7.5 Ton Overhead Crane Crane System & Runway System for Sale

7.5 ton overhead crane for sale. 7.5 ton bridge crane system & crane runway system for sale at good price. Check 7.5 single girder overhead crane now.

7.5 Ton Overhead Crane System

A 7.5 ton overhead crane system is a type of crane that has a lifting capacity of 7.5 tons and is used for lifting and moving heavy loads within a facility. The crane is typically mounted on a runway system, which allows it to travel along the length of the facility.

ld types of overhead crane system and runway system for sale 

Main Parts and Components of Crane Systems and Their Functions

The main parts and components of crane systems include:

• Bridge: The main horizontal beam that supports the hoist and trolley. It spans the distance between the runway beams.
• Hoist: The lifting mechanism that is used to lift and move heavy loads.
• Trolley: The mechanism that moves the hoist along the length of the bridge.
• End Trucks: The components that support the bridge and allow it to travel along the runway beams.
• Runway Beams: The beams that are installed on the ceiling or walls of the facility to support the overhead crane.
• Electrical Controls: The system that controls the movement of the crane, including the hoist, trolley, and bridge. It includes push-button pendants, radio remote controls, or a cabin control system.
• Safety Features: The components that ensure safe operation of the crane, including limit switches, overload protection, emergency stop buttons, and warning alarms.

 Crane Runway System

A crane runway system is an essential component of an overhead crane that provides support and rigidity to a bridge crane assembly. It includes the structural components of an overhead crane, such as the vertical support columns, the bridge girder to support the rail, and a trolley/hoist assembly. The purpose of a crane runway system is to support the overhead crane both vertically and horizontally. It also supports the framework from which the crane operates, including the rails and brackets, etc.

The main parts and functions of a crane runway system include:

• Runway Beams: Support the overhead crane and allow it to travel along the length of the facility.
• End Stops: Prevent the crane from traveling beyond its designated area.
• Rail Sweeps: Prevent debris from accumulating on the rails and interfering with the movement of the crane.
• Bumpers: Absorb impact energy in case of a collision to prevent damage to the crane or other equipment.

 
Main parts and componnets of  overhead crane runway system - crane runway H beam and rail on the top of H beam, columns and column bracings 

There are several types of crane runway systems that can be used in different forms of an overhead crane. The most common types of crane runway systems include:

• Top Running Workstation Bridge: This type of crane runway system includes a stationary rail mounted to each runway beam. End trucks use this rail to transport the bridge and hoist along the crane runway.
• Semi-Free Standing: This type of crane runway system utilizes the structure itself to help support the longitudinal and lateral forces acting on the crane. Semi-free standing crane runways do not require as much steel, making them more cost-effective than other designs.
• Underhung: This type of crane runway system utilizes a rail mounted under the runway as opposed to on top. This design increases the working range of the crane, making it ideal for spaces with less headroom.
• Free Standing and Semi-Free Standing: This type of self-supporting overhead crane is very versatile and can be located indoors or outdoors.

If you want to know more, please  check our web page on Top Running & Unerhung Bridge Crane Runways Types & Installation or leave a message down below to contact us.

Case Study: 7.5 Ton Overhead Crane System

Our company recently supplied a 7.5-ton overhead crane system to a manufacturing plant in the automotive industry. The customer required a reliable and efficient solution for lifting and moving heavy components within their facility. Our team provided a customized solution that met their specific requirements.

Specifications:

The overhead crane system had a capacity of 7.5 tons, a span of 12 meters, and a lifting height of 7.45 meters. The crane was designed to operate in a single girder configuration with a hoist trolley for lifting and moving heavy loads. The system was also equipped with a runway system for the crane to travel along the length of the facility.

 main girder of 7.5 ton overhead crane system for sale 

 End carriages 

 electric hoist 7.5 ton packed into wooden case 
 Spare parts in wooden box 




Bracing between columns

 crane runway H beam

crane runway supporting columns

The 7.5-ton overhead crane system was successfully installed and commissioned within the customer's facility, meeting all of their requirements. The customer reported increased efficiency in their production process due to the crane's high-speed operation and ability to move heavy loads quickly and safely.

Our team provided a customized solution for the customer's specific requirements, incorporating advanced technology to ensure efficient and safe operation of the overhead crane system. We continue to provide support and maintenance services to the customer to ensure the longevity and reliability of their investment.

How do I maintain my bridge crane runway system?

To maintain your bridge crane runway system, you should:

• Inspect the crane runway system regularly to ensure it is in good condition.
• Check the rails for wear and tear.
• Check the bolts and nuts for tightness.
• Check the alignment of the rails.
• Check the condition of the end stops.
• Check the condition of the bumpers.
• Lubricate the wheels and bearings regularly.

It is important to follow the manufacturer’s recommendations for maintenance and inspection. Regular maintenance can help prevent accidents and prolong the life of your crane runway system.

How often should I inspect my crane runway system?The frequency of inspection for your crane runway system depends on the manufacturer’s recommendations and the usage of the crane. However, it is recommended to inspect the crane runway system at least once a year.