Dynamic Torque Sensor/Torque Measuring Instrument M-TD11
This device is mainly used for detecting the torque and power of a locomotive, automobile, tractor, airplane, ship, and mining machinery, as well as sewage disposal systems, and applied in the process industry.
M-TD11 Dynamic Torque Sensor/Torque Measuring Instrument Description
Feature
1. Torque measurement; energy and signal non-contact transmission; output signal digitized.
2. High testing precision, high stability, and anti-interference ability.
3. Repeating zero setting is not required continuous measurement of positive and negative torque.
4. Both static torque and dynamic torque can be measured.
5. Can be used independently without a secondary instrument, output signal can directly use by PLC or PC.
MTD Torque Sensor Applications
1. Transmit the torque and power of rotating power equipment such as electric motors and internal combustion engines.
2. Transmit the load torque and input power of generators, fans, pumps, mixers, reducers, transmissions, winches, propellers, drilling machinery and other equipment.
3. Transmit the torque in the working process of various machining centers and automatic machine tools.
4. Transmit the torque and efficiency generated by various rotating power equipment systems
5. This torque sensor can be used to make viscometers.
Technical Data
|
Measure Range |
5N.m-300.000N.m (Large range customized) |
|
Accuracy |
０.5%（Ｆ·Ｓ） |
|
Ambient Temperature |
０℃-50℃ |
|
Frequency Response |
100 μs |
|
Output signal |
Zero torque: 10 kHz |
|
Positive Full Scale |
15 KHZ |
|
Reverse full scale |
5 KHZ |
|
Output Level |
0-12V load current <10mA |
|
Signal Socket |
(1)0V. (2)+15V. (3)-15V. (4)Speed signal．(5)Torque signal. |
Torque Sensors Installation
Using two sets of couplings, install the sensor with a torque signal coupler between the power source and the load.
It is recommended to use flexible, elastic, or universal joint coupling to ensure concentricity <0.1mm
Power and load equipment must be fixed and reliable to avoid vibration.
The base of the torque signal coupler and the base of the device should be fixed as flexibly as possible (can swing) to avoid bending moment.
Signal processing
Send the torque frequency signal directly to the computer or PLC for processing
The torque frequency signal is F-V converted into an analog signal and sent to the data processor
The torque frequency signal is sent to the virtual instrument of the computer board card, and the torque and speed value, torque alarm value, torque maximum value, output, and input power value, and related curves are displayed in real-time
Order notice
This series of torque sensors/transducers can be designed into a variety of non-standard structures according to user requirements to adapt to various special occasions.
The performance of this series of sensors is constantly improving, so the dimensions listed in this manual are for reference only. Please check the exact dimensions of the required models and specifications with our company when ordering.
M-TD11 100N.m Dynamic torque sensor dimension:
Use Attention
The wiring must be correct
The range of ±15V shall not be lower than ± 14.5V and shall not be higher than ± 15.5V
The signal output wire cannot be grounded or short-circuited to the power supply, and the output current shall not exceed 10mA
The shielding layer of the shielded cable must be connected to the common end (power ground) of the ±15V power supply
If you have any questions during use, please contact our company in time, do not disassemble by yourself within the warranty period
