Advanced Motor Life and Efficiency Testing Equipment Solutions

• 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
• Package Size: 700.00cm * 1000.00cm * 1800.00cm
• Package Gross Weight: 120.000kg

Product Description

Advanced Motor Life and Efficiency Testing Equipment Solutions

The Motor Life Test System is ingeniously designed to evaluate the effective operational lifespan of motors. By simulating a realistic working environment, this system meticulously assesses the motor's functionality over time. Tailored to meet diverse product specifications, it offers both no-load and loaded testing options, ensuring a comprehensive analysis of motor performance.

Our advanced monitoring capacities encompass current, speed, temperature, and power metrics, providing a holistic overview of motor operations. Users have the flexibility to configure parameters such as running time, stop intervals, and cycle frequencies, with each station functioning autonomously, free from external interferences. The system adeptly archives all test data and facilitates seamless long-distance data transmission and real-time status monitoring.
Equipped with a user-friendly digital display, the system elegantly presents the progress of each test parameter, including speed and frequency of tests. It offers both manual and automatic testing modes, and can effortlessly interface with computers to manage test parameters and adjust load intensities.
Versatile and robust, this system is adept at testing a wide array of series motors, power tools, and various motorized or electrical devices requiring longevity assessments. It is extensively applied across numerous fields such as household appliances, aviation, automotive, motor manufacturing, machinery, and power tools, serving research, production, and testing sectors.
Distinctive Features of the Complete System:
(1) Our life test system features a specialized simulated load mechanism, characterized by high-speed and high-power capabilities. Its compact size, minimal inertia, stable braking, and low noise make it ideal for high-speed motor evaluations.
(2) The system boasts exceptional sensitivity, facilitating effortless load adjustments and controls, alongside remarkable operational stability.
(3) With digital displays for key parameters such as voltage, current, input power, power factor, frequency, speed, and output power, users benefit from high-resolution, steady displays that ensure reliable performance.
(4) Featuring a streamlined design with minimal auxiliary equipment, the system is not only easy to use but also simplifies maintenance procedures.
(5) The entire apparatus is governed by a sophisticated single-chip microcomputer, enabling smooth automatic loading and unloading cycles, as well as customizable test durations.
(6) The system's capability to interface with computers allows comprehensive control over each testing sequence, enhancing operational precision.
Comprehensive Test Items:
(1) Accurately displays voltage, current, power, frequency, and cycle work times, ensuring precise test monitoring.
(2) Offers continuously adjustable loads for enhanced testing flexibility.
(3) Supports circular operation modes including no-load, load, overload, and shutdown phases, with customizable test durations, providing extensive testing scenarios.
(4) The worktable's three-dimensional adjustability ensures easy and secure motor clamping, enhancing testing efficiency.