Yellow overhead crane lifting equipment inside a warehouse with high ceilings and a scissor lift platform.

Overhead Crane Systems in Atlanta, GA

Heavy Lifts, Whole-Bay Coverage.

Bridge cranes, monorails and Cleveland Tramrail from 5 to 40 tons on R&M hoists, installed by our Atlanta crews across the Southeast.

Plan Your Overhead Crane

Choosing a Crane Configuration

Overview

At Power and Motion, we design, quote, and support complete overhead crane packages built on proven technology from R&M Materials Handling.

Whether the application calls for a single-girder crane for general manufacturing, a double-girder system for heavy process duty, or an explosion-protected hoist for hazardous environments, the right system depends on capacity, span, lift height, duty cycle, and operating environment.

Industrial overhead yellow crane with 3-ton and 2-ton capacity inside a spacious warehouse with concrete floor and white walls
Industrial workers in safety gear operating a yellow overhead crane inside a large warehouse facility.
Interior of a large industrial facility with machinery, piping, overhead crane, and a control room.
Industrial factory interior with large machinery, blue support beams, and equipment in an unfinished workspace.

Four Systems, and Which Covers Your Shape

Bridge cranes cover a rectangle, monorails a line, jibs a circle, and patented track a path between all three.

Rail mounted to the top of the runway beams. Highest capacities and longest spans, where the building has a column-supported runway. See bridge cranes.

Riding the bottom flange of a suspended runway. Lower installed cost and lighter capacities, where roof steel can take the load.

For buildings with wide column bays, patented Tarca track solves the support-spacing problem on long runs. Rated for 5 to 40 tons, it holds support centers to 50 feet apart, cutting the number of columns needed across a given distance compared to standard patented track.

Carries its own legs and runs on floor rails or rubber tire. For outdoor yards, laydown areas and buildings that cannot carry a runway.

Bays We Are Called Into Most

Applications

Fabrication, machine shops, assembly, maintenance bays and process plant.

  • General Manufacturing and Machine Shops

    Machine loading and unloading, die and mold changes, fixture handling and assembly. Typically 5 to 15 ton single girder cranes, to 40 tons double girder.

  • Metal Fabrication and Steel Service

    Plate and beam handling, coil handling, press feeding. Often double girder cranes with magnet or vacuum lifters and higher duty classification.

  • Assembly and Vehicle Production

    Line-side lifting, subassembly handling, engine and body drops. Usually several smaller cranes or a patented track run serving stations in sequence, rather than one large bridge covering the whole floor.

  • Maintenance Bays and Process Plant

    Motor, gearbox and pump changes in MRO bays, where hook coverage matters more than capacity. In washdown process areas, a stainless or coated system replaces a painted one.

Work Out Which System You Need

Configuration tool

Enter the capacity, the shape of the coverage and the clear height. The tool returns the system type, the duty class and what has to be reviewed in the building.

Crane system configuration Indicative: confirmed at design

What is being lifted, and where?

Indicated system

Duty class
Support
Building review
Get This Quoted
A starting point, not a specification. The building governs more than the load does, and that is confirmed on site.
Front of an aircraft fuselage on blue tooling stands, with yellow overhead crane girders above the bay

What Your Building Will Actually Allow

Design considerations

The load is rarely the binding constraint. These four are what the design actually turns on.

Capacity

The heaviest load plus the weight of the lifting device. Below-the-hook attachments, spreader beams, magnets and slings all count against rated capacity. Build in margin for the loads you expect in five years.

Span and runway length

Span is center to center between runway rails. Runway length is how far along the building the hook travels. Set both from the work you want covered, not from convenient column lines alone.

Headroom and hook height

Available lift is floor to underside of girder, minus hoist headroom, minus the height of your lifting device. This is where low headroom hoist designs earn their keep in existing buildings.

Hook approach

End and side approach determine how close the hook gets to walls and runway ends. Poor approach dimensions create dead zones at exactly the spots where machines usually sit.

Cleveland Tramrail and Patented Tarca Track

Long-Span Support Systems

Where support spacing is the constraint, on long runs in buildings with wide column bays, Cleveland Tramrail patented Tarca track carries 5 to 40 tons with support centers up to 50 feet. Fewer supports across the span means fewer columns landing where machines need to sit.

Mike is factory-trained through Cleveland Tramrail School. We have specified, supplied and installed Tramrail systems across Georgia and the Southeast.

Gorbel has owned the Cleveland Tramrail line since 2002.

What You Will Want Settled Before You Buy

FAQ

If your question isn't here, call the shop.

Can a crane go in without stopping the bay?

Partly. Runway erection needs the bay clear, so we phase it into shutdown windows. A jib or workstation crane is far less disruptive, which is sometimes the better answer.

What drives the cost?

Span, capacity, duty class and the building. On plenty of jobs the runway and column work costs more than the crane itself, which is why we look at the structure before quoting.

Do you handle the permit and inspection?

Our crane installations include the permitting, the load test and the inspection, and our own crews handle the erection and commissioning.

Have you worked with our kind of plant and equipment?

Manufacturing, fabrication, vehicle assembly and food processing across Georgia and the Southeast.

What happens if something goes wrong halfway through?

There is one contract and one company. Application review, design, engineering, permitting, erection and commissioning are all ours, so there is no supplier and installer pointing at each other.

Who inspects and services it afterwards?

We do. OSHA requires periodic inspection, and crane inspection, repair and modernization are our own services rather than a referral.

Send Us the Load and the Bay

Start a crane project

Capacity, the area you need covered, lifts per hour, clear height, and a photo of the bay if you have one.

We visit, confirm conditions ourselves, and return a proposal with drawings, full scope of supply and pricing.