Liftit Low Height Hydraulic RSMB 50 Ton Button Jack

Product Description

LIFTIT Multistage Cylinder telescopic hydraulic Jack RSMB 50 TonTechnical Details : -Load Lifting Capacity - 50 TonsStroke Length - 64 mmOil Capacity - 0.113 LtrCollapsed Height - 69 mmExtended Height - 133 mmOutside Dia - 138 x 115 mmWeight - 7.0 KgLIFTIT Low Height Hydraulic Button jack is often used in power, chemical, steel, bridges, machinery and other industries. Home car type is not recommended.The utility model has the advantages of smaller size and greater working capacity, especially in the narrow space position, and has the functions of portability, flexibility, big jacking force, etcwhen the hydraulic jack is used, the bottom should be flat and tough. Oil free wood panels to expand the pressure surface, to ensure safety. Iron can not be used instead of planks to prevent slidingwhen lifting requires a smooth, heavy load slightly to check whether there is any abnormal situation, if there is no abnormal circumstances to continue jacking. Do not arbitrarily lengthen handle or excessive operation.without overloading or exceeding height. When the sleeve appears red line, indicating that has reached the rated height, should stop lifting.The telescopic or Multistage hydraulic jack works as a liquid column which is very useful in achieving desire height within the limited cross section area. The working of the telescopic jack is based on Pascals law which states that The pressure in a closed container is same at all points. If there are four cylinder connected applying force on the smaller cylinder will result in the same amount of pressure in the larger cylinder which has greater area, the resulting force will be greater i.e., an increase in area leads to increase in the force step wise. Greater the difference in size between the areas of the cylinder result in greater increase in the force. Long cylinder stroke in confined spaces Nitro carburized surface treatment for superior performance in harsh conditions Hardened surface resists side-loading and cyclic wear.