Henan Mine Crane · Custom Overhead Lifting
Overhead Crane for Sale
Find an overhead crane for your workshop, warehouse or production line. Henan Mine Crane manufactures single-girder, double-girder and underhung cranes configured around the lifted load, available space and daily handling cycle.
Compare crane arrangements, define the equipment and installation scope, and request a project-specific quotation. Your proposal should bring the crane specification, building interfaces, controls and delivery requirements together before an order is placed.
CRANE ARRANGEMENT
Single Girder, Double Girder or Underhung
RATED CAPACITY
Selected for the Load and Attachment
APPLICATION
Production, Storage and Maintenance
QUOTATION BASIS
Technical Specification and Supply Scope
Overhead Cranes for Industrial Handling
An overhead bridge crane uses a travelling bridge and hoist or trolley to lift and transfer loads within a defined working bay. It can serve fabrication stations, assembly positions, storage areas and maintenance locations without a floor-mounted travelling crane occupying the same route.
The appropriate overhead crane for sale depends on what the load must do after it leaves the floor. A maintenance lift, repeated production transfer and controlled placement of an assembly may require different mechanisms, speeds and duties at the same rated capacity.
Manufacturing and Assembly
Define the stations to be served, component dimensions and required placement control. Account for machinery and services along the load route.
Warehousing and Material Transfer
Check access to storage positions and loading areas. Hook approaches, load length and aisle arrangements determine the usable coverage.
Maintenance and Equipment Handling
Specify the heaviest assembly and the lifting height needed to clear equipment. Allow space for lifting beams, slings and component removal.
Overhead Crane Technical Specifications
A useful overhead crane quotation identifies the selected values below. Capacity, span and lifting height should be confirmed together with the duty and building layout; a broad catalogue range is not a project specification.
| Specification | Information Used to Configure the Crane |
|---|---|
| Rated capacity | Maximum payload, lifting accessories, load dimensions and centre of gravity; state whether capacity is in metric tonnes or another unit. |
| Span and runway | Runway centreline spacing, travel length, rail or beam details, and existing or proposed supports. |
| Hook height and coverage | Highest and lowest required hook levels, side and end approaches, roof clearance and obstructions. |
| Operating duty | Lifts per hour, operating shifts, travel distances and the share of lifts near rated load. |
| Lifting arrangement | Electric hoist or winch trolley, single or multiple hooks, and any dedicated load-handling attachment. |
| Motion and controls | Hoisting, trolley and bridge travel speeds; pendant, radio remote, cabin or specified automation. |
| Site environment | Indoor or outdoor use, temperature, humidity, dust, corrosion, heat and hazardous-area requirements. |
| Electrical supply | Site voltage, frequency, phases, earthing and the incoming power connection. |
| Supply and acceptance | Crane, runway equipment, installation responsibilities, documents and agreed factory and site inspections. |
For a metric 5-ton requirement, see the 5 Ton Overhead Crane page. The weight of suspended lifting accessories must be considered when confirming the required crane capacity.
Selection Considerations
01 / HANDLING TASK
Start with the Lift
List the heaviest load and normal operating loads. Show the pickup and placement points and identify any rotation, coordinated lifting or special attachment.
02 / SITE FIT
Check the Building Interface
Provide a plan and cross-section. For an existing runway, check the proposed wheel loads, wheel spacing, rail interface and clearances against the supporting structure.
03 / DUTY
Define the Work Cycle
Compare cranes at the duty actually required. Frequent production handling can change the hoist, drives, brakes and maintenance requirements even when capacity is unchanged.
04 / PROJECT SCOPE
Agree the Complete Scope
Identify who supplies runway beams, rails, power distribution, supports and installation. Ask for inclusions and exclusions to be listed with the equipment quotation.
Overhead Crane Configurations Compared
Compare overhead cranes for sale against the same load, operating cycle and building drawing. Several arrangements may be feasible; the decision should include equipment cost, support requirements and access for maintenance.
| Crane Configuration | Design Arrangement | Where to Consider It | Quotation Check |
|---|---|---|---|
| Single-Girder Overhead Crane | One bridge girder with the selected travelling hoist. | Consider for general workshop lifting where the proposed capacity, duty and hook coverage meet the task. | Check hoist headroom, hook approaches and runway reactions. |
| Double-Girder Overhead Crane | Two bridge girders with the specified trolley or hoist arrangement. | Consider when the required lifting envelope, trolley layout or equipment arrangement favours two girders. | Compare overall dimensions and mechanism duty; girder count alone does not establish performance. |
| Underhung Overhead Crane | The bridge travels on the lower flanges of suitable runway beams. | Consider where a suspended runway layout fits an engineered supporting structure. | Check beam flanges, supports, connections and clearances. |
| Double-Trolley Overhead Crane | Two lifting units on one bridge. | Consider for defined two-point handling or independent lifting duties. | Specify each hoist rating, permitted combined load and coordinated operating modes. |
| Grab Overhead Crane | A lifting system configured around a bulk-material grab. | Consider for repeated pickup and discharge of suitable bulk materials. | Confirm material density, grab self-weight, discharge geometry and required throughput. |
| Explosion-Proof Overhead Crane | Equipment configured for a specified hazardous environment. | Consider where the site classification requires explosion-protected equipment. | Match the design and documentation to the actual gas or dust hazard and applicable requirements. |
Single and double girder describe the bridge structure. Top-running and underhung describe how the bridge runs on its runway. These terms cover different design choices and should both be stated where relevant.
How the Lifting System Affects the Specification
Hoist and Trolley Arrangement
The hoist raises the load and the trolley moves it across the bridge. Hook block dimensions, hoist position and trolley limits affect the actual working envelope. Match the lifting mechanism to the load spectrum and lift height.
