Henan Mine Crane · Commercial Pricing and Configuration
5 Ton Overhead Crane Price
A standard 5 ton single-girder overhead crane commonly requires an initial equipment budget of approximately US$5,000–$20,000. Double-girder, compact European-style, hazardous-area and installation-inclusive projects require a higher budget.
Henan Mine Crane manufactures project-configured 5 ton bridge cranes for workshops, warehouses, fabrication bays, assembly lines and maintenance facilities. Formal pricing is established from the span, lifting height, duty, controls, building interface and contracted supply scope.
RATED CAPACITY
5 t / 5,000 kg
INITIAL EQUIPMENT BUDGET
US$5,000–$20,000
COMMON CONFIGURATION
Single Girder + Electric Hoist
PRICE STATUS
Budget Range · Formal Quote Required
How Much Does a 5 Ton Overhead Crane Cost?
Current public market offers indicate approximately US$3,000–$10,000 for basic or underhung 5 ton electric-hoist equipment, US$5,000–$20,000 for general single-girder factory-supply configurations, and US$10,000–$25,000 for double-girder electric-hoist configurations. Compact European-style equipment can reach approximately US$20,000–$30,000.
These amounts are equipment-budget indications rather than fixed Henan Mine Crane selling prices. Published offers frequently exclude runway beams, columns, foundations, international freight, import charges, unloading, erection, site wiring, commissioning and third-party inspection.
Market check date: 8 September 2026. Budget bands support feasibility and capital planning. Purchase approval requires a formal quotation with configuration, inclusions, exclusions, delivery term, validity and payment conditions.
5 Ton Overhead Crane Price by Configuration
The same 5,000 kg capacity can produce materially different prices because bridge structure, span, headroom, duty and component scope change. The following bands consolidate currently visible market offers into practical procurement categories.
| 5 Ton Configuration | Indicative Equipment Budget | Typical Commercial Basis | Principal Variables |
|---|---|---|---|
| Basic or Underhung Single Girder | US$3,000–$10,000 | Electric-hoist equipment with limited factory supply | Span, suspension runway, hoist, electrification and exclusions |
| General Single Girder | US$5,000–$20,000 | Top-running bridge with wire-rope electric hoist | Span, lift, headroom, duty, speeds and component level |
| Double Girder with Electric Hoist | US$10,000–$25,000 | Two girders with trolley-mounted electric hoist | Trolley layout, service access, span, duty and wheel loads |
| European-Style Compact Single Girder | US$20,000–$30,000 | Compact hoist, selected components and controlled motions | Headroom, component brands, variable speed and documentation |
| Branded Crane Component Kit | Approximately US$30,800 | A current 50 ft market listing for hoist, end trucks, panel and festoon components | Main girder, runway, site power and spares excluded |
A low advertised amount may describe a hoist, crane kit or basic factory package rather than a complete operating system. Procurement comparison requires the same span, lift, duty, control, bridge steel, runway boundary and delivery term.
Selection Considerations
01 / LOAD
Complete Suspended Load
The payload, lifting beam, hook attachment, slings and other below-the-hook equipment must remain within the permitted 5,000 kg load.
02 / GEOMETRY
Span, Lift and Headroom
Runway gauge, hook travel, highest hook position, end approaches and roof clearances determine the structure and steel quantity.
03 / DUTY
Operating Cycle
Lifts per hour, load spectrum, travel distances, shifts and production criticality determine working class and mechanism ratings.
04 / BUILDING
Runway and Support Capacity
Crane weight, wheel spacing, vertical reactions and horizontal forces must be coordinated with the rail, runway and building structure.
05 / CONTROL
Motion Performance
Pendant, radio control, variable-frequency drives, dual speeds and positioning functions affect component scope and commercial value.
06 / ENVIRONMENT
Operating Conditions
Temperature, dust, moisture, corrosion, outdoor exposure and hazardous-area classification require appropriate equipment protection.
5 Ton Overhead Crane Compared with Other 5 Ton Configurations
Configuration selection precedes price comparison. The lowest equipment amount does not provide commercial value when hook coverage, runway arrangement, duty or environmental protection is unsuitable.
| Configuration | Commercial Position | Application | Critical Price Inputs |
|---|---|---|---|
| 5 Ton Single-Girder Crane | General starting price level | Workshop, warehouse, assembly and maintenance lifting | Span, hoist, lift, headroom, duty and runway reactions |
| 5 Ton Double-Girder Crane | Higher structural and trolley cost | Demanding duty, defined hook envelope or service access | Trolley arrangement, access, bridge mass, span and duty |
| 5 Ton Underhung Crane | Equipment cost can be low; building work varies | Suspended runway systems with compatible structure | Runway beams, suspension points, support spacing and geometry |
| 5 Ton European-Style Crane | Higher component and control price level | Compact headroom and controlled production movements | Hoist design, drives, controls, component brands and documentation |
| 5 Ton Explosion-Proof Crane | Project-specific premium | Specified hazardous gas or dust environments | Zone, substance, temperature class, protection and conformity scope |
5 Ton Overhead Crane Project Cost Breakdown
The crane purchase price and the installed project cost are different commercial values. A complete capital budget separates equipment, infrastructure, logistics and site execution.
A / CRANE PACKAGE
Bridge and Hoisting Equipment
Girder, end carriages, hoist or trolley, drives, controls, electrical panel and crane electrification.
B / RUNWAY
Rails and Supporting Structure
Runway beams, rails, columns, brackets, end stops, foundations and structural verification when included.
C / LOGISTICS
Packing and Delivery
Export packing, inland transport, ocean or land freight, insurance, import charges, unloading and storage.
