1. * Static Braking Force Test: Measure the braking force of the brake under static conditions to ensure it meets design
  specifications.

2. * Dynamic Braking Force Test: Test the braking force of the brake under actual operating conditions, simulating the braking effect during operation.

3. * Response Time Test：Test the time it takes for the brake to start braking after receiving a control signal, ensuring that its response speed meets
  design requirements.

4. *Braking Accuracy Testing： Evaluate the braking accuracy of the brake under different loads and operating conditions to ensure consistent and precise braking performance.

5. * Heat Resistance Test: Test the brake’s performance in high-temperature environments to ensure it does not fail under
  high-temperature conditions.

6. * Friction Testing：Measure the coefficient of friction of the brake to evaluate the performance and wear resistance of the friction materials.

7.* Fatigue Testing: Assess performance changes in the brake during long-term repeated loading and unloading processes.

8. *Insulation Performance Testing Check the electrical insulation performance to ensure that the electromagnetic coil and other electrical components do not experience leakage or short circuits during normal operation.

9 * Overload Testing: Test the brake’s performance under conditions of overload to ensure it does not fail or pose safety risks in extreme conditions.

10. * Fault Mode Testing: Simulate different fault modes to evaluate the brake’s response and safety in case of failures.