TE 60 HIGH PRESSURE HYDROGEN RECIPROCATING TRIBOMETER

 





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    Description

    TE 60 is a three-station reciprocating tribometer, designed around a high pressure chamber, for experiments under hydrogen and other gases. It includes a vacuum pump for purging the chamber before charging with a chosen gas, so can also be used for tests under medium vacuum. Facilities are provided for running tests with plate specimen temperatures from -55°C to +150°C.

    Chamber

    The test assembly, comprising three ball specimen carrier assemblies, is mounted on the underside of the pressure vessel lid. A manually rotated lead-screw assembly is provided for raising and lowering the vessel lid.

    Reciprocating motion is generated by a manually adjusted, variable stroke, crank mechanism, driven via a magnetic coupling, by an externally mounted, geared servo motor.

    Evacuating, Purging, Charging and Venting

    The chamber is supplied fitted with the necessary ports and valves and pressure/vacuum sensors to allow charging of the system. External gas handling and venting systems are not included, but must be installed by the user, in accordance with local standards and safety requirements. It is recommended that all gas connections are hard plumbed in industry standard stainless steel tubing. It is essential that potentially explosive and asphyxiating gases are safely discharged, outside the laboratory, in accordance with local safety regulations.

    The normal procedure for charging is to start by evacuating the chamber, to remove as much air as possible. The chamber is then purged, then pressurised, with nitrogen or inert gas. The purge gas is then vented and evacuated. The chamber is then slowly charged with hydrogen (or other test gas) and the specimens soaked for the required number of hours, before the test is started. At the end of the test, hydrogen is slowly vented from the chamber, if necessary, diluted with nitrogen or inert gas.

    Peripheral Systems

    A cartridge heater and temperature controller are provided for heated tests and a laboratory refrigeration unit with refrigerant probe for cooled tests.

    Control and Data Acquisition

    Control and data acquisition facilities are provided by a PC in conjunction with a Serial Link Interface Module, High Speed Data Acquisition Card and COMPEND control and data acquisition software.

     

  • Technical Specifications

    Number of Test Stations: Three
    Test Configuration: Ball on flat
    Gases: Hydrogen, Argon, CO2
    Working Pressure: 0.1 mbar to 120 bar
    Proof Pressure: 150 bar
    Stroke Range: 0 to 20 mm Continuously Adjustable
    Frequency: 0 to 5 Hz
    Motion: Sinusoidal
    Loading System: Tension Spring
    Load Range: 5 to 50 N
    Friction Range: 0 to 50 N
    Deflection Sensor: NC-DVRT
    Pressure Rating: 200 bar
    Temperature Rating: -55°C to 150°C
    Wear Range: 0 to 100 microns
    Displacement Sensor: NC-DVRT
    Pressure Rating: 200 bar
    Temperature Rating: -55°C to 150°C
    Refrigerant Probe:
    Action: Contact cooling of plate specimen
    Temperature Range: Ambient to – 50°C
    Heating Probe:
    Action: Contact heating of plate specimen
    Temperature Range: Ambient to 150°C
    Electrical Feedthroughs: PT100 x 2 & Four-wire CONAX x 3
    Rotary Feedthough: BMD-300 Magnetic Coupling
    Motor: NX-210 a.c. Servo Motor
    Automatically Controlled Parameters
    Frequency
    Plate specimen temperature
    Test duration
    Manually Controlled Parameters
    Load
    Stroke
    Chamber pressure (external service)
    Measured Parameters
    Friction
    Wear
    Plate specimen temperature
    Chamber temperature
    Chamber pressure
    Number of cycles
    Derived Parameters
    Friction coefficient

  • Applications

    adhesive wear
    aerospace materials
    ball on plate
    ceramics
    coatings
    composite materials
    compressor materials
    delamination wear
    dry contact conditions
    dynamic friction
    elastomeric polymers
    friction coefficient
    high pressure testing
    hydrogen environment
    low temperature testing
    mild wear
    plastics
    polymers
    reciprocating sliding
    rubber materials
    self-lubricating materials
    severe oxidative wear
    space applications
    static friction
    stick-slip

  • User List

    Launched 2021

    Undisclosed South Korea

  • Download the Machine Leaflet