Solenoid valves manifold Series 3000 1 1 | 521 AIR DISTRIBUTION Overall dimensions and technical information are provided solely for informative purposes and may be modified without notice Construction characteristics Body Aluminium Operators Technopolymer Spool Aluminium Seals NBR Piston seals NBR Springs AISI 302 stainless steel Pistons Aluminium Operational characteristics Voltage 24 VDC ±10% Pilot power consumption 1.3W nominal in the STAND ALONE version (M8 version 1.3W with energy saving) 1.3W nominal in energy saving mode in the MANIFOLD version. Valve working pressure [1] from vacuum to 10 bar max. Pilot working pressure [12-14] from 2,5 to 7 bar max. Operating temperature from -5°C to +50°C Fluid Filtered air. No lubrication needed, if applied it shall be continuous • 10 mm size • Nominal flow rate up to 200 Nl/min • Available sub-base mounted or with M5 threaded ports •The ability to replace valves without disconnecting the pipework •Available with a wide range of serial system protocols •Wide range of accessories •Stand-alone or manifold mounted versions •Suitable for use with pressure or vacuum Solenoid valves series 3000 Versatility and maximum reliability: With these prerogatives in mind, new products are being developed dedicated to control in a smarter context. Having the flexibility to be configured within control systems to provide optimal management through a constant interface and communication with the machines control system. The Pneumax 3000 series solenoid valve range has been developed with this in mind and has been developed to suit both stand-alone and manifold mounted applications. Both stand alone and manifold mounted versions are available in the most commonly used types, capable of working with positive pressures up to 10 Bar or vacuum. The valves have aluminum bodies with integrated electrical connections, manual override and an LED that indicates when the valve is actuated. The Pneumax 3000 series is another addition to the extensive range of solenoid valve systems designed for applications from assembly to automotive.
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