Static Joint Torque Sensor, Flange Type, 0.2-10 Nm

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SKU: SUCH-TQS-501

$299.56

● Range 0.2/0.5/1/2/5/10 Nm optional ● Sensitivity 1.0±10%mV/V ● Safe overload 120%F.S ● Limit overload 150%F.S

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🕒 Delivery date: 6-12 days

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Overview
Specs
Applicatipn
FAQ
Reviews

Overview

Static joint torque sensor at an affordable price for sale online. This flange-type joint torque measurement sensor offers a measurement range of 0.2/0.5/1/2/5/10 Nm and a sensitivity of 1.0±10%mV/V. The SUCH static joint torque sensor is compact, easy to install, highly accurate, and has stable and reliable performance. It is used for measuring torque values in static, non-continuous rotation and is suitable for joint torque testing of torque wrenches, valves, and robotic arms.

Feature

With a wide range of measurement ranges from 0.2 to 10 Nm, the sensor can flexibly adapt to various joint torque measurement needs.
The static joint torque sensor boasts excellent measurement accuracy, with a composite error as low as ±0.1% F.S. and a nonlinear error ≤0.3% F.S., ensuring accurate and reliable data output.
The joint torque transducer features superior insulation and electrical performance, good input/output impedance matching, and strong anti-interference capabilities.
It is practical and durable, constructed of aluminum, with a safe overload of 120% F.S. and an ultimate overload of 150% F.S., suitable for operating environments from -20 to 60℃.

Dimension (Unit:mm)

Joint torque sensor size

Force Mode

Joint torque sensor force mode

Specs

Measuring Range	0.2/0.5/1/2/5/10 Nm
Composite Error	±0.1/0.3%F.S
Non-linear	0.1/0.3%F.S
Sensitivity	1.0±10%mV/V
Creep	±0.03%F.S/30min
Zero Output	±2.0%F.S
Input Impedance	350/750±10Ω
Output Impedance	350/750±5Ω
Insulation Resistance	≥5000MΩ/100V DC
Sensitivity Temperature Effect	±0.15%F.S/10℃
Zero Temperature Effect	±0.15%F.S/10℃
Temperature Compensation Range	-10~40℃
Operating Temperature Range	-20~60℃
Excitation Voltage	5~12V
Safe Overload Range	120%F.S
Limit Overload Range	150%F.S
Cable	Φ3mm*3m
Material	Aluminum

Applicatipn

Torque Wrench

Valve

Transmission

FAQ

Q1: What factors affect the measurement accuracy of a static joint torque sensor? ❯

The main factors are temperature changes, installation stress, and electromagnetic interference. Temperature changes cause variations in strain gauge resistance, affecting the bridge balance. Installation stress can cause uneven axial or radial stress on the sensor. Electromagnetic interference can distort the signal.

Q2: What do the safe overload range and ultimate overload range of a static joint torque transducer mean? ❯

The safe overload range typically refers to the overload range that the sensor can withstand without permanently affecting its performance and lifespan, generally 120% F.S. The ultimate overload range is the maximum overload range that the sensor can withstand without physical damage, typically 150% F.S.

Q3: What should be done if a static joint torque measurement sensor experiences zero-point drift? ❯

First, check if it's caused by temperature changes. Second, check if the static joint torque sensor has been affected by long-term stress, residual stress, lateral forces or bending moments, overloads or impacts, power supply voltage fluctuations, aging, etc. Appropriate measures can be taken depending on the specific cause, such as temperature compensation, stress relief, and installation checks.

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Static Joint Torque Sensor, Flange Type, 0.2-10 Nm

Feature

Dimension (Unit:mm)

Force Mode

Torque Wrench

Valve

Transmission

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