600T Hydraulic Strand Jack With Synchronous Lifting System For Hoisting Steel Structures Bridges Platforms

600t Hydraulic Strand Jack with Synchronous Lifting System

Introducing the Hydraulic Strand Jack with Synchronous Lifting System, a top-of-the-line lifting equipment that is perfect for your construction machinery needs. This hydraulic jack is made from durable building materials, making it a reliable choice for any scaffolding or construction equipment. It can also be used for hoisting heavy machinery or tools, tractors, and even pneumatic jacks.

This hydraulic floor jack is widely used in hoisting or lowering large-scale structural parts, such as steel box girders, bridge piers, weirs, and hanging blue. It is also used in hoisting chimney steel inner cylinders of power plants or chemical plants, as well as steam drums and stators of power plants. It is ideal for gantry crane installation, aircraft maintenance garage, gymnasium, and other steel structures and super-high and super-heavy large-scale structures.

The principle behind this hydraulic jack is simple: it can hoist large steel structures, erect large bridges, and position significant ocean platforms with ease. Despite its robust capabilities, this small lifting equipment is lightweight and has a large carrying capacity.

Overall, the Hydraulic Strand Jack with Synchronous Lifting System is a must-have for any professional or DIY construction project. Its versatility, durability, and reliability make it the perfect tool for any lifting needs.

Technical Parameter of Synchronous lifting jack

Working Principle of Synchronous lifting jack

To integrate the prestressed anchor anchoring technology with the hydraulic jack technology, anchor the steel strand through the anchor, and then use the computer to centrally control the flow and oil pressure output of the hydraulic pump station.
The device drives the jack piston to extend and contract (displacement sensor device)and forces the steel strand and the component to rise, descend, and continuously translate to realize the overall synchronous lifting (translation) and lowering movement.

Applicable fields of Synchronous lifting jack

Widely used in the vertical hoisting or lowering of large-scale structural parts at home and abroad, such as the hoisting of steel box girders of bridges, the lowering of bridge piers and weirs, the hoisting or lowering of hanging blue, the hoisting of chimney steel inner cylinders of power plants or chemical plants, the hoisting of steam drums and stators of power plants, Gantry crane installation, aircraft maintenance garage, gymnasium, and other steel structures and other super-high and super-heavy large-scale structures.

Performance characteristics of Synchronous lifting jack

• Principle: large steel structure hoisting, large bridge erecting, large ocean platform positioning.

• Small lifting equipment, lightweight, large carrying capacity, easy installation and flexible, especially suitable for small spaces or indoor large tonnage components to enhance;

• Increase the weight, span, and area without restriction by expanding the combination of equipment;

• The use of a low relaxation strand, as long as a reasonable load lifting point, lift height is not restricted;

• The lifting jack has self-locking properties of reverse movement to make the lifting process very safe and the components can be locked reliably in any position during the lifting process;

• High degree of automation equipment, easy to operate and flexible, with automatic operation, semi-automatic operation, single-point adjustment, manual operation, and other operations. The display has a liquid crystal display, touch screen display is very intuitive. And the control system is equipped with self-correcting protection program, even if the misuse will not cause security incidents.

• Construction with this equipment, short construction period, low cost, good economic returns.

Process and Technology of Synchronous lifting jack
1. Scope of application
This technology is suitable for the overall lifting of steel mast antennas of TV towers and the overall lifting of grids, roofs, steel overpasses, and other components of large-scale public works such as gymnasiums, swimming pools, hangars, theaters, waiting for (ship) rooms, etc. The overall lifting of the crane's main beam and the slippage of the steel roof truss (cover) of the main building of the airport terminal.
2. Methods and Features
Lifting method
At present, the methods of "steel strand suspension load-bearing, hydraulic lifting jack cluster, and computer control synchronization" are mostly adopted. There are two methods as follows:
①Pull-up type (that is, lifting type): The hydraulic lifting jack is set on the permanent column of the load-bearing structure, the upper end of the suspended steel strand is fixed (anchored) with the hydraulic lifting jack through the core, and the lower end and the lifting member are anchored and anchored with special tools. Connected together, like "lifting water from the good platform", the hydraulic lifting jack holds the steel strand and lifts it up, thereby lifting the component to the installation height. This scheme is the pull-up lift type.
②Climbing type (climbing pole type): the upper end of the suspended steel strand is fixed on the permanent structure (or the foundation or the temporary reinforcement facility connected with the permanent object), and the hydraulic lifting jack is set at the lower end of the steel strand (hydraulic lifting jack The anchor is connected to the component), like a "monkey climbing pole", the hydraulic lifting jack holds the steel strand and climbs up, thereby lifting the component to the installation height.
The climbing type is most suitable for the lifting of upright members with high lifting height, general projection area and relatively light weight, such as steel mast antennas of TV towers.