10 Ton Single Girder Overhead Crane Exported to UAE

Contexte du projet

This project targets a local machinery manufacturing and warehousing enterprise in the UAE. The client was in urgent need of a cost-effective, high-efficiency overhead crane to solve the problems of heavy material handling, assemblage d'équipement, and finished goods loading and unloading in their new workshop. After comparing multiple crane manufacturers and product solutions, the client finally selected our customized 10 ton single girder overhead crane. The equipment is designed and optimized for the UAE’s unique high-temperature, dry climate and indoor industrial operation scenarios, meeting the client’s daily frequent handling operations and long-term stable production needs, while complying with local Gulf industrial safety standards and international crane operation specifications.

10 Ton Single Girder Overhead Crane Technical Parameters

Le 10 ton single girder overhead crane customized for the UAE project adopts a mature and reliable European optimized design, with precise parameter configuration adapting to local workshop dimensions and operating intensity. The detailed technical parameters are listed as follows:

Core Product Features

Excellent Environmental Adaptability

Targeting the UAE’s high-temperature, dry, and dusty desert climate, this 10-ton single girder overhead crane is specially optimized for environmental resistance. The whole machine adopts high-temperature resistant electrical components and dust-proof sealing design, which can stably operate in a high-temperature environment of 55℃ without failure. The surface of the main girder is treated with multi-layer anti-corrosion and high-temperature resistant paint, which effectively resists dry air oxidation and dust erosion, prolonging the service life of the equipment and reducing the frequency of maintenance in harsh desert environments.

Safe and Stable Operation System

The equipment is equipped with a complete multi-level safety protection system, including upper and lower limit travel switches, dispositif de protection contre les surcharges, bouton d'arrêt d'urgence, et dispositif anti-collision. The wire rope lifting system adopts a 5:1 high safety factor, which completely avoids load falling risks. Equipped with ZDY-series low-noise motors and hardened surface gear transmission structure, the crane runs smoothly without impact, ensuring precise positioning of heavy loads and meeting the high safety standards of UAE industrial workshops.

Lightweight and High Efficiency Structure

Adopting optimized single girder box structure design, the crane features light self-weight, high rigidity, and small wheel pressure, which does not require excessive transformation of the client’s existing workshop plant, saving renovation cost and installation time. Compared with traditional double girder cranes, it has lower energy consumption and higher operating efficiency, which can effectively reduce the client’s long-term operation cost. The A5 working duty class supports 10-20 times of frequent lifting operations per hour, fully adapting to daily intensive production and handling work.

Flexible and Humanized Operation

Dual operation modes of wireless remote control and ground handle control are adopted, which is flexible and convenient for operators to choose according to different working scenarios. The remote control has a long control distance and anti-interference performance, realizing remote safe operation and avoiding potential safety hazards caused by close-range operation. The whole machine has a low failure rate, simple daily maintenance, and provides great convenience for local after-sales operation and maintenance.

Project Application Effect

After the installation and commissioning of the 10-ton single girder overhead crane in the UAE client’s workshop, it has been officially put into daily industrial operation, covering multiple core links such as workshop raw material handling, mechanical equipment assembly, semi-finished product turnover, and finished product loading and unloading.