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Static Torque Sensor, Disc Type, 0-10 Nm

4 out of 5 based on 2 reviews | Write a review
$330.61
High quality and reasonable price static torque sensor with a variety of ranges. This torque transducer has a disc structure. The bridge voltage of electronic torque sensor is 5-12VDC. Static torque sensors provide precise and accurate measurements of torque. This is essential for ensuring product quality and performance.
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SKU: ATO-TQS-NJY65
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Delivery date: 5-7 days

In many cases, static torque sensors can be more cost-effective than dynamic torque sensors. Their simpler design and lower maintenance needs contribute to a more economical solution for torque measurement.

Specification

Model ATO-LZ-NJY65
Sensitivity 1.5-2.0 mV/V
Material Stainless steel
Non-Linearity ≤±0.5% F. S
Repeatabilit ≤±0.5% F. S
Creep ≤±0.3% F. S/30 min
Zero Temperature Drift ≤±0.05% F. S/10°C
Sensitivity Temperature Drift ≤±0.05% F. S/10°C
Working Temperature -20°C~60°C
Input Impedance 380±30Ω/730±30Ω
Output Impedance 350±2Ω/700±3Ω
Insulation Resistance ≥5000MΩ/100VDC
Safety Overload 120% F. S
Bridge Voltage 5-12VDC


Feature

  • Compact size, stainless steel material, with high precision and good stability.
  • Strong anti-interference capability and easy installation.
  • Low Maintenance. Static torque sensors generally have fewer moving parts compared to dynamic torque sensors.
  • Durability. These sensors are designed to withstand harsh conditions, making them durable in demanding environments.

Dimension: (Unit: mm)

Disc type static torque sensor dimension

Wiring Method

Disc type static torque sensor wiring methods

Application

 Disc type static torque sensor application

Tips: How Does Static Torque Sensor Work?

Static torque sensors operate based on strain gauge technology. These sensors are designed to measure the deformation or strain that occurs in a shaft or other torque-transmitting element when torque is applied. The sensor typically consists of a shaft with strain gauges attached to it. When torque is applied to the shaft, it undergoes deformation, causing a change in the electrical resistance of the strain gauges.

This change is then converted into an electrical signal proportional to the applied torque. The sensor's output is calibrated to provide an accurate measurement of the torque applied, making it a reliable tool for applications where a stationary or non-rotating torque needs to be measured. Static torque sensors find applications in various industries, including automotive, aerospace, and industrial manufacturing, where precise torque measurements are essential for quality control and performance optimization.

Existing reviews of Static Torque Sensor, Disc Type, 0-10 Nm
Some questions
We're calibrating a torque sensor using a differential amplifier. After calibrating with a 45Nm weight, the amplifier output stalls at 3.5V when measuring higher torques, with only a 7mV difference between the sensor outputs. We're concerned about possible sensor damage, but the sensor still shows varying output when torque is applied. How can we determine if the sensor is still functional?
From: Zackn | Date: 15/07/2024
Was this review helpful? Yes No (0/0)
ATO Responded
1. From your description, the amplifier gain adjustment does not change to a certain extent, and the range is exceeded. Generally, the signal between the amplifier and the sensor is changed by adding or subtracting resistance.
2. How to judge whether the sensor is normal: Under power supply (5-12V constant voltage value), red and black are power supply, and the green and white lines are measured with a multimeter. The multimeter is adjusted to the DC 200mV gear. When the voltage changes with the torque force, it proves that there is no problem with the sensor. If it is 50NM and the sensitivity is 1.0mv/v, then under 5V power supply, 50NM corresponds to the green and white line output of 5Vmv; and if 10V power supply, 50NM corresponds to the output of 10mV.
Output signal
Does this require an amplifier to read the output signal?
From: Jose | Date: 28/05/2024
Was this review helpful? Yes No (0/0)
ATO Responded
Yes, generally it is. The sensitivity of this Static Torque Sensor is 1.5-2.0 mV/V, and we have transmitters or amplifiers to power it and transmit torque signal into standard 4-20mA, 0-5V, 0-10V, or RS485 signals. See on SKU: ATO-LCTR-OA or SKU: ATO-LCTR-OAR.
If you have more requirements regarding transmitter or amplifier, feel free to contact us!
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