Skip Navigation

Hydraulic Equipment

Main text

Non Leak Type Solenoid Valve

Valve Specifications

Model SNH-G01-
**-**-11
SNH-G03-
**-**-10
SNH-G04-
**-**-10
SNH-G06-
**-**-10
Operation symbols AR Operation symbols AR
HQ Operation symbols HQ
Maximum working pressure MPa 35
Rated flow L/min 10 20 40 60
Maximum flow L/min 20 40 60 100
Maximum switching frequency (time/min) 120
Dustproof and waterproof rank IP65 IP64
Mass Kg 1.8 5.2 5.5 6.9

Notes : 1.Internal leakage shall be within 1 drop/min (0.05cm3/min).

2.Dustproof and waterproof rank for AC power (rectifier built-in type) is IP64.


Solenoid Specifications

For SNH-G01
Solenoid
type
Power supply Voltage
(V)
Frequency
(Hz)
Coil type Current
(A)
Power
(W)
Allowable voltage
(V)
Rectifier built-in Type E1 AC100 50/60 EAC64-E1 0.37 32 90 to 110
E115 AC115 EAC64-E115 0.32 100 to 125
E2 AC200 EAC64-E2 0.18 180 to 220
E230 AC230 EAC64-E230 0.16 200 to 250
DC D1 DC12 - EAC64-D1 2.5 30 10.8 to 13.2
D2 DC24 EAC64-D2 1.25 21.6 to 26.4


For SNH-G03
Solenoid
type
Power supply Voltage
(V)
Frequency
(Hz)
Coil type Current
(A)
Power
(W)
Allowable voltage
(V)
Rectifier built-in type E1 AC100 50/60 EBB64-E1 0.40 34 90 to 110
E115 AC115 EBB64-E115 0.34 34 100 to 125
E2 AC200 EBB64-E2 0.22 37 180 to 220
E230 AC230 EBB64-E230 0.17 33 200 to 250
DC D1 DC12 - EBB64-D1 2.6 31 10.8 to 13.2
D2 DC24 EBB64-D2 1.5 36 21.6 to 26.4


For SNH-G04
Solenoid
type
Power supply Voltage
(V)
Frequency
(Hz)
Coil type Current
(A)
Power
(W)
Allowable voltage
(V)
Rectifier built-in type E1 AC100 50/60 EBB64-E1 0.40 34 90 to 110
E2 AC200 EBB64-E2 0.22 37 180 to 220
DC D1 DC24 - EBB64-D2 1.5 36 21.6 to 26.4


For SNH-G06
Solenoid
type
Power supply Voltage
(V)
Frequency
(Hz)
Coil type Initial current
(A)
Holding current
(A)
Power
(W)
Allowable voltage
(V)
Rectifier built-in type E1 AC100 50/60 EBB64-D60 0.71 0.36 33.2 90 to 110
E2 AC200 EBB64-D120 0.39 0.19 36.4 180 to 220
DC D1 DC24 - EBB64-D17 3.0 1.5 37.4 21.6 to 26.4

EC connector for G06

EC connector for G06

SNH-G06 uses an EC connector to achieve greater switching power.
When switching, this connector supplies twice the normal current (initial current) to the solenoid coil and then performs low power control to achieve the normal current.