High Speed Pilot Operated

Flow Rate Characteristics Operating Frequency Port size Valve flow rate characteristics 70 Ambient and fluid temperatures (Upper limit) [C] 1, 5, 3 (P , EA, EB) 4, 2 (A, B) 1 R 4/2 (P R A/B) 4/2 R 5/3 (A/B R E) Model 60 C [dm3/(sbar)] b C [dm3/(sbar)] b DXT1215 1/8 1/8 1.3 0.37 1.3 0.23 50 Calculation of effective area S and sonic conductance C: S = 5.0 x C 40 30 20 10 0 0 200 Operating

VG342

5 W (With indicator light) Power consumption Note) N.C.

lPSMt

Linearitv Within t 1% Within t 2% Hvsteresis' Within 1% Repeatabilitv Within 0.5% Within 1% Sensitivitv Within 0.1% Within 0.5% Within 0.2% Within 1% Within 0.2% Within 1% Air Consumption (Max.) less than 0.25 SCFM @ 20 osi 0.7 SCFM @ 70 psi 0.25 SCFM @ 20 psi 0.7 SCFM @ 70 osi 0.25 SCFM @ 20 osi 0.7 SCFM @ 70 psi Supply Pressure Variation Effect (Max.)

lPSMt

Linearitv Within t 1% Within t 2% Hvsteresis' Within 1% Repeatabilitv Within 0.5% Within 1% Sensitivitv Within 0.1% Within 0.5% Within 0.2% Within 1% Within 0.2% Within 1% Air Consumption (Max.) less than 0.25 SCFM @ 20 osi 0.7 SCFM @ 70 psi 0.25 SCFM @ 20 psi 0.7 SCFM @ 70 osi 0.25 SCFM @ 20 osi 0.7 SCFM @ 70 psi Supply Pressure Variation Effect (Max.)

ZPT/ZPX

D A A B D B D Dimensions Dimensions Dimensions (mm) (mm) (mm) A B C D E F Y A B C D E F G Y A B C D E F Y Model Model Model ZP40HB ZP63HB ZP100HB 40 41.4 28.4 43.2 20.5 30 13 63 65.1 45.5 67.6 31.5 50 4.5 21.5 100 103.1 68.6 106.7 47.5 80 35.5 ZP50HB ZP80HB ZP125HB 50 51.9 35.7 54 24 40.5 16.5 80 83 58.4 85.1 37 64 5 27.5 125 128.5 88.6 135 56 44 105 13-11-95 14 Series ZPT/ZPX How to Distinguish

Ionizer Nozzle type IZN10 Series IZS

Note 1) 20 16 17 Elbow for piping port/IZN10D B C 180 10 (mm) B Model C 16 D 11.5 IZN10-16 (mm) IZN10-17 (inch) 22 24.5 18.5 12 Female threads for piping (Rc1/8)/IZN10-11 16 Rc1/8 13 Width across flats 14 456 Ionizer IZN10 Series Dimensions L-bracket/IZN10-B1 IZS (Mounting angle adjustable range) 40 7.5 17 IZN IZN 2 x R10 3.4 2 x M3 2 x 3.4 IZF 25 40 5 ZVB 50 Internal mounting IZD IZE 20.5

Clean Rodless Cylinder Series CYP

P (port f)] WB WA R 4-J Depth JK Inner cover holding screw TA TA WB WA TB TB R W (mm) C ED A EK B F E G H HA HB HG HI HL HP HS HT J JK K Model +0.030 0 CYP15 5.4 9.5 8 4 9.5 12.5 4H9 6.5 45 19.5 8.5 8.5 23 38.6 44 27 19.5 M6 x 1 10 21 +0.030 0 CYP32 8.6 6H9 13 12 14 6 25 8.5 75 39 19 19 39 64.9 73.5 49.5 39 M10 x 1.5 12 20 LD LW MM M N L P PA PB Q QW R T TA TB W WA WB Y Z Model CYP15 5.6

D. P. Lube ALD600/900 Series

1 1 1 B P 1 4 1 2 2 1052 D.

Pneumatic Positioner IP300/IP3100

0.5% Within 1% Sensitivity Within 0.1% Within 0.5% Within 0.2% Within 1% Within 0.2% Within 1% Air Consumption (lvlax.) less than 0.25 SCFM @ 20 osi 0,7 SCFM @ /u osl 0.25 scFM @ 20 osi 0.7 SCFM @ 70 psi 0.25 SCFIVI @ 20 Dsi 0.7 SCFM @ 70 DSi Supply Pressure Variation Effect (Max.)

Paddle Style Flow Switch Series IF3 For details about certified products conforming to international standards, visit us at www.smcworld.com. 1

ON-flow 0.04 40 B p ipe pe 3/4 B p pi 3B 30 1 0.03 2B, pipe 20 0.02 , 5B , 4B pe 1/4 1 B pi 10 Max.

IC

Step 20 Step 5 P4 Set pressure P3 P2 The deviation is corrected manually (with keys).

Rubber Seal 5 Port Solenoid Valve Series SY3000/5000

Furthermore, when mounting supply/exhaust block assemblies on both sides of type B with a 2 to 10 station manifold, calculate the weight W using the formula for 11 to 16 stations.

VQZ100/200/300

Note 3) Weight without sub-plate 2.10-6 VQZ100/200/300 Body Ported Construction VQZ100 Poppet e w q Component Parts SY Material No. q Description Notes N.C. Resin Body SYJ (A) 2 Aluminum/NBR Spool valve w Pilot valve VK e 1 (P) 3 (R) VQZ100-12A Resin/Aluminum P, R plate r r VZ VT VQZ200/300 VT Metal seal Rubber seal VP r e w q r e w q VG VP VQ VQZ N.C. N.C.

8)2 to 10 stations: W = 47n + 15611 to 20 stations: W = 47n + 190

8)2 to 10 stations: W = 47n + 15611 to 20 stations: W = 47n + 190

8)2 to 10 stations: W = 47n + 15611 to 20 stations: W = 47n + 190

8)2 to 10 stations: W = 47n + 15611 to 20 stations: W = 47n + 190

8)2 to 10 stations: W = 47n + 15611 to 20 stations: W = 47n + 190

8)2 to 10 stations: W = 47n + 15611 to 20 stations: W = 47n + 190

8)2 to 10 stations: W = 47n + 15611 to 20 stations: W = 47n + 190