Brake Pads Krauss Test Machine
Application Scope & Compliance Certifications
The Brake Pads Krauss Test Machine is specialized in evaluating the wear performance of brake friction materials, catering to automotive disc brake pads, drum brake shoes and their integrated assemblies.
It complies with globally authoritative industry standards such as PVW-3211, PVW-3212 and ECE R90, ensuring test results are credible and aligned with international market access requirements.
As a key testing equipment under Fu Chun Jiang Master Brake Pad Machine, it integrates professional testing capabilities to support the brake industry’s R&D and quality control workflows.
Core Testing Capabilities
Equipped with two core testing modes: constant torque testing and constant pressure testing, covering the diverse testing needs of brake friction products.
The constant torque function adopts advanced servo control technology, enabling precise and stable parameter adjustment to accurately simulate real-world braking conditions.
Its functional design is consistent with the industry-leading standards of Fu Chun Jiang Master Brake Pad Machine, ensuring reliable and stable operation during long-term continuous testing.
Power Supply & Spindle Configuration
Supply power: 380V, 3-phase, 65KVA, providing stable and sufficient power support for uninterrupted testing operations.
Spindle parameters: 75kW power, 660r/min speed (3-phase, 380V), with a spindle center height of 270mm, optimized for high-efficiency testing.
The spindle structure is engineered for high load resistance, matching the durable and robust build quality that Fu Chun Jiang Master Brake Pad Machine is renowned for.
Braking Performance Metrics
Maximum braking torque reaches 800 N.m, with braking pressure adjustable between 0 – 150 bar to adapt to different test scenarios.
Constant torque adjustment range: 50 – 600 N.m, with servo control ensuring high precision and repeatability of test data, meeting strict quality inspection standards.
Temperature Control & Cooling System
Temperature measurement range: Room temperature to 800℃, capable of real-time monitoring and recording of temperature changes during friction testing processes.
Cooling system: Airflow rate ranges from 11 m³/min to 12 m³/min, ensuring efficient heat dissipation to maintain stable test conditions and protect equipment components.
Overall Dimensions & Weight
Main body: 1,800×800×1,700 mm; Control cabinet: 600×600×1,800 mm; Control table: 1,200×600×1,200 mm, designed for space-saving workshop placement.
Total machine weight: 3,200 kg, featuring a stable structure that facilitates easy integration into existing workshop layouts and workflows.