Type: Relay Device, Type: Double pilot, Thread Type: None, Connection Port Size: 1/8, Option: Without sub-plate, Indicator light: Yes
Type: Relay Device, Type: Double pilot, Thread Type: Rc, Connection Port Size: 1/8, Option: Subplate, side piping type, Indicator light: Yes
Type: Relay Device, Type: Double pilot, Thread Type: Rc, Connection Port Size: 1/8, Option: With sub-plate, side piping type, Indicator light: Yes
Type: Relay Device, Type: Double pilot, Thread Type: G, Connection Port Size: 1/8, Option: Subplate, side piping type, Indicator light: Yes
Type: Relay Device, Type: Double pilot, Thread Type: NPT, Connection Port Size: 1/8, Option: Subplate, side piping type, Indicator light: Yes
Magnet: None, Mounting: Axial Foot, Style: Aluminum Tube, Bore Size: 50mm, Port Thread: -, Stroke: 100mm, Option: w/o Rod Boot, w/o Cushion, Auto Switch: No Switch, Lead Wire or Prewired Connector: -, Number: 2 pcs. (Or None in the Case of No Switch), Valve Voltage: 100VAC, Function: -, Electrical Entry: -
Magnet: None, Mounting: Axial Foot, Style: Aluminum Tube, Bore Size: 63mm, Port Thread: -, Stroke: 100mm, Option: w/o Rod Boot, Cushion: Both Sides, Auto Switch: No Switch, Lead Wire or Prewired Connector: -, Number: 2 pcs. (Or None in the Case of No Switch), Valve Voltage: 100VAC, Function: -, Electrical Entry: -
(Or None in the Case of No Switch), Valve Voltage: 1 [100VAC, (50/60Hz)]
(Or None in the Case of No Switch), Valve Voltage: 1 [100VAC, (50/60Hz)]
(Or None in the Case of No Switch), Valve Voltage: 1 [100VAC, (50/60Hz)]
Option Nil B ∗ None With bracket L With indicator (visual verification of operation) BL ∗ With bracket and indicator (visual verification of operation) 1 1 Port size Rc 1 8 1 4 3 8 3 8 1 2 3 4 1 4 1 1 2 1 1 4 B Flange 1 1 2 B Flange 2B Flange Rc G NPT NPT Valve size 1: VN1-A16 (with thread) Valve size 2 to 4: VN-16 Valve size Port size Valve type 2 to 4 Port size Rc Orifice dia. (mm) Symbol Symbol Symbol 0 2 4 N.C. N.O. N.C. 6A 8A 10A 10A 15A 20A 25A 32A 32F 40A 40F 50A 50F 1 8 1 4 3 8 3 8 1 2 3 4 7 1 15 2 20 3 25 4 1 1 1 4 32 5 11 4 B Flange 11 2 40 6 11 2 B Flange 2 50 7 2B Flange 634
SMC's PFM dual color digital flow switch was developed initially to detect microchip component adsorption in vacuum, and early clogging in both filter and nozzle applications. The series is incredibly compact and lightweight compared to existing flow sensors. The PFM is available in four maximum flow rate options 10, 25, 50 and 100 /min, and is suitable for use with air, nitrogen, argon
SMC's PFM dual color digital flow switch was developed initially to detect microchip component adsorption in vacuum, and early clogging in both filter and nozzle applications. The series is incredibly compact and lightweight compared to existing flow sensors. The PFM is available in four maximum flow rate options 10, 25, 50 and 100 /min, and is suitable for use with air, nitrogen, argon
SMC's PFM dual color digital flow switch was developed initially to detect microchip component adsorption in vacuum, and early clogging in both filter and nozzle applications. The series is incredibly compact and lightweight compared to existing flow sensors. The PFM is available in four maximum flow rate options 10, 25, 50 and 100 /min, and is suitable for use with air, nitrogen, argon
SMC's PFM dual color digital flow switch was developed initially to detect microchip component adsorption in vacuum, and early clogging in both filter and nozzle applications. The series is incredibly compact and lightweight compared to existing flow sensors. The PFM is available in four maximum flow rate options 10, 25, 50 and 100 /min, and is suitable for use with air, nitrogen, argon
SMC's PFM dual color digital flow switch was developed initially to detect microchip component adsorption in vacuum, and early clogging in both filter and nozzle applications. The series is incredibly compact and lightweight compared to existing flow sensors. The PFM is available in four maximum flow rate options 10, 25, 50 and 100 /min, and is suitable for use with air, nitrogen, argon
SMC's PFM dual color digital flow switch was developed initially to detect microchip component adsorption in vacuum, and early clogging in both filter and nozzle applications. The series is incredibly compact and lightweight compared to existing flow sensors. The PFM is available in four maximum flow rate options 10, 25, 50 and 100 /min, and is suitable for use with air, nitrogen, argon
SMC's PFM dual color digital flow switch was developed initially to detect microchip component adsorption in vacuum, and early clogging in both filter and nozzle applications. The series is incredibly compact and lightweight compared to existing flow sensors. The PFM is available in four maximum flow rate options 10, 25, 50 and 100 /min, and is suitable for use with air, nitrogen, argon
SMC's PFM dual color digital flow switch was developed initially to detect microchip component adsorption in vacuum, and early clogging in both filter and nozzle applications. The series is incredibly compact and lightweight compared to existing flow sensors. The PFM is available in four maximum flow rate options 10, 25, 50 and 100 /min, and is suitable for use with air, nitrogen, argon
SMC's PFM dual color digital flow switch was developed initially to detect microchip component adsorption in vacuum, and early clogging in both filter and nozzle applications. The series is incredibly compact and lightweight compared to existing flow sensors. The PFM is available in four maximum flow rate options 10, 25, 50 and 100 /min, and is suitable for use with air, nitrogen, argon