3 Way, 3 Port NVF110 Series Direct Solenoid Operated

HOW TO ORDER N V F 1 1 0 H s D Z O 0 1 T F T T Opo.afing Pressure -J I 0 100 psi (CrP.055) | ' H 0 r 150 psi (C\p.05) | SolenF Foot Bracket --R(PT),Mekic' T NPTF (Std.) N _ N P T Ii ; o Electrical Corinsctioi G 12'Lead (Sd.) D .

lVFl 10

HOW TO ORDER N V F 1 1 0 H s D Z O 0 1 T F T T Opo.afing Pressure -J I 0 100 psi (CrP.055) | ' H 0 r 150 psi (C\p.05) | SolenF Foot Bracket --R(PT),Mekic' T NPTF (Std.) N _ N P T Ii ; o Electrical Corinsctioi G 12'Lead (Sd.) D .

Air Slide Table Series MXQ

F A F Lr 16 16 16 Lr = 120mm MXQ16-125 MXQ16-100 MXQ16-75 0.04 MXQ16-125 MXQ16-10 MXQ16-50 0.06 0.12 MXQ16-20 MXQ16-30 MXQ16-75 MXQ16-40 MXQ16-75 MXQ16-40 MXQ16-100 MXQ16-125 Table displacement mm Table displacement mm Table displacement mm 0.03 MXQ16-50 MXQ16-50 MXQ16-40 MXQ16-100 MXQ16-30 0.04 0.08 0.02 MXQ16-30 MXQ16-20 MXQ16-20 MXQ16-20 0.02 0.04 MXQ16-10 MXQ16-10 0.01 MXQ16-10 0 0 400

Digital Flow Switches, Series PF2A, Series PF2W

Pin description PF2A7H-(-M) 68 69 1 DC(+) 2 Analog output 3 DC() Accumulated pulse output wiring examples 4 OUT1 4-I thread with depth J 40 Max. 30V 80mA or less OUT1 Black Load H 0V Blue 50msec PF2A7H-(-M) 28 29 B C D E F G H I J A Model Brown PF2A703H PF2A706H PF2A712H 55 160 40 92 67 55 Rc 1, NPT 1, G 1 36 M5 x 0.8 8 OUT1 80mA Load Black 65 180 45 104 79 65 Rc 11/2, NPT 11/2, G 11/2 Rc

tTV2000/3000

0 5 I 0 5 -a o -1 0 50 75 100 5 0 0 1 0 0 0 0 25 50 75 100 Input signal %F S Input signal %F S Relief flow characteristics suppty pressure: o 2MPa Pressure characteristics set pressure:0 05MPa Flow rate characteristics supptv pressure:0 2MPa 1 0 a $ 0 5 s 3 0 0 o o = o 0 0 0 1 0 2 0 Supply pressure lvlPa tlectro-Pneulnatis Series lTv203tr Repeatability Hysteresis Linearity @ 0 5 f, I3 o o

10

T n t Operating conditions Impact mass Collision speed Dropping height Angular speed Unit kg m/s m rad/s m N Nm cycle/min C m 2 1 2 E1 Kinetic energy F S E2 Thrust energy E Distance between rotational center and impact point Thrust Torque Operating frequency Ambient temperature Friction coefficient E1 + E2 Absorbed energy Note 2) E 2 2 Me Equivalent mass m F n t = 5 kg = 0.5 m/s =

ZPT/ZPX

H A 30 ZPNA-M22 34.6 Bolts Dimensions (mm) A 11 d M3 x 0.5 12 7 M4 x 0.7 B 5.5 L 8 8 10 15 8.5 M5 x 0.8 13-11-82

Foot Pedal Type

VM2 SMC 74 45 40 54 Max. deflection position Unlock position Lock position 14 40.8 7 Stroke 3 Symbol (A) 4 (B) 2 32 26.5 20.5 11 53 (72) B 12 14 A 3 (EB) 1 (P) 5 (EA) 2 x M5 x 0.8 (Port 3, 5) 39.2 33.2 27.2 2 x Rc1/8 (Port 2, 4) Rc1/8 (Port 1) Travel required for operation 3 Full Operating Force (F .O.F .) 55 N (at 0.5 MPa) 3 x 6.5 mounting hole Travel required to release the lock 7 Force

(mm)Connection threadsModel Elbow typeUniversal type Meter-outMeter-inMeter-outMeter-in3.2M5 x 0.8AS1201FG-M5-23AS1211FG-M5-23AS1301FG-M5-23AS1311FG-M5-23

