What is the piston pump?
The piston pump is a device modeled on a small engine. Instead of using cylinders to produce energy, the piston pump uses its cylinders to pump air, liquid or combination of both. Typical settings use an electric or other engine type that changes the piston crankshaft using the belt and pulley configuration. As the pump turns, the cylinders force air or fluid into the storage tank for use later. The piston pump, which is often made of cast iron, is one of the most acceptable pumps. When the piston is attracted to the cylinder, air or liquid is sucked in the intake valve. When the piston moves towards the upper part of the cylinder, the air or liquid is pushed from the exhaust valve and into the reserve or storage tank. The typical piston pump contains a pressure switch that once turns off the engine storage tank has been achieved a specified amount of air pressure.
piston sizeThe pumps are usually determined by the size and number of cylinders containing the pump, as well as assessing the power of the engine -powered engine. While the vast majority of pumps are powered by electric engines, many pumps are powered by gasoline, diesel and propane -powered engines. The construction of the pump can be a straight cylinder up and down, the pump configured in or a radial pump. The radial design pump is usually the most productive and draws the largest amount of material.
The negative aspect of the pump design is that from the friction of the generated cylinder they accelerate up and down the walls of the cylinders a huge amount of heat. The by -product of this heat is water condensation. When used to pump air, water is a damage to most operations by COM Compressor. In an effort to reduce the amount of water produced by the type -type power pumps, they are used before and after the introduction of the air into the storage tank.
The advantage of using the piston pump design is that the blackIt fallen to restore the air extremely fast. Many air tools such as grinders and exercises use exaggerated amounts of air. If not for the design and capabilities of the piston pump, these tools could drain the entire reserve air supply.