Hydraulic pumps are used in hydraulic drive systems and can be hydrostatic or hydrodynamic. A hydraulic pump is a mechanical power source that converts mechanical force into hydraulic energy (hydrostatic energy i.e. flow, pressure). This flow is produced with sufficient force to overcome the pressure caused by the load at the pump outlet.When a hydraulic pump operates, a vacuum is created at the pump inlet, which draws fluid from the reservoir into the pump inlet line and mechanically forces this fluid to the pump outlet and into the hydraulic system. A type of hydraulic pump that is widely used in industry is the piston pump. A piston pump is a type of positive displacement pump in which a high-pressure seal is reciprocated by a piston. Piston pumps can be used to move liquids or compress gases. They can operate over a wide range of pressures. High pressure performance can be achieved without adversely affecting flow rates. Piston pumps can also handle viscous media and media containing solid particles. Piston pumps are often used where high, constant pressure is required.
As mentioned, hydraulic piston pumps are divided into two basic types: axial piston pumps and radial piston pumps. In the axial type, the pistons are located in the longitudinal direction, and in this direction, as the pistons move forward and backward, they cause suction and pressure of the fluid and pump oil. The reciprocating motion of the piston in this type of pump requires a change in angle to pump the fluid with the rotation it receives from its crankshaft. This angle change is created in piston pumps in two ways. In one method, the shell and piston block themselves are manufactured at an angle and are angled, and in the other method, the block or shell is flat and straight, and inside it is a slanted plate or swash plate on the radius of which the pistons are placed. By rotating the swash plate and also with the help of spring force, the piston performs its reciprocating motion and the pumping operation of the run is performed.
The materials used to construct a piston pump are largely determined by the application of the pump. The materials of the housing and cylinder must be strong enough to withstand the operating environmental conditions. The materials that come into contact with the pumped medium must be resistant to corrosion by the liquid.The shell and body of piston pumps are made of cast iron because cast iron has tensile strength, toughness, and scratch resistance, and it works well at high power.
This text is about one of the hydraulic products of Henry Industrial Group, the 9-piston 95-liter hydraulic pump. Well, this pump is one of the types of piston pumps that has 9 pistons, and it is a type of axial pump. The 9 piston pump 95 liters 350 bar from the Henry brand is one of the pumps with a high working volume, in addition to having a high working pressure. The high flow rate allows the devices or equipment connected to it to work at high speed and can also withstand high pressure in the system.The 9-piston pump, 95 liters, 350 bar, is of high quality and durability overall and is relatively new to the Saati Henry Group. This pump has a flow rate of 95 liters per thousand revolutions and can withstand high pressure of up to 350 bar in the circuit.
The 95 liter nine-piston hydraulic pump is a domestic product that is competitive with foreign models. By purchasing the 9-piston 95 liter 350 bar Henry pump, in addition to having a quality pump, you will benefit from the benefits of a low price and a satisfactory warranty. Given that this type of pump is domestic, the price of the 9-piston 95 liter 350 bar Henry pump is lower than similar foreign models, which is cost-effective for farmers. Also, the warranty of the 9-piston 95-liter hydraulic pump is very reliable, covering various items, and its parts and accessories are easily available.