The tester adapts to the electrical test requirement of a series of AC induction motor stators, such as household appliances motor (washing machine, air conditioner, fans, etc.), water pump motor, stepping motor, shaded pole motor, series motor, servo motor, etc. Complete all test items in one test with stabilization, speediness, efficiency, and accuracy. And it has been exported to many countries.
Easy-to-operate: 10.4-inch LCD, two kinds of operation are available: touch screen and numeric key, User-friendly interface and each function come up with help document.
High performance: support to test Hi-pot, insulation resistance, surge, winding resistance, rotation, inductance, etc.
Easy-to-remain: support intelligent self-inspection, remote failure diagnosis, and online software upgrading, Insertable card design makes it easy to disassemble and replace.
Easy-to-use: professional test software, User-friendly operation interface, built-in help documents, high-performance touch, and numeric keyboard as standard.
Multiple interfaces: the instrument comes with USB, LAN(can be converted to RS232, RS485, etc.)port, support TCP/IP network protocol, and PLC simulation technology, Instrument control, and expansion are quite easy.
Multiple startup models: button startup, sliding cover startup, and network startup are available.
Language support: different language options to meet the needs of customers at home and abroad.
Intellectualization: the system can be connected to the external through the internet port to achieve data interaction and resource sharing, meeting the requirements of the new generation of the internet.
Modular card design: independent testing module, different function has different modules.
Test items: AC Hi-pot, insulation resistance, surge, DC winding resistance, inductance, MAG, rotation
High-speed testing: single-phase single-speed motors take only 5S to complete all project inspections
High efficiency: all tests can be done at one-stop with one wire connection.
Strong adaptability: support to perform the test for winding over 10μH, and close loop voltage feedback makes the test more accurate.
Compatible with single and three phase motor stator testing.
Duplex station serial test makes higher efficiency.
Effective detection of poorly embedded coils.
Model | AIP891X series |
Test | Single-phase motor stator (single-speed, multi-speed), three-phase motor stator |
Test stations | Duplex station |
AC Hi-pot | |
Output voltage setting range/precision | AC 500~3000V ±(2%×setting value+10V) |
Breakdown current test range/precision | 0.10~20.00mA ±(2%×display value+0.05mA) |
Breakdown current preset alarm range | Upper limit:0.10~20.00mA Lower limit:0.00~20.00mA |
Test time range/resolution | 0.5~999.9s 0.1s/step |
Arc detection | 1~9(9 is the most sensitive level) |
Insulation resistance | |
Output voltage setting range/precision | DC 500V/1000V ± ”2%× setting value+10V” |
Insulation resistance measurement range/precision | 1~500MΩ ≤100MΩ:± ” 3%×display value+0.5MΩ”, >100MΩ:± ” 5%×display value+5MΩ)” |
Insulation resistance alarm setting range | Upper limit:0~500MΩ;Lower limit:1~500MΩ |
Test time range/resolution | 0.5~999.9s 0.1s/step |
Surge | |
Output voltage setting range/precision | 500~3000V ±(3%× display value+8V) |
Sampling frequency | 100MHz |
Waveform comparison | Area, area difference, corona, and phase, test screen show three surge waveform |
DC resistance test | |
Test range | 10.0mΩ~20KΩ |
Test precision | ± ” 0.3%×display+3 digits” Temperature compensation function can be set |
Test time range/resolution | 0~20s 0.1s/step |
Temperature measuring range /precision | -10.0℃~+50.0℃ ±0.5℃ |
Inductance test | |
Test frequency | 100Hz\120Hz\ 1kHz\10kHz |
Test electrical level | 0.3V\0.6V\1V |
Test range/precision | 1μH~2H |
Precision | 0.5% |
MAG | |
MAG judge | Detect wiring embedded upper, lower, left or right is incorrect or not |
Test range | Wire wrapping counter-embedded >5% |
Resolution | 1% |
Rotation | |
Rotation judge | CW, CCW, Still |
The stator is the fixed part of the motor to which A.C. is supplied. The stator contains two types of windings. One is the main winding and the other is the Auxiliary winding. These windings are placed perpendicular to each other.
A 1-phase induction motor requires single-phase AC supply, whereas a 3-phase induction motor need a source of 3-phase AC supply for its operation. 1-phase induction motors produce low starting torque, whereas 3phase induction motors produce high starting torque.
The power factor of a single-phase induction motor is low as compared to that of a three-phase induction motor. Single-phase motors are mostly used in domestic appliances such as mixer grinders, fans, compressors, etc. Three-phase induction motors are mostly used in industries.
Three-phase squirrel-cage induction motors are widely used as industrial drives because they are self-starting, reliable, and economical. Single-phase induction motors are used extensively for smaller loads, such as garbage disposals and stationary power tools.
Because of this design, 3-phase motors have significantly higher efficiency at converting electrical to mechanical energy, and therefore lower operating costs. They are inherently self-starting, and because of their higher torque, especially during starting, they are ideal for heavy industrial applications.