Supply of spare parts for industrial enterprises around the world

AirCom Pneumatic R490-06

  AirCom Pneumatic R490-06
Manufacturer
AirCom Pneumatic
Part number
R490-06
Country
Germany
Sale of any product from the AirCom Pneumatic catalog at competitive prices

2technologie will help you choose and buy products and spare parts from AirCom Pneumatic (official website: www.aircom.net). We sell only certified goods and give an official guarantee from the manufacturer AirCom Pneumatic


The volume booster amplifies the volume at a 1 to 1 ratio of
pilot pressure to outlet pressure.
The booster is a rugged precision instrument with key features
providing reliable, efficient and stable operation. Very low
deadband between the operation of the supply valve and exhaust
valve providing provides excellent pressure control. High
capacity exhaust valve provides efficient dynamic reverse flow
characteristics. Pressure balanced supply valve prevents changes
in control characteristics when supply pressure changes. Damped
diaphragm control chamber provides stable operation and protects
valves from damaging oscillation under high flow conditions.

Media: compressed air or non-corrosive gases

Supply_pressure: max. 17 bar
Ratio: 1:1
Pilot_pressure: max. 10 bar; pilot port G1/4
Accuracy: at supply pressure variation of 7 bar = < 7 mbar pressure deviation
response_sensitivity: 2.5 mbar
Air_consumption: max. 3 l/min subject to outlet pressure
Relieving_function: relieving
Relief_capacity: 2800 l/min at 0.35 bar overpressure above setpoint of 1.5 bar
Gauge_port: 1/4˝NPT on both sides of the body, screw plugs supplied
Mounting_position: any

Temperature_range: -40 °C to 93 °C / -40 °F to 199 °F

Body: aluminium die-cast
Diaphragm: NBR/Buna-N on Polyester, optionally FKM
Inner_valve: zinc-plated steel, optionally stainless steel
Worldwide delivery services
Worldwide delivery services
Ways of payment
Ways of payment

Specifications R490-06

part number:R490-06
connection thread:G3/4
connection:G3/4
pressure range [bar]:0...10
flow rate air [Nl/min]:14100
Kv [m³/h]:9