Low Headroom Electric Hoist
Capacity:
0.5t – 20t (Standard) / Up to 100t (Custom)
Lifting Height:
3m – 30m (Customizable up to 60m)
Work Duty:
M3 – M6 / FEM 2m – 4m
Protection Rating:
IP44 – IP55
Power Supply:
380V-415V / 50Hz / 3-Phase AC
Ambient Temp:
-20°C to +40°C
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Product Introduction
The Low Headroom Electric Hoist is a specialized lifting device manufactured by Henan Mine, engineered specifically for applications where vertical space is severely limited, such as low-ceiling workshops, basements, underground facilities, and buildings with existing overhead obstructions like ductwork or pipework . This hoist features a compact, space-saving design where the motor and gearbox are integrated parallel to the hoist's beam rather than positioned alongside the hook, significantly reducing the distance between the hook and the beam (headroom dimension as low as 180-403mm for ultra-low models, compared to 600-800mm for standard hoists) and maximizing effective lifting height .
Low Headroom Electric Hoist are small lifting devices with advantages such as compact structure, light weight, small size, strong component versatility, and convenient operation. Low headroom wire rope electric hoists are mainly used for various lifting, pulling, loading and unloading of heavy objects. They can be installed alone on I-beams or used in conjunction with Manual/Electric Single/Double-girder Overhead crane, Cantilever, and Gantry cranes.Low headroom wire rope electric hoists usually used in low headroom workshop which want the Max. lifting height.
Technical Data
| Max. Lifting Height | Other | Warranty | 1 Year |
| Machinery Test Report | Provided | Video outgoing-inspection | Provided |
| Rated Lifting Moment | Different | Place of Origin | Henan, China |
| After-sales Service Provided | Field installation, commissioning and training | Service | OEM |
Application
The Low Headroom Electric Hoist is an engineering marvel specifically designed for applications where vertical space is at a premium. Unlike standard hoists where the motor and gearbox are positioned alongside the hook, the low headroom design integrates these components parallel to the hoist's beam, significantly reducing the distance between the hook and the beam. This innovative configuration allows you to utilize the full height of your facility for lifting, not for hoist clearance.
Core Applications – Low Headroom Electric Hoist
1.Low-Ceiling Workshops & Factories – Lifts machinery, equipment, and materials in facilities built with height restrictions where standard hoists cannot achieve sufficient lifting height due to overhead cranes, lights, or structural beams limiting clearance .
2.Basements & Underground Facilities – Handles heavy components, storage items, and equipment in underground parking garages, basement workshops, and subterranean storage areas where vertical clearance is extremely limited and standard hoists cannot fit .
3.Warehouses with Height Restrictions – Maximizes storage density by allowing loads to be lifted closer to the ceiling, creating additional racking space in older warehouses or facilities with low roof trusses and existing overhead conveyors or pipework .
4.Power Plants & Pumping Stations – Performs maintenance lifting, pump replacement, and equipment handling in areas with limited headroom due to existing pipework, ductwork, structural beams, or overhead electrical busbars that restrict crane clearance .
5.Shipbuilding & Marine Applications – Operates in low-clearance areas within ships such as engine rooms, below-deck storage, and machinery spaces where vertical height is naturally restricted by vessel design and structural members .
6.Mining & Tunneling Operations – Handles equipment and materials in underground mining operations, tunnels, and excavated spaces where headroom is naturally constrained by rock formations and support structures requiring compact lifting solutions .
Features
1
By optimizing the layout of the motor and the drum, the overall height of the machine can be reduced by 30% to 50%, and the limit distance on the hook can be minimized.
2
The modular design supports various installation methods such as suspended type and trolley type.
3
The modular design supports multiple installation methods, including suspended and trolley-type installations.
4
By optimizing the layout of the motor and drum, the overall height of the machine is reduced by 30%-50%, minimizing the maximum distance on the hook.
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