ABB PFTL101A-1.0kN weighing sensor

ABB PFTL101A-1.0kN weighing sensor is a high-precision and highly stable industrial-grade tension sensor, specially designed for medium and heavy industrial load scenarios. It features excellent environmental adaptability and strong anti-interference capabilities. Here is a detailed introduction:
I. Core Parameters
Rated Load: 20.0kN (approximately 2040kgf), suitable for medium and heavy industrial load scenarios.
Accuracy: Non-linear error ±0.03%FS (full scale), repeatability error ≤±0.2%FS, meeting high-precision measurement requirements.
Response Time: 125μs, supports bidirectional horizontal/vertical force measurement, compatible with high-speed dynamic tension control.
Protection Level: IP67 (dust-proof, short-term water immersion protection), resistant to chemical corrosive media and 95% humidity.
Operating Temperature: -40℃ to +85℃, shock and vibration resistant (10Hz-200Hz/3Grms), suitable for extreme climates and vibrating environments.
Overload Capacity: Measurement direction overload 25kN (125%FS), lateral impact load 30kN, built-in temperature compensation algorithm ensures error <0.05%FS across the entire temperature range.
Electrical Design: 24V DC power supply, input impedance 10kΩ, low-pass filter cutoff frequency 14kHz, output AC signal up to 270V rms.

Product advantages
High precision and stability: Based on the piezomagnetic effect technology, it has extremely high measurement accuracy and repeatability, ensuring long-term stable tension control.
Excellent environmental adaptability: The all-stainless steel (316L) column design, laser welding sealing, can operate stably in harsh environments such as dampness and corrosive gases.
Strong anti-interference ability: Built-in radio frequency interference filter, adaptable to strong electromagnetic environments (such as steel mills, chemical plants), with stable output signals.
Fast response ability: Millisecond-level dynamic response, adaptable to high-speed production lines (such as winding equipment with a speed of 1000m/min or above), ensuring real-time control accuracy.
Low maintenance requirements: Contactless measurement principle and sturdy design reduce wear and maintenance requirements.