AIP has developed advanced EPS Motor Testers designed to simulate real-world conditions and provide accurate performance evaluations. Our solutions go beyond conventional testing by integrating:
1. Comprehensive Testing Items: Cogging torque, friction torque, breakaway torque, torque ripple, back EMF, short-circuit current, resistance, inductance, and more.
2. High-Speed Data Acquisition: Real-time data capture with automated analysis and alarm notifications.
3. Intelligent Production Line Integration: Seamless connection with MES systems for data traceability and automated reporting.
4. Customization & Scalability: Easily adaptable for new EPS motor models with flexible fixture interfaces.
AIP’s EPS Motor Testers have already been deployed in multiple production lines, laboratories, and quality inspection centers. From EPS motors to EPB and One-box motors, our testers deliver trusted results for leading automotive manufacturers.
1. Precision-driven testing, ensuring international standards compliance
2. Cost-effective alternative to imported brands
3. Seamless adaptability for different motor types
4. Intelligent automation to boost production efficiency
5. Industry-certified and proven in real-world applications
With the AIP EPS Motor Tester, manufacturers gain a reliable partner to improve product quality, reduce costs, and accelerate the path toward smart manufacturing.
Contact us today to learn how AIP can optimize your EPS motor testing process.
An EPS Motor Tester is a specialized testing system designed for Electric Power Steering (EPS) motors. It simulates real driving conditions to evaluate torque, efficiency, durability, and other performance indicators, ensuring motors meet international standards.
Testing ensures that every EPS motor is reliable, safe, and efficient before being installed in vehicles. This helps manufacturers reduce defects, improve product quality, and meet strict automotive regulations.
AIP EPS Motor Tester covers key items such as cogging torque, friction torque, breakaway torque, torque ripple, drag torque, torque constant (Kt), back EMF, resistance, inductance, and short-circuit current.