AP105-HR30-1(65)

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AP105-HR30-1(65) is a motor. It is commonly used in applications of industrial automation where higher power is required for operation. It comes with a high power capacity and has low resonance noise. The motor has a magnetic core inside that works as an energy storage device.

The motor working principle is very simple. AP105-HR30-1(65) is a synchronous motor which means that the speed of the motor is a function of the power supply frequency. The motor works by a rotating magnetic field created by the rotating stator which creates a torque to the armature. The voltage applied to the stator induces a current to the rotor winding which generates a magnetic field. This magnetic field interacts with the magnetic field of the stator creating a torque on the armature. The motor speed is determined by the frequency of the power supply.

AP105-HR30-1(65) is widely used in industrial automation. It is commonly used in robotics, conveyors, hoisting and other factory automation applications. This motor is ideal for applications where higher power is demanded. It also offers better efficiency and lower power requirements than other models. Furthermore, the motor has a low resonance noise level which makes it suitable for applications that require precision control. Additionally, the motor can operate in environments with temperature ranges of -20°C to +70°C.

The motor is an important component for industrial automation systems, allowing various automated processes to be completed. It provides the necessary torque to move the system and increases the efficiency of systems. It is also widely used in robotics applications due to its low resonance noise and higher power capacity.

AP105-HR30-1(65) is an efficient motor that is widely used in industrial automation systems. It has a high power capacity and is able to operate in environments with temperature ranges of -20°C to +70°C. It is also able to generate a low resonance noise level which makes it suitable for applications that require precision control. The motor’s working principle is based on the rotating magnetic field created by the stator which creates a torque to the armature.

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