CG Power Three Phase 600 HP 8 Pole Foot Mounting Slip Ring Induction Motor, NDW450LX

Description

  • CG Power Three Phase 600 HP 8 Pole Foot Mounting Slip Ring Induction Motor
  • A slip ring induction motor, also known as a wound rotor motor, is a type of induction motor with an external set of rotating conductive rings and brushes, allowing for additional control and versatility in various applications. Unlike the more common squirrel-cage rotor design, slip ring motors have three separate phases of windings on the rotor, connected to the external rings through brushes
  • The unique feature of slip rings enables the introduction of external resistors or other devices, offering adjustable rotor resistance and control over motor characteristics. This makes slip-ring induction motors suitable for applications with specific performance requirements. Some notable uses include
  • High-Starting Torque Applications: Slip ring motors are well-suited for applications requiring high starting torque, such as heavy-load crushers, mills, and conveyors in industries like mining and cement manufacturing
  • Variable Speed Drives: The external resistance in the rotor circuit allows for control over the motor's speed and torque characteristics. This makes slip-ring motors suitable for applications that demand variable speeds, such as hoists, elevators, and winding machines
  • Crane and Hoist Systems: Slip ring induction motors are commonly employed in crane and hoist systems because they provide high torque during the starting phase and adapt to varying loads and speeds
  • Pumping Stations: Applications involving large pumps, like those used in water supply and distribution systems, benefit from slip-ring motors as they can handle the high starting torque required to initiate pump operation
  • Air Compressors: Slip ring motors are used in air compressors where the ability to control starting torque and speed is essential for efficient operation

CG Power Three Phase 600 HP 8 Pole Foot Mounting Slip Ring Induction Motor, NDW450LX

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CG Power Three Phase 600 HP 8 Pole Foot Mounting Slip Ring Induction Motor A slip ring induction motor, also... Read more

5 in stock

Rs. 16,950,000.00 Rs. 8,571,560.00 Excl. VAT

  • Shipped today? Order within: Jun 09, 2025 17:00:00 -0400

    Description

    • CG Power Three Phase 600 HP 8 Pole Foot Mounting Slip Ring Induction Motor
    • A slip ring induction motor, also known as a wound rotor motor, is a type of induction motor with an external set of rotating conductive rings and brushes, allowing for additional control and versatility in various applications. Unlike the more common squirrel-cage rotor design, slip ring motors have three separate phases of windings on the rotor, connected to the external rings through brushes
    • The unique feature of slip rings enables the introduction of external resistors or other devices, offering adjustable rotor resistance and control over motor characteristics. This makes slip-ring induction motors suitable for applications with specific performance requirements. Some notable uses include
    • High-Starting Torque Applications: Slip ring motors are well-suited for applications requiring high starting torque, such as heavy-load crushers, mills, and conveyors in industries like mining and cement manufacturing
    • Variable Speed Drives: The external resistance in the rotor circuit allows for control over the motor's speed and torque characteristics. This makes slip-ring motors suitable for applications that demand variable speeds, such as hoists, elevators, and winding machines
    • Crane and Hoist Systems: Slip ring induction motors are commonly employed in crane and hoist systems because they provide high torque during the starting phase and adapt to varying loads and speeds
    • Pumping Stations: Applications involving large pumps, like those used in water supply and distribution systems, benefit from slip-ring motors as they can handle the high starting torque required to initiate pump operation
    • Air Compressors: Slip ring motors are used in air compressors where the ability to control starting torque and speed is essential for efficient operation

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