LiftingCapacity:5~50t0n

SpanLength:7.5~35meter

WorkingGrade:A5~A8

AmbientTemperature:-20℃~40℃

QY type insulation bridge crane is a kind of lifting equipment for specific industrial environment. It is mainly to deal with working environments that require electrical insulation. For example in the production process of electrolytic aluminum and calcium carbide, insualtion bridge crane plays a key role. Its main purpose is to prevent the current from being conducted through the crane structure, thereby protecting the safety of equipment.

It consists of strong bridge frame, crane traveling mechanism, hoisting mechanism, electrical equipment and insulation settings. For electrical insulation purposes, there are special insulating materials in the bridge section. Or insulating layers are provided between metal parts to ensure that electric current does not propagate through the bridge crane structure. The lifting mechanism also needs to be insulated to ensure safety when lifting electrically charged materials.

DaFang uses highly efficient insulating materials and technologies, such as ceramics, glass fiber reinforced plastics, etc. as insulating components. Or we add insulating gaskets between metal contact surfaces to ensure electrical insulation performance between parts.

ApplicationNon-ferrous metal smelting: Suitable for the smelting process of non-ferrous metals such as aluminum, magnesium, lead, and zinc.Electronics industry: Semiconductor manufacturing workshop, electronic components production workshop and other related working sites.Power industry: To safely move and install large transformers and other electrical equipment in places such as power plants and substations, where high voltage environments often exist.Chemical industry: Applicable to electrolysis workshops and chemical material storage area.Other industrial fields: Any occasions where there are electrical safety hazards, such as certain mechanical processing, material handling on assembly lines, etc. 

High safety: Designed specifically for handling material transportation tasks in high-current or strong magnetic field environments. It employs multi-level insulation technology (typically three-level insulation) to effectively prevent current from being transmitted to the operator or other parts of the equipment.

Excellent corrosion resistance: Utilizing special materials and coatings, it exhibits excellent corrosion resistance, enabling long-term stable operation without being affected by harsh environments. This extends the service life of the equipment and reduces maintenance costs.

Effective operational performance: Advanced control systems, including features such as variable frequency speed regulation and precise positioning, are employed to ensure smoother and more accurate operation. Furthermore, the design takes full account of work efficiency, incorporating functions such as rapid acceleration and effective braking systems, which can significantly enhance production efficiency. Additionally, some high-end models may also integrate intelligent diagnostic systems, which assist users in real-time monitoring of equipment status, providing early warnings of potential faults, and ensuring the continuity and stability of production.