SMC Corporation of America
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Search Results "AFM20-01-2-A"

Body Size: 20, Thread: NPT, Port Size: 1/4, Option: B + C, Semi-Standard 1: 2 + R, Semi-Standard 2: Name Plate, Caution Plate for Bowl, & Pressure Gauge in Imperial Units: psi, °F, Made to Order: -

Body Size: 20, Thread: NPT, Port Size: 1/8, Option: B + C, Semi-Standard 1: Nylon Bowl, Semi-Standard 2: Name Plate, Caution Plate for Bowl, & Pressure Gauge in Imperial Units: psi, °F, Made to Order: -

Body Size: 20, Thread: NPT, Port Size: 1/4, Option: w/o Bracket; w/o Auto Drain, Semi-Standard 1: J + R, Semi-Standard 2: Name Plate, Caution Plate for Bowl, & Pressure Gauge in Imperial Units: psi, °F, Made to Order: -

Body Size: 20, Thread: NPT, Port Size: 1/4, Option: B + C, Semi-Standard 1: Nylon Bowl, Semi-Standard 2: Name Plate, Caution Plate for Bowl, & Pressure Gauge in Imperial Units: psi, °F, Made to Order: -

Body Size: 20, Thread: NPT, Port Size: 1/4, Option: Bracket, Semi-Standard 1: C + R, Semi-Standard 2: Name Plate, Caution Plate for Bowl, & Pressure Gauge in Imperial Units: psi, °F, Made to Order: -

Body Size: 20, Thread: NPT, Port Size: 1/8, Option: N.C., Float Type Auto Drain, Semi-Standard 1: Nylon Bowl, Semi-Standard 2: Name Plate, Caution Plate for Bowl, & Pressure Gauge in Imperial Units: psi, °F, Made to Order: -

Body Size: 20, Thread: NPT, Port Size: 1/8, Option: N.C., Float Type Auto Drain, Semi-Standard 1: 6 + C + R, Semi-Standard 2: Name Plate, Caution Plate for Bowl, & Pressure Gauge in Imperial Units: psi, °F, Made to Order: -

Body Size: 20, Thread: NPT, Port Size: 1/4, Option: Bracket, Semi-Standard 1: 2 + R, Semi-Standard 2: Name Plate, Caution Plate for Bowl, & Pressure Gauge in Imperial Units: psi, °F, Made to Order: -

Body Size: 20, Thread: Rc, Port Size: 1/8, Option: Bracket, Semi-Standard 1: C + R, Semi-Standard 2: Standard, Made to Order: -

Body Size: 20, Thread: Rc, Port Size: 1/8, Option: Bracket, Semi-Standard 1: Flow Direction Right to Left, Semi-Standard 2: Standard, Made to Order: -

Body Size: 20, Thread: NPT, Port Size: 1/4, Option: Bracket, Semi-Standard 1: Nylon Bowl, Semi-Standard 2: Name Plate, Caution Plate for Bowl, & Pressure Gauge in Imperial Units: psi, °F, Made to Order: -

Body Size: 20, Thread: Rc, Port Size: 1/8, Option: Bracket, Semi-Standard 1: Drain Guide: 1/8 for Body Size 20; 1/4 for Body Size 30 & 40, Semi-Standard 2: Standard, Made to Order: -

Body Size: 20, Thread: G, Port Size: 1/8, Option: Bracket, Semi-Standard 1: Drain Guide: 1/8 for Body Size 20; 1/4 for Body Size 30 & 40, Semi-Standard 2: Standard, Made to Order: -

Body Size: 20, Thread: G, Port Size: 1/8, Option: w/o Bracket; w/o Auto Drain, Semi-Standard 1: Drain Guide: 1/8 for Body Size 20; 1/4 for Body Size 30 & 40, Semi-Standard 2: Standard, Made to Order: -

Series: AFM, Body Size: 20, Thread: Rc, Port Size: 1/4, Mounting: w/Bracket, Flow Direction: Left to Right, Pressure Unit: Name Plate and Caution Plate for Bowl in SI Units: MPa

If a sealant tape is used, leave 1.5 to 2 threads exposed. 2 Wrap this way. Leave 2 threads. Sealant tape Handling Caution (1) Do not apply force when transferring, mounting and dropping the regulator with a pressure gauge.

2 w y r u e !2 t i q o !0 !1 i q o !0 !1 Component Parts No. Description Body A Handle Body B Needle Seat ring Needle guide Material Note No.

Evaluate (1) and (2) as a (average speed), and (3) as (collision speed = 1.4 a). Calculate (1) (Wmax) from the graph of max. payload (W1, W2, W3) and calculate (2) and (3) (Mmax) from the maximum allowable moment graph (M1, M2, M3).

Lead Wire Clamp/Lead Wire Cap (Option) CNS Series Lead wire clamp LC-01 Lead wire cap LP-01 ML1C CLS Lead Wire Clamp/Lead Wire Cap (Option) (mm) CLQ 25 32 40 Mounting position Series Series Lead wire clamp Lead wire cap A 124.8 148.8 173.8 LP-01 ML1C LC-01 ML1C MLGP B 113.2 137.2 162.2 25 32 40 Series Mounting position RLQ ML1C 177.5 A 128.5 152.5 B 123.5 147.5 172.5 MLU Operating Range Minimum

Evaluate (1) and (2) as a (average speed), and (3) as (collision speed = 1.4 a). Calculate (1) (Wmax) from the graph of max. payload (W1, W2, W3) and calculate (2) and (3) (Mmax) from the maximum allowable moment graph (M1, M2, M3).