What are compressed air aftercoolers, and why are they required? In this article, find out everything you need to know about aftercoolers, including the two most common types, why they’re important, and their role within an air compressor system. What Is An Aftercooler? An aftercooler is a mechanical heat exchanger designed to remove the heat […]
Appropriate sizing is important for all components of your air compressor system, including hose sizes. If you are investing in an air compressor system, restricting the flow anywhere in your system can make it significantly underperform or require unnecessary energy costs to run that compressor over its lifetime. As air travels from the compressor head to […]
Many air compressor applications can benefit from the installation of an air receiver tank. An air receiver tank increases the amount of air available on-demand, allowing for higher duty cycles and more air power. Air receiver tanks are sized in gallons and range from small 5- and 10-gallon tanks to massive tanks that hold thousands […]
VMAC is committed to lean manufacturing, a style of manufacturing that aims to reduce waste through continuous improvement. In celebration of Manufacturing Month, we wanted to share how we applied one lean tool—the Kata Improvement Method—to improve rotor production here at VMAC. Kata Improvement Method Many tools can be used to reduce waste in lean […]
Air leaving a compressor is hot, dirty, and wet—which can damage and shorten the life of downstream equipment, including valves, cylinders, and air tools. So before compressed air exits the system, it needs to be cleaned and lubricated. That’s where an FRL comes in! An FRL combines a filter, regulator, and lubricator into one component […]
An air receiver tank is a metal tank that stores compressed air until it is required. Air receiver tanks can vary in shape and in size, depending on the application. Air receiver tanks on service vehicles are typically 30 gallons, but still range from 6 to 50 gallons. Some air compressors, such as reciprocating air […]
The VMAC Multifunction power system (MF) control box does a lot more than turn your air compressor on and off. VMAC’s engineers programmed the control box to share important information with operators and crane controllers, and it therefore serves as the communication hub for your MF multi-power system.
The control box in the VMAC hydraulic air compressor is the computer that tells the compressor what to do and when to do it. Control boxes also give a voice to air compressors and allow them to share important information via the display box that can help with system maintenance, operation, and diagnosing issues.
The control box is essentially the brain of the VMAC diesel driven air compressor system. It tells the system what to do and makes decisions based on the programmed settings. The control box is also the communication hub for the air compressor, relaying important information to the operator on an “as needed” basis.
The control box plays an important role in the Direct-Transmission™ Mounted air compressor and multipower systems (DTM), as it’s used to power the system and communicate with operators and service techs. In addition, the control box monitors the air compressor system on an ongoing basis to ensure its in proper working order.