DBM13W3SOL2A197

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DBM13W3SOL2A197 is a type of motor motorized with iron core in its operating mechanism. It is an AC series single-ph − three-phase motor, one of the most commonly used motor types in the industry. It can be used to drive various applications such as conveyor belts, hoists, pumps, compressors, and certain textile machinery.

The primary benefit of DBM13W3SOL2A197 motors is that they are built for high torque applications. The 18-pole third phase of this motor allows it to produce higher torque than an equivalent 9-pole motor, and it does so while consuming less Current, allowing for important cost savings. This motor type also offers overload protection, which is important for any application that would require continuous running.

The working principle of DBM13W3SOL2A197 motors is based on Faraday’s Law of magnetic Induction. This law states that when a varying magnetic field is applied to an electrical conductor, an electric current will be induced in the conductor. This phenomenon forms the basis of the DBM13W3SOL2A197 motor\'s working principle.

The DBM13W3SOL2A197 motor works in three stages. The first stage involves ac current generation. Through the use of a rotating magnetic coil, alternating current is generated which is used to power the stator coils. The second stage involves the conversion of ac current into a rotating magnetic field. The alternating current is converted into a rotating magnetic field using a rotor system. Finally, the rotor coils interact with the stator coils in a rotating manner, inducing torque on the output shaft.

The DBM13W3SOL2A197 motor is used in a range of diverse applications. It is ideal for high performance, continuous duty applications such as conveyor belts, hoists, and pumps. It is also used in the textile industry for weaving machines and other heavy-duty machinery. The 18-pole third phase of this motor allows it to produce higher torque than an equivalent 9-pole motor.

In summary, the DBM13W3SOL2A197 motor is a type of motor motorized with iron core in its operating mechanism. It operates on the principle of Faraday’s Law of magnetic induction, converting alternating current into a rotating magnetic field. This motor type is often used in applications requiring high torque such as conveyor belts, hoists, and pumps, as well as in the textile industry for weaving machines. Its 18-pole third phase allows it to produce higher torque than an equivalent 9-pole motor while consuming less current, making it an attractive option for many industries.

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