X-Series System Automation
As much as 20% to 60% of the energy used to operate compressed air systems is wasted! This is primarily due to operating more compressors than necessary, operating the wrong combination of compressors and/or maintaining elevated system pressures.
Ingersoll Rand X-Series System Automation eliminates waste by efficiently and effectively managing multiple positive displacement compressors simultaneously. Ingersoll Rand has developed system automation products to meet from the most basic control requirements up to advanced controls that include the most complex system and equipment combinations.
Centrifugal System Automation
As much as 20% to 60% of the energy used to operate compressed air systems is wasted! This is primarily due to operating more compressors than necessary, operating compressors in bypass and/or maintaining elevated system pressures.
Ingersoll Rand Air System Controller (ASC) and Air System Manager (ASM) Automation products eliminate waste by efficiently and effectively managing multiple centrifugal compressors simultaneously. Ingersoll Rand has developed these system automation products specifically for complex compressed air systems with the ability to integrate virtually all equipment found in most air systems throughout a broad range of industries.
Flow & Pressure Control
As much as 20% to 60% of the energy used to operate compressed air systems is
wasted! One of the major contributors to this waste is operating air systems at
elevated pressures.
Well known is the fact that compressed air, stored at higher pressures, can
provide a capacitance effect for sudden hign volume demands. Less known is that
higher pressure storage, that is not properly controlled and managed, will
result in not just the additional energy to compress to a higher pressure, but
also significantly higher air consumption from all compressed air users!
Ingersoll Rand flow and pressure controllers have been developed to optimize
systems in order to eliminate waste by efficiently and effectively managing
system storage through flow and pressure control.