valves
asco sc8215b070 solenoid valve nc aluminum 1 1 2 in
solenoid valve high temperature and din number of ways 2 configuration normally closed body material aluminum 1 1 2 pipe size in . 1 5 8 orifice dia . in . psi differential air inert gas 25 psi differential water psi differential light oil 25 cv flow factor 35 1900000 fuel gas capacity btuh gpm max . psi differential min . 0 25 opd range psi 32 fluid ambient temp . min . f 125 max . fluid temp . f 125 fluid ambient temp . max . f watts 15.4 voltage 120 110 br b features b ul li application air and vacuum service li li btuh 1900000 li li coefficient of volume 35 li li construction reference no. 6 li li electrical connections din li li fluid ambient temp . max . f 125 li li fluid ambient temp . min . f 32 li li fuel gas capacity btuh 1900000 li li height 6.84 li li item air and fuel gas solenoid valve li li length 5 li li max . fluid temp . f 125 li li opd range psi 25 li li max . operating pressure differential light oil 25 li li max . operating pressure differential air inert gas 25 li li psi differential min . 0 li li orifice dia . in . 1 5 8 li li pipe size in . 1 1 2 li li type high temperature and din li li width 5.38 li li ambient temp . range 32 degrees to 125 degrees f li li body material aluminum li li configuration normally closed li li cv flow factor 35 li li hz 50 60 li li nema rating 1 2 3 3s 4 4x li li overall height 6 27 32 li li overall length 5 li li overall width 5 3 8 li li pipe size 1 1 2 li li seal material nbr li li voltage 110 120vac li li watts 15.4 li li agency compliance ul fm li li coil enclosure general purpose no junction box and watertight li li number of ways 2 li li center line pipe center size in . 5.59 li li standards ul fm li li valve design 2 way 2 position li li coil insulation class f li li coil key b li li max . fluid temp . 125 degrees f li li orifice dia . 1 5 8 li li center line pipe center size 5 19 32 li li valve configuration normally closed li li max . operating pressure differential 25 psi li li min . operating pressure differential 0 psi li ul