What is the tank hydraulic jacking system?

The tank hydraulic jacking system is the most commonly used lifting equipment on construction sites. It is extended section by section. It is used to lift construction materials such as steel bars, wood corrugated, and scaffold pipes. YT series tank hydraulic jacking system is a large-scale equipment specially designed and developed for the national oil reserve project, which is suitable for the upside-down welding process engineering of large steel silos. What is a tank hydraulic jacking system?

 

Here is the content list:

l Product description of tank hydraulic jacking system.

l Briefly describe the use and method of tank hydraulic jacking system.

l What are the characteristics of tank hydraulic jacking system?

 

Product description of tank hydraulic jacking system.

The tank hydraulic jacking system is mainly used for the structure from top to bottom of the vertical tank, and can also be used for lifting or lifting large work pieces. First, we briefly summarize the working process of the tank hydraulic jacking system:

 

l Place the tank bottom plate of the tank hydraulic jacking system on the prepared foundation and weld them together.

l Assemble the roof beams or grids and finally connect them to the upper edge of the shell ring.

l Install the tank hydraulic jacking system equipment in the water tank. The plate of the second shell ring (next to the top ring) is located on the outside of the first shell.

l The completed part of the water tank (roof and top shell ring) is hydraulically lifted to a height where the plate of the second ring can be moved into place and the roof slab can be completed.

l The plates of the second shell ring are precisely positioned and welded together and fixed to the lower edge of the first ring.

l The plate of the third shell ring is placed outside the second shell ring.

l Lift the entire part of the tank (the top of the two uppermost shell rings).

l Repeat the above operation cycle until the last (bottom) housing ring is completed.

l The entire tank hydraulic jacking system is lowered to the bottom plate and welded to the bottom plate.

l Disassemble the lifting equipment of the tank hydraulic jacking system.

 

power input	380V / 3ph / 50Hz
Ability to work	Will be recommended based on the lifting weight of the fuel tank
diameter	Will recommend based on tank diameter
Board width	1.5 – 2.7m
1 x 60 hydraulic powertrain
preset pressure	25 MPa
Limited Data	60 liters/minute
Output flow	0 -58L/min
Motor Power	22kw
Oil pump	400 liters
net weight	680 kg
32 x SQD-160 tank trestle
Rated lifting capacity	160KN
Rated oil pressure	20 MPa
Effective stroke of hydraulic jack	100±3mm
Effective lifting height	2500 mm + 200 mm

 

Briefly describe the use and method of tank hydraulic jacking system.

As a large-scale equipment specially designed and developed for the national oil reserve project, the YT series tank hydraulic jacking system is suitable for the upside-down welding process engineering of large steel silos.

 

Tank hydraulic jacking system is the welding engineering of giant steel silo upside-down technology, suitable for steel storage tanks with height ≤ 2.5 meters. The specific usage method is as follows:

 

l The overall structure, the vertical lifting displacement of the overall building.

l Inverted construction of large-span roof trusses and multi-story buildings.

l Large objects are lifted vertically.

 

What are the characteristics of tank hydraulic jacking system?

Tank hydraulic jacking system of equipment is a two-stage single-acting hydraulic cylinder (hydraulic jack), used for VTOL force or force that needs to return from the rear, so it cannot be used for horizontal work.

 

In addition, tank hydraulic jacking system is a compact device, safe and stable, easy to operate, adjustable load, fast installation, and high synchronization accuracy.

 

YT series tank hydraulic jacking system is used as a "drag five" oil supply device. Each pump station is connected to the hydraulic cylinder 5, thus avoiding the disadvantages of excessive and leaking caused by traditional centralized oil pipes and ensuring environmental pollution Minimize!