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WK 450 187
Type WE5
dm /min3
WK 450 187 08.2011
08.2011
4 WE5 J - 6X/G24NZ4
- 1 -
bbbb aaaa
TTTTPPPP AAAABBBB
5 2 1 34
NS 5 up to 25 MPa up to 16
Directional spool valve type WE5
electrically operated
DDDDAAAATTTTAAAA SSSSHHHHEEEEEEEETTTT ---- SSSSEEEERRRRVVVVIIIICCCCEEEE MAMAMAMANUANUANUANUALLLL
APPLICATION
DESCRIPTION OF OPERATION
Directional spool valve is complied with the
regulations of directive 2006/95/WE2006/95/WE2006/95/WE2006/95/WE for the following
voltages:
•50 50 50 50 –––– 250 V 250 V 250 V 250 V for AC AC AC AC
•75 75 75 75 –––– 250 V 250 V 250 V 250 V for DCDCDCDC
Main elements of directional spool valve type WE6WE6WE6WE6… … … …
are: housing (1), solenoids (3), control spool (2),
centering springs (4) and manual overrides (5).
The spool (2) is shifted when it is moved into one of
end positions by the force of solenoid (3) affecting it.
The return of the spool into neutral position and
centering are secured by the centering springs (4).
The shape of the spool (control edge spacing) affects
the configuration of connections among the ports: AAAA,
BBBB, PPPP and TTTT.
In case of emergency, the spool can be shifted
manually by means of the override (5) – only for
version with manual override.
Directional spool valves type WWWWEEEE5555………… electrically
operated are intended for change in direction of fluid
flow in a hydraulic system and thus it allows to
change direction of movement of a receiver - mostly
piston rod of a cylinder or hydraulic motor as well to
use functions: on and off. These directional spool valves are used for subplate mounting in any position
in a hydraulic system.
When the situation is anticipated, directional spool valve
must be mounted in the way as to be available.
WE5…/O…O…O…O…---- 2-position directional spool valve without
return springs. The spool is positioned and supported with
attached solenoid. There is no neutral position as the
spool is not positioned.
WE5…OF…OF…OF…OF…---- 2-position directional spool valve without
return springs with detent. The spool (2) is positioned and
supported with detent (6), and its shift results from
supplying voltage to one solenoid (3).
Type WE5WK 450 187 08.2011 - 2 -
TECHNICAL DATA
ASSEMBLY AND APPLICATION REQUIREMENTS
Viscosity range
Ambient temperature range
Maximum switching frequency
mineral oil
ReReReReqqqquuuuired fired fired fired fiiiiltrltrltrltratatatatiiiioooonnnn
Recommended filtration
up tup tup tup to o o o 11116666 µµµµmmmm
up to 10 µm
Hydraulic fluid
Nominal fluid viscosity 2 o37 mm /s at temperature 55 C
22,8 up to 380 mm /s
Weight
WQ
6 % nominal flow 3 % nominal flow
port port port port TTTT 6 6 6 6 MMMMPPPPaaaa
portportportports Ps Ps Ps P, A A A A, B 25 B 25 B 25 B 25 MMMMPPPPaaaa
15000 on/h
spool
flow section
Flow section in central position
schemes on page 3
recommended
maxFluid temperature range (in a tank)
MMMMaaaaxxxximimimimum um um um operoperoperoperatatatatiiiing presng presng presng presssssureureureure
SSSSuppuppuppupply ly ly ly vvvvooooltltltltage fage fage fage for or or or ssssoooolelelelennnnooooididididssssDDDDCCCC AAAACCCC
IIIInnnnssssuuuullllatatatatiiiioooonnnn I I I IP P P P 66665555
40 C up to 55 Co o
-20 C up to +70 Coo
- 20 C up to +50 Co o
222233330000V V V V - - - - 55550000HHHHz z z z 111111110000V V V V - - - - 55550000HHHHzzzz11112222V V V V 22224444V V V V 111111110000VVVV
1,4 kg
22226 6 6 6 WWWW -
- 44446 6 6 6 VVVVAAAA
- 111133330 0 0 0 VVVVAAAA
continues continues
40 ms 25 ms
30 ms 20 ms
7200 on/h
PPPPoooower rewer rewer rewer reqqqquuuuiremeiremeiremeiremennnntttt
HHHHooooldldldldiiiing cng cng cng curreurreurreurrennnntttt
IIIInnnn-r-r-r-ruuuussssh ch ch ch curreurreurreurrennnntttt
Duty cycle
Switching time, on
Switching time, off
Solenoid coil temperature max 150 Co
4.4.4.4. It is forbidden to It is forbidden to It is forbidden to It is forbidden to applyapplyapplyapply directional directional directional directional spool spool spool spool
valve valve valve valve ifififif the plug the plug the plug the plug----inininin----connectorconnectorconnectorconnector is not pr is not pr is not pr is not properoperoperoperly ly ly ly
tightened to the solenoid sockettightened to the solenoid sockettightened to the solenoid sockettightened to the solenoid socket and is not and is not and is not and is not
secured by screwing boltsecured by screwing boltsecured by screwing boltsecured by screwing bolt tig tig tig tighhhhtlytlytlytly....
5.5.5.5. Due to heating solenoid coils, directional Due to heating solenoid coils, directional Due to heating solenoid coils, directional Due to heating solenoid coils, directional
spool spool spool spool valves should be valves should be valves should be valves should be placed in orderplaced in orderplaced in orderplaced in order to to to to
eleleleliminate the possibility of incidental touch iminate the possibility of incidental touch iminate the possibility of incidental touch iminate the possibility of incidental touch
while using, or, they should be equipped while using, or, they should be equipped while using, or, they should be equipped while using, or, they should be equipped
with the coil covers with the coil covers with the coil covers with the coil covers (in accordancein accordancein accordancein accordance withwithwithwith thethethethe
EuropeanEuropeanEuropeanEuropean standards standards standards standards PNPNPNPN ---- EN EN EN EN ISOISOISOISO 13732137321373213732----1111
andandandand PNPNPNPN ---- EN 982EN 982EN 982EN 982)....
1.1.1.1. Only valve working properly and suitably Only valve working properly and suitably Only valve working properly and suitably Only valve working properly and suitably
installed may be connected to an electric installed may be connected to an electric installed may be connected to an electric installed may be connected to an electric
system. Only skilled workers are allowed to system. Only skilled workers are allowed to system. Only skilled workers are allowed to system. Only skilled workers are allowed to
connect and disconnect electric system.connect and disconnect electric system.connect and disconnect electric system.connect and disconnect electric system.
2.2.2.2. Ground connection Ground connection Ground connection Ground connection ( ) must must must must bebebebe connected connected connected connected
with protective earth wire with protective earth wire with protective earth wire with protective earth wire ( PEPEPEPE ) in supply in supply in supply in supply
system according to system according to system according to system according to appropriate appropriate appropriate appropriate instructions.instructions.instructions.instructions.
3.3.3.3. It is forbidden to It is forbidden to It is forbidden to It is forbidden to applyapplyapplyapply directional directional directional directional spool spool spool spool valve valve valve valve if if if if
the supply cable in thethe supply cable in thethe supply cable in thethe supply cable in the gland gland gland gland of plugof plugof plugof plug----inininin----
connector connector connector connector is not is not is not is not properly tightenedproperly tightenedproperly tightenedproperly tightened....
Type WE5 WK 450 187 08.2011
P T
A B
a aaaa 0000 bbbb b aaaaa 0000 0000 bbbb b
P T
A B
P T
A B
WE5...-6X/... WE5...B B B B ----6X/...WE5...AAAA ----6X/...
working and indirect
positionsworking and indirect
positions
working and indirect
positions
working
positionsworking
positionsworking
positions
GrGrGrGrapapapaphhhhicicicic ssssymbymbymbymboooollllssss fffforororor spspspspoooooooollllssss
P T
aaaa 0000 bbbb aaaa 0000 0000 bbbb
EEEE
FFFF
GGGG
HHHH
JJJJ
LLLL
MMMM
QQQQ
RRRR
UUUU
WWWW
EAEAEAEA
FAFAFAFA
GAGAGAGA
HAHAHAHA
JAJAJAJA
LALALALA
MAMAMAMA
QAQAQAQA
RARARARA
UAUAUAUA
WAWAWAWA
EBEBEBEB
FBFBFBFB
GBGBGBGB
HBHBHBHB
JBJBJBJB
LBLBLBLB
MBMBMBMB
QQQQBBBB
RBRBRBRB
UBUBUBUB
WBWBWBWB
P T
A B
P T
A BA B
P T
A B
aaaa 0000 bbbb aaaa 0000
P T
A B
0000 bbbb
P T
A B
SCHEMES
GraphicGraphicGraphicGraphic symbols for symbols for symbols for symbols for 3333---- position position position position directionaldirectionaldirectionaldirectional
spool valves spool valves spool valves spool valves GraphicGraphicGraphicGraphic symbols for symbols for symbols for symbols for 2222---- position position position position directionaldirectionaldirectionaldirectional
spool valves spool valves spool valves spool valves
Spool WWWW allows to open the flow in central position in 3% of nominal flow
Spool QQQQ allows to open the flow in central position in 6% of nominal flow
NNNNOOOOTTTTEEEES:S:S:S:
- 3 -
Type WE5WK 450 187 08.2011 - 4 -
a aaaa
a aaaa
a aaaa
aaaa
bbbb
b
b
bbbb
bbbb
bbbb
P T
A B
P T
A B
P T
A B
P T
A B
AAAA
CCCC
NNNN
BBBB
aaaa bbbb
P T
A B
WE5...-6X/OOOO...
WE5...-6X/OOOOFFFF...
WE5...-6X/...
aaaa bbbb
P T
A B
aaaa bbbb
P T
A B
working and indirect
positions
working
positions
GrGrGrGrapapapaphhhhicicicic ssssymbymbymbymboooollllssss fffforororor spspspspoooooooollllssss
0 82 10 14 166 124
∆P (M
Pa)
0,8
0,6
0,4
0,2
Q (dm / min)
P BP A
→→
P AP
→→Β
P A→
A T→
A T→
B T→
P B→
124 3
0 82 1064
∆P (M
Pa)
0,8
0,6
0,4
0,2
Q (dm / min)
P AB T
→→
P T→
A T→
P B→
3 3
GraphicGraphicGraphicGraphic symbols for symbols for symbols for symbols for 2222---- position position position position directionaldirectionaldirectionaldirectional
spool valves spool valves spool valves spool valves
SCHEMES
PERFORMANCE CURVES measured at viscosity ν = 41 mm /s and temperature t = 50 C2 o
FlFlFlFloooow resw resw resw resiiiiststststaaaance cnce cnce cnce cururururvesvesvesves
pressure drop related to flow for directional spool valve type W W W WEEEE5...5...5...5... with various spool types:
1 - spool type BBBB; 2 - spool type RRRR; 3 - spool type GGGG; 4 - other spool types
Type WE5 WK 450 187 08.2011- 5 -
aaaabbbb
PPPP
AAAA
BBBB
TTTT
22
25,8 11,3
21,4
35,5
222
60
50
5,5O - 4 holes
9,5O - 4 counterbore holes
5 3 142
AAAA
BBBB TTTTPPPP
64 (min)
36
(min)
42
6
7190
3-position versions ...WE5...-6X/...
