Overhead Crane Motors: Energy-Efficient and Closed Design

Crane motors are one of the key driving components in lifting equipment. They provide power, enabling the crane to perform various operations such as lifting, rotating, and traveling. The performance of the crane motor directly affects the operational efficiency and stability of the equipment.

Common types of crane motors include explosion-proof motors, variable frequency motors, and integrated motors. Choosing the appropriate motor type and power is crucial for ensuring the safety and working performance of the crane.

Conical rotor motor

ZD Conical rotor motor
ZD SERIES
ZDS Conical rotor motor 1
ZDS SERIES
ZDY Conical rotor motor 1
ZDY SERIES
YZR Conical rotor motor
YZR SERIES
YDE Conical rotor motor
YDE SERIES

Explosion-proof motor

BZDS explosion proof motor
BZDS SERIES
BZD、BZDY explosion proof crane motors
BZD、BZDY SERIES
YBZ explosion proof motor 1
YBZ SERIES

Variable frequency motor

YZP variable frequency motor centrifugal fan cooling
YZP (centrifugal fan cooling)
YZP variable frequency motor axial flow fan cooling
YZP (axial flow fan cooling)
QABP variable frequency motor
QABP SERIES

Integrated reduction motor

F series three in one reduction motor
F SERIES
K series three in one reduction motor
K SERIES
R series three in one reduction motor
R SERIES

For detailed product information, please refer to the PDF.

Benefits of DGCRANE motors

  • Adaptation to Mechanical Vibration and Impact: Since cranes are subjected to mechanical vibrations and impacts during operation, the motor structure is reinforced to withstand these conditions.
  • Higher Heat Resistance Insulation Class: Considering the heat generated during operation, a higher heat resistance insulation class is employed.
  • Frequent Start, Stop, and Reversal: Crane motors need to be capable of frequent starting, stopping, and reversing, so the design takes into account the effects of these operations.
  • High Mechanical Strength and Overload Capacity: Cranes often operate under overload conditions and endure mechanical shocks and vibrations, thus the motors are designed with high mechanical strength and overload capacity.
  • Rotor Design: To reduce inertia during starting and stopping, the rotor is typically designed to be elongated, resulting in shorter startup times and reduced starting losses.
  • Protective Cover and Closed Design: To accommodate dusty working environments, the motor’s protective cover and closed design are also key features.

Why choose DGCRANE motors

  • High Efficiency and Energy Saving: DGCRANE motors use advanced design and technology to ensure maximum energy efficiency under various loads, helping you reduce operating costs.
  • Stable and Durable: DGCRANE motors undergo rigorous quality testing, providing exceptional stability and durability, allowing for long-term operation in harsh working conditions while minimizing failures and maintenance costs.
  • Precise Control: DGCRANE motors support multiple control modes, offering excellent response speed and precise operational control, making them suitable for various complex applications.
  • Environmentally Compliant: We adhere to strict environmental standards. DGCRANE motors not only perform excellently but also have a minimal environmental impact, aligning with the global trend of green manufacturing.
  • Wide Applications: DGCRANE motors are applicable across multiple industries and sectors. Whether in industrial manufacturing, construction, or other specialized applications, they provide reliable solutions.

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