Series AMJ is effective for removing water droplets from the air sucked into vacuum pumps and ejectors. Over 90% of droplets can be removed through the use of a special water droplet removing element. The provision of a drain cock makes it possible to discharge the drain manually after breaking the vacuum. Even when the element is saturated with water, there is almost no drop in pressure
Series AMJ is effective for removing water droplets from the air sucked into vacuum pumps and ejectors. Over 90% of droplets can be removed through the use of a special water droplet removing element. The provision of a drain cock makes it possible to discharge the drain manually after breaking the vacuum. Even when the element is saturated with water, there is almost no drop in pressure
Series AMJ is effective for removing water droplets from the air sucked into vacuum pumps and ejectors. Over 90% of droplets can be removed through the use of a special water droplet removing element. The provision of a drain cock makes it possible to discharge the drain manually after breaking the vacuum. Even when the element is saturated with water, there is almost no drop in pressure
Series AMJ is effective for removing water droplets from the air sucked into vacuum pumps and ejectors. Over 90% of droplets can be removed through the use of a special water droplet removing element. The provision of a drain cock makes it possible to discharge the drain manually after breaking the vacuum. Even when the element is saturated with water, there is almost no drop in pressure
Series AMJ is effective for removing water droplets from the air sucked into vacuum pumps and ejectors. Over 90% of droplets can be removed through the use of a special water droplet removing element. The provision of a drain cock makes it possible to discharge the drain manually after breaking the vacuum. Even when the element is saturated with water, there is almost no drop in pressure
Series AMJ is effective for removing water droplets from the air sucked into vacuum pumps and ejectors. Over 90% of droplets can be removed through the use of a special water droplet removing element. The provision of a drain cock makes it possible to discharge the drain manually after breaking the vacuum. Even when the element is saturated with water, there is almost no drop in pressure
Series AMJ is effective for removing water droplets from the air sucked into vacuum pumps and ejectors. Over 90% of droplets can be removed through the use of a special water droplet removing element. The provision of a drain cock makes it possible to discharge the drain manually after breaking the vacuum. Even when the element is saturated with water, there is almost no drop in pressure
This is a legacy product. Please contact us for the latest version.sales@ocaire.com, VACUUM DRAIN FILTER, AIRLINE EQUIPMENT, AMJ VACUUM DRAIN SEPERATOR, GA, AMJ 3/4 INCH MODULAR TYPE PT, 3.15746 lb, ModelRecommended flow rate (l/min(ANR))Port size (Nominal size B)Weight (kg)AMJ50005003/4, 11.1
Series AMJ is effective for removing water droplets from the air sucked into vacuum pumps and ejectors. Over 90% of droplets can be removed through the use of a special water droplet removing element. The provision of a drain cock makes it possible to discharge the drain manually after breaking the vacuum. Even when the element is saturated with water, there is almost no drop in pressure
Series AMJ is effective for removing water droplets from the air sucked into vacuum pumps and ejectors. Over 90% of droplets can be removed through the use of a special water droplet removing element. The provision of a drain cock makes it possible to discharge the drain manually after breaking the vacuum. Even when the element is saturated with water, there is almost no drop in pressure
Model: 12 (Top Ported), Connector Type: F (D-sub Connector, 25 Pins, IP40), Connector Entry Direction: 1 (Upward), Valve Stations: 6 Stations, P, E Port Location: B (Both Sides)
Series: SS5Y3 (SY3000 Manifold), Model: 12 (Top Ported), Connector Type: F (D-sub Connector, 25 Pins), Connector Entry Direction: 2 (Lateral), Valve Stations: 6 Stations, P,E Port Location: B (Both Sides)
Model: 12 (Top Ported), Connector Type: F (D-sub Connector, 25 Pins, IP40), Connector Entry Direction: 2 (Lateral), Valve Stations: 6 Stations, P, E Port Location: B (Both Sides)
Model: 12 (Top Ported), Number of Cores: L2 (17 Cores), Lead Wire Length: 1 (0.6m), Valve Stations: 6 Stations, P, E Port Location: B (Both Sides)
Model: 12S (Top-Ported, Serial Interface), SI Unit Specification: EA (EtherNet/IPâ„¢ - 32 Outputs - M12 Connector), SI Unit Output Polarity: N (Negative Common), Valve Stations: 6 Stations, P, E Port Location: B (Both Sides)
Model: 12S (Top-Ported, Serial Interface), SI Unit Specification: EB (EtherNet/IPâ„¢ - 16 Outputs - M12 Connector), SI Unit Output Polarity: Positive Common (or None), Valve Stations: 6 Stations, P, E Port Location: B (Both Sides)
Model: 12S (Top-Ported, Serial Interface), SI Unit Specification: EB (EtherNet/IPâ„¢ - 16 Outputs - Connector M12), SI Unit Output Polarity: Positive Common (or None), Valve Stations: 6 Stations, P, E Port Location: B (Both Sides)
Model: 12S (Top-Ported, Serial Interface), SI Unit Specification: DA (EtherCAT - 32 Outputs - Connector M12), SI Unit Ouput Polarity: N (Negative Common, PNP), Valve Stations: 6 Stations, P,E Port Entry: B (Both Sides, 2 to 16 Stations)
Body Size: 40, Back Flow: w/o Backflow, Thread: Rc, Port Size: 06 (3/4), Options: B (w/Bracket), Set Pressure: 0.05 to 0.85 MPa Setting, Bowl: Polycarbonate Bowl, Bowl Guard: None, Drain Port: w/Drain Cock, Exhaust Mechanism: Relieving Type, Flow Direction: Flow Direction: Left to Right, Drain Cock w/Barb Fitting: None, Pressure Units: Product: MPa, °C; Pressure Gauge: MPa
Body Size: 50, Backflow: K (w/Backflow Function), Thread: Rc, Port Size: 06 (3/4), Options: B (w/Bracket), Set Pressure: 0.05 to 0.85 MPa Setting, Exhaust Mechanism: Relieving Type, Flow Direction: Left to Right, Knob: Downward, Pressure Units: Unit on Product Label: MPa, Pressure Gauge in SI Units: MPa