2-position versions ...WE5...-6X/O... ; ...OF...
1 - Solenoid aaaa
2 - Solenoid bbbb
3 - Plug-in-connector aaaa - IIIISSSSOOOO 4444444400000000 (DIN 43650 - A) type
4 - Plug-in-connector bbbb - IIIISSSSOOOO 4444444400000000 (DIN 43650 - A) type
5 - O-ringO-ringO-ringO-ring 7 x 1,5 7 x 1,5 7 x 1,5 7 x 1,5 - 4 pcs/kit (PPPP,TTTT,AAAA,BBBB)
6 - Directional spool valve dimensions with 2222 sosososolenoids lenoids lenoids lenoids - a - a - a - a, bbbb
wwwwiiiitttthhhh m m m mananananuauauauallll oooovvvverrideerrideerrideerride :
• 3333-posit-posit-posit-posit ioioioion diren diren diren directional ctional ctional ctional spool spool spool spool valve valve valve valve springs centsprings centsprings centsprings cent eeeerrrreeeedddd
(spool schemes: EEEE, FFFF, GGGG, HHHH, JJJJ, LLLL, MMMM, QQQQ, R R R R, UUUU, WWWW
- according to page 3)
• 2-posit2-posit2-posit2-posit ioioioion diren diren diren directional ctional ctional ctional spool spool spool spool valve withvalve withvalve withvalve with out return springsout return springsout return springsout return springs
• 2-posit2-posit2-posit2-posit ioioioion diren diren diren directional ctional ctional ctional spool spool spool spool valve withvalve withvalve withvalve with out out out out springs andsprings andsprings andsprings and
with with with with de de de detenttenttenttent
(spool schemes: AAAA, CCCC, NNNN - according to page 4)
7 - Directional spool valve dimensions like item 6 wwwwiiiitttthhhhoooouuuutttt
m m m mananananuauauauallll oooovvvverrideerrideerrideerride
8 - Mounting holes configuration of a subplate
fixing bolts MMMM5555 x x x x 55550000 - - - -11110000....9999
in accordance with PPPPNNNN - - - -EEEENNNN IIIISSSSOOOO 4444777766662222 - 4 pcs/kit
tightening torque MdMdMdMd ==== 9999 NmNmNmNm.
9 - Subplate surface required
25,8
878
15
0,63
r 0,01/100 mm
9
21,5
7,3
16,7
6,5
12
17,7
28,9
0,75
10
O4,5 (max) - 4 holes (P,T,A,B)
M5 gł 9 - 4 holes
OVERALL AND CONNECTION DIMENSIONS
16
Type WE5WK 450 187 08.2011
PPPP
AAAA
BBBB
TTTT
11,325,8
60
151
135
135
151
21,4
35,5
8
9
7
6
1 - Solenoid a a a a
2 - Solenoid bbbb
3 - Plug-in-connector aaaa - IIIISSSSOOOO 4444444400000000 (DIN 43650 - A) type
4 - Plug-in-connector bbbb - IIIISSSSOOOO 4444444400000000 (DIN 43650 - A) type
5 - O-ringO-ringO-ringO-ring 7 x 1,5 7 x 1,5 7 x 1,5 7 x 1,5 - 4 pcs/kit (PPPP,TTTT,AAAA,BBBB)
6 - Directional spool valve dimensions with 1111 sosososolenoidlenoidlenoidlenoid - bbbb
spri spri spri spring png png png poooossssititititiiiioooonednednedned wwwwiiiitttthhhh m m m mananananuauauauallll oooovvvverrideerrideerrideerride
(spool schemes: EBEBEBEB, FBFBFBFB, GGGGBBBB, HBHBHBHB, JBJBJBJB, LBLBLBLB, MBMBMBMB,
QB QB QB QB , RB RB RB RB, UBUBUBUB, WBWBWBWB - according to page 3)
7 - Directional spool valve dimensions like item 6 wwwwiiiitttthhhhoooouuuutttt
m m m mananananuauauauallll oooovvvverrideerrideerrideerride
8 - Directional spool valve dimensions with 1111 sosososolenoidlenoidlenoidlenoid - aaaa
ssssprinprinprinpringggg ppppoooossssiiiittttiiiioooonenenenedddd wwwwiiiitttthhhh m m m mananananuauauauallll oooovvvverrideerrideerrideerride
(spool schemes:EEEEAAAA, FAFAFAFA, GAGAGAGA, HAHAHAHA, JAJAJAJA, LALALALA, MAMAMAMA,
QAQAQAQA, RARARARA, UAUAUAUA, WAWAWAWA - according to page 3; AAAA, B B B B, CCCC, NNNN -
according to page 4)
9 - Directional spool valve dimensions like item 8 wwwwiiiitttthhhhoooouuuutttt
m m m mananananuauauauallll oooovvvverrideerrideerrideerride
10 - Mounting holes configuration of a subplate
fixing bolts MMMM5555 x x x x 55550000 - - - -11110000....9999
in accordance with PPPPNNNN - - - -EEEENNNN IIIISSSSOOOO 4444777766662222 - 4 pcs/kit
tightening torque MdMdMdMd ==== 9999 NmNmNmNm. .
11 - Subplate surface required
50
78
15
aaaabbbb
22
42
5 3 142
5,5O - 4 holes9,5O - 4 counterbore holes
2-position versions ...WE5...-6X/...
OVERALL AND CONNECTION DIMENSIONS
AAAA
BBBB TTTTPPPP
64 (min)
36
(min)
25,8
10
0,63
r 0,01/100 mm
11
21,5
7,3
16,7
6,5
12
17,7
28,9
0,75
10
O4,5 (max) - 4 holes (P,T,A,B)
M5 gł 9 - 4 holes
10
- 6 -
Type WE5 WK 450 187 08.2011- 7 -
*WE
Control voltage for solenoids
12V DC = = = = G12
24V DC = G24
110V DC = G110
110V AC 50Hz = W110
230V AC 50Hz = W230
Series number
(60-69) - connection and installation dimensions unchanged = 6X
series 6.5 (only versions: ...G12N...; ...G24N...) = 6.5
series 6.2 = 6.2
only series 6.2
Spool type
spool schemes - according to page 3, 4
Spool centering/positioning
spring centering = no designation
without springs return = O
without springs return with detent = OF
Manual override
solenoids without manual override (only series 6.2) = no designation
solenoids with manual override = N
Electrical connection
plug-in-connector ISO 4400 (DIN 43650-A) type without LED = Z4
plug-in-connector ISO 4400 (DIN 43650-A ) type with LED = Z4L
Sealing
NBR (for fluids on mineral oil base) = no designation
FKM (for fluids on phosphate ester base) = V
Nominal size (NS)
NS5 = 5
5
Further requirements in clear text (to be agreed with the manufacturer)
Number of service ports
3-way - for spools AAAA, BBBB = 3
4-way - for the other spools = 4
Directional spool valve should be ordered according to the above coding.
The symbols in bold are preferred versions in short delivery time.The symbols in bold are preferred versions in short delivery time.The symbols in bold are preferred versions in short delivery time.The symbols in bold are preferred versions in short delivery time.
Coding example: 4 WE5E - 6.5/G24 NZ4
NNNNOOOOTTTTEEEES:S:S:S:
HOW TO ORDER
Type WE5WK 450 187 08.2011
PONAR Wadowice S.A.
ul. Wojska Polskiego 29
34-100 Wadowice
tel. +48 33 488 21 00 fax.+48 33 488 21 03
www.ponar-wadowice.pl
- 8 -
AAAA BBBB
M
PPPP TTTT
4 4 4 4WWWWEEEE5 5 5 5 JJJJ............
Subplates and bolts fixing directional valve MMMM5 5 5 5 x x x x 55550 0 0 0 - - - - 11110,0,0,0,9999
in accordance with PPPPNNNN - - - - EEEENNNN IIIISSSSOOOO 4444777766662222 - 4 pcs/kit)
must be ordered separately.
Tightening torque for bolts: MMMMd = d = d = d = 9 Nm9 Nm9 Nm9 Nm
Subplates must be ordered according to the data sheet
WWWWKKKK 444455550000 999988880000. Subplate symbol:
GGGG 1 1 1 111115555////00001111 - threaded connection GGGG 1 1 1 1////4444
EXAMPLE OF APPLICATION
IN HYDRAULIC SYSTEM
SUBPLATES AND MOUNTING BOLTS
WK 420 970
Type WE6s32 WK 420 970 10.2014
dm /min310.2014
- 1 -
4WE6 E -32/G24NZ4
PPPPAAAA BBBB
TTTT
TTTT
aaaa bbbb
5 4 2 1 3
6
NS 6 up to 35 MPa up to 80
Directional spool valve electrically
operated type WE6 series 32
DDDDAAAATTTTAAAA SSSSHHHHEEEEEEEETTTT ---- OOOOPPPPEEEERARARARATTTTIIIIOOOON N N N MAMAMAMANUANUANUANUALLLL
APPLICATION
DESCRIPTION OF OPERATION
Directional spool valve is complied with the
regulations of directive 2006/95/WE2006/95/WE2006/95/WE2006/95/WE for the following
voltages:
•50 50 50 50 –––– 250 V 250 V 250 V 250 V for AC AC AC AC
•75 75 75 75 –––– 250 V 250 V 250 V 250 V for DCDCDCDC
Main elements of directional spool valve type WE6WE6WE6WE6…
are: housing (1), solenoids (3), control spool (2),
centering springs (4) and manual overrides (5). The
spool (2) is shifted when it is moved into one of end
positions by the force of solenoid (3) affecting it. The
return of the spool into neutral position and centering
are secured by the centering springs (4). The shape of
the spool (control edge spacing) affects the
configuration of connections among the ports: AAAA, BBBB, PPPP
and TTTT. Function of ports:
P P P P - supply port
TTTT - oil return to the tank
A, BA, BA, BA, B - ports for a receiver
In case of emergency, the spool can be shifted
manually by means of the override (5) - only for
version with manual override.
When the situation is anticipated, directional spool valve
must be mounted in the way as to be available.
Version WE6…/OFOFOFOF…---- only for spools: AAAA,
CCCC, DDDD. 2-position directional spool valve
without return springs with detent. The
spool (2) is positioned and supported with
detent (6), and its shift results from
supplying voltage to one solenoid (3).
Directional spool valves type WWWWEEEE6666………… electrically
operated are intended for change in direction of fluid
flow in a hydraulic system and thus it allows to
change direction of movement of a receiver - mostly
piston rod of a cylinder or hydraulic motor as well to
use functions: on and off. These directional spool
valves are used for subplate mounting in any position
in a hydraulic system.
