Body Size: 40, Thread: N (NPT), Port Size: 06 (3/4), Option: B (Bracket), Semi-Standard 1: 2 (Metal Bowl), Semi-Standard 2: Z (Name Plate, Caution Plate for Bowl, & Pressure Gauge in Imperial Units: psi, °F), Made to Order: X2141 (w/Element Service Indicator)
Body Size: 40, Thread: N (NPT), Port Size: 06 (3/4), Option: B (Bracket), Semi-Standard 1: 6 (Nylon Bowl), Semi-Standard 2: Z (Name Plate, Caution Plate for Bowl, & Pressure Gauge in Imperial Units: psi, °F), Made to Order: X2141 (w/Element Service Indicator)
Body Size: 50, Thread: N (NPT), Port Size: 06 (3/4), Option: B (Bracket), Semi-Standard 1: 2 (Metal Bowl), Semi-Standard 2: Z (Name Plate, Caution Plate for Bowl, & Pressure Gauge in Imperial Units: psi, °F), Made to Order: X2141 (w/Element Service Indicator)
Body Size: 50, Thread: N (NPT), Port Size: 06 (3/4), Option: B (Bracket), Semi-Standard 1: 6 (Nylon Bowl), Semi-Standard 2: Z (Name Plate, Caution Plate for Bowl, & Pressure Gauge in Imperial Units: psi, °F), Made to Order: X2141 (w/Element Service Indicator)
Body Size: 40, Thread: NPT, Port Size: 3/4, Option: Bracket, Semi-Standard 1: Standard, Semi-Standard 2: Name Plate, Caution Plate for Bowl, & Pressure Gauge in Imperial Units: psi, °F, Made to Order: w/Element Service Indicator
Series: AF, Body Size: 40, Thread: NPT, Port Size: 3/4, Mounting: w/Bracket, Flow Direction: Left to Right, Pressure Unit: Unit on Product Label: psi, °F
Series: AFD, Body Size: 40, Thread: NPT, Port Size: 3/4, Mounting: w/Bracket, Flow Direction: Left to Right, Pressure Unit: Unit on Product Label: psi; Temp. Unit: °F
Body Size: 5000, Port Thread: NPT, Port Size: 3/4, Option: w/Bracket, Voltage: 24 VDC, Electrical Entry: Type D, DIN Terminal w/Connector, Surge Suppressor: with Light/Surge Voltage Suppressor, Flow Direction, Pressure Unit: Name Plate and Pressure Gauge in Imperial Units
Body Size: 40, Back Flow: w/o Backflow, Thread: NPT, Port Size: 3/4, Options: w/Bracket, Set Pressure: 0.05 to 0.85 MPa Setting, Bowl: Metal 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: Z [Product: psi, °C; Pressure Gauge: psi (and MPa)], Made to Order:
Body Size: 40, Thread: NPT, Port Size: 3/4, Handle/Bonnet Material: Aluminum, Options: w/o Bracket, Semi-Standard: psi as Unit Displayed on Label
Regulator, Pressure Boosting Valve: -, Regulator Type: -, Shape: -, Operating Environment: -, Compatible Fluid: -, Exhaust Mechanism (Air Bleed): -, Reverse Flow Function (Relief): -, Supply Side Connection Type: -, Supply Side, Connection Diameter: -, Flow Direction: -, Control Side Connection Type: -, Control Side, Connection Diameter: -, Pressure Gauge: -, Size of Body: -, Accessory: -
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
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