How a synchronous  jacking system works

When it comes to heavy equipment, there are a few key concerns that need to be considered before any work can commence. These include the weight of the object being lifted, the surface on which it will rest, and the clearance available underneath. In some cases, traditional methods of lifting such as cranes or forklifts can be used. In this article, we’ll discuss what a synchronous jacking system is and how it works. Stay tuned!

What is a jacking system and how does it work

A synchronous jacking system is a type of construction equipment that uses hydraulic cylinders to raise and lower heavy loads. The cylinders are connected to a central control unit that coordinates their movements, allowing the operator to raise and lower the load in a smooth and controlled manner. This type of system is often used to lift bridge sections during construction or repair work. Contact RIVERLAKE to purchase jacking systems.

Synchronous jacking systems are typically composed of three main components: the hydraulic cylinders, the control unit, and the support structure. The cylinders are responsible for raising and lowering the load, while the control unit coordinates their movements. The support structure provides a stable base for the cylinders and helps to distribute the load evenly.

Hydraulic cylinders are powered by a hydraulic fluid, which is typically oil. The fluid is pressurized by a pump, and the pressure is used to force the pistons inside the cylinders to move. The cylinders are connected to the control unit via a system of valves and hoses.

The control unit is responsible for coordinating the movements of the cylinders. It typically consists of a joystick or other type of control device, which the operator uses to control the direction and speed of the cylinders. The control unit is also connected to the hydraulic pump, which provides the pressurized fluid that powers the system.

The support structure is responsible for holding the cylinders in place and for distributing the load evenly. It is typically made of steel or other strong material, and it is often equipped with wheels so that it can be moved around the worksite.

Synchronous jacking systems are used in a variety of construction and repair applications. They are especially well-suited for lifting bridge sections, due to their ability to evenly distribute the load and their precision control. Other common uses for synchronous jacking systems include lifting buildings during construction or repair work, and moving heavy equipment around a worksite.

The benefits of using a synchronous jacking system

If you’re looking for a way to improve the efficiency of your construction projects, you may want to consider using a synchronous jacking system. This system can offer numerous benefits, such as:

Increased accuracy:

When you use a synchronous jacking system, all of the jacks are operated in unison. This means that they are all moving at the same speed, which can help to improve accuracy.

Increased safety: 

Synchronous jacking systems can help to improve safety on construction sites. This is because they allow for a more controlled and safe application of force.

Reduced noise:

Synchronous jacking systems are much quieter than traditional jacking methods. This can help to create a more pleasant working environment for employees.

Improved efficiency: 

Synchronous jacking systems can help to improve the efficiency of construction projects. This is because they allow for a more efficient use of time and resources.

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