LSV-08-2 NOSP-L
When de-energized, the poppet allows flow in both directions. When energized, the
valve blocks flow in both directions.
OPERATION
Max.Operating Pressure
280bar
Flow
See PRESSURE DROP VS.FLOW graph.
Internal Leakage
<1 drops/min.Our ideal leakage: <0.05 drops/min
Temperature
-40
°
F to +212
°
F(-40
°
C to +100
°
C)
Coil Duty Rating
Continuous from 85% to 115% of nominal voltage
Filtration
See page N-1
Fluids
Mineral-based fluids with viscosities of 7.4 to 420 cSt.
Cavity
08-2,See page M-1
Housing Material
6061-T6 aluminum alloy rated to 207bar, Steel & Ductile iron rated to 350bar
SPECIFICATIONS
M:
To override, push button in to activate. To return to normal valve function, release
button.
MK:
Twist clockwise to the end(about 2 turns), manual override is detented in this
position, blocking flow between and . To return to normal operation, twist
counterclockwise 2 turns.
Operation of Manual Override Option
SYMBOL
DESCRIPTION
A solenoid operated, 2-way,
2-position, normally open,
poppet-type bi-directional
cartridge valve.
PRESSURE DROP VS.FLOW
32cSt oil @ 40°C
2-Way,2-Position,Bi-directional
Normally open,Poppet-type
Solenoid Valve
A-85
Keta Hydraulics-2023
TO ORDER
1 3 6 87 942 5 10
Function
LSV
=Solenoid Valve
Size
08
=08 Size
Flow Path
2
=2-Way
Style
NO
=Normally Open
Internal Leakage
L
=Zero Leakage
Type
SP
=Poppet
1
2
3
4
6
5
Port Size
Omit=
None
4T
=SAE 4
6T
=SAE 6
2G
=G 1/4
3G
=G 3/8
Coil Connector Type
D
= Double Lead
S
= Single Lead
H
= Hirschmann
ER
= Deutsch Connector(Water-proof Coil)
B
= Double Spade
8
9
10
Manual Override Options
Omit=
None
M
=Regular Manual Override
MK
=Twist & Detent Manual Override
7
Coil Voltage
1
=12 VDC
2
=24 VDC
3
=110 VAC
4
=220 VAC
7
=48 VDC
8
=24 VAC
9
=72 VDC
LSV 08 2 NO SP L * * * * *
3Nm
4.1Nm
Overtorque would result in failure of valves.
Overtorque would result in failure of valves.
Coil Part Number:
Unit=Millimeters
INSTALLATION DIMENSIONS
Coil Must Be Installed With Letter Up
See page K-1 for detail of
housing
Other port sizes are available
A
A-86
Keta Hydraulics-2023