One of the vital components of an air compressor is the air-regulator system. When you obtain a new air compressor that is normally used in portable pneumatic or air equipment, a filter-regulator component is already added on it. Typically, some inexpensive air compressors only place an air-regulator without the filter to minimize cost, however in certain respected brands like DeWalt compressors.
They are already equipped with modular pneumatic filter-regulator system as standard accessory. All pneumatic equipments which include pneumatic actuators, valves and air-tools have a preferred working pressure to work and to function correctly. Too low will cause them to fail to function properly or stop functioning, too large pressure causes the seal to burst and leak. It's important to specify the pressure just before connecting your favorite air-tools, if you accidentally hook up a tool that supposed to have 85 psi to a 200 psi air supply it could be really risky and can explode or damage the instrument itself.
This is where the compressor regulator comes into action. The air-regulator maintains the pre-programmed pressure just before going to the system. If the pressure from the compressor tank grows the air regulator will still preserve the pre-programmed pressure. The regulator device can only stop the air pressure from exceeding the preferred pressure however it cannot compensate it if the pressure from the air tank loses down below the preferred pressure. If for some reason the pressure from the secondary side increases, it has a built-in release valve that enables it to bleed the excess pressure until finally it reaches the set pressure.
It has a huge knob on top of it that can be simply turn to modify the pressure output. A pressure gauge is usually incorporated to check the output pressure. Without the gauge it will be difficult to adjust the regulator system because that you have no way of knowing just how much pressure is present on the output side. In some compressor equipments you will see two units of gauge that is for the input and the secondary side.
If you order a regulator unit, you should consider the capacity of the regulator you ought to order. The size is selected by the flow rate total capacity. As the flow rate capacity raises the port size also raises, it is basically directly proportional to one another. So, you can also apply the port size as the basis of the regulator system sizing. As an example, if your present regulator component has a " port, then you should acquire a " regulator unit.
The regulator component is not commonly for sale in common hardware stores. You can perhaps find them in hardware shops who sell air compressors. Some particular companies also sells them, like SMC Pneumatics who manufactures pneumatic valves, actuators and compressor products like filter, regulator, air-dryer, main line filter and after coolers. Other pneumatic corporations for instance Norgren, Bosh, CKD and Bimba also produce them.
They are already equipped with modular pneumatic filter-regulator system as standard accessory. All pneumatic equipments which include pneumatic actuators, valves and air-tools have a preferred working pressure to work and to function correctly. Too low will cause them to fail to function properly or stop functioning, too large pressure causes the seal to burst and leak. It's important to specify the pressure just before connecting your favorite air-tools, if you accidentally hook up a tool that supposed to have 85 psi to a 200 psi air supply it could be really risky and can explode or damage the instrument itself.
This is where the compressor regulator comes into action. The air-regulator maintains the pre-programmed pressure just before going to the system. If the pressure from the compressor tank grows the air regulator will still preserve the pre-programmed pressure. The regulator device can only stop the air pressure from exceeding the preferred pressure however it cannot compensate it if the pressure from the air tank loses down below the preferred pressure. If for some reason the pressure from the secondary side increases, it has a built-in release valve that enables it to bleed the excess pressure until finally it reaches the set pressure.
It has a huge knob on top of it that can be simply turn to modify the pressure output. A pressure gauge is usually incorporated to check the output pressure. Without the gauge it will be difficult to adjust the regulator system because that you have no way of knowing just how much pressure is present on the output side. In some compressor equipments you will see two units of gauge that is for the input and the secondary side.
If you order a regulator unit, you should consider the capacity of the regulator you ought to order. The size is selected by the flow rate total capacity. As the flow rate capacity raises the port size also raises, it is basically directly proportional to one another. So, you can also apply the port size as the basis of the regulator system sizing. As an example, if your present regulator component has a " port, then you should acquire a " regulator unit.
The regulator component is not commonly for sale in common hardware stores. You can perhaps find them in hardware shops who sell air compressors. Some particular companies also sells them, like SMC Pneumatics who manufactures pneumatic valves, actuators and compressor products like filter, regulator, air-dryer, main line filter and after coolers. Other pneumatic corporations for instance Norgren, Bosh, CKD and Bimba also produce them.
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