Sirai

V365 series 3/2 micro solenoid valve Direct acting micro solenoid valve 2/2 N/C, M5 connections. Compact size, high response time and a high number of cycles. Suitable for fluids and gases. Not for use with Group 1 hazardous fluids. Mounting seals supplied with the valve. internal ø 1.2 mm Max. differential pressure 8 bar Maximum permissible pressure 16 bar Maximum permissible viscosity 22 mm² / s Opening time 5 → 10 ms Closing time: 5 → 10 ms Dimensions 53.5 x 23.5 x 17 mm Weight 0.090 kg 3 Way Inert Gases and Fluid Valves Compact solenoid valves suitable for most gas and fluid handling applications. Where practical, valves are shown with a schematic diagram showing the (circuit) function. The diagram is laid out so that the left hand side of the diagram describes the valves operation when the coil is energised. When the coil is de-energised, the spring (or servo-assist) return controls the valve and this is described on the right hand side of the diagram, see the typical schematic diagram below.,The 3//2-way designation indicates a valve with three ports and two modes of operation. It is normal practice to refer to 2//2-way valves as two-way.,The port designations A, B, P, P1, P2 and R are used on the schematic diagrams and are marked on the valve bodies. Valve bodies are marked for a specific circuit function but can often be used for other functions. Reference to the schematic diagrams and technical specifications will indicate the appropriate connections and pressure capabilities should an alternative circuit function be required.

Solenoid valves with separator lever Direct-action solenoid valves with all parts in contact with fluid kept totally separate from the control section. Can be disassembled for inspection. Solenoid valves are particularly suited for use in the chemical, pharmaceutical, medical and food processing industries and, more generally, in controlling fluids that must not be contaminated and/or aggressive. Moulded PEI body and FPM valve. DIN 43650-Form B Standard solenoid valve connector for DIN 46340 (3-contact) quick connection. Grooved end ext. Ø = 8 mm. Type: NF Fluid viscosity: 5 °E max. Opening time: 25 ms Closing time: 25 ms Protection index: IP 65 Operating temperature: -10 °C → +60 °C Stock pressure release Ø of no. range coil passage 407-1725 0 → 3 bar 24 Vdc 3.4 mm int. 407-1731 0 → 6 bar 230 Vac 3.4 mm int. Compact solenoid valves suitable for most gas and fluid handling applications. Where practical, valves are shown with a schematic diagram showing the (circuit) function. The diagram is laid out so that the left-hand side of the diagram describes the valves operation when the coil is energised. When the coil is de-energised, the spring (or servo-assist) return controls the valve and is described on the right-hand side of the diagram. The 3 / 2-way designation indicates a valve with three ports and two modes of operation. It is normal practice to refer to 2 / 2-way valves as two ways. The port designations A, B, P, P1, P2 and R are used on the schematic diagrams and are marked on the valve bodies. Valve bodies are marked for a specific circuit function but can often be used for other functions. Reference to the schematic diagrams and technical specifications indicates the appropriate connections and pressure capabilities when an alternative circuit function is required.

Solenoid valves with separator lever Direct-action solenoid valves with all parts in contact with fluid kept totally separate from the control section. Can be disassembled for inspection. Solenoid valves are particularly suited for use in the chemical, pharmaceutical, medical and food processing industries and, more generally, in controlling fluids that must not be contaminated and/or aggressive. Moulded PEI body and FPM valve. DIN 43650-Form B Standard solenoid valve connector for DIN 46340 (3-contact) quick connection. Grooved end ext. Ø = 8 mm. Type: NF Fluid viscosity: 5 °E max. Opening time: 25 ms Closing time: 25 ms Protection index: IP 65 Operating temperature: -10 °C → +60 °C Stock pressure release Ø of no. range coil passage 407-1725 0 → 3 bar 24 Vdc 3.4 mm int. 407-1731 0 → 6 bar 230 Vac 3.4 mm int. Compact solenoid valves suitable for most gas and fluid handling applications. Where practical, valves are shown with a schematic diagram showing the (circuit) function. The diagram is laid out so that the left-hand side of the diagram describes the valves operation when the coil is energised. When the coil is de-energised, the spring (or servo-assist) return controls the valve and is described on the right-hand side of the diagram. The 3 / 2-way designation indicates a valve with three ports and two modes of operation. It is normal practice to refer to 2 / 2-way valves as two ways. The port designations A, B, P, P1, P2 and R are used on the schematic diagrams and are marked on the valve bodies. Valve bodies are marked for a specific circuit function but can often be used for other functions. Reference to the schematic diagrams and technical specifications indicates the appropriate connections and pressure capabilities when an alternative circuit function is required.

