Fixed hydraulic boarding bridge
Features of fixed boarding bridge:
1. The electronic control operation only needs to press the button, the dispatch board will automatically rise, the operation is extremely simple; release the button, the dispatch board will drop by its own weight, and the loose-leaf board can be used on the truck.
2. Through the power system, the large oil cylinder lifts the entire sloping plate. When it reaches the top position, the small oil cylinder starts to work and smoothly extends the loose-leaf slab. The height scheduling board is all made of high-stripe steel plates and profiles and is closely welded. The use time is very long.
3. The hydraulic system uses original imported brand products with many functions and few maintenance.
4. The common&"streamlined GG" open-leaf joint design increases the welding area by more than 3 times compared with other traditional tubular joints, greatly prolonging the service life and facilitating maintenance.
The fixed boarding bridge is a commonly used lifting equipment in the industry. Mainly used for high-altitude operations in chemical engineering, transportation, communications and other work. The boarding bridge is welcomed by more and more people because of its high efficiency, easy operation and convenient operation. When the boarding bridge works with electricity, an important issue is to reduce the operating cost.
When the fixed boarding bridge is in a standby state, the electrical system is still working, and it is prone to circuit failure. In thunderstorm weather, electric shock and leakage are prone to occur. In order to ensure the normal operation of the equipment and prevent it from working within the rated overload load, many users blindly seek power, and even overloads during the improvement process will only promote seedlings. It can not only detect the safety function of the hydraulic boarding bridge, but also perform preheating to make the fluidity of hydraulic cylinders, motors, especially hydraulic oil (significant in winter) enter the operating state in advance, reduce operating resistance, and save electrical energy.