Level-Type Four-Ball Friction Wear Tester/Tribological Measurement Instrument

• Type: Friction Testing Machine
• Maxcapacity: <1000KN
• Accuracy Grade: 1
• Load Way: Electronic Load
• Loading Method: Dynamic Load
• Display: Digital
• Model NO.: MRS-10G
• Control: Computer Control
• Weight: 0-100Kg
• Power Source: AC220V
• Test Force: 60 ~ 10000n
• Max Friction Force: 200n
• Temperature Control Range (Optional): Room Temperature ~ 200 ° C
• Time Display and Control Range: 1s ~ 9999min
• Transport Package: Standard Export Package
• Trademark: Labkits
• Origin: Hunan China
• Production Capacity: 500PCS/Month

Product Description

Item: Level-type Four-ball Friction Wear Tester/Tribological measurement instrument
Model: MRS-10G

Description
This machine is used to evaluate the bearing capacity of lubricant in high contact pressure.Includes initial seizure load PB, weld load PD, average Hertz load ZMZ three items.This machine also can do long time abrasion resistance tests.friction coefficients determination.

Optional wear spot measurement system, this system is dedicated to the MRS series four-ball friction tester to measure wear spots.It is a collection of optics, microelectronics, computer technology in one of the high-tech products.Easy and fast to use, high measurement accuracy and good repeatability.It performs wear spot measurement, data processing, inspection report, file saving and report printing together.In addition, you can process, edit, mark the image of the wear spot, and save the image as an image file.

This system eliminates the measurement error and the empty-back error caused by the operator's different eyesight to the maximum extent. It also reduces the repeated adjustment of the instrument and speeds up the measurement.

Technical Parameters

No.	Items	Technical parameters
1	Test force	60 ~ 10000N
2	Max Friction force	200N
3	Continuously variable speed range of spindle	200 ~ 2000r / min
4	Temperature control range (optional)	Room temperature ~ 200 ° C
5	Time display and control range	1s ~ 9999min