The nailing force of the pneumatic code nail gun is derived from the compressed air generated by the air compressor, and the compressed air source is continuously input into the air storage chamber of the air nail gun through the hose. When you pull the air nail gun: the trigger valve closes and opens a channel to open to the atmosphere. When the valve is triggered, the compressed air cannot flow into the valve plug to become space.

The valve plug is not larger than the upper air pressure, and the valve plug rises, at which point the compressed air can flow to the top of the piston. The compressed air moves the piston and the blade down and shoots the nails/nails/steel pins. As the piston moves downward, air pushes the air in the piston through a series of holes into the return air chamber. As more air flows into the rifle, the air pressure rises, and when you release the trigger, the compressed air returns the valve plug to its original position and prevents air from flowing into the head of the piston.

Since there is no downward air pressure, compressed air in the return air chamber pushes the piston head up. The air above the head of the piston is vented from the air gun to the atmosphere. When the head pressure of the piston is greater than the bottom pressure, the piston is pushed down. The normal output of the air pump (air compressor) has 4-8 pressures. After the air is delivered to the air gun, the air pressure is applied to the air gun. There is a piston in the cylinder cylinder, but the piston is the needle, the gas is opened, the piston is opened, the needle is shot, the needle is arranged in the nail groove, or the nail is loosened. After the gas is released, the piston will be pushed back to the original. Bit

The code nail gun includes a gun body, a cylinder and a cylinder head, a piston, a fixed magazine and a movable magazine, a gun head, a balance valve, a trigger, a valve stem, a positioning handle, a gas nozzle, and a safety frame is arranged on the gun head. You see that the straight nail gun behind is a cylinder, filled with compressed air inside, a rotor in the middle, the rotor, until the position of the nail, the front is small, when the user wants to pull the trigger, the compressed air immediately deflated , and the pulse rotor rotates a position. When the length of the design position, the front of the rotor is on the nail, the gun self-esteem is that the nail can not rebound (only a small rebound), the rotor head forwards, of course, the nail is nailed to the wooden strip. Oh, this is done by using the principle of instantaneous power. The principle is that when pressed, the bullet is pushed into the upper position, then the trigger is pulled, the bullet is fired, the bullet generates high-pressure gas, and the striker pushes the needle to push the nail.