Air Compressors Parts: The Complete Guide In Alphabets
Air compressors are vital energy sources for many services. Air compressors can work for a long time and arduous depending on the type of environment so it is important to maintain each part of the air compressors. Every part has a specific function.
The list of air compressors parts listed below includes all types of reciprocating piston models and rotary screw models, which will help you to become more familiar with the functions of the parts:
List of Air compressors parts
Actuators: Air cylinders or air actuators are machines that invent mechanical movement by transforming various forms of energy into linear or rotating mechanical movement. We can take the compressed air as an example.
Bearings: Bearings are constructed with two rings separated by a group of small metal balls. These balls move along the retaining barriers between the two rings, to facilitate the movement of the outer and inner races. The bearings are divided into two types of radial bearings used with the rotating parts and the other for the thrust parts. In some cases, it can be used for a combination of both. Rolling balls inside the bearing carry the rotating load, allowing the thrust parts to move smoothly against the fixed parts. Bearings are used to effectively eliminate friction.
Belts: A belt is a loop of a soft material used to connect two or more mechanically rotating columns. High quality and appropriate belts can be used as a source of movement for efficient energy transfer. Belt tension shall be checked every 40 hours for wearing and operation.
Bumpers: The bumper is a compact structure that surrounds the valves to protect against contact and shock absorption in a simple collision, which perfectly reduces repair costs.
Bushings: The bushings do not have metal sections for scrub, which eliminates the risk of performance degradation due to wear. Since the lubricant inside the liner plays the same role as the balls in the bearing, each oil change made to your compressor is like installing brand new bearings. This lubricant supports the performance of your bushings and increases their efficiency. Operators were able to bypass the inspection period and set change periods. Using bushings reduces costs and time loss while ensuring the reliable performance of your device.
Connecting Rods: The connecting rod is part of the piston motor of the air compressor that connects the piston to the attachment shaft. The connecting rod converts the reciprocating movement of the piston into the rotation of the crankshaft. The connecting rod is required to transfer the forces of pressure and rotation at both ends.
Couplings: is a mechanical device used to transfer energy between two pieces of rotating equipment to connect the ends of its parts. It is also used to prevent leakage in the high-pressure system.
Desiccant Dryers/Q-Sorb: Air dryers purify compressed air by absorbing moisture from water vapor that leads to early failure, corrosion, and quality control problems for compressed air equipment. You can find these systems in any industrial application where exceptional quality control and reliable equipment are required.
Gaskets & Seals: A gasket is a sealant used to close the space between two or more continuous edges. The gasket can also be used to withstand some wrong alignment and the uneven area between the edges.
Gauges: A gauge is a device located on an air compressor that measures the air pressure in a tank. Usually, it ranges from 0 to about 250, depending on the machine and types of gauges.
Motors: The air compressor contains an electrical machine that converts electrical energy into mechanical energy, which operates the process of air pressure through the interaction between the magnetic field of the motor and the electric current.
O-Rings: The O ring is a synthetic rubber ring with a round cross-section designed to squeeze during assembly between two or more parts which help to keep the system running at peak performance.
Piston Rings and Rods: The piston is a component of hydraulic cylinders, pneumatic cylinders, reciprocating motors, reciprocating pumps, and gas compressors, among other identical machines. It is the moving component of a cylinder and is gas-tight by piston rings.
Rotors: In air compressors rotors is a moving component of the electromagnetic system whose rotation is due to the interaction between the winding and magnetic fields where the air entering through the inlet valve is compressed.
Shims: A shim is a thin and often tapered or wedged piece of material, used to fill small gaps or spaces between objects. It may be necessary to add support separators in the installation of the air compressor. These metal gaskets will provide you with the support you need for a reliable system to bridge gaps between parts subject to wear.
Springs: The pulse is a flexible mass that maintains mechanical energy. Various components of the compressor are used springs for system mechanics, which are usually made of steel.
Valves: The valve is a device that regulates or controls the entry and exit of air by closing, opening, or partially blocking different passages. It is an essential component that requires regular check-up during periodic service and periodic checks.
When it comes to upgrading your factory’s compressed air system or purchasing an air compressor, you have a wide range of solutions to choose from: variable speed, lubricating oil, oil-free, rotor, reciprocating screw, or fixed speed.
Depending on your application, you can select an air compressor or contact us for more information
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