Garosa Dynamic Torque Sensor with RS485, -2100-50N.M, 24V DC (0-50N.M)

Specification: Item Type: Rotating Torsion Sensor Material: Stainless steel Model: -210 Speed Range: ≤15000rpm Speed Signal: 120/60/10pulse/r, 4-20mA, 0-20mA, 0-5V, 0-10V Torsion Signal: 5-15KHz Zero Output: ±2%F.S. Non Linearity: 0.1%F.S. Hysteresis: 0.5%F.S. Repeatability: 0.2%F.S. Creep (30 Minutes): 0.03%F.S. Temperature Sensitivity Drift: 0.01%F.S./10℃ Zero Temperature Drift: 0.01%F.S./10℃ Response Time: 0.6ms (50% response) Response Frequency: 1kHz Maximum Torsion Angle: 2.60 x 10rad (0.149°) Moment of Inertia: 0.38kg/cm Rotor Vibration Natural Frequency: 19.4kHz Torsion Constant: 3.85 x 10Nm/rad Annual Stability: 0.3%/year Load Resistance: >2kΩ Working Voltage: DC24V 0.2A Current Consumption: Working Environment: -10-50℃ 0-85%RH Safe Overload: 200% Cable Tension: 10kg PackageList: 1 x Rotating Torsion Sensor 1 x Chinese English User Manual Note: 1. Strictly forbidden to disassemble or knock accurate instruments. 2. When turning on the power, make sure that other signal wires are not short circuited. 3. When the no load torsion value of the installation test is large, adjust the coaxiality of the tooling. 4. To ensure stability, the sensor housing and shielding wire must be grounded. 5.The factory test parameters shall prevail.

• Real-Time -Metric Display: Simultaneously monitors current torque, rotational speed, and computes live mechanical power output for comprehensive motor analysis.
• High-Speed RS485 Communication: Supports active upload protocol at a rate of up to 500 transmissions per second, ensuring low-latency data for dynamic testing.
• Strain Gauge Sensing: Utilizes advanced strain gauge electrical measurement technology to accurately convert elastic shaft torsion into precise electrical signals with 0.1% accuracy.
• Zero-Drift Calibration Suite: Onboard functionality allows for simple calibration, zero adjustment, and signal filtering, maintaining excellent zero-position stability during long-term use.
• Ruggedized Overload Design: Engineered to withstand accidental overloads up to 200% of rated capacity, protecting the sensing from unexpected torque spikes.