Product Core Brief

• Model: PFTL201D-100.0 kN
• Brand: ABB
• Order Number: 3BSE008922R0100
• Series: ABB Pressductor PFTL201 pillow block load cell
• Core Function: Horizontal force measurement load cell for strip tension and rolling mill applications.
• Product Type: Pillow block load cell / horizontal tension sensor
• Key Specs: 100.0 kN rated load | Horizontal measurement | Pressductor piezomagnetic technology
• Condition: New Surplus

Product Introduction

The ABB PFTL201D 100kN 3BSE008922R0100 is a Pressductor pillow block load cell designed for horizontal force measurement in strip tension systems. It converts the horizontal force component generated by strip tension on a guide roll into an electrical signal for tension monitoring and closed-loop control.

This 100.0 kN unit is at the top end of the PFTL201 family, which covers 10 to 100 kN nominal load. It is commonly paired with ABB PFEA tension controllers or compatible signal processing units. Because it uses Pressductor piezomagnetic measurement rather than strain-gauge deformation, it handles overload, vibration, and harsh mill environments well—though exact electrical ratings and connector type should always be confirmed from the installed nameplate.

Key Technical Specifications

Note: Public listings sometimes describe this order number as having 4-20 mA output, Profibus, or IP67 ratings. Those specs are not reliably confirmed for 3BSE008922R0100 itself and may belong to controller units, cable-gland versions (PFTL201DE), or transmitter-equipped variants. Verify connector type, output signal, and protection rating from the physical nameplate.

Quality Control Process (DYNAMIC GENERATION)

Because this is a piezomagnetic pillow block load cell, inspection focuses on mechanical integrity, coil health, and signal consistency.

• Nameplate verification. Confirm PFTL201D, 100.0 kN rating, and 3BSE008922R0100 before acceptance.
• Mechanical inspection. Check the solid steel body for cracks, deformation, corrosion, or damaged mounting surfaces.
• Connector and cable inspection. Verify that the cylindrical plug or cable gland is intact and free of moisture ingress.
• Coil resistance check. Use a multimeter to measure primary and secondary coil resistance and compare with expected values.
• Insulation test. Perform an insulation resistance check to rule out moisture damage or winding degradation.
• Signal stability check. Where test fixtures allow, apply a controlled load and confirm a stable, proportional output.
• Anti-static and mechanical protection. Pack with protective padding to prevent connector and mounting surface damage.

Do not assume calibration data carries over. Always re-zero and re-validate after installation.

Replacement Pitfall Guide (DYNAMIC GENERATION)

❗ Do not confuse horizontal and vertical load cells. The PFTL201D measures horizontal force. Using it in a vertical application without proper mechanical and electronic compensation will give incorrect tension readings.

❗ Check the wrap angle and roller tare weight. Tension calculation depends on wrap angle, roller weight, and bearing condition. A bad reading is often a mechanical setup issue, not a failed sensor.

❗ Verify connector type before ordering. PFTL201D units use cylindrical plugs, while PFTL201DE versions use fixed cable glands. They are not always interchangeable.

❗ Mind cable routing and grounding. Low-level sensor signals are vulnerable to noise from drives, motors, and welding equipment. Keep sensor cables away from power cables and confirm single-point grounding.

Keep these in mind and you’ll cut 90% of rework time.

Compatibility Matrix & Benchmarks

Benchmark notes:

• Rated load: 100.0 kN horizontal measurement.
• Extended load: 150.0 kN; overload capacity in measurement direction: 1000.0 kN.
• Typical deflection at rated load: approximately 0.05 mm.
• Typical controller pairing: ABB PFEA111 / PFEA112 / PFEA113 tension controllers.