How Do Telescopic Cylinders Work?

The hydraulic actuators are part of the mechanism that will move, open, or lift the load. Due to the friction indices of their parts, the cylinders enable us to carry a variety of loads of various shapes, sizes, and weights at a maximum speed. The typical top speed is 5 meters per minute. Telescopic Cylinders manufacturer are experimenting with unique friction materials and getting ready for the requisite speed, you can reach speeds exceeding this.

Function of a telescopic cylinder

A Telescopic Cylinders is only a lifting instrument that can be used to stabilize or guide the tipper. When selecting the cylinder, it will equal the box's weight plus the load's weight.

How should I choose a hydraulic telescoping cylinder?

The normal function of a telescopic cylinder is to regularly lift a tipper to gradually empty its load throughout its entire stroke, always respecting the conditions of use and safety.

• Maximum working pressure: 200 bar 

• Test pressure: 300 bar. 

• Maximum speed: 0.2m/s 

• Temperature range: -30°C to +90°C 

• Mineral hydraulic oil

Tipping Safety Procedures

Leave a gap of between 20-30 mm so that the box in the anchored position does not rest on the cylinder.

Make sure that:

• The pressure required for tilting is less than the maximum recommended use pressure.

• The load is compatible with the vehicle.

• The ground is stable and level.

• The load is distributed evenly.

• Tire pressure is correct.

• The download is progressive.

 Attention to sticky loads (wet soil, silage...): A strong adhesion to the box implies a risk of overturning.

Telescopic hydraulic cylinders: application and possibilities 

If the typical working stroke of a hydraulic cylinder cannot be determined to perform a task, a telescopic hydraulic cylinder will be used. This type of cylinder is integrated into the phases where the effect of the piston expands over several barrels, which fit perfectly into the main sleeve of reduced size. The barrel cylinder is closed at both ends; the bottom and the head have a hole for the piston to go through and a hole for the rod to exit, respectively. The piston creates the lower chamber and the piston rod chamber by dividing the cylinder's interior into two compartments. Linear motion is produced by the piston when hydraulic pressure is applied.

They give a longer working stroke because most telescopic hydraulic cylinders are installed on sleeves that account for roughly 20% of the actual working length. If a conventional single rod hydraulic cylinder cannot be used, a telescopic hydraulic cylinder will be preferred due to its compact size. Search online for the suppliers and choose between them or get in touch with the best Telescopic Cylinders Suppliers for the quality product.

Telescopic hydraulic cylinders and single- and double-action hydraulic cylinders function according to the same principles. The primary distinction between single and double-action functions is that with telescopic cylinders, the piston or barrel is integrated into a small housing with additional tubes that expand in tandem with the main piston's or barrel's extension.

Share This