Micro Controll High-temperature Friction Tester
Main Purposes
The microcomputer - controlled high - temperature friction testing machine is a device specifically designed for testing the frictional properties of materials in high - temperature environments. Its main purposes include, but are not limited to, the following aspects:
Material R & D and Evaluation
- Used to evaluate the friction and wear properties of various materials under high - temperature conditions, including metals, non - metals, coatings, rubbers, plastics, ceramics, etc.
- Helps in the research and development of new high - temperature - resistant materials and improves the high - temperature frictional properties of materials.
Lubricant and Oil Product Testing
- Test the frictional properties of lubricants, hydraulic oils, internal combustion engine oils, gear oils, etc. at high temperatures, and evaluate their lubrication effects and anti - wear capabilities. - Provide data support for the R & D, improvement, and quality control of lubricants and oil products.
Durability Testing of Mechanical Components
- Simulate the actual working conditions of mechanical components in high - temperature environments, test their friction and wear properties, and evaluate the durability and reliability of the components. - Contribute to optimizing mechanical designs and improving the service life and performance stability of mechanical components.
Aerospace and Automotive Manufacturing Applications
- Test the frictional properties of aerospace vehicles and automotive components in high - temperature environments to ensure their reliability and safety under extreme conditions. - Provide a basis for material selection, performance optimization, and quality control in the aerospace and automotive manufacturing industries.
Applicable Standards
When conducting tests, the microcomputer - controlled high - temperature friction testing machine usually needs to comply with the following relevant national or international standards: - GB/T series standards: Relevant regulations on friction and wear testing in Chinese national standards, such as GB/T 12583 - 98 *Method for Determination of the Extreme - Pressure Properties of Lubricants (Four - ball Machine Method)*, etc.
Technical parameters:
Maximum test force 100KN
Tester accuracy 0.5 level
Test force measurement range 0.2%-100%FS All the way without gearing
Test force accuracy ±0.5% or less
Test force resolution 1/±300000 of the maximum test force (the whole resolution is unchanged)
Deformation measurement range 0.2%-100%FS
Relative error of the deformation value of the value of ±0.5% or less Within ±0.5%
Distinguishing power of deformation 1/±300000 of the maximum deformation
Dimensions of high and low temperature chamber 300mm*300mm*400mm
Temperature range Room temperature～600℃
Temperature fluctuation ±1℃
Relative error of displacement ±0.5% of the indicated value
Distinguishing power of displacement 0.05μm
Adjustment range of force rate 0.01-5%FS/S
Relative error of force rate ±0.5% of the setting value 0.5% of set value Within ±0.5% of set value
Transformation rate adjustment range 0.02-5%FS/S
Relative error of transformation control rate Within ±0.5% of set value
Transverse beam speed adjustment range 0.01-500mm/min
Relative error of transverse beam speed Within ±1.0% of set value for speed < 0.01mm/min; within ±1.0% of set value for speed ≥ 0.01mm/min. mm/min, within ±0.2% of the set value
Control range of constant force, constant deformation and constant displacement 0.5%-100%FS
Control accuracy of constant force, constant deformation and constant displacement When the set value is <10%FS, it is within ±1% of the set value; when the set value is ≥10%FS, it is within ±0.1% of the set value
Effective tensile space 700mm
Effective test width 600mm
Main machine appearance Dimensions (L×W×H) 800×600×2000 (mm)
Power supply 220V±10%,50Hz
Weight of mainframe about 500kg
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