For general workshops that need more hook height and a lighter bridge-crane solution with lower wheel loads.

Henan Mine Crane lh electric hoist bridge crane product image showing the crane and lifting arrangement.
The LH electric-hoist bridge crane is a widely applicable industrial crane for intermittent loading, unloading and equipment handling in general environments. Its low-headroom seated hoist is mounted on a trolley frame to improve vertical space utilization.
For buyers, the strongest reasons to consider this model are building height and structural load. The source highlights low self-weight and low wheel pressure, which can be useful in light industrial buildings where a heavier bridge crane would increase civil cost.
| Product Model | LH |
| Type-Test Product Name | Electric Hoist Bridge Crane |
| Lifting Mechanism | Electric hoist mounted on a trolley frame |
| Lifting Capacity | Configured according to project requirements |
| Span | Configured according to runway center distance |
| Lifting Height | Configured according to workshop / process requirements |
| Working Duty | Selected from load spectrum and operating frequency |
| Control Method | Configured according to project requirements |
Request A LH Electric Hoist Bridge Crane Quote
Electric hoist bridge crane for general intermittent and repetitive material handling.
Low-headroom design with a seated hoist mounted on the trolley frame.
Low-headroom arrangement improves vertical space utilization.
For a new purchase, any capacity, span, speed, duty or positioning value that is not published on the source page should be confirmed from the actual project rather than assumed from a similar crane.
The seated hoist on the trolley frame improves usable vertical hook space.
A lighter crane reduces dead load on the runway and building.
Lower wheel loads can help reduce runway and civil-structure demand.
The source specifically notes installation in light industrial buildings.
Forged wheels and Nanjing special drives are highlighted by the source.
Source product image showing another view of the LH Electric Hoist Bridge Crane structure and hoisting system. |
Source product image showing another view of the LH Electric Hoist Bridge Crane structure and hoisting system. |
Source gallery image associated with the LH Electric Hoist Bridge Crane product page, showing an installation or application reference. |
Source gallery image associated with the LH Electric Hoist Bridge Crane product page, showing an installation or application reference. |
Source gallery image associated with the LH Electric Hoist Bridge Crane product page, showing an installation or application reference. |
Source gallery image associated with the LH Electric Hoist Bridge Crane product page, showing an installation or application reference. |
| Bridge Structure | Main overhead bridge selected from span and load. |
| Trolley Frame | Carries the seated electric hoist in a low-headroom arrangement. |
| Electric Hoist | Primary lifting mechanism. |
| Forged Wheels | Source-highlighted travel components. |
| Drive System | Source highlights Nanjing special drive components. |
| Model | LH |
| Product Type | LH Electric Hoist Bridge Crane |
| Type-Test Product Name | Electric Hoist Bridge Crane |
| Lifting Mechanism | Electric hoist mounted on a trolley frame |
| Capacity | Project-specific |
| Span | Project-specific |
| Lifting Height | Project-specific |
| Hoisting Speed | Project-specific unless explicitly stated in source |
| Trolley / Crane Travel Speed | Project-specific |
| Working Duty | Project-specific |
| Control Method | Project-specific |
| Power Supply | According to site electrical conditions |
| Installation / Building Interface | According to workshop, runway and crane configuration |
Source-confirmed product facts:
Buyer-defined items for quotation:
| Manufacturing Workshops | General component and equipment handling. |
| Light Industrial Buildings | Projects where wheel load and crane self-weight matter. |
| Assembly Bays | Controlled lifting of machines and fabricated parts. |
| Maintenance Workshops | Equipment repair and replacement lifting. |
Provide roof and runway elevations to confirm the value of the low-headroom arrangement.
Share runway-beam and column data when structural loads are a concern.
Include rigging and attachments.
Use runway center distance and actual hook-height requirements.
State lifts per hour and daily operating hours.
Before manufacture and installation, confirm runway span, rail or runway-beam condition, elevation, straightness, available headroom, electrical supply and erection access. Multi-trolley, suspended or cross-rail systems also require the relevant trolley spacing, support-point or transfer-interface data to be checked before production.
Maintenance should follow the final supplied crane manual and include the hoists, brakes, ropes, hooks / attachments, wheels, drives, fasteners, limits and electrical protection. Synchronized and multi-trolley systems should also include periodic verification of encoders, control logic and relative lifting position where applicable.
| 1 | Maximum lifted load |
| 2 | Span |
| 3 | Lifting height |
| 4 | Available headroom |
| 5 | Runway length |
| 6 | Workshop drawing |
| 7 | Runway / building structure details |
| 8 | Operating frequency |
| 9 | Control method |
| 10 | Power supply |
| 11 | Destination and installation scope |
The source emphasizes low headroom, low self-weight and low wheel pressure.
The source states that its low self-weight and wheel pressure allow direct installation in light factory buildings, subject to project structural verification.
It increases the usable vertical space available to the hook.
No. They should be confirmed from project requirements rather than assumed.
Send your lifting load, span, lifting height, runway length, workshop drawing, operating cycle and any special lifting, synchronization, positioning or safety requirements. Henan Mine Crane engineers will review the application and prepare a project-specific crane configuration and quotation.