Type WE6s32WK 420 970 10.2014 - 2 -
DDDDCCCC
Degree of prDegree of prDegree of prDegree of pr ooootectitectitectitectioooonnnn I I I IP P P P 66665555
222233330000VVVV----50Hz 222222220000VVVV- 50Hz 111111110000VVVV- 50Hz11112222V V V V 22224444V V V V 111111110000VVVV 222233330000VVVV---- 50Hz
A A A ACCCC
direct supply
±10%
Holding power (AC)
Switch-on power (AC)
50 VA
300 VA
_
_
Viscosity range
Ambient temperature range
mineral oilHydraulic fluid
Nominal fluid viscosity 2 o37 mm /s at temperature 55 C
22,8 up to 380 mm /s
recommended
maxFluid temperature range (in a tank)
40 C up to 55 Co o
-20 C up to +70 Coo
- 20 C up to +50 Co o
ReReReReqqqquuuuired fired fired fired flllluuuuid cid cid cid cleleleleaaaannnnlllliiiineneneness css css css cllllaaaassssssss IIIISSSSO O O O 4444444400006 c6 c6 c6 cllllaaaass ss ss ss 22220000////11118888////11115555
port port port port TTTT 21 21 21 21 MMMMPPPPaaaa
portportportports Ps Ps Ps P, AAAA, B 35 B 35 B 35 B 35 MMMMPPPPaaaaMMMMaaaaxxxximimimimum um um um operoperoperoperatatatatiiiing presng presng presng presssssureureureure
Flow section for spool WWWW in central position
(schemes on page 4)3 % nominal flow
with 1 solenoid WE6...- 1,5 kg WE6...HHHH...- 2,8 kg
with 2 solenoids WE6...- 2,1 kg WE6...HHHH...- 3,4 kg
Switching time
Maximum switching frequency
Weight
15000 on/h
SSSSuppuppuppupply ly ly ly vvvvooooltltltltage age age age oooof sf sf sf soooolelelelennnnooooididididssss
Supply voltage tolerance ±10%
Power requirement (DC) 30 W
Solenoid coil temperature max 150 Co
ON up to 60 ms
OFF up to 40 ms
AAAACCCC
(plug-in connector with rectifier)
12000 on/h
ON up to 40 ms
OFF up to 25 ms
_
PPPP
Version WE6…/O…O…O…O…---- only for spools: AAAA,
CCCC, DDDD. 2-position directional spool valve
without return springs. The spool is
positioned and supported with attached
solenoid. There is no neutral position as
the spool is not positioned.
DESCRIPTION OF OPERATION
Version WE6…/…BBBB… - directional spool
valve designation like that, has throttle
insert in port PPPP.
TECHNICAL DATA
Type WE6s32 WK 420 970 10.2014- 3 -
INSTALLATION AND OPERATION REQUIREMENTS
1.1.1.1. Only fully functional and operational valve, properly Only fully functional and operational valve, properly Only fully functional and operational valve, properly Only fully functional and operational valve, properly
connected to electrical installation must be used.connected to electrical installation must be used.connected to electrical installation must be used.connected to electrical installation must be used.
Connecting or disconnecting the valve to an electrical Connecting or disconnecting the valve to an electrical Connecting or disconnecting the valve to an electrical Connecting or disconnecting the valve to an electrical
installation must only be carried out by qualified installation must only be carried out by qualified installation must only be carried out by qualified installation must only be carried out by qualified
personnel.personnel.personnel.personnel.
2.2.2.2. Ground connection Ground connection Ground connection Ground connection ( ) must be connected with must be connected with must be connected with must be connected with
protective earth wire protective earth wire protective earth wire protective earth wire (PEPEPEPE ) in supply system in supply system in supply system in supply system
according to appropriate instructions.according to appropriate instructions.according to appropriate instructions.according to appropriate instructions.
3.3.3.3. Solenoid plug shall precisely adhere to socket and shall Solenoid plug shall precisely adhere to socket and shall Solenoid plug shall precisely adhere to socket and shall Solenoid plug shall precisely adhere to socket and shall
be secured with thread bolt screwed in securely in a be secured with thread bolt screwed in securely in a be secured with thread bolt screwed in securely in a be secured with thread bolt screwed in securely in a
place. place. place. place. It is forbidden to operateIt is forbidden to operateIt is forbidden to operateIt is forbidden to operate the valve if the the valve if the the valve if the the valve if the
tightness and suitable clamp of cable in the plug gland tightness and suitable clamp of cable in the plug gland tightness and suitable clamp of cable in the plug gland tightness and suitable clamp of cable in the plug gland
are not ensured.are not ensured.are not ensured.are not ensured.
4.4.4.4. For the …W230For the …W230For the …W230For the …W230 ---- 50… valves50… valves50… valves50… valves, simultaneous joining of simultaneous joining of simultaneous joining of simultaneous joining of
two two two two ssssolenoidsolenoidsolenoidsolenoids of the same valve should not be of the same valve should not be of the same valve should not be of the same valve should not be
permitted permitted permitted permitted (partial overriding of the valve can overheat partial overriding of the valve can overheat partial overriding of the valve can overheat partial overriding of the valve can overheat
and and and and damage the winding coilsdamage the winding coilsdamage the winding coilsdamage the winding coils). . . .
5.5.5.5. During the period of operation must be kept fluid During the period of operation must be kept fluid During the period of operation must be kept fluid During the period of operation must be kept fluid
viscosity acc. to requirements defined in this viscosity acc. to requirements defined in this viscosity acc. to requirements defined in this viscosity acc. to requirements defined in this Data Data Data Data
Sheet Sheet Sheet Sheet ---- Operation Operation Operation Operation ManualManualManualManual
6.6.6.6. In order to ensure failure free and safe operation the In order to ensure failure free and safe operation the In order to ensure failure free and safe operation the In order to ensure failure free and safe operation the
following must be checked:following must be checked:following must be checked:following must be checked:
• • • • condition condition condition condition of the electrical connectionof the electrical connectionof the electrical connectionof the electrical connection
• • • • proper working of the valveproper working of the valveproper working of the valveproper working of the valve
• • • • cleanliness of the hydraulic fluidcleanliness of the hydraulic fluidcleanliness of the hydraulic fluidcleanliness of the hydraulic fluid
7.7.7.7. Due to heating of electromagnet solenoid coils to Due to heating of electromagnet solenoid coils to Due to heating of electromagnet solenoid coils to Due to heating of electromagnet solenoid coils to
high temp., the valvehigh temp., the valvehigh temp., the valvehigh temp., the valve shall be placed in such way to shall be placed in such way to shall be placed in such way to shall be placed in such way to
eliminate the risk of accidental contact witheliminate the risk of accidental contact witheliminate the risk of accidental contact witheliminate the risk of accidental contact with solenoid solenoid solenoid solenoid
during operation or to apply suitable covers acc. to during operation or to apply suitable covers acc. to during operation or to apply suitable covers acc. to during operation or to apply suitable covers acc. to
PNPNPNPN----EN ISO 13732EN ISO 13732EN ISO 13732EN ISO 13732----1 and PN1 and PN1 and PN1 and PN----EN 982EN 982EN 982EN 982
8.8.8.8. In order to ensure tightness of the directional valve In order to ensure tightness of the directional valve In order to ensure tightness of the directional valve In order to ensure tightness of the directional valve
blockblockblockblock, one should take care of dimension of sealing one should take care of dimension of sealing one should take care of dimension of sealing one should take care of dimension of sealing
rings and valve operation parameters given in this rings and valve operation parameters given in this rings and valve operation parameters given in this rings and valve operation parameters given in this
DatDatDatData Sheet a Sheet a Sheet a Sheet ---- Operation ManualOperation ManualOperation ManualOperation Manual
9.9.9.9. A person that operates the valve must be thoroughly A person that operates the valve must be thoroughly A person that operates the valve must be thoroughly A person that operates the valve must be thoroughly
familiar with this Data Sheet familiar with this Data Sheet familiar with this Data Sheet familiar with this Data Sheet ---- Operation Manual.Operation Manual.Operation Manual.Operation Manual.
DIAGRAMS
P T
A B
a aaaa 0000 bbbb b aaaaa 0000 0000 bbbb b
P T
A B
P T
A B
WE6.../... WE6...BBBB/...WE6...AAAA /...
versions with positions aaaa, 0000 versions with positions 0000, b b b b
P T
A B
a aaaa 0000 bbbb b aaaaa 0000 0000 bbbb b
P T
A B
P T
A B
WE6.../...HHHH... WE6...BBBB/...HHHH...WE6...AAAA /...HHHH...
A B
P T
aaaa bbbb0000a b
A B
P T
aaaa 0000
A B
P T
bbbb0000
A G
P T
aaaa 0000
B A B
P T
bbbb0000
G
WE6.../... - SSSS............ WE6...BBBB/... - SSSS...WE6...AAAA /... - SSSS...
WE6...BBBB/... - MMMMWE6...AAAA /... - MMMM
P T
aaaa 0000 b aaaa 0000 0000 bbbb
EEEE
FFFF
GGGG
HHHH
JJJJ
LLLL
MMMM
PPPP
UUUU
EAEAEAEA
FAFAFAFA
GAGAGAGA
HAHAHAHA
JAJAJAJA
LALALALA
MAMAMAMA
PAPAPAPA
UAUAUAUA
EBEBEBEB
FBFBFBFB
GBGBGBGB
HBHBHBHB
JBJBJBJB
LBLBLBLB
MBMBMBMB
PBPBPBPB
UBUBUBUB
P T
A B
P T
A BA B
P T
A B
aaaa 0000 bbbb aaaa 0000
P T
A B
0000 bbbb
P T
A B
WWWW WAWAWAWA WBWBWBWB
Diagrams Diagrams Diagrams Diagrams for for for for 3333----position position position position
directionaldirectionaldirectionaldirectional spool valves spool valves spool valves spool valves
working and
indirect positions
working
positions
Diagrams Diagrams Diagrams Diagrams for for for for 2222----position position position position
directionaldirectionaldirectionaldirectional spool valves spool valves spool valves spool valves
working and
indirect positions
working
positions
working and
indirect positionsworking
positions
DDDDiiiiagragragragramamamamssss fffforororor spspspspoooooooollllssss
Type WE6s32WK 420 970 10.2014 - 4 -
NNNNOOOOTTTTE:E:E:E:
Flow section in central position for spool WWWW
according to page 2
a aaaa
a aaaa
a aaaa
bbbb
b
b
bbbb
bbbb
aaaa bbbb b
P T
A B
P T
A B
P T
A B
P T
A B
WE6.../OOOO...*
WE6.../OOOOFFFF...*
WE6.../... WE6.../...a aaaa
a aaaa
a aaaa
bbbb
b
b
bbbb
bbbb
P T
P T
A B
P T
A B
a aaaa
a aaaa
a aaaa
bbbb
b
b
bbbb
bbbb
P T
A B
P T
A B
A B
WE6.../OOOO...HHHH...*
WE6.../OOOOFFFF...HHHH......*
WE6.../...HHHH... a aaaa
a aaaa
a aaaa
bbbb
b
b
bbbb
bbbb
P T
P T
A B
P T
A B
aaaa bbbb b
P T
A B
WE6.../...HHHH...
B
P T
aaaa bbbb
A G
P T
aaaa bbbb
B
A
WE6.../... - SSSS...
