Technical News

Using the AIP winding coil tester, you can conduct a comprehensive and quick test to identify all kinds of hidden defects in the coil in just 3 steps.

AIP focuses on global motor testing and provides one-stop robot motor test solutions, such as frameless torque motors, coreless motors, brushless motors, servo motors, etc., commonly used in bionic robots!

What exactly is a stator? What role does it play in a general-purpose motor? In this article, we will analyze the stator of general-purpose motors and its function in detail.

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.

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.

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.

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.

Motor automation production line testing refers to the systematic testing and evaluation of motor automation production lines to ensure that their performance and quality meet the expected requirements. In this paper, we will introduce the concept, purpose, and methodology of motor automation production line testing in detail.