1300140053

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1300140053 is a kind of motor dedicated to medium and lightweight applications in the industry of industrial automation. With such a motor mounted on the equipment, the user can operate it constantly at high speeds, improve the productivity, and achieve a great cost savings.

The core principle of 1300140053 lies in the use of a Brushless DC (BLDC) motor technique. It is a different type of motor compared to the normal brush type. It does not contain any brushes or mechanical commutators, instead it is dependent on electronic control signals to activate the motor. This motor uses an Electronic Commutation System (ECS) which uses three sets of windings connected in two phases, in order to reduce the overall cost and complexity of the BLDC motor.

The 1300140053 has a power range of 0.4-3.1 kW and can provide a torque of up to 48 Nm. It is suitable for applications that require low speeds, constant mechanical strength and high precision. This motor is suitable for environments such as industrial materials handling, robotic arms and fiber winding machines.

In comparison to the conventional DC motor, the 1300140053 has several advantages such as smoother control, improved power density, improved torque density and a wide speed range. The motor also delivers higher performance in terms of torque-speed, power-speed and efficiency. The motor can hold the position while in motion, reducing the time it takes to stop and start. This is beneficial in applications such as industrial fan machines, packaging machines and freezers.

The Electronic Commutation System is manufactured with a special surface insulation technology for better protection against shock, electrochemical reaction, temperature fluctuation, dust, and moisture. This also helps to reduce the overall cost of the motor by enabling the motor to operate for a longer period of time, resulting in a reduction in maintenance costs.

In summation, the 1300140053 has several advantages over traditional motors in industrial applications. This motor can be used to reduce costs, improve speed and torque, and reduce the time it takes to stop and start. Its Electronic Commutation System helps improve the reliability of the motor and enable it to operate for extended periods of time.

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