's established Pressductor magnetoelastic technology, the PFCL201CE converts applied mechanical force into electrical measurement signals. Its robust stainless steel construction, high overload tolerance, and resistance to demanding industrial conditions make it suitable for continuous production environments. The 50 kN measurement capacity provides a defined operating range for applications requiring vertical force monitoring.

Product Overview

The ABB PFCL201CE belongs to the Pressductor PillowBlock Load Cell family, which is developed for measuring forces associated with rotating rollers and industrial web handling equipment. The pillow block configuration allows the load cell to be integrated into a mechanical support arrangement where the roller bearing housing is mounted above the sensing unit.

The PFCL201CE version is designed for demanding industrial environments and features a fixed connection cable protected by a hose. This construction distinguishes it from other PFCL 201 variants that use different electrical connection arrangements. It is particularly relevant to applications where mechanical durability and protection of the connection cable are important considerations.

The 50 kN designation indicates the nominal load capacity in the measuring direction. Correct selection of the load cell requires consideration of the normal operating force, possible peak loads, transverse forces, and the mechanical arrangement of the installation.

Pressductor Magnetoelastic Measurement Technology

ABB Pressductor technology is based on the magnetoelastic effect, in which the magnetic properties of a material change when mechanical force is applied. The load cell uses this physical principle to detect force and generate corresponding electrical measurement signals.

When a mechanical load acts on the sensing structure, the resulting change in its magnetic characteristics produces a measurable electrical signal. This operating principle differs from conventional strain gauge systems that depend primarily on measuring physical deformation. It allows Pressductor transducers to combine measurement sensitivity with a high tolerance for mechanical overloads and repeated loading cycles.

Another important characteristic of Pressductor technology is its high-power, low-impedance AC output signal. This signal design provides strong resistance to electrical interference and earth faults, which is valuable in industrial installations containing motors, drives, power converters, and other electrical equipment.

PFCL201CE-50kN Technical Characteristics

The ABB PFCL201CE-50kN is designed for vertical force measurement with a nominal measuring capacity of 50 kN. Its technical characteristics support applications where accurate force monitoring must be combined with mechanical durability and resistance to demanding operating conditions.

• Manufacturer: ABB

• Product family: Pressductor PillowBlock Load Cells

• Model: PFCL201CE

• Nominal measuring capacity: 50 kN

• Extended measuring load: 75 kN

• Permitted transverse load: 25 kN

• Overload capacity in measuring direction: 500 kN

• Overload capacity in transverse direction: 125 kN

• Accuracy class: 0.5%

• Repeatability error: Less than ±0.05%

• Deflection at nominal load: 0.02 mm

• Operating principle: Electromagnetic Pressductor technology

• Construction material: Stainless steel

• Working temperature range: -10 to 90 °C

• Connection arrangement: Fixed cable with protective hose

These characteristics describe the PFCL 201 series specifications and the 50 kN measurement range. Actual installation conditions, permissible loading combinations, and configuration requirements should be checked against the applicable ABB documentation.

Industrial Applications

The ABB PFCL201CE is primarily intended for industrial applications requiring vertical force measurement. It is particularly relevant to web tension and strip tension systems, where mechanical force acting on rollers must be monitored to maintain consistent material handling conditions.

In paper manufacturing, the load cell can be used in applications involving paper webs, wire sections, and felt tension arrangements. Maintaining appropriate tension is important for stable material movement, production consistency, and the mechanical coordination of different processing sections.

Other industrial environments involving continuous web processing and strip handling may also require force measurement equipment. These include metal processing, coating lines, converting machinery, and other production systems where roller-supported materials must be monitored during operation.

By providing measurement information to the associated control system, the load cell supports tension monitoring and process regulation. Its suitability for a particular installation depends on the required measuring direction, rated capacity, mechanical mounting, and the design of the complete measurement system.

Mechanical Construction and Installation

The PFCL201CE is machined from a single block of stainless steel. Its sensing elements are integrated into the metal structure and arranged to respond to forces in the intended measurement direction while minimizing sensitivity to forces in other directions.

The pillow block assembly is mounted on a supporting base, while the bearing housing is installed on the upper mounting surface. This mechanical arrangement allows the load cell to measure the force transferred through the supported roller assembly.

The dimensional drawing identified by 3BSE006699D0005 provides important information for checking the PFCL 201CE mechanical configuration. Relevant details include the overall mounting dimensions, mounting holes, bearing support arrangement, and cable configuration. These dimensions should be compared with the existing installation before selecting a corresponding component.

During installation, the load direction must correspond to the specified measuring direction. Incorrect mounting orientation or excessive transverse loading may affect measurement performance. The mechanical mounting surfaces, fasteners, bearing housing, and cable protection arrangement should also be inspected according to the manufacturer's installation instructions.

Maintenance and Compatibility Considerations

When evaluating the ABB PFCL201CE-50kN for maintenance or replacement purposes, the complete model designation should be checked carefully. The PFCL201C, PFCL201CD, and PFCL201CE variants belong to the same product family, but their cable and connection arrangements are different.

Particular attention should be given to the fixed cable and protective hose used by the PFCL201CE version. The connection interface, cable condition, mounting dimensions, and rated measurement capacity should all correspond to the requirements of the installed equipment.

Maintenance inspections should also consider mechanical mounting conditions, cable protection, electrical connections, and the associated measurement electronics. Periodic verification of measurement behavior can help identify changes in system performance and support reliable process monitoring.

Conclusion

The ABB PFCL201CE-50kN Pressductor PillowBlock Load Cell is a specialized force measurement component designed for industrial web tension and vertical force measurement applications. Its magnetoelastic operating principle, stainless steel construction, high overload tolerance, and protected fixed cable arrangement make it suitable for demanding industrial measurement environments.

For equipment identification and technical evaluation, the PFCL201CE model designation and 3BSE006699D0005 dimensional drawing reference provide useful information for verifying the mechanical configuration. Correct selection requires checking the rated capacity, measuring direction, mounting arrangement, cable configuration, and compatibility with the existing measurement system.