AIP's latest motor test solution news and motor industry news.

Servo Motor Test

Servo motor performance and accuracy are critical to the overall system operation. This article will introduce the importance of servo motor testing, and AIP's test methods for servo motors and applications.

Dynamometer Test

Dynamometers are a key component in measuring the performance of an engine, motor, or other power output device. This article will detail the importance of dynamometer testing, AIP dynamometer testing methods, and application areas.

Stator back electromotive force (EMF) test

The motor stator back electromotive force (EMF) test is very important, through the accurate back electromotive force test of the motor, you can understand the performance and failure of the motor in a timely manner, to provide strong support for the optimization of the design and control of the motor.

Motor Tester

AIP Motor Test Equipment comprehensively analyzes motor health beyond standard test methods to ensure your motors remain reliable!

What is the stator of a brushless motor?

The stator of a brushless motor is an important part of the motor, which mainly consists of coils and silicon steel sheets that generate a magnetic field and drive the rotor of the motor to rotate.

Difference between single-phase motor stator and three-phase motor stator

Motor stators can be categorized into single-phase motor stators and three-phase motor stators, and there is a clear difference between the two. This article is mainly from the power supply, motor structure, starting mode, and the scope of use to introduce the differences between the two.

What Is the Difference Between the Rotor and Armature?

In the world of electrical engineering and motor technology, terms like rotor and armature are commonly used, but they can sometimes cause confusion due to their similarities. To clear up any confusion, this article aims to explain the fundamental differences between the rotor and armature.

What is a coreless armature rotor?

The coreless armature rotor is a special motor rotor. It is unique in that it does not use a conventional iron core to transmit the magnetic field, but instead uses a non-magnetic material such as copper or aluminum to form the armature coil. The concept, advantages, and disadvantages of the coreless armature rotor are described in more detail below.

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