MOTOR TEST DYNAMOMETER
Product Features
This is a system realizing motor performance evaluation in a seamless manner: from ultra-low speed range to ultra-high speed rotation range.
- It supports zero rotation control and position angle control
- Realizing high precision measurement from ultra-low speed range to ultra-high speed range
- Expanded variations of motor performance evaluation
Cogging torque measurement
Position angle measurement
Low speed oscillation measurement -
Specifications
Basic specifications
Absorving capacity 250kW Motoring capacity 250kW Rated torque 420 N·m (continuous) Rotation speed 16,000r/m Inertia (J) 0.3kg·m2
Product Description
A motor test dynamometer is an essential tool used to measure the performance characteristics of electric motors and other rotating machinery. By applying controlled loads and measuring output parameters such as torque, speed, and power, it allows engineers and technicians to evaluate motor efficiency and performance under various operating conditions.
Key Features:
- Torque Measurement: Dynamometers are equipped with sensors to accurately measure the torque produced by the motor. This is crucial for understanding motor capabilities and ensuring they meet specified performance standards.
- Speed Control: Many dynamometers offer adjustable speed settings, enabling tests at different RPMs. This helps in assessing how a motor performs across its operational range.
- Data Logging: Advanced dynamometers come with data acquisition systems that log performance data in real time. This feature allows for detailed analysis and comparison over multiple test sessions.
- Load Simulation: Dynamometers can simulate various load conditions, helping to replicate real-world applications. This is important for performance validation and ensuring reliability in field conditions.
- Cooling Systems: High-performance motors often generate significant heat during testing. Many dynamometers include integrated cooling systems to maintain optimal operating temperatures and prevent damage to the motor.
Applications:
- Research and Development: Used in laboratories to develop new motor designs and technologies.
- Quality Assurance: Manufacturers utilize dynamometers to test motors before they are shipped to ensure they meet quality standards.
- Performance Testing: Used by engineers to evaluate existing motors under specific conditions to identify areas for improvement or efficiency enhancements.
Conclusion:
Investing in a motor test dynamometer is crucial for anyone involved in motor production, testing, or research. It provides the necessary data to improve designs, enhance efficiency, and ensure high-quality output, ultimately contributing to better product performance and customer satisfaction.