WE6.../... - MMMM
A B
P T
bbbbaaaa
A B
P T
bbbbaaaa
G
WE6.../... - SSSS...
WE6.../... - MMMM
NNNNOOOOTTTTEEEE::::
(****) - versions: WE6.../OOOO...;.../OOOOFFFF...; .../OOOO...HHHH...; .../OOOOFFFF...HHHH...
only with spools - diagram AAAA, CCCC, DDDD
aaaa bbbb aaaa bbbb
P T
A B
P T
A B
AAAA
CCCC
DDDD
BBBB
YYYY
aaaa bbbb
P T
A B
aaaa bbbb
P T
A B
aaaa bbbb aaaa bbbb
P T
A B
P T
A B
aaaa bbbb
P T
A B
aaaa bbbb
P T
A B
D1D1D1D1 Y1Y1Y1Y1
versions with positions aaaa, bbbb
working and
indirect positions
working
positions
Diagrams Diagrams Diagrams Diagrams for for for for 2222----position position position position
directionaldirectionaldirectionaldirectional spool valves spool valves spool valves spool valves
DDDDiiiiagragragragramamamamssss fffforororor spspspspoooooooollllssss
working and
indirect positions
working
positions
Type WE6s32 WK 420 970 10.2014- 5 -
DIAGRAMS
aaaa bbbb
23
45
47
HH HH
6
56
,5
1 25
PPPP
TTTT
BBBBAAAA
5,9
5
16
,25
26
,55
0,7
5
10,3
19
27,8
40,5
10
73 (min)
17 (min)
M5 depth 10 - 4 holes
0,63
r 0,01/100 mm
O7,6 (max) - 4 holes (P,T,A,B)
11
45
(min
)
O5,3 4 holes
O9,4 4 depth holes
32
,5
42
3 4
15
31
,75
8
7
9
PPPP
TTTT
BBBBAAAA
154
154
32
,5 45
O
40,5 17
73
218
8,7
31
0,7
5versversversversiiiioooon n n n WWWWEEEE6...6...6...6.../.../.../.../...ZZZZ4...4...4...4... (electrical connection type IIIISSSSO O O O 4444444400000000)
Type WE6s32WK 420 970 10.2014 - 6 -
OVERALL AND CONNECTION DIMENSIONS
12V 12V 12V 12V DCDCDCDC, 24V 24V 24V 24V DCDCDCDC,
110V110V110V110V D D D DCCCC 86
93
Dimension H H H H
plug-in-connector
ISO 4400ISO 4400ISO 4400ISO 4400 (DIN 43650 - A)
110V110V110V110V AC AC AC AC, 220V220V220V220V AC, AC, AC, AC,
230V230V230V230V AC AC AC AC
plug-in-connector
ISO 4400 ISO 4400 ISO 4400 ISO 4400 (DIN 43650 - A) with rectifie with rectifie with rectifie with rectifie rrrr
Option of connection ZZZZ4...4...4...4... Control voltage
NOTES:NOTES:NOTES:NOTES: • versions WE6... with DC DC DC DC solenoidssolenoidssolenoidssolenoids with other electrical with other electrical with other electrical with other electrical
connectorsconnectorsconnectorsconnectors, see page 7 • versions with AC AC AC AC solenoidssolenoidssolenoidssolenoids with direct supply, see
page 8
1 - Solenoid on side aaaa
2 - Solenoid on side bbbb
3 - Plug-in-connector on side aaaa - ISO - ISO - ISO - ISO 4400440044004400 type (DIN 43650 - A)
4 - Plug-in-connector on side b -b -b -b - ISO 4400ISO 4400ISO 4400ISO 4400 type (DIN 43650 - A)
5 - Plug-in-connector - ISO 4400ISO 4400ISO 4400ISO 4400 type (DIN 43650 - A) with
rectifier
6 - O-ringO-ringO-ringO-ring 9,2 x 1,8 9,2 x 1,8 9,2 x 1,8 9,2 x 1,8 - 4 pcs/set
7 - Directional spool valve dimension with 2 s2 s2 s2 solenolenolenolenoidsoidsoidsoids
on side aaaa, b b b b:
• 3-po3-po3-po3-possssitiitiitiitionononon directional directional directional directional spoospoospoospool l l l valvalvalvalve ve ve ve springs centeresprings centeresprings centeresprings centere dddd
(spool diagrams: EEEE, FFFF, GGGG, HHHH, JJJJ, LLLL, MMMM, PPPP, UUUU, WWWW - according to
page 4
• 2-pos2-pos2-pos2-positiitiitiitionononon directional directional directional directional spoospoospoospool l l l valvalvalvalve witve witve witve withohohohout return ut return ut return ut return springsspringsspringssprings
• 2-pos2-pos2-pos2-positiitiitiitionononon directional directional directional directional spoospoospoospool l l l valvalvalvalve witve witve witve withohohohout ut ut ut springs andsprings andsprings andsprings and
with with with with det det det detentententent
(spool diagrams: AAAA, C C C C, D D D D, D1 D1 D1 D1 - according to page 5)
8 - Directional spool valve dimension with 1 s1 s1 s1 solenolenolenolenoid -oid -oid -oid - on side aaaa
• 2-po 2-po 2-po 2-possssitiitiitiitionononon springs centered springs centered springs centered springs centered
(spool diagrams: AAAA, CCCC, DDDD, DDDD1111, EEEEAAAA, FAFAFAFA, GAGAGAGA, HAHAHAHA, JAJAJAJA, LALALALA, MAMAMAMA,
PAPAPAPA, UAUAUAUA, WAWAWAWA - according to pages 4, 5)
9 - Directional spool valve dimension with 1 s1 s1 s1 solenolenolenolenoid -oid -oid -oid - on side bbbb
• 2222-pos-pos-pos-positiitiitiitionononon springs centered springs centered springs centered springs centered
(spool diagrams: BBBB, YYYY, YYYY1111, EEEEBBBB, FBFBFBFB, GBGBGBGB, HHHHBBBB, JBJBJBJB, LBLBLBLB, MBMBMBMB,
PPPPBBBB, UBUBUBUB, WBWBWBWB - according to pages 4, 5
10 - Porting pattern for directional spool valve - configuration
of connection holes in accordance with the standard
ISO ISO ISO ISO 4401 4401 4401 4401 - identified by ISO ISO ISO ISO 4401 4401 4401 4401-03-02-0-94
(nominal size C C C CEEEETOPTOPTOPTOP 03 03 03 03)
fixing screws M5 x 50 M5 x 50 M5 x 50 M5 x 50 - 10- 10- 10- 10.9.9.9.9 in accordance with
PPPPNNNN - - - -EEEENNNN IIIISSSSOOOO 4444777766662222 - 4 pcs/set; tightening torque Md = 9 Md = 9 Md = 9 Md = 9 NmNmNmNm
11 - Subplate surface required
aaaa bbbb
23
45
47
71
1 2
O5,3 4 holes
O9,4 4 depth holes
42
3
PPPP
TTTT
BBBBAAAA
154
31
0,7
5 40,5 17
154
218
73 8,7
32
,5 45
O
versversversversiiiioooonnnnssss: W W W WEEEE6...6...6...6.../.../.../.../...GGGG11112...2...2...2...J...J...J...J...; ... ... ... ...GGGG22224...4...4...4... J...J...J...J... (electrical connection type AAAAMMMMP P P P JJJJuuuunnnniiiior or or or TTTTimerimerimerimer)
1 - Solenoid on side aaaa
2 - Solenoid on side bbbb
3 - Connector type AAAAMMMMP P P P JJJJuuuunnnniiiior or or or TTTTimerimerimerimer mamamamalelelele 2222-p-p-p-poooolelelele
(plug-in-connectors not shown in the drawing
must be ordered separately - Data Sheet WWWWKKKK 444499999999 999966663333)
aaaa bbbb
PPPP
TTTT
BBBBAAAA
23
45
47 6
4,5
42
156
40,5 17
73 8,7
156
221
O45
32
,5
31
0,7
5
1 23
O5,3 4 holes
O9,4 4 depth holes
versversversversiiiioooon n n n WWWWEEEE6...6...6...6.../.../.../.../...GGGG22224...D...4...D...4...D...4...D... (electrical connection type DeDeDeDeuuuutsctsctsctschhhh)
Type WE6s32 WK 420 970 10.2014- 7 -
OVERALL AND CONNECTION DIMENSIONS
NOTESNOTESNOTESNOTES:
Description of other elements of the valve drawing;
porting pattern and requirements of surface state of the
subplate - as in version WE6…/…Z4Z4Z4Z4…, see page 6
NOTESNOTESNOTESNOTES:
Description of other elements of the valve drawing;
porting pattern and requirements of surface state of the
subplate - as in version WE6…/…Z4Z4Z4Z4…, see page 6
1 - Solenoid on side aaaa
2 - Solenoid on side bbbb
3 - DeutschDeutschDeutschDeutsch DT04DT04DT04DT04 - 2P2P2P2P type connector
(plug-in connectors DeutschDeutschDeutschDeutsch DT0DT0DT0DT06666 - 2222SSSS type not shown
in the drawing must be ordered separately - Data Sheet
WK 499WK 499WK 499WK 499 963963963963)
Type WE6s32WK 420 970 10.2014 - 8 -
versversversversiiiioooon n n n WWWWEEEE6...6...6...6.../.../.../.../...WWWW222233330000----55550...0...0...0...ZZZZ4...4...4...4... (AC solenoids; electrical connection type IIIISSSSO O O O 4444444400000000)
aaaa bbbb
PPPP
TTTT
BBBBAAAA
146
146
81
202
45
73
64 64
1 23 4
15
45
32
,5
31
40,5 17
OVERALL AND CONNECTION DIMENSIONS
NOTESNOTESNOTESNOTES:
• other dimensions, description of other elements of the
valve drawing; porting pattern and requirements of the
surface state of the subplate - as in version WE6.../...Z4Z4Z4Z4…
with DC solenoids, see page 6
• details of the WE6.../...W230W230W230W230 ---- 50...H50...H50...H50...H Z4... version (with a
manual control lever) - as in version WE6.../...H Z4H Z4H Z4H Z4... with
DCDCDCDC solenoids, see page 9 - 11
1 - AC solenoid (with direct supply) from the a a a a side
2 - AC solenoid (with direct supply) from the bbbb side
NOTE:NOTE:NOTE:NOTE:
simultaneous joining of two ssimultaneous joining of two ssimultaneous joining of two ssimultaneous joining of two solenoidsolenoidsolenoidsolenoids of the same of the same of the same of the same
valve should not be permitted valve should not be permitted valve should not be permitted valve should not be permitted (partial overriding of partial overriding of partial overriding of partial overriding of
the valve can the valve can the valve can the valve can overheat and damage the winding coilsoverheat and damage the winding coilsoverheat and damage the winding coilsoverheat and damage the winding coils)
3 - Plug-in-connector on side a a a a - type IIIISO 4400SO 4400SO 4400SO 4400
(DIN 43650 - A)
4 - Plug-in-connector on side bbbb - type ISO 4400ISO 4400ISO 4400ISO 4400
(DIN 43650 - A)
Type WE6s32 WK 420 970 10.2014- 9 -
3333-p-p-p-poooossssititititiiiioooon n n n versversversversiiiioooonnnns Ws Ws Ws WEEEE6...6...6...6...////...H H H H ZZZZ4...4...4...4...; .../ .../ .../ .../...HHHHS S S S ZZZZ4...4...4...4...
