Model/CAD

Flow characteristics

Power
consumption
(W)

Available in
vacuum
applications

2→3(A→R)

C[dm³/(s·bar)]

b

Cv

SYJ300 

0.36

0.31

0.089

0.35 (Standard)
0.1 (With power
saving circuit)

-100 kPa

SYJ500 

1.2

0.48

0.34

SYJ700 

2.7

0.34

0.69

Features

• Power consumption: 0.1 W (with power saving circuit)

Model/CAD

Flow characteristics

Power
consumption
(W)

Available in
vacuum
applications

2→3(A→R)

C[dm³/(s·bar)]

b

Cv

VQZ100 

1.0

0.35

0.25

0.35 (Standard)
0.9 (High pressure
type, High speed
response type)

-100 kPa

VQZ200 

3.0

0.40

0.80

VQZ300 

4.1

0.36

1.0

Features

• External pilot specification can be used for vacuum applications.
• Allows mounting on aluminum body manifold or DIN rail

Model/CAD

Flow characteristics

Power
consumption
(W)

Available
in vacuum
applications

2→3(A→R)

C[dm³/(s·bar)]

b

Cv

VP300 

3.8

0.14

0.9

1.55 (Standard)
0.55
(With power
saving circuit)

-100kPa

VP500 

8.8

0.13

2.0

VP700 

15.0

0.17

3.4

Features

• Easy conversion to N.C. or N.O.
• Possible to integrate an external pilot in a manifold base.
• External pilot type can be used for vacuum applications

Model/CAD

Flow characteristics

Power
consumption
(W)

Available in
vacuum
applications

2→3(A→R)

C[dm³/(s·bar)]

b

Cv

VG342 

38

0.32

9.8

4.8

-101.2 kPa

Features

• Easy conversion to N.C., N.O., or external pilot.
• External pilot type can be used for vacuum.

Model/CAD

Flow characteristics

Power
consumption
(W)

Available in
vacuum
applications

2→3(OUT→EXH)

C[dm³/(s·bar)]

b

Cv

VP3145 

26

0.35

7.0

12

-101.2 kPa

VP3165 

Effective area: 330

VP3185 

Effective area: 670

Features

• Large flow capacity, small exhaust resistance
• Easy conversion to N.C. or N.O.

Model/CAD

Flow characteristics

Power
consump-
tion DC

1→4/2
(P→A/B)

4/2→5/3
(A/B→EA/EB)

C / b / Cv

C / b / Cv

VFN200N 

2 Position

Single
solenoid

2.68 / 0.40 / 0.72

5.41 / 0.31 / 1.38

1.8 W

Double
solenoid

2.68 / 0.40 / 0.72

5.41 / 0.31 / 1.38