COQ2BP

. ~ 20 S Zone . , .. ., , is 10 , , " 0 5000 10 15000 20 Welding Current (A) Series CD02BP High Magnetic Reid Resislance Through Hole Mount:COQ2BPO D DM-OO p 050 Hs z w o 4-" N Throu h hole 4X2-00 Counter bore Both Ends Tapped: COQ2APO -O OM-OO ~~ NOle: Female thread and rod dimensions are the same as tor davIs and head IlangB moonts. 063, 080 ~-(mm) Bore .

CE

Settings can be made from 00 to 99.

Brake mechanism added

-X 685 CE2 Series Cylinder Specifications Bore size (mm) 40 50 63 80 100 Fluid Air (Non-lube) Proof pressure Drive 1.5 MPa Brake 0.75 MPa Maximum operating pressure Drive 1 MPa Brake 0.5 MPa Minimum operating pressure Drive 0.1 MPa Brake 0.3 MPa Piston speed 50 to 500 mm/s* Ambient temperature 00 to 60C (No freezing) Brake system Spring and pneumatic lock type Sensor cord length 7-500 mm

Stroke Reading Cylinder and Counter

Settings can be made from 00 to 99. Store the setting with the SET key. DOWN FUNC. FUNC. 3-9 SEL. key Digital filter Select ON or OFF with the UP/DOWN key. Store the setting with the SET key. DNote) When the digital filter setting (ON/OFF) is changed, an error count will occur. Reset the count value.

Cylinder

.-6-6mm 10-10mm 1 Action 15--15mm 0 Double acting Siroke(mm) 00---6 5,10,15,20 105,10,15,20,25,30 15--5,10,15.20,25.30 Series CJP With Auto Switch Specifications COJPB15-30D Auto switch model Reed switch Applications ;'elay, SequeocecontrOl, K: circLit Relay. Sequence control -'-'-11 --'-, ---'-.

Rotary Actuator Rack & Pinion Style Series CRA1 Size: 30, 50, 63, 80, 100 1

Angle adjustment range 3 Angle adjustment range 3 Angle adjustment range 3 Auto switch Key Direction indicating label Key Direction indicating label Magnet A Magnet B +4 0 +4 0 0 90 18 90 ve 00 ve o ve o 1 o ro A port B port gr o e A port B port g v o y y o e gr e o k k r f g o f y o e y g e e n e Auto switch R ra g k k n n io ra at f ot f o o n e io g at e Angle adjustment range 3 ot

Rotary Actuator Vane Style Series CRB2 Size: 10, 15, 20, 30, 40 1

Load voltage Lead wire length (m) Indicator light Auto switch model Lead wire type Type Electrical entry Applicable load Applicable size Wiring (Output) DC AC 0.5 (Nil) 3 (L) None (N) 5 (Z) 90 Parallel cord IC circuit Reed switch Solid state switch Solid state switch Reed switch 5 V, 12 V 5 V, 12 V, 24 V No Yes Yes No Yes 90A 5 V, 12 V, 100 V 5 V, 12 V, 24 V, 1 00 V Heavy-duty cord 97 Parallel

Mini-rotary Actuator Rack & Pinion Style Series CRJ Size: 05, 1 1

For actuators with external stopper, the rotation end can be set within the ranges shown in the drawing by adjusting the stopper bolt. c l o r e c t k n w u o i s C e CRB2 CRBU2 CRB1 MSU B port A port C e l o s c i w k CRJ Basic type For 90 and 100 For 180 and 190 CRA1 Single flat Single flat CRQ2 MSQ MRQ D+10 0 B port A port B port A port +8 0 00 20t 1 0 t 9 fla la gle e f gl sin sin of

Process Valve

Note 2) Vacuum pilot type pilot solenoid valves will become VO301V-00.

3 Port Air Operated Valve

Note VP544 VP344 VP744 VP 3 1 202 00 8 Gasket HNBR VP500-217-1 VP300-217-1 VP700-217-1 VP500-202VP300-202VP700-2029 Sub-plate Aluminum die-casted Hexagon socket head bolt (1 pc.)

Large Size 3 Port Solenoid Valve VP3145/3165/3185 Series Rubber Seal

External pilot How to Order Pilot Valve Assembly (OUT) 2 (OUT) 2 00 VT3113 G 1 1 (IN) 3 (EXH) X (PA) 1 (IN) 3 (EXH) X (PA) Electrical entry CE-compliant Coil rated voltage Q CE-compliant Note) Nil TL D T G Grommet Conduit terminal DIN terminal Conduit terminal with indicator light N.C.