2222-p-p-p-poooossssititititiiiioooon n n n versversversversiiiioooonnnns Ws Ws Ws WEEEE6...6...6...6...////O...O...O...O...H H H H ZZZZ4...; ...4...; ...4...; ...4...; ... ////OF...OF...OF...OF... H H H H ZZZZ4...4...4...4...
WE WE WE WE 6...6...6...6...////O...O...O...O...HHHHS S S S ZZZZ4...; ...4...; ...4...; ...4...; ... ////OF...OF...OF...OF...HHHHS S S S ZZZZ4...4...4...4...
aaaa bbbb
bbbbaaaa 0000
PPPP
TTTT
BBBBAAAA
1740,5
31
0,7
5
32
,5
O45
73
O5,3 - 4 holes
O9,4 - 4 depth holes
49
98
~
30°
3172,5
249
23
42
92,5
H
70
,5
<~1
47>
1 23 46
8
7
9
16° 16°
===
working motionidle movement
O6
O16
16°
16°
12V 12V 12V 12V DCDCDCDC, 24V 24V 24V 24V DCDCDCDC,
110V110V110V110V D D D DCCCC 86
93
Dimension H H H H
plug-in-connector
ISO 4400ISO 4400ISO 4400ISO 4400 (DIN 43650 - A)
110V110V110V110V AC AC AC AC, 220V220V220V220V AC, AC, AC, AC,
230V230V230V230V AC AC AC AC
plug-in-connector
ISO 4400 ISO 4400 ISO 4400 ISO 4400 (DIN 43650 - A) with rectifie with rectifie with rectifie with rectifie rrrr
Option of connection ZZZZ4...4...4...4... Control voltage
idle movement
= working motion
OVERALL AND CONNECTION DIMENSIONS
1 - Solenoid on side aaaa
2 - Solenoid on side bbbb
3 - Plug-in-connector on side aaaa - typeISO 4400ISO 4400ISO 4400ISO 4400 (DIN 43650 - A)
4 - Plug-in-connector on side bbbb - type ISO 4400ISO 4400ISO 4400ISO 4400 (DIN 43650 - A)
5 - Manual control lever
6 - O-ring 9,2 x 1,89,2 x 1,89,2 x 1,89,2 x 1,8 - 4 pcs/set
7 - Directional spool valve dimension with 2 solenoids
on side aaaa, bbbb:
• 3-position directional spool valve springs centered
versions WE6.../...HHHH...; ...HHHHSSSS... (spool diagrams:
EEEE, FFFF, GGGG, HHHH, JJJJ, LLLL, MMMM, PPPP, UUUU, WWWW - according to page 4
• 2-position directional spool valve without return springs
versions WE6.../OOOO...HHHH...; .../OOOO...HHHHSSSS...
• 2-position directional spool valve without springs and
with detent
versions WE6.../OFOFOFOF...HHHH... .../OFOFOFOF...HSHSHSHS...
(spool diagrams: AAAA, CCCC, DDDD - according to page 5)
8 - Manual control lever positions in versions:
WE6.../...HHHH... WE6.../OOOO...HHHH... .../OOOOFFFF...HHHH...
9 - Manual control lever positions in versions:
WE6.../...HHHHSSSS... WE6.../OOOO...HHHHSSSS... .../OOOOFFFF...HHHHSSSS...
NNNNOOOOTTTTEEEESSSS::::
The valve is switched by the manual control lever - item 5, return
of the lever to the initial (neutral) state occurs automatically. After
switching the valve by using the solenoid, the lever - item 5
remains inactive.
5
NOTESNOTESNOTESNOTES:
• versions WE6.../...HHHH... with other electrical connections,
see page 11
• porting pattern and requirements of surface state of the
subplate - as in version WE6.../...Z4Z4Z4Z4..., see page 6
Type WE6s32WK 420 970 10.2014 - 10 -
aaaa bbbb
bbbb (0000)aaaa bbbbaaaa (0000)
PPPP
TTTT
BBBBAAAA
47
H
23 4
2
O5,3 4 holes
O9,4 4 depth holes
186
72,5 31 73
40,5 17
186
72,531
31
0,7
5
32
,5 O45
45
98
~
98
~
70
,5
49
49
<~147
>
O6
O16
92,5
2222-p-p-p-poooossssiiiittttiiiioooonnnn vvvversersersersiiiioooonnnnssss W W W WEEEE6...6...6...6.../.../.../.../...H H H H ZZZZ4...4...4...4...; ...H ...H ...H ...HS S S S ZZZZ4...4...4...4...
92,5
1 - Solenoid on side aaaa
2 - Solenoid on side b b b b
3 - Plug-in-connector on side aaaa - type ISO ISO ISO ISO 4400440044004400 (DIN 43650 - A)
4 - Plug-in-connector on side bbbb - type ISO ISO ISO ISO 4400440044004400 (DIN 43650 - A)
5 - Manual control lever
6 - O-ring 9,2 x 1,89,2 x 1,89,2 x 1,89,2 x 1,8 - 4 pcs/set
7 - Directional spool valve dimension with 1 s1 s1 s1 solenolenolenolenoidoidoidoid - on side a a a a,
2 2 2 2-pos-pos-pos-positiitiitiitionononon with with with with return spring return spring return spring return spring (spool diagrams: AAAA, C C C C, D D D D,
D1D1D1D1, EA EA EA EA, FAFAFAFA, GAGAGAGA, HAHAHAHA, JAJAJAJA, LALALALA, MAMAMAMA, PAPAPAPA, UAUAUAUA, WA WA WA WA - according to
pages 4, 5)
8 - Directional spool valve dimension with 1 s1 s1 s1 solenolenolenolenoidoidoidoid - on side bbbb,
2-pos2-pos2-pos2-positiitiitiitionononon with with with with return spring return spring return spring return spring (spool diagrams: BBBB, YYYY, Y1Y1Y1Y1,
EBEBEBEB, FBFBFBFB, GBGBGBGB, HB HB HB HB, JBJBJBJB, LBLBLBLB, MBMBMBMB, PBPBPBPB, UBUBUBUB, WBWBWBWB - according to
pages 4, 5
9 - Manual control lever positions in versions: WE6.../...HHHH... with 1 s1 s1 s1 solenoolenoolenoolenoidididid - on side a a a a
10 - Manual control lever positions in versions: WE6.../...HHHHSSSS... with 1 s1 s1 s1 solenoolenoolenoolenoidididid - on side a a a a
11 - Manual control lever positions in versions: WE6.../...HHHH... with 1 s1 s1 s1 solenoolenoolenoolenoidididid - on side bbbb
12 - Manual control lever positions in versions: WE6.../...HHHHSSSS... with 1 s1 s1 s1 solenoolenoolenoolenoidididid - on side b b b b
NNNNOOOOTTTTEEEESSSS::::
The valve is switched by the manual control lever - item 5,
return of the lever to the initial (neutral) state occurs
automatically. After switching the valve by using the
solenoid, the lever - item 5 remains inactive.
1 23 46
9 10
8
7
30°
30°
1112
16°
16°
16°== idle movement
working motion
16°
OVERALL AND CONNECTION DIMENSIONS
12V 12V 12V 12V DCDCDCDC, 24V 24V 24V 24V DCDCDCDC,
110V110V110V110V D D D DCCCC 86
93
Dimension H H H H
plug-in-connector
ISO 4400ISO 4400ISO 4400ISO 4400 (DIN 43650 - A)
110V110V110V110V AC AC AC AC, 220V220V220V220V AC, AC, AC, AC,
230V230V230V230V AC AC AC AC
plug-in-connector
ISO 4400 ISO 4400 ISO 4400 ISO 4400 (DIN 43650 - A) with rectifie with rectifie with rectifie with rectifie rrrr
Option of connection ZZZZ4...4...4...4... Control voltage
5
NOTESNOTESNOTESNOTES:
• versions WE6.../...HHHH... with other electrical connections,
see page 11
• porting pattern and requirements of surface state of the
subplate - as in version WE6.../...Z4Z4Z4Z4..., see page 6
Type WE6s32 WK 420 970 10.2014- 11 -
bbbbaaaa
71
,5
72,5
249
bbbbaaaa
74
188
186
252
64
,5
versversversversiiiioooonnnnssss: W W W WEEEE6...6...6...6.../.../.../.../...H...H...H...H...GGGG11112...2...2...2...J...J...J...J...; ... H... ... H... ... H... ... H... GGGG22224...4...4...4...J...J...J...J... (electrical connection type AAAAMMMMP P P P JJJJuuuunnnniiiior or or or TTTTimerimerimerimer)
vvvversersersersiiiioooonnnn W W W WEEEE6...6...6...6.../.../.../.../...H...H...H...H...GGGG22224...D...4...D...4...D...4...D... (electrical connection type DeDeDeDeuuuutsctsctsctschhhh)
1 2 3
1 2 3
OVERALL AND CONNECTION DIMENSIONS
NOTENOTENOTENOTE:
Other dimensions, description of elements of the valve
drawing, porting pattern and requirements of surface
state of the subplate - as in version WE6.../...HHHH...Z4Z4Z4Z4...,
see page 7
1 - Solenoid on side aaaa
2 - Solenoid on side bbbb
3 - 2222----poles malepoles malepoles malepoles male AMP Junior TimerAMP Junior TimerAMP Junior TimerAMP Junior Timer type connector
(plug-in connectors not shown in the drawing must be
ordered separately - Data Sheet WK 499WK 499WK 499WK 499 963963963963)
NOTENOTENOTENOTE:
Other dimensions, description of elements of the valve
drawing, porting pattern and requirements of surface
state of the subplate - as in version WE6.../...HHHH...Z4Z4Z4Z4...,
see page 7
1 - Solenoid on side aaaa
2 - Solenoid on side bbbb
3 - DeutschDeutschDeutschDeutsch DT04DT04DT04DT04 - 2P2P2P2P type connector
(plug-in connectors DeutschDeutschDeutschDeutsch DT0DT0DT0DT06666 - 2222SSSS type not shown
in the drawing must be ordered separately - Data Sheet
WK 499WK 499WK 499WK 499 963963963963)
Type WE6s32WK 420 970 10.2014 - 12 -
PPPP →→→→ AAAA PPPP →→→→ B B B B AAAA →→→→TTTT BBBB →→→→TTTT
AAAA, B B B B
CCCC
DDDD, Y Y Y Y
EEEE
FFFF
GGGG
HHHH
JJJJ
LLLL, W W W W
MMMM
PPPP
UUUU
3333 3333
1111 1111 3333 1111
5555 5555 3333 3333
2222 3333 3333 5555
7777 7777 6666 6666
2222 4444 2222 2222
---- ----
1111 1111 2222 1111
1111 2222 2222
2222 4444 3333 3333
2222 3333 3333 5555
1111
3333 1111 3333 3333
1111 11113333 3333
PPPP →→→→ AAAA
PPPP →→→→ B B B BAAAA →→→→TTTT
BBBB →→→→TTTTPPPP →→→→ T T T T BBBB →→→→ AAAA
8888 ------------GGGG
D1D1D1D1 5555 5555
Y1Y1Y1Y1 5555 5555
---- -------- ----
shifted positions
diagrams according
to pages 4, 5
spool symbolspool symbolspool symbolspool symbol
flow direction
ppppeeeerformancrformancrformancrformance diae diae diae diagram numbgram numbgram numbgram numbeeeerrrr
flow direction
central position
diagram according
to page 4
0,20,20,20,2
0,40,40,40,4
0,60,60,60,6
0,80,80,80,8
1,01,01,01,0
1,21,21,21,2
0000 10101010 20202020 30303030 40404040 50505050 60606060 70707070
∆∆ ∆∆ p p p p
[M
Pa]
[M
Pa]
[M
Pa]
[M
Pa]
QQQQ [[[[dmdmdmdm /m/m/m/minininin]]]]3333
5
4
2
13
80808080
876
11110000
22220000
33330000
33335555
0000 11110000 22220000 33330000 44440000 55550000 66660000 77770000 88880000
5
2
1
3
p
