Brake Pads Chase Test Machine
Compliance & Core Application
The Brake Pads Chase Test Machine is engineered to assess the frictional properties of brake system materials, fully aligning with globally recognized standards SAE J661, ISO 7881, and GB/T 17469-98.
It delivers highly repeatable test results, making it suitable for quality control, R&D, and certification scenarios in the brake pad manufacturing industry.
As a key offering of FU CHUN JIANG Intelligent Brake Pads Machines, this equipment integrates reliability and precision to meet industrial testing demands.
Power & Drive System
Main Motor: DC400V 22KW with adjustable speed range of 0 – 3000rpm, ensuring stable power output for varied test conditions.
Input Power: AC 380V, compatible with industrial power supply configurations for seamless on-site deployment.
Wind Motor: 0.75KW with a fixed speed of 2870rpm, providing efficient heat dissipation during long-duration tests.
Test Load & Temperature Control
Positive Pressure Load: 0 – 2000N adjustable, enabling simulation of different braking pressure scenarios as required by test standards.
Heating Power: 6Kw, supporting rapid temperature elevation and stable maintenance within the test range.
Temperature Measurement: 0 – 600℃ with high-precision detection, accurately capturing frictional temperature variations of brake pad materials.
Key Structural Parameters
Friction Drum Size: Ф277mm, constructed with perlitic cast iron to match standard test specimen contact requirements.
Overall Dimensions: 2000*800*1700mm (L*W*H), designed for space-efficient installation in labs and production workshops.
Net Weight: Approximately 2500kg, ensuring structural stability during high-speed and high-pressure test cycles.
Performance Advantages
FU CHUN JIANG Intelligent Brake Pads Machines optimizes the equipment’s control system, realizing automated data collection and reducing human error in test results.
Its robust build guarantees consistent performance in long-term operation, making it a trusted tool for both batch quality inspection and new material development.