Product Description:

The AHD series of hysteresis dynamometers is a versatile and highly useful option for low or medium power testing in a variety of contexts. Rather than relying on speed to generate torque, hysteresis brakes are capable of generating torque across a range of loads - from no load to locked rotor.

Unlike other types of dynamometers, the AHD series benefits from the ability to operate across a wider range of loads without experiencing the same issues. This makes it an ideal choice for a range of testing scenarios, where other systems may not provide the same level of reliability or accuracy.

Whether you are looking for a way to test the performance of engines, motors, or other power systems, the AHD series is an excellent option that should be considered. With its reliable and stable operation, it is a powerful tool for engineers and analysts alike.

Features:

The Hysteresis dynamometer, specifically the AHD series, is an outstanding and versatile tool for conducting low to medium power testing. Utilizing a hysteresis brake, which does not depend on speed to generate torque, it is able to test from no load to locked rotor.

Depending on the model, brake cooling is provided by convection cooling without the need of a wind source or through air cooling which uses compressed air for AHD series or blowers for BHD series. The Hysteresis dynamometer has a continuous and short-term intermittent power capability which enables it to radiate more heat range.

The dynamometer’s accuracy varies from ±0.25% to ±0.5% of full scale, depending on its size and system composition. It also provides special designs for high-speed motor testing. It is primarily used in the performance testing of various AC and DC motors with a focus on torque, speed, power, etc. As such, it is widely used in the detection of motors in different industries such as the automotive, household appliance, electric tool, compressor, and aviation industry.

Technical Parameters:

The product is available in twelve standard specifications with peak torque ranging between 0.1kg·cm to 50kg·cm. Hysteresis brake system ensures accurate torque load independent of speed. Motor test is conducted from no-load to blocked to ensure optimal performance. The dynamometer offers accuracy between ±0.25% to ±0.5% (full scale) using high-precision load and speed sensors. Proper airflow detection is available to prevent overheating and operator errors. Moreover, the base is adjustable and comes in optional long plate type or short plate type. A customized dynamometer can be provided according to specific torque and speed parameters. The weights can be easily adjusted as per the requirement for accurate readings.

Applications:

The device's dimensions of 200mm X 300mm X 100mm make it compact and easy to transport, allowing for on-site testing and analysis. The Hysteresis Dynamometer is also designed with high accuracy in mind, with a precision of ±0.05%. This level of accuracy ensures that measurements are reliable and repeatable, making it an ideal choice for industrial and laboratory applications.

The operating temperature range of 10-40°C makes this device suitable for a variety of environments, including laboratories, factories, and other testing facilities. The Hysteresis Dynamometer can be used to test a variety of materials, including magnetic and non-magnetic materials. The device's magnetic retentivity torque tester functionality makes it an excellent choice for testing the magnetic properties of materials, while the hysteresis flux power analyzer functionality makes it suitable for measuring power and flux in a variety of applications.

Overall, the Precision Motive Hysteresis Dynamometer is a versatile and accurate testing device that can be used in a variety of scenarios. Its compact size, high accuracy, and temperature range make it an ideal choice for industrial and laboratory applications. Whether you need to test magnetic or non-magnetic materials, the Hysteresis Dynamometer's magnetic retentivity torque tester and hysteresis flux power analyzer functionalities make it an excellent choice for engineers and researchers seeking precise and reliable measurements.