[MP
a]
p
[MP
a]
p
[MP
a]
p
[MP
a]
Q [dQ [dQ [dQ [dm /m /m /m /minminminmin]]]]3333
4
10
11110000
22220000
33330000
33335555
0000 11110000 22220000 33330000 44440000 55550000 66660000 77770000 88880000
p
[MP
a]
p
[MP
a]
p
[MP
a]
p
[MP
a]
Q [dQ [dQ [dQ [dm /m /m /m /minminminmin]]]]3333
9
7
68
EEEE 1111
H, H, H, H, MMMM, L, U, , L, U, , L, U, , L, U, CCCC////OF, OF, OF, OF, DDDD////OFOFOFOF
CCCC////O, DO, DO, DO, D////OOOO
2222
3333
F, PF, PF, PF, P
A, BA, BA, BA, B
4444
5555
AAAA////OOOO 6666
7777
8888GGGG
JJJJ
9999
C, C, C, C, D, YD, YD, YD, Y
DDDD1, 1, 1, 1, YYYY1111 11110000
spspspspooooooool l l l symbosymbosymbosymbollll perfperfperfperformanceormanceormanceormance
diagram numberdiagram numberdiagram numberdiagram numberdiagrams according
to pages 4, 5
PERFORMANCE CURVES
characteristic curves ∆pppp(QQQQ) for directional spool valve type
W W W WEEEE6...6...6...6... for various spool types
measured at viscosity ν = 41 mm /s and temperature t = 50 C2 o
FlFlFlFloooow resw resw resw resiiiiststststaaaance cnce cnce cnce cururururvesvesvesves
OperOperOperOperatatatatiiiing ng ng ng llllimimimimititititssss
characteristic curves p-Qp-Qp-Qp-Q for directional
spool valve type WWWWEEEE6...6...6...6... with DDDDC C C C ssssoooolelelelennnnooooididididssss
for various spool types
Above operating limits are related to symmetrical flow
through all ports i.e. if the oil flows from port PPPP to port
AAAA, then the same flow rate is from port BBBB to port
TTTT (applied to directional control valves with 4 service
ports). Degree of asymmetry affects adversely the
parameters.
NNNNOOOOTTTTEEEES:S:S:S:
Type WE6s32 WK 420 970 10.2014- 13 -
11110000
22220000
33330000
33335555
0000 11110000 22220000 33330000 44440000 55550000 66660000 77770000 88880000
p
[MP
a]
p
[MP
a]
p
[MP
a]
p
[MP
a]
Q [dQ [dQ [dQ [dm /m /m /m /minminminmin]]]]3333
1
5555
22225555
11115555
2
3
4
5
11110000
22220000
33330000
33335555
0000 11110000 22220000 33330000 44440000 55550000 66660000 77770000 88880000
p
[MP
a]
p
[MP
a]
p
[MP
a]
p
[MP
a]
Q [dQ [dQ [dQ [dm /m /m /m /minminminmin]]]]3333
7
5555
22225555
11115555
6
8
EEEE
1111
2222
3333
AAAA
4444
5555
6666
7777
8888
GGGG
JJJJ
LLLL
WWWW
CCCC, DDDD, H H H H, DDDD/OOOO, C C C C/OFOFOFOF, DDDD/OFOFOFOF
MMMM
spspspspooooooool l l l symbosymbosymbosymbollll perfperfperfperformanceormanceormanceormance
diagram numberdiagram numberdiagram numberdiagram numberdiagrams according
to pages 4, 5
PERFORMANCE CURVES measured at viscosity ν = 41 mm /s and temperature t = 50 C2 o
OperOperOperOperatatatatiiiing ng ng ng llllimimimimititititssss
Above operating limits are related to symmetrical flow
through all ports i.e. if the oil flows from port PPPP to port
AAAA, then the same flow rate is from port BBBB to port
TTTT (applied to directional control valves with 4 service
ports). Degree of asymmetry affects adversely the
parameters.
NNNNOOOOTTTTEEEES:S:S:S:
characteristic curves p-Qp-Qp-Qp-Q for directional spool valve
type WWWWEEEE6...6...6...6... with AAAAC C C C ssssoooolelelelennnnooooididididssss wwwwitititith dh dh dh direct sirect sirect sirect suppuppuppupplylylyly for
various spool types
+ +
3
1
4
3
1
210-30V DC 10-30V DC
_ _
200 mA 200 mA 2
4
1
3
switch
on side bbbb
1
0
1
0
switch
on side aaaa
switch type S1S1S1S1
switch
on side bbbb
1
0
1
0
switch
on side aaaa
0 5050
switch type S2S2S2S2
a a a a spool position [%] bbbb
100 100
0 5050
a spool position [%] b100 100
position monitored aaaa and bbbb position monitored 0000
switch
on side bbbb
1
0
1
0
switch
on side aaaa
switch
on side bbbb
1
0
1
0
switch
on side aaaa
0 5050
a a a a spool position [%] bbbb
100 100
0 5050
a a a a spool position [%] bbbb
100 100
switch type S1S1S1S1
switch type S2S2S2S2
A B
P T
aaaa bbbb0000
0000 - off neutral state on output coctact (NNNNOOOO - contact 4; NNNNCCCC - contact 2)
1111 - on state on uotput contact (NNNNOOOO - contact 4; NNNNCCCC - contact 2)
iiiinnnnititititiiiiaaaal pl pl pl poooossssititititiiiioooon n n n oooof if if if indndndnductuctuctuctiiiive sve sve sve swwwwitcitcitcitch h h h type S dependtype S dependtype S dependtype S depend iiiing ng ng ng oooon n n n tttthe he he he spspspspooooooool pl pl pl poooossssititititiiiioooonnnn didididiagragragragram fam fam fam forororor
directdirectdirectdirectiiiioooonnnnaaaal cl cl cl coooonnnntrotrotrotrollll
vvvvaaaallllveveveve
3333-p-p-p-poooossssititititiiiioooon dn dn dn directirectirectirectiiiioooonnnnaaaal cl cl cl coooonnnntrotrotrotrol l l l vvvvaaaallllveveveve
Type WE6s32WK 420 970 10.2014 - 14 -
ACCESSORIESSpool position switch type S
AddAddAddAddititititiiiioooonnnnaaaal tecl tecl tecl techhhhnnnnicicicicaaaal dl dl dl datatatataaaa
R R R Raaaange nge nge nge oooof sf sf sf suppuppuppupply ly ly ly vvvvooooltltltltage fage fage fage for or or or sssswwwwitcitcitcitchhhh 11110 0 0 0 - - - - 33330000V V V V DDDDCCCC
sssswwwwitcitcitcitch h h h wwwwitititith h h h MMMM11112222xxxx1 exter1 exter1 exter1 externnnnaaaal tl tl tl threhrehrehreadadadad; mamamamale cle cle cle coooonnnnnectnectnectnectiiiioooonnnn; 4 c 4 c 4 c 4 coooonnnntacttacttacttactssss (pins) C C C Coooonnnnnectnectnectnectiiiioooon n n n type of type of type of type of sssswwwwitcitcitcitchhhh
MMMMaaaax x x x llllooooad cad cad cad curreurreurreurrennnntttt 222200000 mA0 mA0 mA0 mA
WeWeWeWeigigigighhhhtttt
directional valve with 1 solenoid and 1 switch
Degree of prDegree of prDegree of prDegree of pr ooootectitectitectitectioooonnnn I I I IP P P P 66665555
3,3 kg
2,7 kg
2,1 kg
IIIIndndndnductuctuctuctiiiive sve sve sve swwwwitcitcitcitch h h h type Stype Stype Stype S
Vers Vers Vers Versiiiioooonnnnssss PN PN PN PNP P P P iiiindndndnductuctuctuctiiiive prve prve prve prooooxxxximimimimity ity ity ity sssswwwwitcitcitcitchehehehessss
n n n normormormormaaaallllly cly cly cly clllloooosed - Nsed - Nsed - Nsed - N CCCC
nnnnormormormormaaaallllly ly ly ly opeopeopeopenednednedned - NNNNOOOO
directional valve with 2 solenoids and 1 switch
directional valve with 2 solenoids and 2 switches
DDDDiiiiagragragragramamamams s s s oooof electrf electrf electrf electr icicicicaaaal cl cl cl coooonnnnnectnectnectnectiiiioooon n n n oooof if if if indndndnductuctuctuctiiiive sve sve sve swwwwitcitcitcitch h h h type Stype Stype Stype S
normally open (NNNNOOOO) - type SSSS1111 normally closed (NNNNCCCC) - typ SSSS2222 contact allocation (pins of
switch connector)
DDDDiiiiagragragragramamamams fs fs fs for dor dor dor directirectirectirectiiiioooonnnnaaaal cl cl cl coooonnnntrotrotrotrol l l l vvvvaaaallllves ves ves ves aaaand nd nd nd iiiinnnnititititiiiiaaaal pl pl pl poooossssititititiiiioooonnnns s s s oooof sf sf sf swwwwitcitcitcitchehehehessss
ACCESSORIESSpool position switch type S
1
0
1
0
50 100 0
bbbb spool position [%] aaaa
switch
type S1S1S1S1
switchtype S2S2S2S2
1
0
1
0
50 100 0
bbbb spool position [%] aaaa
switch
type S1S1S1S1
switchtype S2S2S2S2
1
0
1
0
50 100 0
aaaa spool position [%] bbbb
switch
type S1S1S1S1
switch
type S2S2S2S2
1
0
1
0
50 100 0
aaaa spool position [%] bbbb
switch
type S1S1S1S1
switch
type S2S2S2S2
1
0
1
0
50
0000 spool position [%] aaaa
100 0
switch
type S1S1S1S1
switchtype S2S2S2S2
position monitored aaaa position monitored 0000
1
0
1
0
50 100 0
0000 spool position [%] aaaa
switch
type S1S1S1S1
switch
type S2S2S2S2
1
0
1
0
50 100 0
0000 spool position [%] bbbb
switch
type S1S1S1S1
switch
type S2S2S2S2
position monitored 0000
1
0
1
0
50 100 0
0000 spool position [%] bbbb
switch
type S1S1S1S1
switch
type S2S2S2S2
position monitored bbbb
A B
P T
aaaa bbbb
A B
P T
bbbb0000
A B
P T
aaaa 0000
A B
P T
aaaa bbbb
A B
P T
bbbbaaaa
A B
P T
aaaa bbbb
position monitored bbbb
position monitored bbbb
position monitored aaaa
position monitored aaaa
iiiinnnnititititiiiiaaaal pl pl pl poooossssititititiiiioooon n n n oooof if if if indndndnductuctuctuctiiiive sve sve sve swwwwitcitcitcitch depeh depeh depeh dependndndndiiiing ng ng ng oooon n n n tttthe he he he spspspspooooooool pl pl pl poooossssititititiiiioooonnnn didididiagragragragram fam fam fam forororor
directdirectdirectdirectiiiioooonnnnaaaal cl cl cl coooonnnntrotrotrotrollll
vvvvaaaallllveveveve
2222-p-p-p-poooossssititititiiiioooon n n n versversversversiiiioooonnnnssss WE6...AAAA... (positions: aaaa, 0000)
ssssoooolelelelennnnooooid id id id aaaand nd nd nd sssswwwwitcitcitcitch h h h oooon n n n sssside ide ide ide aaaa
2222-p-p-p-poooossssititititiiiioooonnnn vvvversersersersiiiioooonnnnssss WE6...BBBB... (positions: 0000, bbbb)
ssssoooolelelelennnnooooid id id id aaaand nd nd nd sssswwwwitcitcitcitch h h h oooon n n n sssside bide bide bide b
2222-p-p-p-poooossssititititiiiioooonnnn vvvversersersersiiiioooonnnnssss WE6AAAA...; ......CCCC...; ...DDDD...; ....../OOOO...; ....../OOOOFFFF...
