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Stationary Lift

The current fixed lifts are mainly closed or mesh wells enclosed by buildings or light steel structures and hydraulically driven cylinder jacking platforms.

The main components are: the hoistway part: a closed or mesh frame surrounded by buildings or light steel structures, and steel rails mounted on both sides: Drive part: a small fuel tank with hydraulic components such as hydraulic drive motor, oil pump, safety valve, speed control valve and reversing valve:Cylinder part: It is composed of one or more cylinders of the lift cylinder straight top platform or the jacking fork frame:Part of the door system: a closed or mesh platform door or landing door system composed of steel structure, with manual door and automatic door. Generally, the open platform does not have a door: Electrical part: consists of power, control, signal, safety and lighting components: Platform part: It is a steel structure platform carrying heavy objects. It has a closed type (ie car type) or an open type.

There are guide rollers or guide shoes on both sides. The bottom of the platform can be connected with a lifting cylinder or a lifting fork-shaped steel frame: Auxiliary part: It is composed of hydraulic pipe fittings, pipes, pressure gauges and steel structure bases: Safety devices: safety valves, limit limits, door electromechanical interlocks, rupture valves, emergency switches and electrical short circuit protection The fixed lift is suitable for installation in various environmental conditions indoors and outdoors.

It can be installed in a closed hoistway or between unopened floors according to the requirements of use; it can be installed in a concave foundation pit or on a level ground. Due to the height of the building or work shelf, the size, weight and other requirements of the objects involved, there are many uncertainties in the model. When the model shown on the list is not suitable for use, the lifting, loading capacity, platform area, etc. of the lifting platform can be combined according to the actual use environment and operation requirements, in order to achieve the desired use effect.
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