The rotor winding machine is a key equipment in the motor manufacturing process. Its performance and reliability directly affect the quality of motor products. With the development of industrial automation, the demand for rotor winding machines continues to grow, and different industries have increasing requirements fo……

The electric motor winding machine is an automated device specially used to manufacture motor coils. It winds the enameled wire or other wires around the iron core in a specific way through precise control to form the heart of the motor: the coil. This coil is a key component for the motor to generate a magnetic field ……

The motor rotor is the rotating component of an electric motor, typically composed of a core, shaft, and bearings. It converts electrical energy into mechanical energy through the principle of electromagnetic induction, thereby driving the load to rotate.

Globally, electric vehicles are experiencing robust growth, with the market size expanding year by year. As the core component of electric vehicles, drive motors are also rapidly developing. The development trends and technological innovations of drive motors have become the focus of attention in the industry. This art……

As the global automotive industry accelerates towards electrification and intelligence, BYD’s latest model, the DENZA Z9GT, made a strong debut, capturing widespread attention with its distinctive hunting-style design and outstanding performance. The DENZA Z9GT is equipped with BYD’s self-developed “Yi San Fang” triple……

The inductor is a kind of attribute to close the circuit. When the current is through the coil, the magnetic field induction is formed in the coil. The induced magnetic field, in turn, produces an induced current that opposes the flow of current through the coil. The inductor is a circuit parameter that describes the e……

With the rapid development of the Electric vehicle industry, the demand for the performance of drive motors is increasingly high. Hairpin motors, due to their outstanding performance and innovative design, are gradually replacing traditional roundwire motors to become the core of drive technology in Electric vehicles. ……

Brushless Direct Current (BLDC) motors replace mechanical commutators with electronic commutations, thus incorporating the excellent speed control characteristics of DC motors with the simple structure, spark-free operation, reliability, and ease of maintenance typically associated with AC motors. A.Working Principle ……

The rotor winding is the process of wrapping conductors around an object or device to create a component with specific shapes and properties. A rotor winding machine is a piece of equipment used for winding rotors in electric motors. Its working principle involves the automatic winding of wire materials by controlling ……

Electric motors are the heart of industrial production, an indispensable source of power in modern industry. The performance and quality during their production process are crucial to the operation of the entire machine. Therefore, the design and manufacturing of motor production lines are particularly important. HONES……

The locked brushless motor is a special type of brushless DC motor. In addition to the advantages of high efficiency, long life, and low noise inherent to brushless motors, it also has the capability to hold a fixed position without rotation under specific conditions. The locking feature of the motor is suitable for ap……

Brushless motors are one of the most commonly used types of motors, aside from brushed motors. Brushless direct current (BLDC) motors do not utilize mechanical brushes; instead, they employ square wave self-controlled permanent magnet synchronous motors, replacing carbon brushes with Hall sensors for commutation. Compa……