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Single Girder Overhead Crane

A single girder bridge crane is a practical overhead lifting system for workshops, warehouses and production bays where the lifting route needs reliable coverage without overbuilding the structure. SUNFACRANE sizes each single girder overhead crane around your span, lifting height, runway condition and daily handling rhythm.

Capacity

1-20t

Span

Up to 28.5m

Duty

A3-A5 by use

Power

Custom voltage

Where a Single Girder Bridge Crane Fits

Single girder overhead cranes work best when the building structure, runway span and handling frequency are clear. The goal is not to sell the largest crane, but to choose a system that covers the lifting route safely and keeps daily operation simple. For a practical small-workshop example, review the 5 ton overhead crane for machine shops guide. For a capacity-specific example, review the 10 ton overhead crane for metal fabrication guide.

If you are comparing bridge layouts, use the single girder vs double girder overhead crane guide to review hook height, runway reactions, duty and maintenance access before the configuration is finalized.

For budget planning, the overhead crane cost guide explains how span, duty, runway work, freight and installation change the total project scope.

Production Workshops

Move parts between machining, welding, assembly and inspection points.

Warehouses

Handle pallets, fixtures and maintenance loads without blocking floor traffic.

Equipment Bays

Support machine loading, repair work and controlled positioning.

New Buildings

Plan runway beams and hook coverage before the workshop is finished.

Single girder overhead crane installed in an industrial workshop

Structure & Components

The crane is built around the bridge girder, matched end carriages, hoist, runway, electrical system and safety devices. Each part should match the actual workshop instead of being selected from a generic model list.

Technical Parameters To Confirm

These are the details needed before a serious quotation. If the workshop is existing, photos and a simple drawing are usually enough for the first review.

Rated Load

Main load weight, below-hook fixture weight and safety margin.

Span

Distance between runway rail centers, checked against building columns.

Lifting Height

Floor to hook requirement, plus headroom limits above the crane.

Travel Length

Runway length, end clearance and stop positions.

Working Duty

Daily lifts, load ratio, travel distance and production rhythm determine the required overhead crane duty class.

Control Method

Pendant, wireless remote or cabin according to operator visibility.

Power Supply

Voltage, phase, conductor or festoon arrangement.

Environment

Indoor, dusty, humid, outdoor edge area or special protection needs.

Customization Options

Low-Headroom Layout

Useful when the building height is limited and every millimeter of hook height matters.

Speed Control

VFD travel and lifting options reduce swing and improve positioning near machines. The overhead crane drive units are selected from bridge speed, wheel load, duty and rail condition.

Runway Review

Beam size, rail model, wheel load and existing column condition can be checked before production.

Electrical Protection

Voltage, cabinet layout, cable route and safety devices are matched to the site.

Special Fixtures

Spreader beams, hooks and below-hook tools can be planned with the crane.

Installation Support

Packing marks, drawings and installation guidance are prepared before shipment.

Project Reference Images

Use these examples to check how the crane sits inside a real workshop: runway position, hook approach, floor clearance and operator visibility are more important than brochure wording.

New Energy Workshop

Single girder overhead crane covering production workstations.

Runway Planning

Rail position and lifting path checked before crane selection.

Industrial Workshop

Standard bridge crane layout for routine material handling.

Send The Basic Data Before Quotation

For a useful proposal, send capacity, span, lifting height, runway length, power supply, working frequency and workshop drawings or photos. Use our single girder overhead crane order checklist to confirm the details before requesting a quotation. This reduces revisions after the runway and hoist arrangement have been selected.

Drawings, photos or a simple hand sketch are acceptable for first review.

Single Girder Overhead Crane FAQs

Capacity, span, lifting height, runway length, working duty, control method, power supply and workshop drawings are the key details.
Yes. The runway, hook approach, headroom and power supply can be reviewed against the existing building columns and roof height.
Choose low-headroom design when the available building height is limited or when the hook must reach higher under the girder.
It is not always required, but it is useful for smoother travel, less load swing and more accurate positioning near machines or fixtures.
Yes. Runway beam size, rail model, wheel load and end clearance can be checked before confirming the crane proposal.
Yes. Both terms usually describe a crane with one bridge girder and a hoist that travels across the span. Overhead crane describes the lifting system, while bridge crane describes the traveling bridge. The final design still depends on the load, span, hook height, runway and working duty.

Related Crane Systems

Double Girder Overhead Crane

For heavier loads, longer spans and higher duty cycles.

European Overhead Crane

Compact hoist, smoother operation and higher hook approach.

Underhung Crane

For light bays where the crane runs under the building structure.

Gantry Crane

For outdoor yards or workshops without full runway support.