Flow Rate Range: 50 [1 to 50 (25 for CO2) â„“/min], Flow Adjustment Valve: None, Port Size: ø8 (5/16") one-touch fitting, Piping Entry Direction: Straight, Output Specification: 2 [Analog Output (4 to 20 mA)], Instruction Manual: None, Calibration Certificate: w/Calibration Certificate, Connector: w/o Lead Wire w/Connector, Option: -

Flow Rate Range: 25 [0.5 to 25 (12.5 for CO2) â„“/min], Flow Adjustment Valve: None, Port Size: ø8 (5/16") one-touch fitting, Piping Entry Direction: Straight, Output Specification: 2 [Analog Output (4 to 20 mA)], Instruction Manual: None, Calibration Certificate: None, Connector: w/o Lead Wire w/Connector, Option: -

Rectangular Multi-Connector Series KDM

Plug conneclor (l Loosen the Phillips head machine screw using a Phillips type scfewdriver 10 remove lhe plate 6 ; ' 6 9 ] 0 : O After exchanging connectors in desired posilions. re affix the plate with a Phillips type screwdriver to the case. (* i l r (Flf -.-.r--r ll U,F* [ tL_ -T Plate r connector Rectanoular lilulti-Connector Series KDM Separation Loosen the clamp bolt to separate the

Pneumatics, Inc.

How To Order 25 R 100 Y7BAL MGPM Splash proof 2 color Solid state auto switch Cylinder stroke (mm) Refer to catalog N346 for standard stroke. Bore Size 12 12mm 16 16mm 20 20mm 25 25mm 32 32mm 40 40mm 50 50mm 63 63mm 80 80mm 100 100mm Water resistant R Seals NBR (Nitric Rubber) V Seals FKM (Fluoro Rubber) *This option is available for many other SMC cylinder series.

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6)2 to 10 stations: W = 22n + 11811 to 20 stations: W = 22n + 140, .92076 lb, ModelApplicable valveManifold typeP(SUP), R(EXH)Valve stations Note)A, B port specificationsPort sizeManifold base weight W (g) n: StationsLocationDirectionP, R portA, B portSS5X3-45SX3 40Stacking type/DIN rail mountedCommon SUP/Common EXH2 to 20 stationsBaseSideC8 (One-touch fitting for ?

6)2 to 10 stations: W = 22n + 11811 to 20 stations: W = 22n + 140, .88184 lb, ModelApplicable valveManifold typeP(SUP), R(EXH)Valve stations Note)A, B port specificationsPort sizeManifold base weight W (g) n: StationsLocationDirectionP, R portA, B portSS5X3-45SX3 40Stacking type/DIN rail mountedCommon SUP/Common EXH2 to 20 stationsBaseSideC8 (One-touch fitting for ?

6)2 to 10 stations: W = 22n + 11811 to 20 stations: W = 22n + 140, 1.19514 lb, ModelApplicable valveManifold typeP(SUP), R(EXH)Valve stations Note)A, B port specificationsPort sizeManifold base weight W (g) n: StationsLocationDirectionP, R portA, B portSS5X3-45SX3 40Stacking type/DIN rail mountedCommon SUP/Common EXH2 to 20 stationsBaseSideC8 (One-touch fitting for ?

6)2 to 10 stations: W = 22n + 11811 to 20 stations: W = 22n + 140, .86039 lb, ModelApplicable valveManifold typeP(SUP), R(EXH)Valve stations Note)A, B port specificationsPort sizeManifold base weight W (g) n: StationsLocationDirectionP, R portA, B portSS5X3-45SX3 40Stacking type/DIN rail mountedCommon SUP/Common EXH2 to 20 stationsBaseSideC8 (One-touch fitting for ?

6)2 to 10 stations: W = 22n + 11811 to 20 stations: W = 22n + 140, 1.10000 lb, ModelApplicable valveManifold typeP(SUP), R(EXH)Valve stations Note)A, B port specificationsPort sizeManifold base weight W (g) n: StationsLocationDirectionP, R portA, B portSS5X3-45SX3 40Stacking type/DIN rail mountedCommon SUP/Common EXH2 to 20 stationsBaseSideC8 (One-touch fitting for ?

