0-100Nm Torque Sensor Eddy Dynamometer For Automotive Testing

Product Description:

The WD series eddy current dynamometer is a type of testing equipment that is suitable for conducting motor tests in high-speed and medium to high power conditions. It operates by utilizing the torque generated by the eddy currents produced in a rotating metallic disc to evaluate the performance of the motor being tested.

The primary advantage of the eddy current dynamometer is that it can offer a high torque testing capability that increases with the speed of the motor. As the motor's rotating speed increases, so does the torque generated by the dynamometer. This makes it an ideal solution for conducting tests on high-speed motors that require precise and accurate performance evaluation.

With its advanced capabilities, the WD series eddy current dynamometer is an important tool for researchers and engineers who need to evaluate the performance of high-speed, high-power motors. Its ability to provide reliable and accurate test results is essential for supporting ongoing motor research and development initiatives.

 

Features:

If you're looking to test the load performance of high-speed motors, then you'll need specialized equipment designed for this purpose. Testing high-speed motors is a critical process that requires accurate and reliable results to ensure optimal performance. With the right equipment, you can measure critical performance factors such as torque, speed, and power consumption with precision and ensure that your motors are running at peak efficiency.

There are several types of equipment available for testing high-speed motor load performance, including dynamometers, power analyzers, and speed sensors. These tools allow you to simulate real-world operating conditions and provide accurate measurements of motor performance under heavy load. With dynamometers, for example, you can apply a load to the motor and measure its torque output, while power analyzers can measure power consumption to ensure optimal efficiency.

Overall, investing in high-quality test equipment is critical for ensuring the longevity and optimal performance of high-speed motors. With accurate testing and reliable results, you can have confidence in the performance of your motors and avoid costly downtime caused by equipment failure.

 

Technical Parameters:

Model	MAXIMUM TORQUE RANGE (N.M)	DRAG TORQUE DE-ENERGIZED AR 1000RPM (mN.M)	NOMINAL INPUT INERTIA (Kg.m2)	Rated Voltage (VDC)	Excitaion Current(A)	Rated Power(w)	Rated Speed(rpm)	Max speed(rpm)	BRAKE COOLING METHOD
WD-302	0.3	6	2.33*10^-5	24	1.2	500	22000	50000	WATER
WD-452	0.45	9	3.18*10^-5	24	1.5	750	22000	50000	WATER
WD-602	0.6	12	4.03*10^-5	24	2	1000	9500	50000	WATER
WD-303	3	30	2.18*10^-4	24	2	3000	9500	50000	WATER
WD-503	5	50	3.01*10^-4	24	2	4500	5730	50000	WATER
WD-104	10	100	0.82*10^-3	24	2.5	6000	5730	30000	WATER
WD-204	20	200	1.55*10^-3	24	5	12000	5730	30000	WATER
WD-504	50	500	1.27*10^-2	24	2.5	15000	2865	18000	WATER
WD-105	100	1000	2.57*10^-2	24	5	3000	2865	18000	WATER

The table above lists the maximum torque range, drag torque de-energized ar 1000RPM, nominal input inertia, rated voltage, excitation current, rated power, rated speed, max speed and brake cooling method for various models of a device. There are nine models in total, each with their respective specifications. The first model, WD-302, has a maximum torque range of 0.3 N.M, a drag torque de-energized ar 1000RPM of 6 mN.M, and a nominal input inertia of 2.33*10^-5 Kg.m2. The rated voltage is 24 VDC, the excitation current is 1.2 A, and the rated power is 500 W. The rated speed is 22000 rpm, and the max speed is 50000 rpm. The brake cooling method is water. The other models, including WD-452, WD-602, WD-303, WD-503, WD-104, WD-204, WD-504, and WD-105, have different maximum torque ranges, drag torque de-energized ar 1000RPM, nominal input inertia, rated voltage, excitation current, rated power, rated speed, max speed, and brake cooling method, as shown in the table.

Applications:

The application units for motor load performance testing include universities, motor manufacturers, laboratories, motor testing centers, and the medical equipment industry. This testing is commonly utilized to assess the effectiveness of various motors under specific loads.

Universities utilize motor load performance testing to research and develop new motor technologies. These advancements can lead to improvements in motor efficiency, reduce energy consumption, and contribute to a more sustainable future.

Motor manufacturers also utilize this testing to ensure their products meet industry standards and perform optimally under different conditions. This is vital to prevent costly recalls, improve customer satisfaction, and establish brand trust.

Laboratories and motor testing centers provide motor load performance testing services for companies and organizations that do not have the facilities to conduct this type of testing in-house. These facilities employ skilled professionals and cutting-edge equipment to deliver accurate and reliable results.

The medical equipment industry uses motor load performance testing to ensure the safety and effectiveness of motors used in life-saving equipment, such as ventilators, respirators, and blood pumps. The reliability of these motors is paramount in critical situations, and the testing helps validate their effectiveness and identify potential issues before they can cause harm.

 

Customization:

• Max speed of 50,000 RPM
• Communication interface options of RS232/RS485
• Measurement range of 0-100 Nm
• Operating temperature range of 0-40°C
• Cooling method using water
• Rated voltage (VDC) customization options
• Nominal input inertia customization options

 

Support and Services:

The Eddy Current Dynamometer product technical support and services include:

• Remote technical support
• On-site technical support
• Product installation and set-up assistance
• Product maintenance and repair services
• Calibration and testing services
• Training and education services

 

Packing and Shipping:

Product Packaging:

• The Eddy Current Dynamometer will be securely packaged in a sturdy box to prevent any damage during shipping.
• The box will be labeled with the product name, model number, and any necessary handling instructions.
• Inside the box, the product will be protected with foam padding or other suitable materials to prevent movement and cushion against impact.

Shipping:

• We offer worldwide shipping via reputable carriers such as DHL, FedEx, and UPS.
• Shipping costs will vary depending on the destination and shipping method selected.
• Once your order has been processed and shipped, you will receive a tracking number to monitor the progress of your shipment.
• Please note that any customs duties or taxes imposed by your country are the responsibility of the buyer.

 

FAQ:

Q: What is an Eddy Current Dynamometer?

A: An Eddy Current Dynamometer is a device used to measure torque and rotational speed. It works on the principle of electromagnetic induction by applying a magnetic field to the rotor of a motor or engine, creating eddy currents that generate resistance and thus measure the torque produced.

Q: What brand produces the WD Eddy Current Dynamometer?

A: The WD Eddy Current Dynamometer is produced by Precision Motive, a leading manufacturer of high-quality testing and measurement equipment for the automotive and industrial sectors.

Q: Where is the WD Eddy Current Dynamometer manufactured?

A: The WD Eddy Current Dynamometer is manufactured in China, where Precision Motive has a state-of-the-art production facility that meets the highest standards of quality and safety.

Q: What applications is the WD Eddy Current Dynamometer suitable for?

A: The WD Eddy Current Dynamometer is suitable for a wide range of applications, including engine testing, performance tuning, and quality control. It can be used with a variety of motors and engines, including gasoline, diesel, and electric.

Q: What are the benefits of using the WD Eddy Current Dynamometer?

A: The WD Eddy Current Dynamometer offers several benefits, including accurate and reliable torque measurement, a wide range of measurement capabilities, and a user-friendly interface. It is also built to last, with high-quality materials and components that ensure long-term durability and performance.