Using SMC speed controls with built in one-touch fittings minimizes installation time, reduces mounting height and enables a more compact machine design. These speed controls allow the body to be rotated to facilitate simple installation.
Using SMC speed controls with built in one-touch fittings minimizes installation time, reduces mounting height and enables a more compact machine design. These speed controls allow the body to be rotated to facilitate simple installation.
Using SMC speed controls with built in one-touch fittings minimizes installation time, reduces mounting height and enables a more compact machine design. These speed controls allow the body to be rotated to facilitate simple installation.
Using SMC speed controls with built in one-touch fittings minimizes installation time, reduces mounting height and enables a more compact machine design. These speed controls allow the body to be rotated to facilitate simple installation.
Using SMC speed controls with built in one-touch fittings minimizes installation time, reduces mounting height and enables a more compact machine design. These speed controls allow the body to be rotated to facilitate simple installation.
Using SMC speed controls with built in one-touch fittings minimizes installation time, reduces mounting height and enables a more compact machine design. These speed controls allow the body to be rotated to facilitate simple installation.
Using SMC speed controls with built in one-touch fittings minimizes installation time, reduces mounting height and enables a more compact machine design. These speed controls allow the body to be rotated to facilitate simple installation.
Using SMC speed controls with built in one-touch fittings minimizes installation time, reduces mounting height and enables a more compact machine design. These speed controls allow the body to be rotated to facilitate simple installation.
Using SMC speed controls with built in one-touch fittings minimizes installation time, reduces mounting height and enables a more compact machine design. These speed controls allow the body to be rotated to facilitate simple installation.
Size: 3 (30), Valve Type: 1 (Normally Closed), Body Material: A (Aluminum), Seal Material: N (NBR), Port Size: 03 (Thread; 3/8), Thread Type: R (Rc), Rated Voltage: 5 (24 VDC), Electrical Entry: DZ (DIN Terminal w/Light, w/Surge Voltage Suppressor), Oil-free Option: None, Bracket: B (Bracket)
Rated Flow Range: 04 (0.5 to 4L/min), Flow Adjustment Valve: None, Thread: N (NPT), Port Size: 03 (3/8), Output Specification: 1 (OUT1: Analog 1 to 5V), Temperature Sensor: None, Lead Wire: N (w/o Lead Wire w/M8 Connector), Units on Label: Instantaneous Flow Rate: L/min; Accumulated Flow: L; Temp: °C, Bracket: R (Bracket), Calibration Certificate: A (Calibration Certificate)
Stud Position: A (Right Side), Applicable Tubing O.D.: 03 (ø5/32"), Thread: R, Port Size: U10 (10-32unf)
Rated Flow Range: 04 (0.5 to 4 L/min), Flow Adjustment Valve: S (w/Flow Adjustment Valve), Thread: N (NPT), Port Size: 03 (3/8), Output Specification/Temperature Sensor: L2T (Out 1: IO-Link/Switch Output, N/P; Out 2: Switch Output, N/P; Temperature Sensor: Yes), Lead Wire: N (None), Unit Specification: M (Instantaneous Flow: L/min; Accumulated Flow: L; Temperature: °C), Bracket: R (w/Bracket
Stations: 03 (Stations), Wiring: F (D-sub Connector), Manifold Options: without Option, Exhaust: C (Complex Exhaust), Pressure Switch for Vacuum/Pressure Sensor: A (Digital Pressure Switch for Vacuum, 0 to -101, NPN 2 Outputs, with Unit Selection Function), Leadwire: without Leadwire, Unit Options: K (Vacuum Break Flow Adjusting Needle, Screwdriver Operation Type), 1st Nominal Nozzle Size
Body Size: 30, Type: A (Electro-Pneumatic Regulator Type), Pipe Thread: R (Rc), Port Size: 03 (3/8), Normally Open, Closed: C (N.C., Normally Closed), Protocol: EN [EtherNet/IPâ„¢, OPC UA (When Wireless Adapter is Connected: Wireless Base)], Unit: K (EXA1/ITV: Units Selection Function), Manual Override: G (Non-locking Push Type)
Body Size: 30, Type: A (Electro-Pneumatic Regulator Type), Pipe Thread: R (Rc), Port Size: 03 (3/8), Normally Open, Closed: D (N.O., Normally Open, Protocol: EN [EtherNet/IPâ„¢, OPC UA (When Wireless Adapter is Connected: Wireless Base)], Unit: K (EXA1/ITV: Units Selection Function), Manual Override: E (Push-turn Locking Type, Manual)
Body Size: 30, Type: A (Electro-Pneumatic Regulator Type), Pipe Thread: R (Rc), Port Size: 03 (3/8), Normally Open, Closed: C (N.C., Normally Closed), Protocol: PN [PROFINET, OPC UA (When Wireless Adapter is Connected: Wireless Base)], Unit: K (EXA1/ITV: Units Selection Function), Manual Override: G (Non-locking Push Type)
Body Size: 30, Type: A (Electro-Pneumatic Regulator Type), Pipe Thread: R (Rc), Port Size: 03 (3/8), Normally Open, Closed: C (N.C., Normally Closed), Protocol: SA [Standalone (When Wireless Adapter is Connected: Wireless Remote)], Unit: K (EXA1/ITV: Units Selection Function), Manual Override: G (Non-locking Push Type)
Body Size: 30, Type: A (Electro-Pneumatic Regulator Type), Pipe Thread: R (Rc), Port Size: 03 (3/8), Normally Open, Closed: D (N.O., Normally Open, Protocol: EN [EtherNet/IPâ„¢, OPC UA (When Wireless Adapter is Connected: Wireless Base)], Unit: K (EXA1/ITV: Units Selection Function), Manual Override: G (Non-locking Push Type)
Body Size: 30, Type: A (Electro-Pneumatic Regulator Type), Pipe Thread: R (Rc), Port Size: 03 (3/8), Normally Open, Closed: D (N.O., Normally Open, Protocol: PN [PROFINET, OPC UA (When Wireless Adapter is Connected: Wireless Base)], Unit: K (EXA1/ITV: Units Selection Function), Manual Override: G (Non-locking Push Type)