Home > Instruments & Meters > Test Instrument > Test Machine > Shanghai Anchang Torsional Fatigue Tester, Constant Velocity Drive Shaft Torsional Fatigue Tester, Customized Constant Velocity Drive Shaft Torsional Fatigue Tester

Shanghai Anchang Torsional Fatigue Tester, Constant Velocity Drive Shaft Torsional Fatigue Tester, Customized Constant Velocity Drive Shaft Torsional Fatigue Tester

Shanghai Anchang Torsional Fatigue Tester, Constant Velocity Drive Shaft Torsional Fatigue Tester, Customized Constant Velocity Drive Shaft Torsional Fatigue Tester photo-1
Shanghai Anchang Torsional Fatigue Tester, Constant Velocity Drive Shaft Torsional Fatigue Tester, Customized Constant Velocity Drive Shaft Torsional Fatigue Tester photo-2
Shanghai Anchang Torsional Fatigue Tester, Constant Velocity Drive Shaft Torsional Fatigue Tester, Customized Constant Velocity Drive Shaft Torsional Fatigue Tester photo-3
Shanghai Anchang Torsional Fatigue Tester, Constant Velocity Drive Shaft Torsional Fatigue Tester, Customized Constant Velocity Drive Shaft Torsional Fatigue Tester photo-4
Shanghai Anchang Torsional Fatigue Tester, Constant Velocity Drive Shaft Torsional Fatigue Tester, Customized Constant Velocity Drive Shaft Torsional Fatigue Tester photo-5
US$ 338.46 ≥1.00 Unit
Key Specifications
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Main Markets:
North America, South America, Eastern Europe, Southeast Asia, Africa, Oceania, Mid East, Eastern Asia, Western Europe, Central America, Northern Europe, Southern Europe, South Asia, Domestic Market
Location:
Shanghai, China
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Torsional Fatigue Testing Machine

1. Application:

This test bench can conduct dynamic torsional fatigue tests on various shafts and rods. It is suitable for the torsional fatigue life tests of components such as automobile drive shafts, constant velocity universal joints, ball cages, automobile half shafts, and automobile drive axle housings.
This test bench can achieve symmetrical and asymmetrical cyclic torsional fatigue tests. During the test, the computer controls the test bench to operate automatically according to the set parameters. The screen displays the torque value, angle value, frequency, amplitude, number of cycles, and loading waveform. When the set number of cycles is reached, the test bench automatically stops and prints the result report. The test bench also has functions such as click overload protection, test torque and rotation angle overload protection and shutdown, oil temperature over - high alarm, and oil filter blockage alarm.
2. Equipment Composition
The torsional fatigue test bench is mainly composed of a host system, a hydraulic system, a servo control system, a high - voltage control system, a computer data processing system, and special fixtures.
● Host:
This machine adopts a bench - type structure. The drive system, fixed fixture, movable support, etc. are all fixed on the test platform. Their installation is guaranteed by the process. The drive part and the measurement (torque sensor, angle sensor) part of the test bench are both installed in the drive pedestal. The torque applied to the test piece directly by the rotary actuator through the torque sensor is directly measured and output by the torque sensor, while the rotation angle is measured by the photoelectric encoder and outputs pulse signals.
The host bench is equipped with a dynamic and static bidirectional high - precision torque sensor. The rotary servo actuator (loading execution element) is equipped with an electro - hydraulic servo valve for main control. The main actuator has low friction, low damping, and good anti - lateral force, and a high - resolution photoelectric angle sensor is coaxially installed. In this way, the measurement of torque and angle is realized.
● Hydraulic System:
The hydraulic oil source pump unit is composed of a three - phase asynchronous motor and a gear pump. The system pressure is set through the overflow valve. The pressure oil output to the system is filtered by a filter with a filtration accuracy of less than 6μm to ensure the safe and reliable operation of the servo valve. The return oil filter filters the hydraulic oil returning to the oil tank to ensure the cleanliness of the hydraulic oil in the oil tank.
● Oil Tank Assembly
The oil tank is made of steel plates by gas - shielded welding. The inside of the tank is divided into two areas (oil suction area, oil return area) by a partition, with an oil drain port. An oil inlet filter is installed at the oil suction port of the lower single pump. The oil pipe connected to the pump inlet is a rubber hose to prevent vibration. A liquid level sensor is installed on the oil tank cover for low - liquid - level alarm. When the liquid level exceeds the limit, the pump stops automatically, and the normal height and upper - limit height are prompted. At the same time, an oil temperature sensor and an air filter are installed on the upper cover.
● Motor pump unit
The pump station motor uses the three-phase asynchronous motor from Shanghai Shangli, the relief valve from Beijing Huade, and the internal gear pump from Hangzhou Chengjie. The oil pump and the motor form a motor pump unit with a bell housing and an elastic plum coupling. It is connected to the oil suction filter (with a shut-off valve) of the oil tank through a hose. This arrangement can isolate the vibration of the motor pump unit from the oil tank components, reducing the vibration to the minimum state and with low noise. The motor pump unit is fixed on the base welded by channel steel through shock-absorbing pads and is equipped with an oil collecting tray.

III. Main technical indicators:
1. Torque: ±10KN.m (static);
2. Torque accuracy: ±1%F.S (static);
3. Rotation angle: ±45°;
4. Rotation angle accuracy: ±0.1° (static);
5. Swing frequency range: 0.05-6Hz;
6. Control mode: Torque, rotation angle;
7. Loading waveform: Sine wave;
8. Testable specimen length: 300-1500mm

IV. Quality assurance

1. The warranty period is one year after the final acceptance. If there are quality problems with the equipment during the warranty period, the supplier shall replace and repair it free of charge. If the quality problems are caused by the improper operation of the demander, the demander shall pay the supplier the cost of maintenance; the supplier shall provide permanent spare parts supply for the equipment.

2. The supplier shall respond within 1 hour after receiving the notice and provide a maintenance solution within 2 hours; solve general faults within 6 hours.

If necessary, the supplier shall arrive at the site within 24-48 hours and provide maintenance or replacement of defective goods or components, and the cost shall be borne by the supplier.

3. Shanghai Anchang Machinery & Equipment Co., Ltd. has dedicated after-sales service personnel who actively follow up and provide dynamic services. According to the archives, they will pay irregular visits to check the operation of the equipment, discover problems in time and eliminate potential hazards;

4. Provide free software upgrades and train or guide the operators


Qianyu Wangpu /
Product Tags: Shanghai Anchang , Torsional fatigue testing machine , Constant velocity drive shaft torsional fatigue testing machine , Customized constant velocity drive shaft torsional fatigue testing machine

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Main Markets
North America, South America, Eastern Europe, Southeast Asia, Africa, Oceania, Mid East, Eastern Asia, Western Europe, Central America, Northern Europe, Southern Europe, South Asia, Domestic Market
Location
Shanghai, China

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