Martin Introduces New Multi Valve Air Cannon
Published: June 14th 2012
[Neponset, IL] – One of the world leaders in bulk material flow technology has introduced a multi-port air cannon system featuring advanced valve design. The Martin® Multi Valve Air Cannon from Martin Engineering is a multi-valve, multi-port air cannon solution that provides up to five application points utilizing a single 60-gallon reservoir. The air cannon protects components and workers from hazardous environments and improves flow efficiency, delivering unsurpassed flexibility and durability.
Efficient material flow is maintained with a solution that operates proficiently at five application points from a single air source, requiring fewer parts and less maintenance. The five independent valves are housed within a single tank. If one valve requires service, the multiple-valve air cannon system continues to function in nearly all cases, improving reliability.
The centralized location of working components away from the point of application allows for shelter from exposure to high temperature environments and process dust. A single remotely located reservoir tank also eliminates the need to hang numerous heavy individual tanks on vessel walls. This is advantageous where space is limited, where safety concerns may be a factor or in locations where access and service is difficult or hazardous.
The unit has an operating range of 40-150 psi. Output force and duration range are made adjustable through the integration of urethane bumpers to fine-tune the length of the piston stroke to reduce or increase the force of the air blast. The system is suitable for use wherever traditional single valve/tank assemblies are installed and offers many advantages over the use of multiple individual air cannons, particularly in challenging applications.
Blasts are delivered from the tank to the application point via hard pipe in standard applications to reduce line loss. Flexible hose is available in maximum 36-inch sections and valves are available in both imperial and metric measurements, with tanks manufactured to local code.