D / SITE WORK
Installation and Commissioning
Access equipment, erection labour, site wiring, testing, commissioning, training and handover records.
Budget formula: Installed project cost = crane equipment + runway and structure + electrification + freight and import costs + unloading and erection + commissioning and acceptance.
How Span, Headroom and Duty Change the Price
Span and Structural Steel
Longer spans generally require larger structural sections, additional fabrication and higher transport volume. Public factory offers illustrate this effect: a standard single-girder 5 ton crane at approximately 10.5 m span is commonly budgeted below the same capacity at approximately 19.5 m span.
Headroom and Hook Coverage
Compact hoists, low-headroom structures and alternative trolley arrangements can preserve lifting height but change the equipment package. A dimensioned layout is required to compare usable hook position rather than nominal crane height.
Duty and Motion Control
Frequent cycles, repeated near-capacity lifts, longer travel, faster motion and precise positioning increase mechanism and control requirements. Rated capacity alone does not establish working class or expected service.
What a Comparable 5 Ton Crane Quotation Must Include
A price comparison is valid only when every proposal covers the same technical and commercial boundary. The following schedule prevents an equipment-only offer from being compared with an installed system.
| Quotation Item | Required Definition | Commercial Risk if Omitted |
|---|---|---|
| Technical Configuration | Capacity, span, lift, duty, speeds, control, power and environment | Low price may reflect lower duty, different dimensions or incomplete controls |
| Component Schedule | Hoist, motors, brakes, gear units, controls, electrification and protection | Unspecified components prevent performance and maintenance comparison |
| Runway Boundary | Rails, beams, columns, brackets, conductor system and structural responsibility | Major supporting steel and civil costs may remain outside the offer |
| Delivery and Installation | Named delivery term, destination, unloading, erection, wiring and commissioning | Unallocated logistics and site work can materially increase final expenditure |
| Inspection and Documentation | Drawings, manuals, certificates, inspection points, testing and handover records | Acceptance requirements may become unpriced variations after order placement |
Purchase Price and Life-Cycle Cost
Capital cost remains important, but the lowest purchase amount may increase operating expenditure when components, duty selection or maintenance access are unsuitable. Commercial evaluation should include the following ownership factors.
Energy and Motion
Motor sizing, travel distances, acceleration, regenerative functions and operating hours influence electricity consumption.
Inspection and Maintenance
Access, lubrication, ropes, hooks, brakes, wheels, electrical items and periodic inspection create recurring expenditure.
Spare Parts and Downtime
Component availability, critical spares, diagnostic information and production dependency affect outage risk.
Manufacturing, Inspection and Order Documentation
Henan Mine Crane develops the manufacturing package from the approved technical agreement and general arrangement. Inspection and documentation requirements are connected to the contracted crane structure, mechanisms, electrical system and supply boundary.
- General arrangement with crane envelope, hook approaches and interfaces
- Wheel loads, wheel spacing, rail data and electrical connection requirements
- Component schedule, electrical drawings and operating documentation
- Agreed factory inspection, functional checks and test records
- Packing schedule and shipment preparation for the destination
Manufacturing facilities and production scenes are presented in the Henan Mine Crane factory display.
Information Required for a Formal 5 Ton Crane Price
A complete RFQ enables configuration selection, dimensioned layout development and a defined commercial proposal.
Load and Duty
- Maximum and typical suspended loads
- Attachment weight and load dimensions
- Lifts per hour and operating shifts
- Required speeds and positioning performance
Building and Runway
- Runway span and travel length
- Required hook height and approaches
- Existing rail, beam and support data
- Building cross-section and obstruction layout
Environment and Commercial Scope
- Temperature, dust, corrosion and hazard data
- Voltage, frequency and phases
- Project location and delivery term
- Runway, freight, installation and testing boundary
5 Ton Overhead Crane Price FAQ
What is the current price of a 5 ton overhead crane?
A general single-girder 5 ton overhead crane currently requires an initial equipment budget of approximately US$5,000–$20,000. Basic underhung offers can fall below this band, while double-girder and compact premium configurations can exceed it.
Why do online 5 ton crane prices vary so widely?
Some listings cover only a hoist or component kit, while others include the bridge, end trucks, controls and electrification. Span, lift, duty, component brands, runway scope and delivery region also create substantial differences.
Does the 5 ton overhead crane price include runway beams?
Runway beams, rails, columns, brackets, end stops and foundations are separate unless expressly included. Crane reaction data and the structural responsibility boundary must be stated in the proposal.
Does the quoted amount include freight and installation?
Freight, insurance, import charges, unloading, erection, site wiring, commissioning and testing are included only when identified in the commercial scope. The named delivery term determines logistics responsibility.
Is a single-girder crane always cheaper than a double-girder crane?
A single-girder crane generally has a lower starting equipment cost. Final value depends on hook height, span, duty, trolley arrangement, maintenance access and building modifications required by each structure.
How does span affect a 5 ton bridge crane price?
A longer span generally increases structural steel, fabrication, crane mass, wheel reactions and shipment volume. Span must be coordinated with the runway gauge and building rather than selected from a price table alone.
Can a 5 ton crane operate on an existing runway?
Compatibility is determined from rail size, runway geometry, alignment, support condition and allowable reactions. Existing crane capacity alone does not confirm suitability for a replacement crane.
What is required for a formal Henan Mine Crane quotation?
Rated load, span, lifting height, runway length, operating duty, control method, power supply, environment, project location and required supply scope establish the commercial proposal.
Request A 5 Ton Overhead Crane Quote
Submit the 5,000 kg load requirement, span, lifting height, duty, building information, power supply, environment and project location. Henan Mine Crane will prepare a configuration-based proposal with the applicable equipment price and defined supply scope.