Bridge and Runway Interface
Bridge travel covers the length of the bay. Wheel arrangement, runway geometry and support reactions affect the building interface, so the crane and runway should be evaluated together.
Speed and Positioning
Hoisting speed, cross travel and long travel serve different parts of the cycle. Specify any need for slow placement, controlled acceleration or positioning functions so the proposed controls can be assessed.
Safety and Control Configuration
Define safety functions and operating modes with the selected crane. The quotation should identify required protections and separately describe additional control or monitoring functions.
- Load and motion protection: agree overload protection, hoisting and travel limits, brakes, emergency stops and relevant electrical protections, with acceptance checks for the specified functions.
- Control stations: choose pendant, radio remote or cabin operation around visibility and access. Define control priority and the required response to loss of a command signal.
- Shared operating areas: assess collision prevention, access controls and operating separation where cranes or equipment share the working bay.
- Process-specific lifting: magnetic lifting, metallurgical handling and coordinated hoist arrangements require their own load-retention, thermal or fault-response review.
A crane’s girder arrangement does not define its safety package. Any additional brakes, power-loss provisions, anti-sway controls or monitoring functions must be included explicitly in the agreed design.
What Should an Overhead Crane Quotation Include?
An overhead crane price is meaningful only when its scope is clear. Two quotations for the same capacity may cover different equipment, runway interfaces, testing or site work. Request a line-by-line scope before comparing the totals.
| Quotation Line | Scope to Agree |
|---|---|
| Crane equipment | Bridge girders, end carriages, hoist or trolley, hook arrangement, drives and crane-mounted electrical equipment. |
| Runway equipment | Runway beams, rails or suspended tracks, connections, stops and supporting steelwork, where included. |
| Power supply | Crane and runway power distribution, cable arrangements and the boundary with the site incoming supply. |
| Inspection and documentation | Approved drawings, manuals, electrical diagrams, inspection records and the agreed factory and site test scope. |
| Delivery and site work | Packing, transport, unloading, installation equipment, labour, commissioning and operator familiarisation, as contracted. |
Ask the overhead crane supplier to list exclusions, site responsibilities, currency, delivery terms and quotation validity. Warranty coverage, spare parts and service arrangements should be stated in the offer.
What Affects Overhead Crane Price?
Capacity and span influence the structure, while duty, lift height and operating speeds influence the lifting and travel mechanisms. Restricted headroom, multiple hoists, dedicated attachments, environmental protection and automation can change the configuration further.
A lower equipment price may cover a different hoist, operating duty or supply boundary. Compare the proposed specification and installed project scope, including any runway work and acceptance requirements.
Load and Structure
Capacity, span, hook envelope and runway reactions.
Work Cycle and Controls
Operating duty, speed control, attachment and process functions.
Project Scope
Runway supply, protection, inspection, delivery and installation.
Manufacturing Review and Order Approval
Review the Henan Mine Crane manufacturing facilities alongside the product proposal. For your order, agree the records and inspections needed to verify the selected configuration.
- Approve the general arrangement, hook coverage and building interfaces before manufacture.
- Confirm component specifications, electrical requirements and any agreed substitutions.
- Define inspection points, witness arrangements and the required test records.
- Agree which checks occur at the factory and which require the installed crane on site.
Applicable standards and conformity documents should be identified for the destination and project. The required records must relate to the supplied crane and its agreed scope.
Delivery, Installation and After-Sales Support
Delivery Planning
Request a schedule tied to drawing approval, component procurement, manufacture, inspection and shipment. Transport time and site readiness should be considered separately from factory completion.
Installation Readiness
Confirm runway completion, assembly space, unloading arrangements, power availability and access for installation equipment. Assign responsibility for local lifting equipment and site coordination.
Service and Spare Parts
Agree documentation language, operator familiarisation, warranty terms and service scope. Identify maintenance access and recommended spares for the selected hoist, drives, wheels and electrical equipment.
Overhead Crane Purchase FAQ
Are these new overhead cranes or used cranes?
This page covers new overhead cranes manufactured for project requirements. State the required configuration and site conditions when requesting a quotation.
Are overhead cranes available for immediate delivery?
Ask about availability for the exact specification. Capacity alone is not enough to establish a match: span, lifting height, duty, power supply and controls must also suit the project. Confirm the delivery date in the offer.
How much does an overhead crane cost?
A project quotation is needed because the structure, mechanisms and supply scope vary. Provide capacity, span, lift, duty, building information and site location so the equipment and delivery requirements can be priced together.
Does the price include runway beams and installation?
Only if these items are included in the agreed offer. Ask for runway equipment, supporting steelwork, power distribution, installation, commissioning and transport to be listed separately or clearly included.
Can I buy a crane for an existing workshop?
Yes, a proposal can be developed for an existing building. Suitability depends on the runway and support assessment, available clearances, hook coverage and electrical supply.
Can I order a 5 ton or 10 ton overhead crane?
Include the required capacity in your enquiry together with the load, duty and building dimensions. The selected structure, lifting mechanism and site interfaces must be confirmed for that requirement.
What should be agreed before placing an order?
Confirm the technical specification, drawings, inclusions and exclusions, inspection plan, delivery schedule, commercial terms and site responsibilities. Resolve any differences between the enquiry and quotation before acceptance.
Request An Overhead Crane Quote
Send Henan Mine Crane your overhead lifting requirement for configuration and quotation review. A building plan, cross-section and load description help define a proposal that matches the site.
- Required capacity, typical load and lifting attachment
- Runway span and length, required lifting height and building clearances
- Operating cycle, environment, power supply and preferred controls
- Project country, delivery needs, inspection requirements and installation scope