Functions of Air Suspension
An air suspension system uses an air spring or airbag in lieu of a metal spring to support a vehicle on axles by organizing its airbags. This type of system functions on the principle that compressed air is used to alter the height of the vehicle’s suspension system; in other words, air suspension equipment uses the properties of air to supply a cushioning effect. Airbags in a vehicle are compressed when they come into contact with bumps in the road, and they bounce up and down while permitting the wheels to rotate. To achieve this, they are designed as rubber bladders made from a fabric-reinforced rubber, or a combination of rubber and polyurethane, that contain air. Also referred to as bellows, these particular materials are employed to offer a vehicle structural integrity, an air-tight build, and corrosion resistance. Bellows consist of a column of air that is confined inside a rubber and fabric container.
Other types of air suspension include piston and elongated bellow type airbags which act similar to springs under compression. Compressed air is provided using an air compressor motor, and a height sensor is used to monitor the height changes of the suspension with a loaded vehicle. Compressed air inflates the airbags which raises the chassis from the axle. The main purpose of an air suspension system is to maintain the height of a vehicle as the load shifts in size, as well as to offer stability while absorbing any road shock. Different vehicles may feature slight variations, but the working principles remain the same across the board. These systems have been used for about forty years and offer smooth rides with little shock on many of today’s different heavy-duty trucks, trailers, and buses. On the other hand, today’s automobiles and light trucks self-level while often featuring raising and lowering abilities.
In terms of their function, air springs are initially soft, but as a vehicle acquires a load, these springs stiffen as air pressure increases inside. Maintaining the suspension of a vehicle by varying the air pressure depending on load size, air suspension equipment ensures a ride is smooth and controlled, with or without a load present. The air springs absorb road shocks in order to stabilize the vehicle which consistently improves ride quality.
There are several benefits of using air suspension systems; primarily, they prevent wear on the suspension system and other parts of a vehicle by reducing ride vibrations and harshness when vehicles encounter road unevenness and speed bumps. Air suspension not only benefits the vehicle, but also its passengers, offering a more comfortable, steady ride, particularly when traveling along poor-quality roads. Moreover, air suspension offers a vehicle higher cornering speeds and better levels of control which prevents potential damage and body rolls. Because the vehicle is able to be adjusted based on the road conditions, it offers superior fuel economy. This is because suspensions intended for specific road surfaces offer vehicles better control and higher cornering speeds for long and winding routes.
Those in the market for aircraft parts including air suspension systems should look no further than AOG Purchasing, where we are committed to customer satisfaction and the quality of our parts. We source our more than two billion components from only trusted manufacturers, and many of these items are subject to rigorous quality control measures to ensure customer satisfaction and vehicle safety. We are proud to serve as an AS9120B, ISO 9001:2015, and FAA AC00-56B accredited distributor, so you can trust the excellence and reliability of our parts and services. When you place an order with AOG Purchasing, our dedicated team works diligently to get your parts delivered to you as quickly as possible. Feel free to fill out an online RFQ form with as much information as you can, and one of our account managers will work rapidly to get you a quote for your comparisons in fifteen minutes or less.
Share
