Material Test Rigs

PIN ON DISC WEAR TESTER

Application 

The Pin on Disc Friction & Wear Test Rig is primarily intended for determining the tribological characteristics of wide range of materials under various conditions of normal loads & temperatures under dry & lubricated conditions with different environmental conditions.

 

Features

  • Conforms to ASTM G 99 standard

  • Measurement of wear, friction, co-efficient of friction & temperature.

  • Performs test under sliding wear conditions

  • Real time data acquisition of wear, friction, co-efficient of friction & temperature etc.,

Technical Specifications

  • Normal load range- Up to 200N

  • Frictional force range- Up to 200N with a resolution of 1N

  • Wear measurement range- ±2mm with tare facility

  • Disc speed- 100 to 2000 rpm

  • Preset timer range- up to 99hrs:59min:59sec

  • Wear disc diameter- 165mm , 8mm Thickness (EN 31 Material, Disc 58 – 60 HRC)

  • Wear disc track diameter- 10 to 140 mm

  • Specimen pin diameter/ diagonal- dia. 3mm to 12mm

  • Pin Length- 25 to 30mm

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HIGH TEMPARATURE PIN ON DISC TESTER

Application 

The High Temperature Pin On Disc Friction & Wear Test Rig is primarily intended for determining the tribological characteristics of wide range of materials under high temperature & vacuum condition to evaluate the wear and friction characteristics of real life condition.

 

Features

  • Conforms to ASTM G 99

  • Accurate measurement of friction & wear at elevated temperature up to 4000C (8000C Optional)

  • High Thermal Stability with Radiation Heating System

Technical Specifications

  • Normal load range - up to 200N

  • Frictional force range - up to 200N Wear measurement range - 2000 microns

  • Sliding speed - up to 10m/s (disc speed up to 3000 rpm)

  • Preset timer range - up to 99hrs:59min:59sec

  • Wear disc diameter - 80mm

  • Wear disc track diameter - 15-60mm

  • Specimen pin diameter - Ø 5 to 12 mm & 25 mm length Pin heating arrangement - up to 8000C

  • Disc heating arrangement  - up to 8000C

  • Data acquisition system - Real time data acquisition of wear, friction & temperature