2/2 solenoid pinch valves Solenoid pinch valves; only the tube is in contact with the fluid. High flow coefficient. For use with flexible silicone hoses or hoses with equivalent elasticity and hardness (50 Shore A hardness). DIN 43650-Form A Standard solenoid valve connector for DIN 46340 (3-contact) quick connection. Type DIN 46340 corresponds to the standard for Faston tabs. Supply voltage: 24 Vdc Type: N/C or N/O Pinch strength: 600 or 1500 kg Protection index: IP 65 Operating temperature: -10 °C → +60 °C Stock tube pinch no. Int. Ø (mm) Ø ext. (mm) housing force 407-1804 2.7 4.9 NF 600 g 407-1810 3.4 4.7 NF 600 g 407-1826 2.7 4.9 N/O 1500 g 407-1832 3.4 4.7 N/O 1500 g Compact solenoid valves suitable for most gas and fluid handling applications. Where practical, valves are shown with a schematic diagram showing the (circuit) function. The diagram is laid out so that the left-hand side of the diagram describes the valves operation when the coil is energised. When the coil is de-energised, the spring (or servo-assist) return controls the valve and is described on the right-hand side of the diagram. The 3 / 2-way designation indicates a valve with three ports and two modes of operation. It is normal practice to refer to 2 / 2-way valves as two ways. The port designations A, B, P, P1, P2 and R are used on the schematic diagrams and are marked on the valve bodies. Valve bodies are marked for a specific circuit function but can often be used for other functions. Reference to the schematic diagrams and technical specifications indicates the appropriate connections and pressure capabilities when an alternative circuit function is required.

2/2 solenoid pinch valves Solenoid pinch valves; only the tube is in contact with the fluid. High flow coefficient. For use with flexible silicone hoses or hoses with equivalent elasticity and hardness (50 Shore A hardness). DIN 43650-Form A Standard solenoid valve connector for DIN 46340 (3-contact) quick connection. Type DIN 46340 corresponds to the standard for Faston tabs. Supply voltage: 24 Vdc Type: N/C or N/O Pinch strength: 600 or 1500 kg Protection index: IP 65 Operating temperature: -10 °C → +60 °C Stock tube pinch no. Int. Ø (mm) Ø ext. (mm) housing force 407-1804 2.7 4.9 NF 600 g 407-1810 3.4 4.7 NF 600 g 407-1826 2.7 4.9 N/O 1500 g 407-1832 3.4 4.7 N/O 1500 g Compact solenoid valves suitable for most gas and fluid handling applications. Where practical, valves are shown with a schematic diagram showing the (circuit) function. The diagram is laid out so that the left-hand side of the diagram describes the valves operation when the coil is energised. When the coil is de-energised, the spring (or servo-assist) return controls the valve and is described on the right-hand side of the diagram. The 3 / 2-way designation indicates a valve with three ports and two modes of operation. It is normal practice to refer to 2 / 2-way valves as two ways. The port designations A, B, P, P1, P2 and R are used on the schematic diagrams and are marked on the valve bodies. Valve bodies are marked for a specific circuit function but can often be used for other functions. Reference to the schematic diagrams and technical specifications indicates the appropriate connections and pressure capabilities when an alternative circuit function is required.

3/2 solenoid pinch valves Solenoid pinch valves; only the tube is in contact with the fluid. One tube is normally closed (N/C) and the other is normally open (N/O). High flow coefficient. For use with flexible silicone hoses or hoses with equivalent elasticity and hardness (50 Shore A hardness). DIN 43650-Form A Standard solenoid valve connector for DIN 46340 (3-contact) quick connection. Type DIN 46340 corresponds to the standard for Faston tabs. Supply voltage: 24 Vdc Type: N/C - N/O Pinch strength: 400 g Tube diameter: -    internal: 3.4 mm -    sensor: 4.7 mm Protection index: IP 65 Operating temperature: -10 °C → +60 °C

V165 Series 2/2 N/C Micro Solenoid Valve Asco Numatic direct-acting micro solenoid valve, compact in size, fast response time, and suitable for a variety of fluid media. Note Not for use with Group 1 hazardous fluids. Compact solenoid valves suitable for most gas and fluid handling applications. Where practical, valves are shown with a schematic diagram showing the (circuit) function. The diagram is laid out so that the left-hand side of the diagram describes the valves operation when the coil is energised. When the coil is de-energised, the spring (or servo-assist) return controls the valve and is described on the right-hand side of the diagram. The 3 / 2-way designation indicates a valve with three ports and two modes of operation. It is normal practice to refer to 2 / 2-way valves as two ways. The port designations A, B, P, P1, P2 and R are used on the schematic diagrams and are marked on the valve bodies. Valve bodies are marked for a specific circuit function but can often be used for other functions. Reference to the schematic diagrams and technical specifications indicates the appropriate connections and pressure capabilities when an alternative circuit function is required.