YSRW-12-20 shock absorber 191196 
Category: Burkert Solenoid Valves
Showing 1–25 of 35 resultsSorted by latest
Add to cartBurkert Type 6013 Solenoid 1/4″ BSP, Brass NBR 230v AC, 125304. Vibration-proof, bolted coil system. Energy-saving version with Kick and Drop available
Add to cartBurkert Type 6013 Solenoid 1/4″ BSP, Brass FKM 24v DC, 125301. Vibration-proof, bolted coil system. Optional manual actuation. Energy-saving version with Kick and Drop available.
Add to cartBurkert 2507 Cable Plug. Degree of protection IP 65, Numerous variants. 0,00 V – 250,00 V | 6,00 A | -40,00 °C – 90,00 °C | PA (Polyamide)
Add to cartBurkert Type 6519 NAMUR Valve. High flow-rate capacity and reduced power consumption. Threaded port G 1/4”, NPT 1/4” and NAMUR flange
Add to cartBurkert 6519 110v AC Namur Valve, High flow-rate capacity and reduced power consumption, Threaded port G 1/4”, NPT 1/4” and NAMUR flange
Add to cartBurkert 6519 24v AC Namur Valve, High flow-rate capacity and reduced power consumption. Threaded port G 1/4”, NPT 1/4” and NAMUR flange
Add to cartBurkert 6519 24v DC Namur Valve, High flow-rate capacity and reduced power consumption. Threaded port G 1/4”, NPT 1/4” and NAMUR flange
Add to cartBurkert 6012 Banjo Valve, 1/4″ BSP 3/2, 24VAC, part number 552292. Direct-acting, compact small-format valve with diameter of up to DN 1.6
Add to cartBurkert 6012 Banjo Valve, 1/4″ BSP, 3/2 Valve, 110VAC, 552293. Direct-acting, compact small-format valve with diameter of up to DN 1.6
Add to cartBurkert 6012 Banjo Valve, 1/4″ BSP, 3/2, 24VDC, 552291. Direct-acting, compact small-format valve with diameter of up to DN 1.6
Add to cartBurkert 6012 Banjo Valve, 1/4″ BSP 3/2, 230VAC, 552294. Direct-acting, compact small-format valve with diameter of up to DN 1.6
Add to cartBurkert Type 6213 Solenoid 1/2″ BSP Brass NBR 110VAC, 220581. High flow rate with compact design. Servo-assisted diaphragm valve with nominal diameter of up to DN40
Add to cartBurkert 6213 Solenoid 11/2″ BSP 24VAC, High flow rate with compact design. Servo-assisted diaphragm valve with nominal diameter of up to DN40
Add to cartBurkert 6213 Solenoid 3/4″ BSP 110VAC, High flow rate with compact design. Servo-assisted diaphragm valve with nominal diameter of up to DN40
Add to cartBurkert Type 6213 Solenoid 3/8″ BSP Brass NBR 24VDC, 221598, High flow rate with compact design. Spring coupled diaphragm opens without differential pressure
Add to cartBurkert 6213 Solenoid 1″ BSP 24VAC, High flow rate with compact design. Spring coupled diaphragm opens without differential pressure. Energy-saving double coil technology with Kick and Drop variant
Add to cartBurkert 6213 Solenoid 1″ BSP 110VAC. Servo-assisted diaphragm valve with nominal diameter of up to DN40. Spring coupled diaphragm opens without differential pressure
Add to cartBurkert 6213 Solenoid 1/2″ BSP 230VAC. High flow rate with compact design. Spring coupled diaphragm opens without differential pressure. Damped design for low noise.
Add to cartBurkert Solenoid 1/4″ BSP 24VAC, 125302. Direct-acting and compact valve up to diameter of DN 6.0. Vibration-proof, bolted coil system
Add to cartBurkert 6213 Solenoid 3/4″ BSP 24VAC, 221631. High flow rate with compact design. Servo-assisted diaphragm valve with nominal diameter of up to DN40
Add to cartBurkert 6213 Solenoid 3/8″ BSP 110VAC Brass NBR, 221600. High flow rate with compact design. A minimum differential pressure is required for complete opening.
Add to cartBurkert Type 6213 Solenoid 11/2″ BSP Brass NBR 230VAC, 221753. High flow rate with compact design.A minimum differential pressure is required for complete opening.
Add to cartBurkert Type 6213 Solenoid 3/8″ BSP Brass NBR 230VAC, 221601. High flow rate with compact design. A minimum differential pressure is required for complete opening.
Add to cartBurkert Type 6213 Solenoid 1/2″ BSP Brass NBR 110VAC, 221604. High flow rate with compact design. A minimum differential pressure is required for complete opening.
Add to cartBurkert Type 6213 Solenoid 1/2″ BSP Brass NBR 24VAC, 221603. High flow rate with compact design. A minimum differential pressure is required for complete opening.
