The Reichert test method is a procedure used to evaluate the wear and extreme pressure properties of lubricants and additives.
Based on the provided reference, the Reichert test method is specifically designed to cover the procedure for determining wear properties (WP) and extreme pressure properties (EP) to evaluate lubricant and additives. This method focuses on assessing how well a lubricant or additive can protect surfaces from wear under normal conditions and prevent catastrophic damage under high-pressure or load conditions.
The test is performed using a specific test rig. This rig is configured with a rigidly mounted test roller (cylinder) that is pressed against a friction wheel. These two components are in a cross-cylinder contact configuration. This setup simulates contact conditions where material surfaces slide and roll against each other under pressure, allowing for the measurement of wear and the lubricant's performance under extreme loads.
Key Aspects of the Reichert Test Method:
- Purpose: To determine wear properties (WP) and extreme pressure properties (EP).
- Application: Used to evaluate lubricant and additives.
- Test Rig Configuration:
- Includes a rigidly mounted test roller (cylinder).
- Includes a friction wheel.
- The roller is pressed against the wheel.
- The contact is in a cross-cylinder configuration.
By using this standardized setup and procedure, the Reichert test method allows for a comparative assessment of different lubricants and additives, helping determine their effectiveness in reducing wear and preventing seizure under demanding operational conditions.
