Hi,
I am in the need of an apparently a pracuire solenoid valve. The closest I have come to is the RedHat 8015B202 follow link below.
I need a mechanically held open, spring to close that is triggered by a 12vdc pulse, the inlet shall be 1". It must be NSF 61 certified for potable water. The attach is all that but unfortunately not NSF 61 certified. It will be a safety valve to an automated water treatment system that will have power, only when the system calls for more water. In an emergency like a busted supply line, them emergency system would activate and trip the release mechanism and cut off the water supply. This could be a really bad thing since the water system will be inside a floating vessel and cousins either be occupied or not. Motor driven or electrically held open valve will not work for this application. Power can be compromised. With a pulse released spring operated valve, it will have a better chance of operating in a catstrophic event like and minimize energy consumption on the emergency power system. Any suggestions out there?
http://www.ascovalve.com/Common/PDFFiles/Product/8015_8025MR_R2.pdf
I am in the need of an apparently a pracuire solenoid valve. The closest I have come to is the RedHat 8015B202 follow link below.
I need a mechanically held open, spring to close that is triggered by a 12vdc pulse, the inlet shall be 1". It must be NSF 61 certified for potable water. The attach is all that but unfortunately not NSF 61 certified. It will be a safety valve to an automated water treatment system that will have power, only when the system calls for more water. In an emergency like a busted supply line, them emergency system would activate and trip the release mechanism and cut off the water supply. This could be a really bad thing since the water system will be inside a floating vessel and cousins either be occupied or not. Motor driven or electrically held open valve will not work for this application. Power can be compromised. With a pulse released spring operated valve, it will have a better chance of operating in a catstrophic event like and minimize energy consumption on the emergency power system. Any suggestions out there?
http://www.ascovalve.com/Common/PDFFiles/Product/8015_8025MR_R2.pdf
