ABB PFSK162 3BSE015088R1 Signal Conditioning Board

Technical SpecificationsModel: PFSK162, Part No:3BSE015088R1Power Supply: 24V DC (15%), typical power consumption 6WExcitation Output: Regulated 330‑Hz AC excitation for Pressducto
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Products Description
Technical Specifications
  • Model: PFSK162, Part No:3BSE015088R1

  • Power Supply: 24V DC (±15%), typical power consumption 6W

  • Excitation Output: Regulated 330‑Hz AC excitation for Pressductor measuring sensors

  • Analog Input: Multi‑channel load‑cell force signal input

  • Communication: AF100 internal system bus, compatible with PFSK130 / PFSK142 / PFSK151 / PFSK160A series boards

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

  • Operating Temperature: ‑10℃ ~ +60℃; Storage temperature:‑40℃ ~ +85℃

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

  • Protection Class: IP20 (cabinet internal installation only)

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

  • Dimension: 242mm × 245mm ×22mm; Weight: approx 0.54kg

PFSK162 (3BSE015088R1) is a high‑performance signal conditioning board belonging to ABB Stressometer flatness measurement system, used together with other PFSK series boards for metallurgical rolling lines.
This plug‑in sub‑rack board provides stable AC excitation source for Pressductor measuring‑roll transducers, completes signal filtering, impedance matching and signal pre‑processing for flatness detection signals, and transmits valid measuring data to subsequent processing boards. It adopts industrial anti‑interference circuit design, can resist strong electromagnetic interference and mechanical vibration from hot‑rolling and cold‑rolling workshop environments. On‑board LED indicators show power supply, running status and fault alarm, supporting quick on‑site diagnosis.
It is widely applied in steel, aluminum and copper strip rolling production lines. When replacing spare parts, verify full part number and hardware revision to guarantee system compatibility. Cut off system power before installation to avoid board burnout and measuring signal deviation. Suitable for on‑site fault replacement and long‑term spare‑part stocking of existing Stressometer flatness control systems.


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