(mm)Connection threadsModel Elbow typeUniversal type Meter-outMeter-inMeter-outMeter-in3.2M5 x 0.8AS1201FG-M5-23AS1211FG-M5-23AS1301FG-M5-23AS1311FG-M5-23

Please contact us for the latest version.sales@ocaire.com, SPEED CONTROL W/FITTING, AIRLINE EQUIPMENT, FLOW CONTROL W/FITTING, A5, AS***F M5 CLEAN-ROOM, .01675 lb, Applicable tubing O.D. (mm)Connection threadsModel Elbow typeUniversal type Meter-outMeter-inMeter-outMeter-in4M5 x 0.8AS1201FG-M5-04AS1211FG-M5-04AS1301FG-M5-04AS1311FG-M5-04

IR1000/2000/3000

Standard part number X1 Clean room specifications Specifications Non-grease specifications Cleanliness Bleed port Class 10 With M5 fitting (applicable tube O.D. 6) Manifold Specifications (except type IR2120 and series IR3000) 6 IR1000/2000: M5 fitting (applicable tube O.D. 6) IR3000: Rc(PT) 1/2 female thread EXH port Grease Teflon grease 2 to 8 station manifold type regulators.

Free-Mounting Cylinder with Air Cushion Series CU

x 0.8 M5 x 0.8 Rc 1/8 Bore size (mm) NN T S Z K KA L MM P Q R Standard strokes 20 25 32 M5 x 0.8 with depth 8 M5 x 0.8 with depth 8 M6 x 1.0 with depth 9 9.3 with depth 8 9.3 with depth 9 11 with depth 11.5 53 51.5 56 72 74.5 83 30 38 48 5 6 7 5 6 8 M6 x 1.0 M8 x 1.25 M10 x 1.25 5.5 5.5 6.6 16 20 24 13 23.5 29 20, 30, 40, 50, 60, 70, 80, 90, 100 4 Series CU Auto Switch Proper Mounting Positions

AS-FG

Series AS-FG How to Order AS 1 0 3 2 F G 01 06 Body size M5 standard 1/8, 1/4 standard 3/8 standard 1/2 standard 1 2 3 4 Option Type Nil S None With seal 2 3 Elbow Universal M5 and U10/32 are not available with seal. Control type Applicable tubing O.D.

(mm)Connection threadsModel Elbow typeUniversal type Meter-outMeter-inMeter-outMeter-in4M5 x 0.8AS1201FG-M5-04AS1211FG-M5-04AS1301FG-M5-04AS1311FG-M5-04

(mm)Connection threadsModel Elbow typeUniversal type Meter-outMeter-inMeter-outMeter-in6M5 x 0.8AS1201FG-M5-06AS1211FG-M5-06AS1301FG-M5-06AS1311FG-M5-06

Please contact us for the latest version.sales@ocaire.com, SPEED CONTROL W/FITTING, AIRLINE EQUIPMENT, FLOW CONTROL W/FITTING, A5, AS***F M5 CLEAN-ROOM, 1.79968 lb, Applicable tubing O.D. (mm)Connection threadsModel Elbow typeUniversal type Meter-outMeter-inMeter-outMeter-in3.2M5 x 0.8AS1201FG-M5-23AS1211FG-M5-23AS1301FG-M5-23AS1311FG-M5-23

HRX-OM-X037

power increases. *2 When the piping thread type "F (G thread)" or "N (NPT thread)" is selected, it becomes "G thread " or "NPT thread ". 3 When the option-T3 is selected, the weight increases by 18 kg . 4 No change in external dimensions.

End Lock Cylinder Series CBM2/ø20, ø25, ø32, ø40 Series CBA1/ø40, ø50, ø63, ø80, ø100 CL MLGC CNA CB CV/MVG Maintains the cylinder’s CXW original position even if the CXS air supply is interrupted. CXT MX

MY1 3.4-11 End Lock Cylinder Series CBA1 40, 50, 63, 80, 100 How to Order L 50 150 H N CBA1 Standard L 50 150 A53 H N CDBA1 With auto switch Number of auto switches Air cylinder with auto switch 2 1 n S n Mounting Basic Axial foot Front flange Rear flange Single clevis Double clevis Center trunnion B L F G C D T Style Auto switch Lube Non-lube Steel tube N F Without auto switch Refer

Digital Flow Switch Series PFA For Air Series PFW For Water

These vortexes are stable under certain conditions, and their frequency is proportional to the flow velocity, resulting in the following formula. f = k x v f: Frequency of vortexes, v: Flow velocity, k: Proportional constant (determined by the vortex generator's dimensions, shape, etc.) Therefore, the flow rate can be measured by detecting this frequency.