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The XCT (Cross Cylinder Tester) from Optimol Instruments offers an innovative solution for the investigation of tribological systems, with a particular focus on metallic materials and coatings. Its well-engineered design enables precise analysis of friction and wear behavior under controlled and application-oriented conditions.
The testing principle is based on two cylindrical specimens arranged in a cross configuration, which come into contact under defined pressure and relative motion. This setup accurately replicates real-world tribological stresses—such as those found in joints, valves, or component contact surfaces. By adjusting parameters such as normal force, sliding speed, temperature, and lubrication, a wide range of application scenarios can be simulated.
Advantages of the XCT from Optimol Instruments:
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Realistic Contact Geometry: The crossed-cylinder configuration provides an authentic contact setup, representative of many real-world engineering applications.
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Flexible Test Design: Customizable test conditions allow targeted investigation of specific load and motion scenarios.
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High Reproducibility: Precise control of test parameters ensures consistent results and meaningful analysis.
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Comprehensive Evaluation: Combined measurement of friction force, wear, and surface changes enables a holistic assessment of the tribological system.
Typical applications include materials research, development of new coatings, and fundamental tribological studies.
Contact Geometry: Point or line contact
Rotational Speed: 50 – 1,500 rpm
Load Levels: 100, 200, 300, 400, 500, 600, 900, 1,200, 1,500 N
Temperature Range: 0 – 120 °C
Type of Motion: Sliding
Sliding Speed: 0.1 – 2.5 m/s
Friction Regimes: Solid-state, boundary, and mixed friction
Ambient Medium: Ambient air
Standards:
DIN 51347-2:2000-01 – Testing of lubricants – Testing in the boundary friction range using the Brugger test apparatus – Part 2: Method for lubricating oils
ASTM G137 – 97 (reapproved 2017) – Standard Test Method for Ranking Resistance of Plastic Materials to Sliding Wear Using a Block-on-Ring Configuration
Measurement Points:
Torque: Friction torque
Temperature: Lubricant medium
Technical Specifications:
Voltage: 230 V
Frequency: 50 / 60 Hz
Fuse Protection: 16 A
Sound Level: 62 dB / 85 dB (idle / unlubricated test)
Dimensions (test rig with control cabinet): 1600 mm (H) × 1600 mm (W) × 800 mm (D)
Total Weight: approx. 95 kg