ABB PFCL201C10KN High Accuracy Force Sensor DCS System Use

Model:ABB PFCL201C10KN High Accuracy Force Sensor DCS System Use

  • Brand: ABB
  • Price range (USD): ¥6,500 – ¥7,200
  • Country: Australia|Angola|Bulgaria|Brazil|China|Chile|Canada|England|Finland|Germany|Greece|HongKong|Hasakesitan|Iran|Italy|India|Indonesia|Japan|Korea|Myanmar|Morocco|Monglia|Norway|Portugal|Peru|Pakistan|Russia|Srilanka|Singapore|Spain|South-Africa|Tunisia|Turke
  • Parameter: Parameter Value
    Model PFCL201C10KN
    Rated Capacity 10 kN
    Accuracy ±0.25% FS
    Repeatability ±0.1% FS
    Resolution 0.01% FS
    Analog Output 2 mV/V (std); 4–20 mA / 0–10 V (opt)
    Digital Communication RS485, Modbus RTU, Profibus DP
    Allowable Overload 15 kN
    Ultimate Vertical Overload 100 kN
    Ultimate Lateral Overload 25 kN
    Housing Material Stainless Steel
    Protection Class IP67
    Operating Temperature −40 °C to +80 °C
    Mounting Type Pillow‑block (foot‑mounted)

ABB PFCL201C10KN High Accuracy Force Sensor for DCS System Use

Product Overview


The ABB PFCL201C10KN is a high‑accuracy force sensor engineered for seamless integration with DCS (Distributed Control Systems) in industrial automation. Built on ABB’s proprietary Pressductor® magnetoelastic technology, it delivers precise, stable, and drift‑resistant force measurement for closed‑loop control and process monitoring. Its robust stainless steel construction, IP67 protection, and rich industrial communication options make it ideal for metallurgy, pulp & paper, steel processing, and heavy machinery—where DCS‑level data reliability and real‑time performance are critical.
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ABB PFCL201C10KN 力传感器

Key Features

✅ High Precision for DCS‑Grade Measurement

  • Rated capacity: 10 kN
  • Overall accuracy: ±0.25% FS; repeatability: ±0.1% FS; resolution: 0.01% FS
  • Integrated temperature compensation ensures minimal drift in −40 °C to +80 °C environments, meeting DCS requirements for long‑term stability.

✅ DCS‑Optimized Signal & Communication

  • Standard 2 mV/V bridge output; optional 4–20 mA / 0–10 V analog for direct DCS I/O connection.
  • Digital interfaces: RS485, Modbus RTU, Profibus DP—enabling seamless data exchange with ABB and third‑party DCS/PLC systems.
  • High noise immunity: galvanic isolation and EMC compliance ensure reliable data transmission in electrically noisy plants.

✅ Heavy‑Duty & Overload‑Resistant Design

  • Allowable overload: 15 kN (150% FS); ultimate vertical overload: 100 kN; lateral ultimate overload: 25 kN.
  • Monolithic stainless steel body with IP67 rating: dust‑tight and protected against water splash, suitable for harsh industrial zones.
  • Contact‑free measuring principle: no moving parts, zero mechanical wear, and maintenance‑free operation—critical for 24/7 DCS‑controlled processes.

✅ Easy Installation & System Compatibility

  • Pillow‑block (foot‑mounted) design for simple bolt‑on installation, reducing DCS project setup time.
  • Compatible with major DCS platforms (ABB 800xA, Siemens PCS 7, etc.) via standard industrial protocols.
  • Suitable for new DCS deployments and retrofit upgrades of legacy force/tension monitoring systems.

Technical Specifications


表格
Parameter Value
Model PFCL201C10KN
Rated Capacity 10 kN
Accuracy ±0.25% FS
Repeatability ±0.1% FS
Resolution 0.01% FS
Analog Output 2 mV/V (std); 4–20 mA / 0–10 V (opt)
Digital Communication RS485, Modbus RTU, Profibus DP
Allowable Overload 15 kN
Ultimate Vertical Overload 100 kN
Ultimate Lateral Overload 25 kN
Housing Material Stainless Steel
Protection Class IP67
Operating Temperature −40 °C to +80 °C
Mounting Type Pillow‑block (foot‑mounted)

Applications

  • DCS‑integrated force monitoring: steel mills, rolling lines, galvanizing/pickling lines.
  • Tension control: pulp & paper machines, web processing lines.
  • Heavy machinery: presses, cranes, material handling equipment.
  • Process industries: chemical, cement, and power plants requiring precise load/force data in DCS.

Why Choose PFCL201C10KN for DCS?


It combines laboratory‑grade accuracy, plant‑proven durability, and DCS‑ready connectivity in one sensor. By delivering reliable, real‑time force data directly to your DCS, it enhances process efficiency, product quality, and operational safety—while minimizing maintenance and downtime.
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