High-speed Ring-block Wear Tester Gear Oil Scuffing Resistance Test Machine Lubricating Greases Test Instrument

• Suitable for testing the lubricating performance of various oils, greases, and solid lubricants.
• Ideal for evaluating the anti-scuffing properties of high-grade automotive gear oils.
• Capable of wear tests on a wide range of metallic and non-metallic materials.
• Functionally equivalent to the imported FALEX-1 ring-on-block testing machine.
• AC servo motor-driven loading system delivers fast response and high precision.
• Main spindle driven by an AC servo motor for stable rotation and a wide speed range.
• Self-developed control system with independent intellectual property rights.
• LCD operation interface for easy parameter setting and data checking.
• Premium two-tone automotive metallic paint with a streamlined appearance.
• Supports stand-alone operation and computer-linked master-slave control mode.
• Enables dual-display, dual-control, and remote operation when connected to a computer.
• Maximum test force reaches 3 kN with a test force indication error within ±1%.
• Maximum measurable friction force of 300 N with a friction force indication error of ≤ ±3%.
• Wide stepless spindle speed range from 5 to 4000 r/min with excellent speed accuracy.
• Supports flexible setting of spindle revolutions and test duration for diverse test plans.
• Built-in heating system with temperature adjustable from ambient temperature to 100°C.
• Comes with standard ring and block specimens conforming to GB/T 12444.2-2006.

This machine is primarily designed for evaluating the lubricating performance of various oils and greases. It is particularly well-suited for assessing the anti-scuffing properties of high-grade automotive gear oils. In addition, it can be used to evaluate the lubricating performance of solid lubricants and to conduct wear tests on a wide range of metallic and non-metallic materials. This testing machine serves as a functional equivalent to the imported American FALEX-1 ring-on-block testing machine.

1. The load-application system utilizes an AC servo motor and controller, ensuring rapid response and high control precision.
2. The main spindle drive system employs an AC servo motor and controller, offering a wide speed range, smooth operation, and highly accurate rotational speed control.
3. All electrical systems are developed with proprietary intellectual property, eliminating technical barriers associated with reliance on third-party industrial computer components; the control system is entirely self-developed.
4. An LCD interface provides intuitive, convenient, and efficient operation and data reading.
5. The unit features a sleek, streamlined design finished with high-end, dual-tone automotive-grade metallic paint.
6. The machine supports a computer-linked architecture (master-slave configuration), allowing for dual-display, dual-control, and remote operation. It can also function independently, without the need for a computer.

GB/T 12444.2-2006: Test Method for Wear of Metals — Ring-on-Block Wear Test.