CD1 Electric Hoist

CD1 Electric Wire Rope Hoist Multiple Load Capacities for Single Girder CranesThe CD1 electric wire rope hoist is a compact single-speed lifting unit designed for stable vertical lifting and optional

CD1 Electric Wire Rope Hoist Multiple Load Capacities for Single Girder Cranes

The CD1 electric wire rope hoist is a compact single-speed lifting unit designed for stable vertical lifting and optional horizontal travel on single-girder cranes, gantry cranes, jib cranes and industrial material-handling systems.

CD1 Electric Wire Rope Hoist for Industrial Lifting

The CD1 electric wire rope hoist is a practical lifting solution for factories, workshops, warehouses and industrial production areas. It uses an electric motor, wire-rope drum and reduction mechanism to lift loads smoothly while keeping the overall structure compact. The unit can be installed as a fixed hoist for vertical lifting or combined with a travelling trolley when both lifting and horizontal movement are required.

Its compact body and relatively low self-weight help reduce the space required for installation. This makes the CD1 suitable for single-girder overhead cranes, gantry cranes, jib cranes and other lifting structures where reliable daily material handling is needed. Multiple load-capacity and lifting-height configurations can be supplied according to the working conditions of the project.

Key Features

  • Compact structure: The motor, drum and transmission system are arranged in a compact body that is convenient to install and maintain.
  • Stable single-speed lifting: The electric drive provides controlled and consistent vertical movement for general industrial lifting tasks.
  • Steel wire rope lifting medium: A high-strength steel wire rope runs on the drum to support dependable lifting performance.
  • Integrated braking: The conical-rotor braking motor helps stop the lifting mechanism and hold the load when the control is released.
  • Fixed or travelling installation: The hoist can be used for vertical lifting only or fitted with a trolley for movement along a suitable beam.
  • Flexible project configuration: Load capacity, lifting height, power supply, control method and travelling arrangement can be selected to match the application.

Typical Applications

CD1 wire rope hoists are widely used for lifting machinery parts, molds, fabricated components, raw materials and finished goods. Typical installation locations include manufacturing workshops, assembly areas, warehouses, maintenance facilities, mining-related operations, loading areas, logistics centers and production lines.

The hoist can work as part of a single-girder overhead crane, a light gantry crane or a jib-crane system. For a new installation, the supporting beam, crane structure and electrical system must be selected for the rated load and actual duty conditions.

Configuration Options

  • Multiple rated load capacities
  • Different lifting heights
  • Fixed suspension or electric trolley configuration
  • Pendant push-button or compatible remote-control operation
  • Power supply and control voltage selected for the destination market
  • Application-specific beam and travelling arrangement

How to Select the Correct CD1 Hoist

Please provide the required load capacity, lifting height, available power supply, installation type and expected operating frequency. If a travelling trolley is required, also provide the beam type and flange dimensions. These details allow the hoist and trolley to be matched to the intended crane structure.

Ordering Information

Before placing an order, please confirm the rated capacity, lifting height, power supply, fixed or travelling configuration, control method, quantity and destination. Packaging, lead time and shipping arrangements can then be confirmed according to the selected model and order volume.

Operation and Safety

The hoist must be installed, inspected and operated by qualified personnel. Never exceed the rated capacity or use the hoist to lift people. Check the wire rope, hook, brake, limit device, controls and supporting structure before operation. Final specifications and safety requirements should be confirmed against the selected model and the regulations applicable at the installation site.




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