Plug-in Unit

Base Mounted Series VQC4000 Plug-in Unit Manifold Option Blanking plate assembly VVQ4000-10A-1 Individual SUP spacer VVQ4000-P-102 03 Individual EXH spacer VVQ4000-R-1SUP/EXH block plate VVQ4000-16A 02 03 VQC SQ VQ0 ^{VQ4 Residual pressure release valve perfect spacer VVQ4000-25A-1 Note 1) SUP stop valve spacer VVQ4000-37A-1 Interface regulator ARBQ4000-00}

Aluminum High Vacuum Angle Valve

Temperature specifications 160 XLA160-30-1 XLA160A-30-1 XLA160-30-1H XLA160A-30-1H XLAV160-30-1 XLAV160A-30-1 XLC160-30-1-1 XLC1 60-30-1H-1 XLF160-30-1 XLF160A-30-1 XLF160-30-1H XLF160A-30-1H XLFV160-30-1 XLFV160A-30-1 XLD160-30-1 XLD160-30-1H XLDV160-30-1 XLG160-30-1-1 XLG160-30-1H-1 100 XLA100-30-1 XLA100A-30-1 XLA100-30-1H XLA100A-30-1H XLAV100-30-1 XLAV100A-30-1 XLC100-30-1-1 XLC1 00

High Vacuum Angle Valve

Temperature specifications 160 XLA160-30-1 XLA160A-30-1 XLA160-30-1H XLA160A-30-1H XLAV160-30-1 XLAV160A-30-1 XLC160-30-1-1 XLC1 60-30-1H-1 XLF160-30-1 XLF160A-30-1 XLF160-30-1H XLF160A-30-1H XLFV160-30-1 XLFV160A-30-1 XLD160-30-1 XLD160-30-1H XLDV160-30-1 XLG160-30-1-1 XLG160-30-1H-1 100 XLA100-30-1 XLA100A-30-1 XLA100-30-1H XLA100A-30-1H XLAV100-30-1 XLAV100A-30-1 XLC100-30-1-1 XLC1 00

Vacuum Saving Valve

vacuum saving valve used: ZP2V-A8-05 (Connection thread size for the pad: M8, Fixed orifice size: 0.5) 100 90 80 Vacuum pressure (kPa) 70 60 q w 50 Check the flow-rate characteristics of the vacuum generator used. 1 40 30 From the flow-rate characteristics of the vacuum generator (Chart 1), calculate the suction flow (Q1) of the vacuum generator from the required vacuum pressure. 20 10 e 00

ZP

M8, Fixed orifice size: 0.5) 90 80 Vacuum pressure (kPa) 70 60 q w Check the flow-rate characteristics of the vacuum generator used. 1 50 40 From the flow-rate characteristics of the vacuum generator (Chart 1), calculate the suction flow rate (Q1) of the vacuum generator from the required vacuum pressure. 30 20 Vacuum pressure 50 kPa (qwe) = Suction flow rate (Q1) 31 L/min (ANR). 10 e 00

ZP

M8, Fixed orifice size: 0.5) 90 80 Vacuum pressure (kPa) 70 60 q w Check the flow-rate characteristics of the vacuum generator used. 1 50 40 From the flow-rate characteristics of the vacuum generator (Chart 1), calculate the suction flow rate (Q1) of the vacuum generator from the required vacuum pressure. 30 20 Vacuum pressure 50 kPa (qwe) = Suction flow rate (Q1) 31 L/min (ANR). 10 e 00

ZP

M8, Fixed orifice size: 0.5) 90 80 Vacuum pressure (kPa) 70 60 q w Check the flow-rate characteristics of the vacuum generator used. 1 50 40 From the flow-rate characteristics of the vacuum generator (Chart 1), calculate the suction flow rate (Q1) of the vacuum generator from the required vacuum pressure. 30 20 Vacuum pressure 50 kPa (qwe) = Suction flow rate (Q1) 31 L/min (ANR). 10 e 00

ZSE5/ISE5

.%4S 40 30 39 II i ~g: D Sll:PR,~~RE~'mCil 0 0 M N '" 6 ;e;V 'P -$~ 11:rn I~ tP 00 lR ;l=i I I 12.3 I , 28 SMC CORPORATION ~. 1164,SH1MBASHI,MINATO-KU,TOKYO 10S,JAPAN Tel:03-3502-2740 Fax:03-52517240 l si printing January 1995.0-036,P-46(M) Augusl 1996, 49(RP) Specifications are subject 10 change without prior notice Printed In Smgapore and any obligation on the part of the manufacture,

•

Bodv PST Seat NSR 0 Lead wire Vinvtchloride (V,nvl sheath) Pressure sensor SUS630 G Fittings SUS304 2 Digital Pressure Switch Series ZSE6/ISE6 URJ'/4 Scale:75% (mm) Dimensions 30 (Union Ring JOint) 39 LCD W.lh back hght o -A '" '" ~ 00 '" []I-: 1DOWN button UP bulton [ ,~ LED (red) LED (green) I SET bunoo [, t::t::;I UAJ~ L 12.3 Sensor Depth 6.5 kj--t==:;A/ Welded section 2-flf2.7 20