Product Description:

The AHD series hysteresis dynamometer is a versatile and reliable solution for low and medium power testing requirements. This type of dynamometer is specifically designed to operate on hysteresis brake technology which generates torque without relying on speed, making it ideal for tests ranging from no load to locked rotor.

Unlike other types of dynamometers, hysteresis brakes are capable of generating torque instantly, making them a preferred choice for precision testing applications. They offer superior accuracy and consistency in torque measurement, resulting in more reliable test results.

The AHD series hysteresis dynamometer is characterized by its robust design, ease of use, and intuitive controls. It can handle a wide range of testing requirements, including load simulation, load absorption, and durability testing. Furthermore, it is designed to operate in a wide range of environmental conditions, making it ideal for both laboratory and field testing applications.

In conclusion, the AHD series hysteresis dynamometer is a powerful testing equipment that delivers accurate and precise results across a wide range of testing requirements. Whether you need to simulate load conditions, absorb loads, or perform durability testing, this dynamometer is a reliable and cost-effective solution that meets your needs.

Features:

The Hysteresis Dynamometer, specifically the AHD series, is an ideal testing equipment for low to medium power testing. Unlike other brakes that require speed to generate torque, hysteresis brakes do not need it and can be tested from no load to locked rotor.

The dynamometer's brake cooling system is provided by convection cooling without the need for a wind source or air cooling, which is available for compressed air AHD series or blower BHD series depending on the model.

Furthermore, the hysteresis dynamometer has a continuous and short-term intermittent power capability to radiate more heat range. Its accuracy ranges from ±0.25% to ±0.5% of the full scale, depending on the size and system composition of the dynamometer.

This equipment is also designed for high-speed motor testing and is commonly used in various AC and DC motor performance testing such as torque, speed, power, and other aspects. It is widely applied in the detection of automobile motors, household appliance motors, electric tool motors, compressor motors, and aviation motors.

Technical Parameters:

Our dynamometers come with 12 different standard specifications of peak torque ranging from 0.1kg·cm to 50kg·cm. The hysteresis brake system provides accurate torque load that is independent of speed. We conduct motor tests that range from no-load to blocked suitability. Our products have an accuracy of ±0.25% to ±0.5% (full scale) that uses high precision load and speed sensors. Our airflow detection system is designed to prevent overheating and potential operator errors. We also offer an optional long or short plate type base for our dynamometers.

We understand that every business has different needs, and that's why we offer customized dynamometers that cater to special torque and speed requirements. Our dynamometers are designed with weights that make it easy to adjust and achieve the desired torque output.

Applications:

One of the primary applications for the PWHD is in research and development laboratories. This Magnetic Hysteresis Performance Analyzer can be used to test the performance of new materials and devices before they are put into production. The high accuracy of the PWHD ensures that researchers can trust the results of their experiments.

Another common use for the PWHD is in manufacturing. This Hysteresis Dynamometer can be used to test the quality of finished products and ensure that they meet the required standards. The PWHD is particularly useful for testing the performance of motors and other magnetic devices.

The PWHD is also a popular choice for educational institutions. This Hysteresis Dynamometer can be used to teach students about the principles of magnetic hysteresis and how it affects the performance of devices. The high accuracy of the PWHD ensures that students can trust the results of their experiments.

The PWHD is manufactured in China and comes with a 1-year warranty. It is lightweight, with a weight range of 2.5 - 30 kg, and is powered by a 110/220V AC power supply.