Planetary Reducer Test Bench

• Power Source: AC Motor
• Starting Mode: Auto
• Speed: 2000-2600
• Function: Driving
• Force Gauge: Dwz/Dw-160
• Rated Torque: 600
• Model NO.: JSJ DW (customizable)
• Maximum Speed: 8000
• Maximum Excitation Voltage: 120
• Maximum Excitation Current: 5
• Cooling Water Pressure: 0.1~0.3
• Cooling Water Flow: 100
• Transport Package: Plywood
• Specification: The size can be customized
• Trademark: HJ
• Origin: China
• Production Capacity: One Set in Three Months

Product Description

Planetary reducer test bench

Product introduction:

Planetary reducer test bench Torque tester for transmission motor reducer of 1500N. m mechanical transmission equipment: The torque tester for transmission motor reducer produced by Shanghai Shigan Manufacturer has high detection accuracy, good stability, and interference. It is an intelligent measuring instrument designed and manufactured for testing and detecting dynamic torque. The valve dynamic torque measuring instrument is a high-precision testing equipment for detecting the torque, speed, and power output by the motor and reducer. This SGDN valve dynamic torque measuring instrument is applied in industries such as motors, machinery manufacturing, and scientific research institutions.

Characteristics of the planetary reducer test bench:

1. The signal output waveform square wave amplitude can be selected as 5V/12V.
2. It can enter the working state as soon as it is powered on, without the need for a preheating process.
3. High detection accuracy, good stability, and anti-interference.
4. It can be installed in any position and in any direction.
5. Continuous measurement of positive and negative torques can be made without repeated zero adjustment.
6. Energy and signals are transferred non-contact, and the transmission signal is independent of whether it is rotating, the speed, and the direction of rotation.
7. It can transmit prohibited torque signals, rotating torque signals, dynamic torque signals, and static torque signals.
8. The sensor can be used independently of the secondary instrument, and only needs to be powered as required to output an impedance proportional to the torque, such as a square wave or pulse wave frequency signal; or voltage and current signals.
9. Due to the transformer-induced power supply and the absence of wear parts such as current collector rings, it can work at high speed for a long time and is applied to the torque monitoring of motors, generators, reducers, and diesel engines.