sssswwwwitcitcitcitch h h h oooon n n n sssside ide ide ide aaaa
2222-p-p-p-poooossssititititiiiioooonnnn vvvversersersersiiiioooonnnnssss WE6BBBB...; ...YYYY...
sssswwwwitcitcitcitch h h h oooon n n n sssside bide bide bide b
Type WE6s32 WK 420 970 10.2014- 15 -
PPPP
TTTT
BBBBAAAA
45
57
,5
10
3
23
40,5 17
8,7
184
31
0,7
5
2
1
3
70
(m
in)
12M x 1
5
OOOOververververaaaalllll dl dl dl dimeimeimeimennnnssssiiiioooonnnnssss
aaaa bbbb
278
72,5 30 73
2484
45
O
184
ACCESSORIESSpool position switch type S
aaaa bbbb
6
Type WE6s32WK 420 970 10.2014 - 16 -
version with 2 solenoids and 2 switches
version with 1 solenoid and 1 switch
version with 2 solenoids and 1 switch
1 - Dimension of directional control valve with
2222 sosososolenolenolenolenoidsidsidsids - on side a a a a, b b b b and 2 pos2 pos2 pos2 positiitiitiitioooon n n n switchesswitchesswitchesswitches
• 3-po3-po3-po3-positsitsitsitioioioionnnn, springs centeredsprings centeredsprings centeredsprings centered
versions WE6.../...S1S1S1S1...; ...S2S2S2S2... (spool diagrams:
EEEE, FFFF, GGGG, HHHH, JJJJ, LLLL, MMMM, P P P P, UUUU, WWWW - on page 4)
2 - Dimension of directional control valve with
1 s1 s1 s1 solenolenolenolenoid oid oid oid ---- on side aaaa and 1 pos1 pos1 pos1 positiitiitiitioooon n n n switchswitchswitchswitch
• 2 2 2 2-pos-pos-pos-positiitiitiitioooonnnn, withwithwithwith retur retur retur return n n n springspringspringspring
versions WE6.../...S1S1S1S1...; ...S2S2S2S2... (spool diagrams:
A A A A, CCCC, DDDD, DDDD1111, EAEAEAEA, FAFAFAFA, GAGAGAGA, HAHAHAHA, JAJAJAJA, LALALALA, MAMAMAMA, PAPAPAPA, UAUAUAUA, WAWAWAWA
- on pages 4, 5)
3 - Dimension of directional control valve with
1 1 1 1 s s s solenolenolenolenoid oid oid oid ---- on side bbbb and 1 pos1 pos1 pos1 positiitiitiitioooon n n n switchswitchswitchswitch
• 2 2 2 2-pos-pos-pos-positiitiitiitioooonnnn, withwithwithwith retur retur retur return n n n springspringspringspring
versions WE6.../...S1S1S1S1... ...S2S2S2S2... (spool diagrams:
B B B B, YYYY, Y1Y1Y1Y1, EBEBEBEB, FBFBFBFB, GBGBGBGB, HBHBHBHB, JBJBJBJB, LBLBLBLB, MBMBMBMB, PBPBPBPB, UBUBUBUB, WBWBWBWB
- on pages 4, 5)
4 - Dimension of directional control valve with
2222 sosososolenolenolenolenoidsidsidsids ---- on side aaaa, b b b b and 1111 positpositpositposit ioioioion n n n switchswitchswitchswitch on side aaaa
• 2-po2-po2-po2-positsitsitsitioioioionnnn, withwithwithwithooooutututut spring retur spring retur spring retur spring retur nnnn
versions WE6.../OOOO...S1S1S1S1...; ...S2S2S2S2...
• 2 2 2 2-pos-pos-pos-positiitiitiitioooonnnn, withwithwithwithooooutututut spring retur spring retur spring retur spring retur nnnn, withwithwithwith detent detent detent detent
versions WE6.../OFOFOFOF...S1S1S1S1...; ...S2S2S2S2...
(spool diagrams: AAAA, C C C C, DDDD, DDDD1111 - on page 5)
5 - Distance for mounting plug-in-connector and cable of
switch (plug-in-connectors not showed in the drawing
must be ordered separately according to data sheet
WWWWK K K K 499 499 499 499 963963963963)
6 - OOOO - - - - ri ri ri ringngngng 9,2 9,2 9,2 9,2 x 1,x 1,x 1,x 1,8888 - 4pcs/set (PPPP, TTTT, AAAA, BBBB)
Requirements of surface state of the subplate - according to page 6
NNNNOTESOTESOTESOTES::::
Directional control valve with spool
position switch is adjusted. Any
adjustments may be made only by the
manufacturer.
In case of a faulty switch or valve
complete directional control valve must
be changed.
RaRaRaRangngngngeeee ooooffff ssssupupupuppppplylylyly vvvvoooollllttttagagagageeee fffforororor sssswwwwiiiittttchchchch 22220 0 0 0 - - - - 33332 2 2 2 VVVVDDDDCCCC
CCCCoooonnnnnnnnececececttttiiiioooonnnn ttttypypypypeeee ooooffff sssswwwwiiiittttchchchch
MaxMaxMaxMax llllooooadadadad c c c currenturrenturrenturrent 444400000 mA0 mA0 mA0 mA
1,8 kg
cz cz cz czujujujujnnnniiiikkkk z z z z 2 2 2 2 aaaalterlterlterlternnnnatyatyatyatywwwwnymnymnymnymi i i i wyjścwyjścwyjścwyjściiiiamamamami typi typi typi typu u u u PPPPNNNNPPPP:
n n n normormormormaaaallllly cly cly cly clllloooosed - csed - csed - csed - coooonnnntact tact tact tact 2222
nnnnormormormormaaaallllly ly ly ly opeopeopeopennnn - ccccoooonnnnttttacacacactttt 4 4 4 4
Weight (directional valve with switch)
Degree of prDegree of prDegree of prDegree of pr ooootectitectitectitectioooonnnn I I I IP P P P 66665555
IIIIndndndnductuctuctuctiiiive sve sve sve swwwwitcitcitcitch h h h type Mtype Mtype Mtype M
sssswwwwitcitcitcitch h h h wwwwitititith h h h MMMM11112 2 2 2 x x x x 1 exter1 exter1 exter1 externnnnaaaal tl tl tl threhrehrehreadadadad; 4 c4 c4 c4 coooonnnntacttacttacttactssss (pins)
2
4
1
3
1
2
3
4
PNP
ACCESSORIESSpool position switch type M
(only for 2-position versions with return spring)
Type WE6s32 WK 420 970 10.2014- 17 -
AddAddAddAddititititiiiioooonnnnaaaal tecl tecl tecl techhhhnnnnicicicicaaaal dl dl dl datatatataaaa
DDDDiiiiagragragragram am am am oooof electrf electrf electrf electr icicicicaaaal cl cl cl coooonnnnnectnectnectnectiiiioooon n n n oooof if if if indndndnductuctuctuctiiiive sve sve sve swwwwitcitcitcitch h h h type Mtype Mtype Mtype M
contact allocation (pins of
switch connector)
50 100 0
1
0
1
0
0000 spool position [%] bbbb
contact 2
contact 4
A B
P T
bbbb0000
G1
0
1
0
50 100 0
0000 spool position [%] bbbb
contact 2
contact 4
1
0
1
0
contact 2
50 100 0
0000 spool position [%] aaaa
contact 4
1
0
1
0
50 100 0
0000 spool position [%] aaaa
contact 2
contact 4
A G
P T
aaaa 0000
B
position monitored 0000
position monitored 0000
position monitored aaaa
position monitored bbbb
0000 - off neutral state on output coctact
1111 - on state on uotput contact
iiiinnnnititititiiiiaaaal pl pl pl poooossssititititiiiioooon n n n oooof if if if indndndnductuctuctuctiiiive sve sve sve swwwwitcitcitcitch h h h type M depetype M depetype M depetype M dependndndndiiiing ng ng ng oooon n n n tttthe he he he spspspspooooooool pl pl pl poooossssititititiiiioooonnnn didididiagragragragram fam fam fam forororor
directdirectdirectdirect iiiioooonnnnaaaal cl cl cl coooonnnntrotrotrotrollll
vvvvaaaallllveveveve
2222-p-p-p-poooossssititititiiiioooon n n n versversversversiiiioooonnnnssss WE6...AAAA... (positions: aaaa, 0000)
ssssoooolelelelennnnooooid id id id oooon n n n sssside ide ide ide aaaa anananandddd sssswwwwiiiittttchchchch oooonnnn ssssiiiidededede bbbb
2222-p-p-p-poooossssititititiiiioooonnnn vvvversersersersiiiioooonnnnssss WE6...BBBB... (positions: 0000, bbbb)
ssssoooolelelelennnnooooid id id id oooon n n n sssside bide bide bide b anananandddd sssswwwwiiiittttchchchch oooonnnn ssssiiiidededede aaaa
DDDDiiiiagragragragramamamams fs fs fs for dor dor dor directirectirectirectiiiioooonnnnaaaal cl cl cl coooonnnntrotrotrotrol l l l vvvvaaaallllves ves ves ves aaaand nd nd nd iiiinnnnititititiiiiaaaal pl pl pl poooossssititititiiiioooonnnns s s s oooof sf sf sf swwwwitcitcitcitchehehehessss
50 100 0
1
0
1
0
bbbb spool position [%] aaaa
contact 2
contact 4
50 100 0
1
0
1
0
aaaa spool position [%] bbbb
contact 2
contact 4
A G
P T
aaaa bbbb
B
A B
P T
bbbbaaaa
G
1
0
1
0
50 100 0
bbbb spool position [%] aaaa
contact 2
contact 4
1
0
1
0
50 100 0
0000 spool position [%] aaaa
contact 2
contact 4
position monitored aaaa
position monitored aaaa
position monitored bbbb
position monitored bbbb
0000 - off neutral state on output coctact
1111 - on state on uotput contact
iiiinnnnititititiiiiaaaal pl pl pl poooossssititititiiiioooon n n n oooof if if if indndndnductuctuctuctiiiive sve sve sve swwwwitcitcitcitch h h h type M depetype M depetype M depetype M dependndndndiiiing ng ng ng oooon n n n tttthe he he he spspspspooooooool pl pl pl poooossssititititiiiioooonnnn didididiagragragragram fam fam fam forororor
directdirectdirectdirect iiiioooonnnnaaaal cl cl cl coooonnnntrotrotrotrollll
vvvvaaaallllveveveve
2222-p-p-p-poooossssititititiiiioooonnnn vvvversersersersiiiioooonnnnssss WE6AAAA...; ...CCCC...; ...DDDD...; ...DDDD1111...
