NVKF

(M5) 01T r/ NPTF {A port onl ' Special order Notel) Indicale in parentheses al end of parl # Ex.

Series 10-VQD1000 4 Port Direct Operated Poppet Solenoid Valve

20 15 4(A) 4(A) 5 46 12.5 P=11 L plug connector (L) Dimensions n: Stations L n 19 226 218 20 237 229 13 160 152 15 182 174 17 204 196 5 72 64 6 83 75 7 94 86 9 116 108 11 138 130 L2 L1 2 39 31 3 50 42 4 61 53 16 193 185 18 215 207 10 127 119 12 149 141 14 171 163 8 105 97 601

Series 10-MGF ø40, ø63, ø100 Guide Table

Auto Switch Proper Mounting Position (Detection at Stroke End) A B Proper Mounting Position (mm) Bore size A B 40 63 100 32.5 0 16 0 27.5 0 Note) The above mentioned values are indicated as a guide for auto switch mounting positions for stroke end detection.

AME

Select the point of contact A of inlet pressure and max. air capacity in the graph. 2. AME650 is obtained when the max. flow line is above the point of intersection A in the graph. Note) Make sure to select a model that has the maximum flow rate line above the obtained intersecting point.

Series 10-MGF Guide table ø40, ø63, ø100

Auto switches / Proper mounting position for stroke end detection A B Proper mounting position (mm) Bore size A B 40 63 100 32.5 0 16 0 27.5 0 Note) The above mentioned values are indicated as a guide for auto switch mounting position for stroke end detection.

VXR21/22/23

A low valve closing speed relieves the water hammer. Operation < Valve opened > When the coil u is energized the opened pilot A closes, the pressure in the pressure action chamber B rises and the main valve C closes. < Valve closed > When the coil u is not energized, the closed pilot valve A opens, the pressure in the pressure action chamber B drops and the main valve C opens.

AMF

Select the point of contact A of inlet pressure and max. air capacity in the graph. 2. AMF650 is obtained when the max. flow line is above the point of intersection A in the graph. HA AT ID Max. air flow rate (m3/min (ANR)) AMG Note) Make sure to select a model that has the maximum flow rate line above the obtained intersecting point.

Air Cylinder/End Lock Series MBB ø32, ø40, ø50, ø63, ø80, ø100

Bore size (mm) 32, 40 50, 63 80, 100 Bore size (mm) 32 40 50 63 80 100 Mounting bracket BT-03 BT-05 BT-06 (1) MB-L03 MB-L04 MB-L05 MB-L06 MB-L08 MB-L10 Foot A set of following stainless steel mounting screws is attached. (A mounting bracket itself is not attached. Please order it separately.)

3 Way Direct Acting NVKF 300 Series

(M5) 01T r/ NPTF {A port onl ' Special order Notel) Indicale in parentheses al end of parl # Ex.

PSxx-OMF0005CN

Y200-A) (AR ) SUP RcNPTG1/4 2 (VCA ) -13No.PS-OMF0005CN-E NPN()() NPN PNP()() PNP ON OFF ON OFF ON-OFF 25[]ON-OFF NPN () () ON ON [0] () ON hysteresis LED -14No.PS-OMF0005CN-E 1 12 2 SUP O 2 1(ISA-7-B) SUP 2 32 (ISA-3-A) 4SUP (ISA-3-A) 5 6 3 11.2 Nm 2 -15No.PS-OMF0005CN-E NPN PNP DC(+) DC(+) OUT OUT DC(-) DC(-) 2 DC AC DIN DC AC DIN DC

AFF

Select the point of contact A of inlet pressure and max. air capacity in the graph. 2. To select one with the maximum air flow rate line that is located above the obtained intersection point A, the model will be AFF37B.

AMD

Select the point of contact A of inlet pressure and max. air capacity in the graph. 2. AMD650 is obtained when the max. flow line is above the point of intersection A in the graph. Note) Make sure to select a model that has the maximum flow rate line above the obtained intersecting point.

Water Separator Series AMG Please refer to page 14-20-62 for specific product precautions. 1

Select the point of contact A of inlet pressure and max. air capacity in the graph. 2. AMG650 is obtained when the max. flow line is above the point of intersection A in the graph. HA AT Max. air flow rate (m3/min (ANR)) ID Note) Make sure to select a model that has the maximum flow rate line above the obtained intersecting point.

VXP21/22/23

When the coil o is not energized, the pilot valve A is closed and the pressure in the pressure action chamber B rises and the main valve C closes. Operation When the coil u is energized, the opened pilot A closes, the pressure in pressure action chamber B rises and the main valve C closes.

AMH

Select the point of contact A of inlet pressure and max. air capacity in the graph. 2. AMH650 is obtained when the max. flow line is aboveabove the point of intersection A in the graph. Note) Make sure to select a model that has the maximum flow rate line above the obtained intersecting point.

Exhaust Cleaner for Vacuum Pump AMV Series

AMV15 SP ZCUK 0.015 Inlet pressure (MPa) AMJ AFJ 0.01 AMV AMV AMV15 AMV160 AMV75 AMV37 AMV6 AMV3 ZH -X185 0.005 Related Products 0 100 200 500 1,000 2,000 5,000 10,000 20,000 Flow rate (L/min [ANR]) Dimensions AMV3, 6, 15, 37 AMV 75, 160 B Exhaust Exhaust A A B Port size IN IN C E 8 x d Flange part Model Port size A 231 305 410 710 562 860 B 123 153 210 210 500 500 C 80.7 105.3 d 19 19 E

AMG

Note) Make sure to select a model with the maximum air flow rate line that is located above the obtained intersection point. A model with the maximum air flow rate line that is located below the obtained intersection point will have an excess flow rate, and will not satisfy the specifications.

VVX31/32/33

Manifold Specifications Manifold Manifold type Number of valves Blanking plate (with gasket, screws) B Mount Common supply, Common exhaust, Individual out 2 to 10 stations VVX31 VX011-004 VX011-005 VVX32/33 JIS Symbol Port A Port A Port P Manifold Base and Applicable Solenoid Valve Part No. n: stations Port R Manifold base A port Applicable solenoid valve Base weight (g) VVX311-stations VVX312

JXCx-OMT0032CN

RJ45 (8P) LEC-CG1LEC-CG1a) RJ45 (8P) a) RJ45 (8P) No 1 LEC-CG1CN1(LEC)C K 0.3m N4 L 0.5m 1 1m 2 LEC-CGD (LEC) 3 LEC-CG2(1m) 4 XS2C-D4 [] 120 1/4W 5 RJ45 CN1CN2RJ45 LEC-CAP-X22 24 - No a) RJ45 (8P) TM21P-88P b) M12 4pin HR24-8DJ4PE550A(73) XS2G-D4 [] c) M12 4pin HR24-8DP4S300(73) XS2C-D4 [] 25 - 8.2 CN1 CN1(LEC) (120 1/4W) 0V CN1 No.

The air-hydro unit consists of a converter and a valve unit that are compactly integrated. It converts air pressure to an equivalent hydraulic pressure, and this hydraulic pressure is used for operating an actuator, thus solving the problem that is associated with the compression characteristics of air.