CIR06G-18-11S-F80

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CIR06G-18-11S-F80 is a type of AC/DC dual-speed motor with dual-shaft, particularly suitable for precision control of two or four-bar mechanism. It is a unique combination of powerful and precise motion control with the flexibility of three different motor types, making this motor an ideal choice for applications with a high power/torque requirement.

The CIR06G-18-11S-F80 is a dual-speed AC/DC motor with dual-shafts, with variable speed up to a maximum of 18000 revolutions per minute (RPM). It has a low starting torque but a high continuous torque, allowing for precise control and smooth operation. The dual-shaft design allows for both counter-clockwise and clockwise rotation, allowing the user to direct the motor in both directions. The motor is designed with a built in magnetic brake, allowing for secured and accurate stopping.

The CIR06G-18-11S-F80 is designed with a planetary gearbox that provides gear ratios between 2.65 and 45.0. This allows the motor to operate and deliver power in both high-speed and low-speed operation. The motor also features an adjustable speed control, enabling the user to change the speed of the motor without the need for external components. The motor also comes with an over-current protection system, which protects the motor and its components from damage due to sudden current spikes.

The CIR06G-18-11S-F80 motor is capable of playing a vital role in machine automation and automation equipment. It is suitable for single axis robot arms, multi-axis robot arms, handling robots, and robotic hands. It can also be used in feeder devices, conveyor systems, packing machines, cutting machines, and printing machines. It can work with different types of motion control systems including pulse width modulation (PWM), pulse code modulation (PCM), speed control, and position control. It can also be used in a variety of applications for precise control of two-dimensional movement.

In terms of its working principle, the CIR06G-18-11S-F80 motor utilizes the electromagnetic force that arises between two poles of the same magnet. This force is transformed into a rotational motion when the magnetic field of the opposite poles interact. When current is sent to the armature of the motor, it experiences a rotation, resulting in a rotational motion of the shaft. This increases the power output of the motor, allowing it to operate at variable speeds.

The CIR06G-18-11S-F80 motor offers a reliable and flexible solution for precision motion control applications. It has a high power/torque ratio and is suitable for applications requiring precision control. The dual-shaft design allows for both counter-clockwise and clockwise rotation, allowing the user to direct the motor in both directions. The motor also comes with an over-current protection system, which protects the motor and its components from sudden current spikes. It can work with different types of motion control systems and can be used in a variety of industrial automation applications for precise control of two-dimensional movement. Therefore, making it an ideal choice for precision motion control applications.

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