Koehler K93590 Pin on Disc Tester

Specification of Koehler K93590 Pin on Disc Tester

Description

Data Acquisition System incorporates sensor and signals with a combination of data acquisition hardware and software to create a complete measurement system. Our Pin on Disc Testers measures Real Time Data of physical properties of test materials. Friction, Wear, and Temperature can be analyzed and correlated with different test materials. The Koehler Pin on Disc Tester is primarily intended for determining the tribological characteristics of a wide range of materials under various conditions of normal loads and temperatures. A stationary pin mounted on a holder is brought in contact against a rotating disc at a specified speed. As the pin is sliding, the resulting frictional force acting between the pin and disc is measured. Both normal load and speed can be set as desired.

Test Method

Determines the wear of materials during sliding using a pin-on-disc apparatus. Materials are tested in pairs under nominally non-abrasive conditions.

Features

• Conforms to ASTM G99 standard test method
• Analyzes wear and friction characteristics of sliding contacts (dry or lubricated conditions)
• Tests can be performed on a variety of materials: metals, polymers, composites, ceramics, lubricants, cutting fluids, abrasive slurries, coatings, and heat-treated samples
• Data aquisition software package varies and records pin pressure, pin temperature, sliding speed, and lubrication parameters
• Custom configurations available

Specification

Conforms to the specifications of: ASTM G99 

Sliding Speed Range: 0.26-10 m/sec 

Disc Rotation Speed: 100-2000 rpm

Maximum Normal Load: 200 N

Frictional Force: 0-200 N

Wear Measurement Range: 4 mm

Pin Size: 3-12 mm diagonal/diameter

Disc Size: 60 mm diameter x 8 mm thick

Wear Track Diameter: 0-140 mm

Included Accessories

• Electronic Controller 
• Connecting Cables 
• Spare Fuse (2) 
• Set of Weights 
• Set of Hand Tools 
• Set of Pins 

Electrical Requirements

115V 60Hz
230V 50/60Hz