APH techniek

All data are considered to be unbinding reference values. We accept no liability for data selection that is not confirmed in writing. Pressure data refer, if not otherwise indicated, to liquids of Group II at +20°C. 7 2/2-way solenoid valves stainless steel 2/2-way solenoid valves from stainless steel 2 1 F G 1 / 8 “ & G 1 / 4 “ G 3 / 8 “ - G 2“ These valves are generally delivered with coils and plugs! Order example: M 218 ES ** ** Standard type F Available voltages 24V= (standard) . . . . . . . . . . -24V= 230V AC (standard) . . . . . . . . -230V 12V= . . . . . . . . . . . . . . . . . . -12V= 48V= . . . . . . . . . . . . . . . . . . -48V= 24V AC . . . . . . . . . . . . . . . . . -24VAC 115V AC . . . . . . . . . . . . . . . . -115V 48V AC . . . . . . . . . . . . . . . . . -48VAC Designation for the options: EX protected* . . . . . . . . -EX Materials: Body: AISI 316, internal parts: Stainless steel, seal: FKM Temperature range: -20°C to max. +120°C, environment: Max. +65°C Power consumption: Direct current: 13 W, alternating current: 22 VA (draw: 40 VA) Media: Compressed air, neutral gases, water, neutral low-viscosity media, other media on request Installation position: With upright magnets Voltages: Standard: 24V=, 230V AC, upon request: Other voltages (see order examples) Protection class: IP 65 2/2-way solenoid valves from stainless steel Eco-Line Especially good value! These valves are generally delivered with coils and plugs! For opening or closing, servo-controlled valves require a pressure difference between the valve inlet and valve outlet. The pres- sure difference is given as minimum pressure. There is a pressure compensation in the valve, resulting that no or little medium is used at the valve outlet, the valve will no longer function (it opens or closes unreliably). P input 2 1) water flow rate at +20°C, 1 bar pressure at the valve inlet, free discharge. Flow for air [l/min] ≈ 13.4 · kv · P input , if P output < (P input and P output are absolute values in bar.) ** please enter the required material: N=NBR, EP=EPDM, V=FKM --- --- SLP 38 MEM ** SLP 12 MEM ** SLP 34 MEM ** SLP 10 MEM ** SLP 114112 MEM ** SLP 114112 MEM ** SLP 20 MEM ** G 1 / 8 “ & G 1 / 4 “ G 3 / 8 “ - G 2“ Type Type Op. press. 24V= 230V AC Thread DN L (bar) kv value 1) Closed (NC) without power SLP 18 ES 24V= SLP 18 ES 230V G 1 / 8 “ 3 40 0 - 13 3.2 l/min SLP 14 ES 24V= SLP 14 ES 230V G 1 / 4 “ 3 40 0 - 13 3.2 l/min SLP 38 ES 24V= SLP 38 ES 230V G 3 / 8 “ 13 66 0.5 - 16 64 l/min SLP 12 ES 24V= SLP 12 ES 230V G 1 / 2 “ 13 66 0.5 - 16 64 l/min SLP 34 ES 24V= SLP 34 ES 230V G 3 / 4 “ 20 75 0.5 - 16 108 l/min SLP 10 ES 24V= SLP 10 ES 230V G 1“ 25 96 0.5 - 16 171 l/min SLP 114 ES 24V= SLP 114 ES 230V G 1 1 / 4 “ 35 131 0.5 - 16 313 l/min SLP 112 ES 24V= SLP 112 ES 230V G 1 1 / 2 “ 40 131 0.5 - 16 427 l/min SLP 20 ES 24V= SLP 20 ES 230V G 2“ 50 165 0.5 - 16 684 l/min Type (DC) Type (AC) Op. pressure (bar) 24V= 230V AC Thread DN L DC/ AC kv value 1) Closed (NC) without power M 218 ES 24V= M 218 ES 230V G 1 / 8 “ 3 45 0 - 8/0 - 15 4.5 l/min M 214 ES 24V= M 214 ES 230V G 1 / 4 “ 3 45 0 - 8/0 - 15 4.5 l/min M 238 ES 24V= M 238 ES 230V G 3 / 8 “ 13 67 0.3 - 20/0.3 - 20 55 l/min M 212 ES 24V= M 212 ES 230V G 1 / 2 “ 13 67 0.3 - 20/0.3 - 20 63 l/min M 234 ES 24V= M 234 ES 230V G 3 / 4 “ 25 95 0.3 - 20/0.3 - 20 183 l/min M 210 ES 24V= M 210 ES 230V G 1“ 25 95 0.3 - 20/0.3 - 20 216 l/min M 2114 ES 24V= M 2114 ES 230V G 1 1 / 4 “ 40 130 0.5 - 16/0.5 - 16 500 l/min M 2112 ES 24V= M 2112 ES 230V G 1 1 / 2 “ 40 130 0.5 - 16/0.5 - 16 533 l/min M 220 ES 24V= M 220 ES 230V G 2“ 50 168 0.5 - 16/0.5 - 16 750 l/min Open (NO) without power MO 218 ES 24V= MO 218 ES 230V G 1 / 8 “ 3 45 0 - 8/0 - 15 4.5 l/min MO 214 ES 24V= MO 214 ES 230V G 1 / 4 “ 3 45 0 - 8/0 - 15 4.5 l/min MO 238 ES 24V= MO 238 ES 230V G 3 / 8 “ 13 67 0.3 - 20/0.3 - 20 55 l/min MO 212 ES 24V= MO 212 ES 230V G 1 / 2 “ 13 67 0.3 - 20/0.3 - 20 63 l/min MO 234 ES 24V= MO 234 ES 230V G 3 / 4 “ 25 95 0.3 - 20/0.3 - 20 183 l/min MO 210 ES 24V= MO 210 ES 230V G 1“ 25 95 0.3 - 20/0.3 - 20 216 l/min MO 2114 ES 24V= MO 2114 ES 230V G 1 1 / 4 “ 40 130 0.5 - 16/0.5 - 16 500 l/min MO 2112 ES 24V= MO 2112 ES 230V G 1 1 / 2 “ 40 130 0.5 - 16/0.5 - 16 533 l/min MO 220 ES 24V= MO 220 ES 230V G 2“ 50 168 0.5 - 16/0.5 - 16 750 l/min * please indicate protection class 1) water flow rate at +20°C, 1 bar pressure at the valve inlet, free discharge. Flow for air [l/min] ≈ 13.4 · kv · P input , if P output < (P input and P output are absolute values in bar.) 2 1 For opening or closing, servo-controlled valves require a pressure difference between the valve inlet and valve outlet. The pres- sure difference is given as minimum pressure. There is a pressure compensation in the valve, resulting that no or little medium is used at the valve outlet, the valve will no longer function (it opens or closes unreliably). 2 1 Order example: SLP 18 ES ** Standard type F Available voltages 24V= (standard) . . . . . . . . . . -24V= 230V AC (standard) . . . . . . . . -230V 12V= . . . . . . . . . . . . . . . . . . -12V= 24V AC . . . . . . . . . . . . . . . . . -24VAC P input 2 Replacement diaphragm Materials: Body G 1 / 8 “ & G 1 / 4 “: AISI 430F, G 1 / 2 “ to G 2“: AISI 316 (internal parts AISI 430F), seal: FKM Temperature range: -20°C to max. +130°C Media: Compressed air, neutral gases, water, neutral low-viscosity media, other media on request Installation position: With upright magnets, (G 3 / 8 “- G 2“ also with horizontal magnets) Voltages: Standard: 24V=, 230V AC, upon request: Other voltages (see order examples) Protection class: IP 65 Optional: NPT thread -NPT , EX protected* -EX Contact us for technical details 406 APH Techniek BV - Wateringen - T +31 (0)174 219 200 - sales@aphtechniek.nl - www.aphtechniek.nl