Audited Supplier
on Line
One Year
1000mm
<900kg
Motor Quality Testing
>1000KN
0.5
Electronic Load
Dynamic Load
Digital
Computer Control
100-500Kg
AC220V
220V
0-40 Degrees Centigrade
Less Than or Equal to 70%
0-500A
0-500V
0.5
0-500A
0-500V
0.5
3.0
Changniu Technology
Dust-Free Packaging + Sturdy Wooden Crates
customisable
Hangzhou, China
Product Description
| Motor Manufacturers Need Motor Performance Test Bench for Motor Quality Testing |
Welcome to our world of precision engineering with our state-of-the-art Motor Quality Assurance Bench. This sophisticated apparatus is crafted to perfection, measuring the output power of the motor rotor shaft with unmatched accuracy. It seamlessly evaluates torque, speed, and power across diverse load points, ensuring reliable and precise results every time. Our innovative system, powered by an advanced industrial computer, offers centralized control that simplifies the entire testing process. With a single wiring setup, all test items are executed effortlessly. The results are automatically analyzed with expert precision, judiciously judged, statistically processed, stored, and printed, providing a comprehensive evaluation. Enhancing user convenience, all parameters can be pre-configured and effortlessly recalled during testing, ensuring a streamlined and efficient evaluation process.
A Comprehensive Introduction to Our Functional Index:
Our system stands at the pinnacle of factory online full inspection tests for motors, focusing on key measurement parameters. These vital metrics include torque, speed, output shaft power, input voltage, input current, and input power. We also assess motor efficiency, provide precise brake holding control, and manage independent brake controls. Furthermore, the system effectively reads and communicates ID and IQ values from the driver while determining the rotary zero value across different load points, ensuring a thorough and comprehensive motor analysis.
The System is Composed of the Following Core Components: Our sophisticated system is comprised of vital core components that include a load motor, an expertly crafted data acquisition controller, a high-precision torque sensor, a user-friendly industrial touch screen, a robust control cabinet, and cutting-edge software.
Exceptional Test Software:
Our leading-edge software empowers you with the capability to conduct comprehensive one-time testing across three distinct load points: load point 1, load point 2, and load point 3. The intuitive and user-centric testing interfaces are meticulously designed to enhance user experience and boost efficiency, as showcased below:
(Our software testing interface offers the flexibility of multilingual options, catering to diverse user preferences.)
Our system stands at the pinnacle of factory online full inspection tests for motors, focusing on key measurement parameters. These vital metrics include torque, speed, output shaft power, input voltage, input current, and input power. We also assess motor efficiency, provide precise brake holding control, and manage independent brake controls. Furthermore, the system effectively reads and communicates ID and IQ values from the driver while determining the rotary zero value across different load points, ensuring a thorough and comprehensive motor analysis.
The System is Composed of the Following Core Components: Our sophisticated system is comprised of vital core components that include a load motor, an expertly crafted data acquisition controller, a high-precision torque sensor, a user-friendly industrial touch screen, a robust control cabinet, and cutting-edge software.
Exceptional Test Software:
Our leading-edge software empowers you with the capability to conduct comprehensive one-time testing across three distinct load points: load point 1, load point 2, and load point 3. The intuitive and user-centric testing interfaces are meticulously designed to enhance user experience and boost efficiency, as showcased below:
(Our software testing interface offers the flexibility of multilingual options, catering to diverse user preferences.)
