Overhead Cranes / Henan Mine Crane
Multi-Point Suspension Crane
Cover a wide working area with a multi-point suspended crane arrangement. Coordinate runway support positions, load distribution and travel geometry with the building structure.
Define the total suspended load, duty and site conditions for your project.
Technical specifications
Check the load.
Plan the configuration.
Parameters and equipment options are matched to the application and confirmed in the technical proposal.
Discuss your configuration| Rated Lifting Capacity | 1t – 20t |
|---|---|
| Applicable Span | 10m – 60m |
| Number of Suspension Supports | 3+ sets |
| Drive System | Three-in-one drive system |
| Working Class | A3 – A6 |
| Lifting Speed | 2m/min – 12m/min |
| Crane Travel Speed | 15m/min – 30m/min |
| Hoist Type | Custom electric hoist |
| Control Mode | Ground handle / Wireless remote control / Cabin control |
| Power Supply | 380V/50Hz; 220V-660V/60Hz |
| Protection Level | IP54 (IP65 optional) |
| Working Temperature | -25℃ ~ 50℃ |
| Structural Feature | Modular assembly |
Final parameters, dimensions, wheel loads and supply scope follow the approved project specification.
Application & operation
Matched to the handling task.
Wide workshop coverage
Arrange suspension points around available structural support lines.
Large components
Coordinate lifting coverage with assembly positions and equipment clearances.
Selection considerations
Start with your operating conditions.
Load & lifting arrangement
Specify load geometry, lifting attachment and hook coverage. Include lifting-appliance weight and the required lifting positions.
Site & available space
Provide support positions, runway sections and building reactions. Coordinate the installation interfaces with the available site drawings.
Duty & control sequence
Define load distribution, travel alignment and operating cycle. Identify the required movements and control interfaces in the enquiry.
Configuration comparison
Compare related lifting arrangements.
| Crane arrangement | Handling configuration |
|---|---|
| Multi-Point Suspension Crane | Cover a wide working area with a multi-point suspended crane arrangement. Coordinate runway support positions, load distribution and travel geometry with the building structure. |
| Multi Support Double Girder Underhung Crane | Use a multi-support double-girder underhung arrangement for wide-span working areas and large components. The building supports, lifting coverage and load distribution are designed together. |
| Single-Beam Suspension Crane | Suspend an LX single-girder crane from an approved overhead runway to cover workshop lifting positions. Building support, runway geometry and available hook height determine the installation. |
| European Style Electric Single Beam Suspended Crane | Use a European-style electric-hoist suspension crane for overhead handling beneath a supported runway. Coordinate compact lifting geometry, travel control and building clearances with the workshop layout. |
Operating protection & lifecycle support
Plan beyond the equipment.
Operating protection
Confirm overload protection, travel limits, brakes, emergency controls and the required process interlocks for the declared lifting task.
Installation & commissioning
Agree runway reactions, structural interfaces, electrical connections, assembly, inspection and commissioning responsibilities before delivery.
Inspection & spares
Plan inspection and maintenance of suspension joints, runway contact surfaces and travel alignment. Agree service access, documentation and the required spare-parts scope.
Questions before the order
Clarify the details
that shape the crane.
What information is needed for a multi-point suspension crane quotation?+
Provide load geometry, lifting attachment and hook coverage; support positions, runway sections and building reactions; and load distribution, travel alignment and operating cycle. Include drawings and the project destination when available.
Why are all suspension positions needed before quotation?+
Each support position affects the crane geometry and reactions. Provide the structural grid and runway drawings so load distribution, travel alignment and clearances can be coordinated.
What installation and support scope should be agreed?+
Agree runway reactions, structural interfaces, electrical connections, assembly, inspection and commissioning responsibilities before delivery. Specify the documentation, training and spare-parts support needed for the project.
Related equipment
Explore the alternatives.
Overhead Cranes
Multi Support Double Girder Underhung Crane
Use a multi-support double-girder underhung arrangement for wide-span working areas and large components. The building supports, lifting coverage and load distribution are designed together.
View configuration
Overhead Cranes
Single-Beam Suspension Crane
Suspend an LX single-girder crane from an approved overhead runway to cover workshop lifting positions. Building support, runway geometry and available hook height determine the installation.
View configuration
Overhead Cranes
European Style Electric Single Beam Suspended Crane
Use a European-style electric-hoist suspension crane for overhead handling beneath a supported runway. Coordinate compact lifting geometry, travel control and building clearances with the workshop layout.
View configurationLet’s discuss your project
The right crane starts
with your lifting task.
Share load geometry, lifting attachment and hook coverage, together with your site layout and operating cycle.