T210

The torque transducer T210 features a precise measuring system which transmits the measurement values as well as the supply energy in a contactless way from the rotor to the stator. Additionally, the rotational speed and the angle of rotation are captured. These values are then handed over via a voltage or frequency-output. With these features the T210 shaft torque sensor is well-equipped to be used universally and is often found in End-of-Line applications or in development test benches. Finally, the round shaft ends allow for an easy and free of play integration. Thanks to its standardized design, almost all existing plants can be effortlessly retrofitted with T210.

The T210 shaft torque transducer has gone digital and now features optional IO-Link. Leading to fast measurements, reduced costs, greater efficiency, and increased reliability. At the same time, it offers you all the familiar advantages.

All-in-one Solution

• HBM Accuracy Class: 0.1
• Nominal torque: 0.5 to 200 N·m
• Nominal rotational speed: up to 30,000 min-1
• Speed measurement: 512 Imp./rev.; optional: 1024 Imp./rev. and angle

Process data: Torque, speed, angle, power, temperature

Output signal: Digital signal in accordance with the IO – Link Smart Sensor Profile

Filter: Bessel, Butterworth. Cut off frequency 1 kHz

Linearization: Table or coefficients for cubic, quadratic functions.

Statistics: Maximum, minimum, peak to peak, average, and more

Limit switches: Two digital limit switches. One permanent available, one if data transmission is switched off

User-friendly integration during planning, installation and usage!

• IO-Link
• Downwards compatible to T21WN
• Known mounting hole pattern
• Compact design
• Round shaft ends allow for a free of play installation
• Maintenance free
• 3D-model (STEP file) available

Measurement Technology

• Nine nominal torque ranges: 0.5; 1; 2; 5; 10; 20; 50; 100; 200 N·m
• Output: Voltage and frequency (±10 V; 10 kHz ±5 kHz)
• Output optional: IO-Link
• Linearity deviation ≤±0.05 %
• Measuring bandwidth of up to 1 kHz