Basic Info.
Accuracy Grade
0.5
Load Way
Electronic Load
Loading Method
Dynamic Load
Display
Digital
Control
Computer Control
Weight
100-500Kg
Power Source
AC220V
Operating Environment
0~40 Degree Celsius
Power Supply
AC220V Positive and Negative 15%
Transport Package
Dust-Free Packaging + Sturdy Wooden Crates
Trademark
Changniu Technology
Origin
Hangzhou, China
Production Capacity
50pieces/Year
Product Description
Motor Stator Test System
The Motor Stator Test System employs an industrial control computer for centralized management, facilitating seamless completion of all test items with a single wiring setup. This system swiftly detects parameters required by national and enterprise compulsory inspections, including power frequency withstand voltage, insulation resistance, inter-turn insulation, DC resistance, and rotor steering. Boasting rapid test speeds, exceptional precision, user-friendly operation, and robust reliability, it automatically analyzes and evaluates the test outcomes. Furthermore, it offers comprehensive functions for statistics, storage, and printing of annual, monthly, and daily reports. All motor parameters can be preset for thorough testing.
The Motor Stator Test System employs an industrial control computer for centralized management, facilitating seamless completion of all test items with a single wiring setup. This system swiftly detects parameters required by national and enterprise compulsory inspections, including power frequency withstand voltage, insulation resistance, inter-turn insulation, DC resistance, and rotor steering. Boasting rapid test speeds, exceptional precision, user-friendly operation, and robust reliability, it automatically analyzes and evaluates the test outcomes. Furthermore, it offers comprehensive functions for statistics, storage, and printing of annual, monthly, and daily reports. All motor parameters can be preset for thorough testing.
Key Features:
1. Test Items: DC resistance, insulation resistance, turn-to-turn test, withstand voltage test, motor steering test, inductance test.
2. DC Resistance: Measures the resistance of the motor winding.
3. Insulation Resistance: Tests the insulation resistance between the phase wire and the shell.
4. Inter-turn Test: Assesses inter-turn and inter-layer short circuits, poor insulation, and out-of-tolerance issues in motor or transformer coils.
5. Withstand Voltage Test: Calculates the withstand voltage leakage current between the stator winding and the shell, with program-controlled voltage regulation, managed via computer.
6. Motor Steering: Determines the magnetic field's rotation direction.
7. Inductance Test: Measures the inductance of the motor coil.
8. Power Supply: AC220V±15%, 50Hz±2 Hz (system operating power supply).
9. Operating Environment: Suitable for working temperatures between 0~40 °C.
10. Working Humidity: ≤70%.
11. Seamless Completion: All tests are finished in a single clamping session.
12. Microcomputer Control: Entire testing processes are managed by a microcomputer.
Specifications:
1. Test Items: DC resistance, insulation resistance, turn-to-turn test, withstand voltage test, motor steering test, inductance test.
2. DC Resistance: Measures the resistance of the motor winding.
3. Insulation Resistance: Tests the insulation resistance between the phase wire and the shell.
4. Inter-turn Test: Assesses inter-turn and inter-layer short circuits, poor insulation, and out-of-tolerance issues in motor or transformer coils.
5. Withstand Voltage Test: Calculates the withstand voltage leakage current between the stator winding and the shell, with program-controlled voltage regulation, managed via computer.
6. Motor Steering: Determines the magnetic field's rotation direction.
7. Inductance Test: Measures the inductance of the motor coil.
8. Power Supply: AC220V±15%, 50Hz±2 Hz (system operating power supply).
9. Operating Environment: Suitable for working temperatures between 0~40 °C.
10. Working Humidity: ≤70%.
11. Seamless Completion: All tests are finished in a single clamping session.
12. Microcomputer Control: Entire testing processes are managed by a microcomputer.
Specifications:
| AC withstand pressure | |
| Output | AC200~3000V±(3% X setpoint + 5 digits) |
| Breakdown | 0.10~20.00mA±(3% X setpoint + 5 digits) |
| Breakdown | upper limit:0.10~20.00mA; lower limit: 0.00~5.00mA |
| Test | 1~99s 1s/ step |
| Arc | Optional, level 1~8 (level 8 is the highest sensitivity) |
| Insulation resistance | |
| Output | DC100V-1000V Arbitrary setting ± (3%X setpoint +3V) |
| Insulation | 1~500MΩ ≤100MΩ:±(5%X display value + 3 characters) >100MΩ: ± (8%X display value 8 words) |
| Insulation | Upper limit: 0~500MΩ; Lower limit: 1~500MΩ |
| Test | 1~99s 1s/ step |
| Inter-turn pressure | |
| Output | 500~3000V±(5%Xreading+5V) |
| Waveform | Area, frequency, *** |
| Coil resistance | |
| Resistance | 0.01Ω~20000Ω±(0.5% × reading + 2 digits) can be set for temperature compensation |
| Test | 1~99s 1s/ step |
| veer | |
| Turn to judgment | Clockwise, counterclockwise, stationary |
