ABB PFSK130 3BSE002616R1 Signal Processing Board

Technical SpecificationsModel: PFSK130, Part No:3BSE002616R1Power Supply: 24V DC (15%), typical power consumption 4.8WSignal Input: Multi‑channel analog signal acquisition for Pres
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Products Description
Technical Specifications
  • Model: PFSK130, Part No:3BSE002616R1

  • Power Supply: 24V DC (±15%), typical power consumption 4.8W

  • Signal Input: Multi‑channel analog signal acquisition for Pressductor measuring sensors

  • Signal Processing: High‑speed DSP chip for force signal conditioning and data pre‑processing

  • Isolation: Galvanic isolation 1.5kV AC between field signal and back‑plane bus

  • Communication: AF100 internal system bus, data interconnection with PFSK142 / PFSK151 / PFSK152

  • Operating Temperature: ‑20℃ ~ +60℃; Storage temperature:‑40℃ ~ +85℃

  • Humidity: 5%‑95% RH, non‑condensing

  • Protection Class: IP20 (cabinet internal installation)

  • Mounting: Sub‑rack plug‑in installation for ABB standard rack

  • Dimension: 244mm × 248mm ×21mm; Weight: approx 0.46kg

PFSK130 (3BSE002616R1) is a pre‑processing signal board for ABB Stressometer flatness measuring system, working cooperatively with PFSK142, PFSK151 and PFSK152 in metallurgical rolling lines.
This plug‑in sub‑rack board receives multi‑channel force signals from Pressductor measuring roll sensors, completes signal filtering, amplification and pre‑calculation, and transmits processed raw data to the flatness control unit. It adopts industrial‑grade anti‑interference circuit design, performs steadily under strong vibration and electromagnetic interference conditions of hot‑rolling and cold‑rolling workshops. On‑board LED indicators display power status, running state and fault alarm for quick on‑site troubleshooting.
It is widely deployed in steel, aluminum and copper strip rolling production lines. When replacing spare parts, verify full part number and hardware revision for system compatibility. Cut off system power before installation to prevent board burnout and measuring data distortion. Suitable for on‑site fault replacement and long‑term spare‑part stocking of existing Stressometer flatness control systems.


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