- Transmission efficiency improvement and operation at an optimum tension allow you to expect a significant energy-saving eff ect and reduced CO2 emissions.
- The longer service life and tensioning by the tensioner eliminate the need for maintenance.
- The thin belt and the resulting lower eff ect of distortion due to bending enable smaller pulleys and miniaturization.
Features
Measurements are possible even in noisy environments
Small vibration/low frequency layouts or belt types can be measured with high accuracy
The calculation software uses a smartphone app
- As vibrations can be measured directly with the acceleration sensor, measurement can be performed even under a noisy
environment.
(A sonic-type tension gauge senses noise simultaneously with the microphone, making it likely to result in a measurement error.)
- Accurate measurement is possible even with a layout or belt type that emits low-frequency sound, which is difficult to measure with the sonic type.
- Measurement accuracy on the highest level in the industry.
- The calculation function software can be used with a smartphone (tablets can also be used).
- It can also be used as a measuring instrument for natural frequency of equipment, machinery, or buildings.
Measurement Accuracy
- Measurement range of natural frequency: 10 to 1000 Hz
- Measurement accuracy of natural frequency: ±1%
- Sampling frequency: 3.2 kHz
- Operating ambient temperature: -10 C to 60 C
Applications
Tension measurement of power transmission belts in shipping inspection performed at industrial machinery manufacturers, maintenance performed at repair shops for industrial machinery and automobiles, etc.
Used to measure the natural frequency of equipment, machinery, buildings, etc.