FAQ

A hydraulic cylinder consists of two parts: a piston inside a cylinder. When the piston moves down, fluid enters the cylinder through one end and pushes the piston back up. This movement causes the cylinder to expand, which creates pressure. As the piston moves up, the fluid leaves the cylinder through the other end and the pressure drops. This cycle repeats itself over and over again.

There are two main categories of hydraulic cylinders: pneumatic and mechanical. Pneumatic cylinders use compressed air to move pistons inside the cylinder. Mechanical cylinders use a piston connected to a rod to push against a load.

Hydraulic accumulators are used to store pressurized fluid. They are commonly found in vehicles such as cars, trucks, buses, aircrafts, boats, trains, construction equipment, forklifts, cranes, etc.

Hydraulic Power Packs are used to provide power to hydraulic systems. There are two types of hydraulic power packs available; AC and DC. Both types of power packs use either batteries or generators to supply electrical current to the system.

A DC power pack uses direct current electricity, which means that the voltage is constant and the current varies. This type of power supply is used when you need a steady flow of electrical power. An AC power pack uses alternating current electricity, which means the voltage changes and the current remains constant. This type of power source is used when you need varying amounts of electrical power.

Hydraulic motors are used in many different applications including pumps, compressors, and other industrial equipment.

Hydraulic motors work by converting fluid pressure into mechanical motion. A typical hydraulic motor consists of a cylinder containing pressurized fluid, a piston inside the cylinder, and a shaft connected to the piston. When the fluid is released, the piston moves back toward the cylinder wall, which causes the shaft to rotate.

A hydraulic gear pump is basically a mechanical device that uses gears to convert rotational motion into linear motion. It consists of two main parts: a motor and a pump. The motor converts electrical power into mechanical power, while the pump converts the mechanical power back into fluid pressure.

A hydraulic piston seal is a mechanical device used to prevent leakage of fluid through a cylinder wall. It consists of two parts: a metal ring and a rubber gasket. When the piston moves inside the cylinder, the ring slides along the cylinder wall and rubs against the gasket. This friction creates a seal which prevents the leakage of fluid.