Product description

Telescopic cylinders are a distinctive type of hydraulic cylinder. They ensure correct operation of the mechanism even in the most demanding operating conditions. They are capable of lifting the heaviest loads, as their maximum working pressure range is between 16-32 Mpa (160-320 bar).

Telescopic cylinders have a greater stroke range during cylinder operation, compared to standard hydraulic motors. They are also equipped with several built-in pistons that extend one at a time - so the extension (so-called working stroke) is very large, despite their short length. They are also one-sided, as in In this case, the oil acts under pressure on one side, causing the individual components of the actuator to slide out. The different models of telescopic actuators differ, among other things. stroke, as well as the number of cylinders.

In order for telescopic actuators to perform perfectly for a long time, they should be made of high-quality materials - they allow you to extend the life of the entire system. It is good if they are additionally covered with a two-layer varnish coating, which adequately protects them, and at the same time guarantees an impeccable appearance for many years. Add that telescopic cylinders are mainly used in the production of agricultural trailers. However, they will also excel in other industries, including construction, mining, industrial and aerospace machinery, and even in the broader transportation industry.

Telescopic cylinder cylinder for HL, HW, IFA 6011, 8011 trailers

Specification

Weight 19.7 kg
Dimensions 43 × 11 × 12 cm
Total length of the actuator when unfolded

1010 mm

Folded actuator length

425 mm

Actuator stroke

580 mm

Outer diameter of the actuator

110 mm

Socket for a ball with a diameter of

50 mm

Maximum load capacity

6 T

Supply thread

M22*1.5 internal

Maximum working pressure

160 bar

Start-up pressure

0.5 MPa

Max speed. piston rods

0.5 m/s

Permissible operating temperature

-40 to +60

Permissible oil temperature

-15 to +80

Number of steps

3