Electric Overhead Travelling Crane with Steel Wire Rope Hoist

The single girder overhead crane, specifically the electric single girder European hoist type, is widely used across various industries for efficient material handling. It is commonly found in workshops and warehouses within sectors such as machinery manufacturing, logistics, food processing, paper production, and electronics. This versatile EOT crane offers reliable performance in diverse material handling environments.

The crane is equipped with an M5 duty-class hoist featuring a double lifting speed, ensuring smooth and precise lifting operations. It uses high-quality components, including the ABM motor from Germany and SEW gear motors for cross and long traveling functions. The crane’s traveling speeds are variable, allowing flexible control tailored to operational needs.

All electrical components are sourced from Siemens, providing high reliability and safety. With a protection rating of IP54 and compliance with ISO A5/M5 working classes, this single girder overhead crane guarantees durability and excellent performance even in demanding industrial applications.

When planning to purchase a 10 ton single girder overhead crane (also known as a 10 ton bridge crane), it is essential to understand the key specifications that determine its performance, safety, and suitability for your working environment. Below are the main parameters to consider:

1. Lifting Capacity: The lifting capacity of the single girder overhead crane must match the weight of the materials being handled. For a 10 ton model, the rated capacity typically includes not only the load weight but also the weight of the hook, slings, and necessary rigging tools. Selecting the correct capacity ensures stable and safe lifting operations.

2. Span (Crane Width): The span refers to the distance between the crane runways. The appropriate span depends on the building structure, workshop layout, and the working area required for material movement. Accurate span measurement helps ensure smooth and balanced crane operation.

3. Lifting Height: Lifting height is the vertical distance the hook can travel. For a 10 ton bridge crane, the lifting height should be determined based on equipment placement, factory ceiling clearance, and the required handling range. Proper lifting height ensures flexibility in various lifting tasks.

4. Runway Track Type: The single girder overhead crane typically operates on a steel runway beam. The track form (I-beam or dedicated rail) should be selected according to building conditions and frequency of use. A properly selected track system improves stability and reduces wear.

5. Motor Power and Drive System: Motor power is directly related to the crane’s lifting efficiency and reliability. Factors such as working level, lifting speed, and required operating frequency should be considered when determining motor specifications.

6. Control Method: Common operation modes include pendant control, wireless remote control, and cabin control. Selection should be based on operator convenience, safety levels, and on-site working conditions.

A well-configured 10 ton single girder overhead crane ensures safe lifting performance, efficient workflow, and long-term operational reliability. Choosing the right specifications according to your application needs is the key to achieving optimal crane performance.