water butterfly valve elephant wbv3ex 3432m 1w f iso body material carbon steel disk material stainless steel aisi 316 seal metal pneumatic actuator pa da double action 4m310 08 24v Expansion Joint mm DN15 QT-W(M)-005 95 114

mm DN15 QT-W(M)-005 95 114 50 215 281 DN20 QT-W(M)-005 104 120 55 215 281 DN25 QT-W(M)-005 113 125 60 215 281 DN32 QT-W(M)-005 139 130 65 215 281 DN40 QT-W(M)-005 149 140 70 215 281 DN50 QT-W(M)-010 165 150 80 215 281 DN65 QT-W(M)-010 185 170 95 215 281 DN80 QT-W(M)-010 200 180 105 215 281 DN100 QT-W(M)-020 221 190 120 270 276 DN125 QT-W(M)-030 250 325 177 270 276 DN150 QT-W(M)-060 286

It is mounted from above on the surface of the pneumatic actuator and connected to the actuator shaft - DIN standard

6 32 160 140 112 1

Construction of quarter-turn actuators Elephant QT-N-xEM-O1 24V:

№ Name Material 1 Enclosure extruded aluminum 2 Side plugs cast aluminum 3 Gear stainless steel 4 Piston steel/aluminum 5 Plugs stainless steel 6 Piston ring NBR 7 Springs spring steel 8 Piston bearing engineering plastic 9 Piston ring NBR 10 Plug NBR 11 Thrust ring engineering plastic 12 Ring engineering plastic 13 Washer stainless steel 14 Spring clip stainless steel 15 Indicator plastic 16 Indicator housing plastic 17 Bearing engineering plastic 18 Cam steel 19 Bearing NBR 20 Bearing engineering plastic 21 Bearing engineering plastic 22 Sealing ring NBR 23 Sealing ring NBR 24 Bearing stainless steel 25 Adjustment nut stainless steel 26 Adjustment screw stainless steel 27 Sleeve aluminum

water butterfly valve elephant wbv3ex 3432m 1w f iso body material carbon steel disk material stainless steel aisi 316 seal metal pneumatic actuator pa da double action 4m310 08 24v Expansion Joint mm DN15 QT-W(M)-005 95 114Rotary disc gate valve is designed for use as shut off or regulating valves for flow control in heat supply systems, water supply systems, in technological processes of food, chemical, oil and gas, pulp and paper and other industries. The valves are opened and closed by turning the disc by 90. The triple eccentricity design reduces friction at the disc and seat contact points, which increases the reliability and service life of the gate. In this