Customization: | Available |
---|---|
After-sales Service: | Online |
Warranty: | 1 YEAR |
Suppliers with verified business licenses
Audited by an independent third-party inspection agency
Cam Roller Contact Fatigue Testing Machine Cam Running Pulley Touch Tester Roller Friction and Wear Testing Machine
1.Product Introduction
Under a certain contact pressure, this machine exhibits a frictional motion in a rolling state at room temperature. It can be equipped with the required fluid medium for the friction pair as per the requirements. It features a stepless speed control system, which can be used to evaluate the friction and wear properties of different materials at both low and high speeds. The core function is the contact fatigue test of the cam roller. Moreover, the equipment has expanded its friction test capabilities, enabling it to conduct friction and wear experiments in the form of ring blocks.
This testing machine is an integrated mechanical and electrical precision testing instrument. It uses a stable loading mechanism to ensure accurate force values. The spindle motor is a servo-integrated speed control system and motor independently developed and researched. It has stable rotational speed and large torque, and can be adjusted.
The range is wide and the noise is low. The measurement parameters include test force, friction force, rotational speed, test time, and test cycle (spindle rotation speed). For the five parameters, they can be preset according to the material being studied to achieve the best usage effect. When any parameter exceeds the preset value, the corresponding alarm light will light up, and at the same time, the spindle will stop rotating. All measurement axis results can be displayed in real time on the computer screen, and the test curves will be recorded and saved.
Maximum test force | 5KN (customizable) |
Relative error of test force indication | ±0.5% |
Zero-point sensitivity of test force indication | ±1.5N |
Automatic loading rate of test force | 300N/min (fully automatic adjustable) |
Loading method | AC servo loading (allows setting of any time segment programming for loading) |
Long-term automatic relative error of test force indication | ±1% |
Measurement of maximum friction torque | 100N.m |
Relative error of friction torque indication | ±2% |
Friction arm distance | <70mm |
Single-stage continuously variable transmission system | 1-1000r/min |
Error of spindle speed | ±10r/min |
Test medium | Fluid lubricants such as oil and water |