The hydraulic cylinder is used to transform a pressurised hydraulic energy into mechanical energy. Hydraulic cylinders get their power from hydraulic fluid, usually oil. It consists of a cylinder barrel, in which a piston separates the tube into two airtight chambers. A system of seals is in charge of containing the pressurised fluids into the hydraulic cylinder. A piston rod attached to the piston moves back and forth and allows it to generate motion of different tools such as the boom, the bucket, the spreader, the trailer, etc.
THE DIFFERENT HYDRAULIC CYLINDERS
1.MULTIPLE PERFORMANCE TESTS HAVE BEEN CONDUCTED TO GUARANTEE THE CASE IH QUALITY:
ENDURANCE TEST Each rod is extended at the middle of a stroke and a pressure of 137 bar is applied on the bore side and 226 bar on the annulus side during 400.000 cycles. After the test, any defect, external or internal leakages or damages on the different parts are identified.
PRESSURE TEST: max pushing work pressure 220 bar.
THREAD RESISTANCE TEST: 6g/6H.
BUCKLING RESISTANCE TEST.
Reliability of the hydraulic cylinder to high temperatures and corrosion. For most of the cylinders, the common temperature is between -20°C and 90°C with high resistance, but by changing the seals they can be amplified from -40°C to 120°C, thanks to specific treatment such as Oxynit.
Each Genuine cylinder is designed to be perfectly suited to your machine.
HOW TO KEEP YOUR HYDRAULIC CYLINDER IN A GOOD CONDITION.