This layout uses two hoists on one single-girder bridge to support long beams, frames, machine parts and fixtures at two lifting points. It is considered when one hook cannot control the load shape but a heavy double-girder crane is not required.
This crane is quoted from project data, not a generic price list. Capacity per hook, total load, span, lifting height, duty, hook spacing, synchronization, runway condition, voltage and delivery scope all affect the result.
Use the single versus double girder comparison when the bridge layout has not yet been confirmed.
Typical use scenes help buyers compare whether this crane type fits the lifting route, working duty and installation condition.
Move components between machines, welding bays, assembly stations and storage zones.
Lift pallets, molds, parts and packed goods with a clear runway layout.
Support plate, profile, beam and heavy component handling.
Handle motors, tooling, spare parts and service assemblies safely.
Single Girder Overhead Crane With Dual Hoists is not selected as a catalog item only. The practical configuration depends on load shape, lifting frequency, span, lifting height, runway condition, power supply and the way operators move around the site.
Home / Overhead Crane / Single Girder Overhead Crane With Dual Hoists
The structure and technical parameters should be checked against the real working condition before production.
| Product | Single Girder Overhead Crane With Dual Hoists |
| Capacity | project-based |
| Span | customized by runway |
| Hoist | selected by duty |
| Control | pendant / remote / cabin |
| Design | matched to site |
A crane proposal should match the lifting task, building condition, control preference and delivery requirements.
Rated load, duty class, cycle frequency and reserve capacity are selected from real use.
Runway span, hook coverage and lifting height are checked against building drawings.
Wire rope hoist, chain hoist, winch trolley or special carrier can be matched to the load.
Pendant, wireless remote, cabin, inverter control and anti-sway options can be configured.
Cable reel, festoon, conductor bar or custom electrical protection can be selected.
Drawings, packing, documents and installation guidance are prepared for the project.
Video and document references help check crane movement, installation space and operating details before final confirmation.
Send your project information and our team can share suitable video references, layout drawings or installation photos when available.
The right crane is easier to install, safer to operate and more predictable to maintain.
The proposal starts from drawings, load details and operating rhythm, not only a model name.
Structure, hoist, brake, limit switch and controls are matched to the working duty.
Wear parts, inspection points and electrical components are arranged for service work.
Documentation, packing and communication are prepared for overseas installation teams.
There is no responsible fixed price without checking the load and building. Two cranes marked 5t+5t can require different bridges, hoists, controls and runway loads. The quotation should be based on the factors below. If the project is still deciding between one and two bridge girders, read the single girder vs double girder overhead crane guide.
State the total lifted mass, maximum load on each hook, centre of gravity and whether either hoist may carry the load alone.
Longer spans, tight headroom, runway condition and required end approach affect bridge steel, end carriages and installation work.
Lifts per hour, loaded travel distance, lifting speed and working class determine the motors, brakes, ropes and service margin.
Master-slave synchronization, anti-skew logic and independent jogging need different controls from two simple pendant-operated hoists.
Fixed or adjustable hook separation, lifting beams and long-load stability change the hoist arrangement, power feeding and safety controls.
Voltage, radio remote, conductor system, packing, shipping, erection support and commissioning must be compared on the same scope.
Send the capacity per hook, total load, load length and centre of gravity, span, lifting height, runway drawing, duty, travel length, control mode, voltage and destination.
For crane buyers, a similar site reference is often more useful than a model list. Compare installed layouts, lifting routes and working conditions before requesting a proposal.
These answers cover the common details buyers usually need before requesting a quotation.
Use these pages to compare the bridge layout, review installed projects and prepare the information needed for a quotation.
Compare structure, hook height, duty, runway loads and project cost before choosing the bridge layout.
Send drawings, load details or a short description of your lifting route. We will check the key conditions before recommending a configuration.