1 years
China
Simple Operation: Equipped with a 10.4 - inch LCD large screen, it offers two operation modes: touch screen and numeric keypad, which can be selected at will. It has a user - friendly operation interface, and the function interface comes with built - in help documents.
Super - high Performance: Compatible with dielectric strength, insulation, inter - turn, resistance, rotation direction, inductance and other test items.
Strong Adaptability: The inter - turn test supports the inter - turn test of coils above 10μH. The closed - loop feedback of the inter - turn test voltage makes the test more accurate.
Easy Maintenance: Supports intelligent self - diagnosis, remote fault diagnosis and online software upgrades. The plug - in board design is convenient for disassembly and replacement.
Super - high Efficiency: One - time wiring can complete all performance tests in one go.
Convenient to Use: Professional test software, user - friendly operation interface, built - in help documents, and it comes standard with a high - performance touch screen and numeric keypad.
Rich Interfaces: The instrument is equipped with USB, LAN (convertible to RS232, RS485, etc.) interfaces, supports the TCP/IP network protocol, supports PLC simulation technology, which is convenient for instrument control and expansion.
Diverse Startup Modes: The startup modes include button startup, cover startup, and network startup, which can be freely selected.
Language Support: The product is equipped with a Chinese operation interface, and multiple language interfaces are optional to meet the needs of domestic and foreign customers.
Intelligent: The system can be connected to the external Internet through the network interface to realize data interaction and resource sharing, meeting the needs of the new generation of the Internet of Things.
Modularization: The test modules are completely independent. Serial or parallel testing, as well as single - station or multi - station combined testing modes, can be realized according to needs.
Stepper Motor Stator Testing Methods
In the manufacturing and maintenance processes of stepper motors, it is crucial to conduct detailed tests on the stator using a stepper motor stator testing system. The stepper motor stator testing system can meet the needs of mass - production line testing in motor factories and verification testing in laboratories.
Select the technical parameters for stepper motor stator testing: This includes connecting the testing equipment and setting the testing parameters. Usually, it involves selecting appropriate testing modes (such as insulation resistance testing, winding resistance testing, etc.) and configuring the parameters of the testing instrument to ensure the accuracy of the test results.
Insulation testing: In the insulation resistance test, the testing system will automatically measure the stator windings. The testing system will record the insulation resistance value between the windings and the ground and compare it with the standard value. If the insulation resistance is lower than the preset threshold, the system will issue an alarm to indicate possible insulation problems.
Resistance testing: Measure the resistance value of the stator windings. The testing system will compare the actually measured resistance value with the standard value in the design specifications to ensure that there are no short - circuits or open - circuits in the windings.
Inductance testing: By measuring the inductance value of the windings, the system can evaluate the magnetic performance of the windings. Any significant changes in inductance will be recorded and analyzed to detect potential winding damage or magnetic core problems.
Through the comprehensive testing of the stepper motor stator testing system, the health status of the stator can be fully understood, potential problems can be identified and solved in a timely manner, thus ensuring the reliability and performance of the stepper motor.