Reciprocating 3 To 30 HP Multi Stage High Pressure

INDO-AIR Multi-stage, High Pressure Air Compressors are available in two & three stages in two cylinder & three cylinder versions. Robust, overhung design crankshaft for reliability and easy maintenance, solid end connecting rods, highly thermal efficient inter cooling, totally reliable splash lubrication and balanced V-type construction for smooth vibration-free operation. Cross head cylinders are used in case of the last stage small diameter piston for better support and to accommodate adequate Con Rod bushing.

• How often the compressor is used and how it is used.
• Short list in-plant compressed air application. Make a list of equipment in the plant Consuming compressed air and expected air flow requirement in ‘CFM’ and the required pressure in ‘PSI’
• Consider the duty cycle of your compressors as most compressors are not meant to run all the time.
• Decide on the size/capacity of the tank. The more use of equipments means the need for larger tank. Choosing a larger tank than the need will ensure optimum use of the Compressor.
• Consider 10% more capacity compressor to compensate the air misuse or leaks and pressure drop in the system.
• Decide on the continuous run style or start-stop style compressor. ( A compressor that runs continuously, but only compresses air as per demand or a compressor that fills the tank and stops until low pressure signals a start).
• Consider the accessory which is to be installed with each compressor.
• Other like maintenance, life expectancy, trouble shooting (also know the manufacture network/ regional offices), repair costs, etc.

Reciprocating 3 To 30 HP Multi Stage High Pressure

INDO-AIR Multi-stage, High Pressure Air Compressors are available in two & three stages in two cylinder & three cylinder versions. Robust, overhung design crankshaft for reliability and easy maintenance, solid end connecting rods, highly thermal efficient inter cooling, totally reliable splash lubrication and balanced V-type construction for smooth vibration-free operation. Cross head cylinders are used in case of the last stage small diameter piston for better support and to accommodate adequate Con Rod bushing.

• How often the compressor is used and how it is used.
• Short list in-plant compressed air application. Make a list of equipment in the plant Consuming compressed air and expected air flow requirement in ‘CFM’ and the required pressure in ‘PSI’
• Consider the duty cycle of your compressors as most compressors are not meant to run all the time.
• Decide on the size/capacity of the tank. The more use of equipments means the need for larger tank. Choosing a larger tank than the need will ensure optimum use of the Compressor.
• Consider 10% more capacity compressor to compensate the air misuse or leaks and pressure drop in the system.
• Decide on the continuous run style or start-stop style compressor. ( A compressor that runs continuously, but only compresses air as per demand or a compressor that fills the tank and stops until low pressure signals a start).
• Consider the accessory which is to be installed with each compressor.
• Other like maintenance, life expectancy, trouble shooting (also know the manufacture network/ regional offices), repair costs, etc.