Advanced Measuring Instruments for Motor Load and Speed Testing

• Customization: Available
• After-sales Service: on Line
• Warranty: One Year
• Max Diameter of Workpiece: 1000mm
• Type: Motor Parameter Testing
• Maxcapacity: >1000KN
• Accuracy Grade: 0.5
• Load Way: Electronic Load
• Loading Method: Dynamic Load
• Display: Digital
• Control: Computer Control
• Weight: 0-100Kg
• Power Source: AC220V
• Power Range: 100W~200kw Power Level
• Test Voltage Level: 0~690V
• Speed Range: 0~12000rpm
• Rotational Speed Measurement Accuracy: Positive and Negative1rpm
• Torque Measurement Accuracy: Positive and Negative0.2%F.S.
• Transport Package: Dust-Free Packaging + Sturdy Wooden Crates
• Specification: customisable
• Trademark: Changniu Technology
• Origin: Hangzhou, China
• Production Capacity: 50pieces/Year

Product Description

Advanced Measuring Instruments for Motor Load and Speed Testing

Introducing our Motor Life Test System, a revolutionary solution designed to meticulously evaluate the motor's effective running duration, or more specifically, its lifespan. This system allows the motor to operate entirely within a meticulously simulated working environment, ensuring a thorough assessment of its performance capabilities. Tailored to meet diverse product requirements, this system offers flexibility in testing under no load or with varying load conditions.

Our cutting-edge system meticulously monitors a comprehensive range of parameters, including current, speed, temperature, and power. It offers the flexibility to set the motor's running time, stop time, and cycle counts as needed. Each station functions independently, ensuring uninterrupted operation. All crucial test data are securely stored within the system, enabling seamless long-distance data transmission and real-time status monitoring.
Equipped with an intuitive digital display, our system provides real-time insights into each test item's progress, speed, and test count. It offers the versatility of both manual and automated testing. Additionally, it seamlessly connects with a computer, allowing for sophisticated test control and precise load adjustments.
This versatile system is designed to cater to a wide array of series motors, power tools, and electrical appliances requiring life testing. Its applications are extensive, spanning industries such as household appliances, aviation, automobiles, motors, machinery, power tools, and various scientific research, production, and testing sectors.
Exceptional Features of the Comprehensive Machine:
(1) The life test system showcases a unique simulated load with characteristics of high speed and power, combined with a compact size, low inertia, stable braking, minimal impact, and low noise. It is ideally suited for high-speed motor testing.
(2) The machine is engineered for high sensitivity, facilitating convenient load adjustment and control, while maintaining superior stability throughout the testing process.
(3) This advanced system provides digital displays of voltage, current, input power, power factor, frequency, speed, output power, and cycle times, all with exceptional resolution and stability for reliable operation.
(4) Featuring a simplistic design, the system requires minimal auxiliary equipment, ensuring ease of use and maintenance.
(5) Controlled by a state-of-the-art single-chip microcomputer, the system efficiently performs automatic loading/unloading and seamless cycle testing, with easily adjustable test times.
(6) Boasting seamless computer communication capabilities, each test can be precisely controlled to meet user requirements.
Comprehensive Test Items:
(1) The system displays key parameters such as voltage, current, power, frequency, and cycling work times throughout the test.
(2) The load can be adjusted continuously, offering precise control over testing conditions.
(3) The system supports an adaptive testing cycle including no-load, load, overload, no-load, and shutdown, with customizable test durations.
(4) The worktable offers three-dimensional adjustments, simplifying the process of securely clamping the motor in place.