Suspension Crane for Limited Space Application

What is suspension crane?

Suspension crane definition: suspension crane is also called electric traveling suspension crane, which is a kind of underslung overhead cxrane, working on the roof of the work site. It is applicable to non-corbels plant, warehouses and other places. Suspension crane supports the use of CD, MD electric hoist, widely used in machining, assembly, repair, handling lifting and other operation places.

Suspension Crane for Limited Space and Low Headroon Application

Whether your facility is lacking overhead space or there are multiple overhead obstructions to contend with, installing an overhead crane can be cumbersome. There are cost-effective crane solutions for applications requiring overhead lift in a facility where headroom is limited.

Suspension bridge crane are perfect lifting tools for applications requiring overhead lift in a factory with low headroom or limited factory space. suspension cranes are designed for flexibility and functionality. While top-running cranes are designed to lift massive loads, suspension cranes provide an ergonomic design that offers versatility and usability. That’s because suspension bridge cranes travel beneath the runway, which allows you to maximize the distance from the ground to the hook.

Advantages of Suspension crane

Suspension cranes are easier to install, expand, and relocate. They can operate beneath overhead obstacles and even larger overhead cranes, if equipment is more of a concern than factory space. Another major advantage to using suspension workstation bridge cranes is their unique ability to operate side-by-side without interfering with one another or the overall operation. In fact, multiple suspension crane runways can be installed adjacent to one another and operate simultaneously. They also have the ability to pass each other on independent runways, providing extra flexibility and coverage. Top-running crane systems can’t accomplish the same multiple service set-up, unless they are supported with auxiliary columns or gantry legs. Auxiliary columns and gantry legs both interfere with operations and cause floor obstructions that can lower productivity and efficiency.

How to choose, top running crane or suspension crane&underslung crane for your application?

Suspension cranes use end trucks that travel on the bottom flange of the crane runway and can be suspended directly from the overhead building structure without the need for interfering support columns. An under-hung crane system is generally much lighter than a top-running system, and a long suspension system can easily operate using multiple runways—even in very wide bays. This helps to both minimize the depth of the bridge girder and decrease the weight of the operating equipment, resulting in lower equipment costs and lighter design requirements for the building or support structure.

Most suspension bridge cranes are designed for lighter loads than top-running bridge cranes. Typically, suspension cranes are designed into single girder crane system, and top running cranes can be designed into single girder or double girder crane system. So if your application requires very heavy lifting, it may not be the system for you. But, many applications in manufacturing and other industrial sectors don’t necessarily require a lift system with that type of lift power. And, with additional capacity comes added pressure on your structure or support system, which can be very costly, and perhaps even completely implausible in a tight factory.

Contact us to get your suspension crane price

If your application requires the use of an overhead bridge crane system, but you’re concerned about low headroom, too much weight on your support structure, or maximizing your lift distance, suspension crane may be the perfect solution for your needs. Contact us now to customize your overhead bridge crane. Besides, thinking following questions can help you send inquiry form:

1. What size is your facility?
2. How heavy are the items the overhead crane will be lifting?
3. How many loads must it lift per hour, and how many hours per day will it be in operation?
4. What range of movement does the crane need?
5. What’s the temperature of the facility? Will there be sizeable temperature changes?
6. Will the crane need to tolerate exposure to certain chemicals, gases, moisture, sunlight, rain, wind, dust, or other potentially harmful factors?
7. Will the crane work with explosive or corrosive materials?
8. Will the lifts require rapid, repeatable lifting or slow, precise crane handling?

Determining these factors will help you to identify the overhead crane best-suited to your application and environment.