6)2 to 10 stations: W = 22n + 11811 to 20 stations: W = 22n + 140, .99208 lb, ModelApplicable valveManifold typeP(SUP), R(EXH)Valve stations Note)A, B port specificationsPort sizeManifold base weight W (g) n: StationsLocationDirectionP, R portA, B portSS5X3-45SX3 40Stacking type/DIN rail mountedCommon SUP/Common EXH2 to 20 stationsBaseSideC8 (One-touch fitting for ?

6)2 to 10 stations: W = 22n + 11811 to 20 stations: W = 22n + 140, .99208 lb, ModelApplicable valveManifold typeP(SUP), R(EXH)Valve stations Note)A, B port specificationsPort sizeManifold base weight W (g) n: StationsLocationDirectionP, R portA, B portSS5X3-45SX3 40Stacking type/DIN rail mountedCommon SUP/Common EXH2 to 20 stationsBaseSideC8 (One-touch fitting for ?

This is a legacy product. Please contact us for the latest version.sales@ocaire.com

Super Mist-Separator NAME Series

Rdnove8 viftrdv a[ parlides llger than 0.Olpm. r Sp*id Color Charuang activabd ca6on lernent alovus viilal lm.ibil ddflint lite . ldse cil nist absordion c*tility, 10 lines sbnbd podrcts, . Plovid6 s.?erkr filfaRm br dst rofi! medcal, phannacsticd and ofter abrra,t&rg ar|cafrdrs' Fftiid l,rax lirax florr* Prcsu dm Filtsdion Effclir/erEsg 2 -6psig (o1 '-o3Kgt/cm'?)

Compact Guide Cylinder End Lock Type SeriesMGP

25 4.5 16 59 63 End lock mechanism dimensions MGPL (ball bushing)/A, DB, E dimensions (mm) (mm) E A HN (Max.)

HRX-OM-S004

-1 HRX-OM-S004 Chapter 2 Name and Function of Parts 2.2 Name and Function of Parts 2.2.1 HRS100/150-A-20/40/46 (In case of air cooled type) Fig. 2-2 Names of the parts (This drawing shows HRS150-A-20.)

ø 40, ø 50, ø 63, ø 80, ø 100 Series CLA2 Fine Lock Cylinder Double Acting, Single Rod

D-J59 D-F59F D-F5lW D-J59W D-F5BA D-M9l D-M9lV D-M9lW D-M9lWV D-M9lA D-M9lAV D-B5l D-B64 D-A9l D-A9lV D-A59W D-F5NT D-P3DWA D-P4DW Bore size A B A B A B A B A B A B A B A B A B A B A B 40 10 8 6 4 4 1 5.5 3.5 3.5 0.5 0.5 0 1 0 7 4 2.5 0 4.5 1.5 12 9 50 10 8 6 4 3.5 1.5 5.5 3.5 3 1 0 0 0.5 0 6.5 4.5 2 0 4 2 11.5 9.5 63 12.5 11.5 8.5 7.5 6 5 8 7 5.5 4.5 2.5 1.5 3 2 9 8 4.5 3.5 6.5 5.5 14 13

HRX-OM-W032

For a facility having a large installation area (that can vent the air naturally): Make an air outlet on a wall at a high level and air inlet on a wall at a low level, to allow for adequate airflow. 2.

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Example: Determine the air consumption of a 2 bore cylinder with a 4 stroke operating 30 complete cycles (out and back) per minute at 80 PSI inlet pressure. A: 1. Find the area of the piston by converting the bore diameter into square inches. (2 in. bore/2)2 x 3.1416 () = 3.14 sq. in. 2. Determine consumption per single stroke. 3.14 sq. in. x 4 in. stroke = 12.56 cu.in. 3.

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Example: Determine the air consumption of a 2 bore cylinder with a 4 stroke operating 30 complete cycles (out and back) per minute at 80 PSI inlet pressure. A: 1. Find the area of the piston by converting the bore diameter into square inches. (2 in. bore/2)2 x 3.1416 () = 3.14 sq. in. 2. Determine consumption per single stroke. 3.14 sq. in. x 4 in. stroke = 12.56 cu.in. 3.