sssswwwwitcitcitcitch h h h oooon n n n sssside bide bide bide b
2222-p-p-p-poooossssititititiiiioooonnnn vvvversersersersiiiioooonnnnssss WE6BBBB...; ...YYYY...; ...YYYY1111...
sssswwwwitcitcitcitch h h h oooon n n n sssside ide ide ide aaaa
Type WE6s32WK 420 970 10.2014 - 18 -
ACCESSORIESSpool position switch type M
(only for 2-position versions with return spring)
DDDDiiiiagragragragramamamams fs fs fs for dor dor dor directirectirectirectiiiioooonnnnaaaal cl cl cl coooonnnntrotrotrotrol l l l vvvvaaaallllves ves ves ves aaaand nd nd nd iiiinnnnititititiiiiaaaal pl pl pl poooossssititititiiiioooonnnns s s s oooof sf sf sf swwwwitcitcitcitchehehehessss
2
1
aaaa
PPPP
TTTT
BBBBAAAA
73
70 (min)
23
45
O4
5
M1
2 x
1
31
32
,5
40,5 17
0,7
5
96 (max)1534
15
86
bbbb
153
73
1 - OOOO-rin-rin-rin-ringggg 9999,,,,2222 x x x x 1111,,,,8888 - 4 pcs/set (PPPP,TTTT, AAAA, BBBB)
2 - Dimension of directional control valve 2222-p-p-p-poooossssiiiittttiiiioooonnnn, wwwwiiiitttthhhh re re re retttturnurnurnurn ssssprinprinprinpringggg
with 1 s 1 s 1 s 1 soooolelelelennnnooooidididid - on side a a a a and switch type MMMM
(spool diagrams: AAAA, CCCC, DDDD, DDDD1111, EEEEAAAA, FAFAFAFA, GAGAGAGA, HAHAHAHA, JAJAJAJA, LALALALA, MAMAMAMA, PAPAPAPA, UAUAUAUA, WAWAWAWA
- on page 4, 5)
3 3 3 3 - Dimension of directional control valve 2222-p-p-p-poooossssiiiittttiiiioooonnnn, wwwwiiiitttthhhh re re re retttturnurnurnurn ssssprinprinprinpringggg
with 1111 ssssoooolelelelennnnooooiiiidddd - on side bbbb and switch type MMMM
(spool diagrams: BBBB, YYYY, YYYY1111, EEEEBBBB, FBFBFBFB, GBGBGBGB, HHHHBBBB, JBJBJBJB, LBLBLBLB, MBMBMBMB, PPPPBBBB, UBUBUBUB, WBWBWBWB
- on page 4, 5)
4 - Distance for mounting plug-in-connector and cable of
switch (plug-in-connectors not showed in the drawing
must be ordered separately according to data sheet WWWWKKKK 444499999999 999966663333)
3
Type WE6s32 WK 420 970 10.2014- 19 -
OOOOververververaaaalllll dl dl dl dimeimeimeimennnnssssiiiioooonnnnssss
ACCESSORIESSpool position switch type M
version with solenoid on side aaaa and switch type MMMM
NNNNOTESOTESOTESOTES:
Directional control valve with spool
position switch is adjusted. Any
adjustments may be made only by the
manufacturer.
In case of a faulty switch or valve
complete directional control valve must
be changed.
version with solenoid on side bbbb and switch type MMMM
Requirements of surface state of the subplate - according to page 6
WE 6
MMMMaaaannnnuuuuaaaal l l l lelelelever cver cver cver coooonnnntrotrotrotrollll
no manual control lever = no designation
with a manual control lever psitioned vertically = H
with a manual control lever psitioned at an angle = HS
Number of service ports
3-way - only for spools AAAA, BBBB = 3
4-way - for the other spools = 4
Spool symbol
spool diagrams - according to page 4, 5
Series number
(30-39) - connection and installation dimensions unchanged = 3X
series 32 = 32
Spool positioning
spring centering = no designation
without springs return (only fo spools AAAA, CCCC, DDDD) = O
without springs return with detent (only fo spools AAAA, CCCC, DDDD) = OF
Manual override
solenoids with manual override = N
solenoids without manual override (only for version with
inductive switch type M) = no designation
Electrical connection
plug-in-connector type ISO 4400 (DIN 43650 - A) without LED = Z4
plug-in-connector type ISO 4400 with LED = Z4L
withoput plug-in-connector, with 2-poles male AAAAMMMMP P P P JJJJuuuunnnniiiior or or or TTTTimerimerimerimer type connector
(exists for ...GGGG11112222... and ...GGGG22224444... options only) = J
withoput plug-in-connector, with DDDDEEEEUUUUTTTTSSSSCCCCHHHH type connector
(exists for ...GGGG22224444... option only) = D
Nominal size (NS)
NS6 = 6
Throttle insert (in port PPPP)
without throttle insert = no designation
throttle insert φ 0,8 = B 08
throttle insert φ 1,0 = B 10
throttle insert φ 1,2 = B 12
Control voltage for solenoids
12V DC = G12
24V DC = G24
110V DC = G110
110V AC 50Hz (plug-in-connector with rectifier) = W110R
220V AC 50Hz (plug-in-connector with rectifier) = W220R
230V AC 50Hz (plug-in-connector with rectifier) = W230R
230V AC 50 Hz (direct supply with AC current) = W230-50
Type WE6s32WK 420 970 10.2014 - 20 -
HOW TO ORDER
*
Monitored position of the spool
monitored position 0000 - zerzerzerzeroooo (3- position and 2- position versions
with positions (aaaa, 0000) or (0000, bbbb)) = 0
monitored position a a a a (2- position versions with positions (aaaa, 0000) or (aaaa, bbbb)) = A
monitored position bbbb (2- position versions with positions (0000, bbbb) or (aaaa, bbbb) = B
monitored position aaaa and bbbb (3- position versions) = AB
Spool position switch
spool position switch type S S S S1111 = S1
spool position switch type SSSS2222 = S2
spool position switch type M (only for 2-positions versions with return spring) ==== M
NNNNOOOOTTTTEEEESSSS:
Optional version with a spool position switch and a manual control lever (options ...HHHH...; ...HHHHSSSS...)
available after consultation with the manufacturer.
Sealing
NBR (for fluids on mineral oil base) = no designation
FKM (for fluids on phosphate ester base) = V
Further requirements in clear text
(to be agreed with the manufacturer)
Type WE6s32 WK 420 970 10.2014- 21 -
HOW TO ORDER
Directional spool valve should be ordered according to the above coding.
The symbols in bold are preferred versions in short delivery time.The symbols in bold are preferred versions in short delivery time.The symbols in bold are preferred versions in short delivery time.The symbols in bold are preferred versions in short delivery time.
Coding example: 4WE6 E - 32/G24 N Z4 B08 S1 - AB
NNNNOOOOTTTTEEEES:S:S:S:
Type WE6s32WK 420 970 10.2014
PONAR Wadowice S.A. ul. Wojska Polskiego 29 34-100 Wadowice
tel. +48 33 488 21 00 fax.+48 33 488 21 03 www.ponar-wadowice.pl
- 22 -
Subplates and screws fixing directional valve MMMM5 5 5 5 x x x x 55550 0 0 0 - - - - 11110,0,0,0,9999
in accordance with PPPPNNNN - - - - EEEENNNN IIIISSSSOOOO 4444777766662222 - 4 pcs/set)
must be ordered separately.
Tightening torque MMMMd = d = d = d = 9 Nm9 Nm9 Nm9 Nm
TTTThehehehe ssssububububpppplalalalatttteeee ssssymbymbymbymboooollll iiiinnnn bbbboooolllldddd iiiissss tttthehehehe preprepreprefffferrederrederrederred
vvvversersersersiiiioooonnnn aaaavvvvaiaiaiailalalalabbbblelelele iiiinnnn sssshhhhorororortttt dedededelllliiiivvvvery ery ery ery ttttimimimimeeee....
AAAA BBBB
M
PPPP TTTT 4W 4W 4W 4WEEEE6 J...6 J...6 J...6 J...
EXAMPLE OF APPLICATION
IN HYDRAULIC SYSTEM
SUBPLATES AND FIXING SCREWS
Subplates must be ordered according to catalogue
sheet WWWWKKKK 444499996666 444488880000. Subplate symbols:
G 341/01 - threaded connections G 1/4
G 342/01 - threaded connections G 3/8
G 502/01 - threaded connections G 1/2
G 341/02 - threaded connections M14 x 1,5
G 342/02 - threaded connections M16 x 1,5
Type WE10 WK 427 700 05.2017- 1 -
05.2017
WK 427 700
dm /min3
4WE10G - 62/G24NZ4
6
B
b
b
a b
T TPA BA B
5 1 2 34
NS 10
Directional spool valve type WE10
electrically operated
up to 35 MPa up to 160
DATA SHEET - OPERATION MANUAL
APPLICATION
DESCRIPTION OF OPERATION
The product is compliant with the regulations of
directive 2014/35/UE.
Directional spool valves type WE10… electrically
operated are intended for change in direction of fluid
flow in a hydraulic system and thus it allows to
change direction of movement of a receiver - mostly
piston rod of a cylinder or hydraulic motor as well to
use functions: on and off. These directional spool
valves are used for subplate mounting in any position
in a hydraulic system.
Main elements of directional spool valve type WE10…
are: housing (1), solenoids (3), control spool (2),
centering springs (4) and manual overrides (5). The
spool (2) is shifted when it is moved into one of end
positions by the force of solenoid (3) affecting it. The
return of the spool into neutral position and centering
are secured by the centering springs (4). The shape of
the spool (control edge spacing) affects the
configuration of connections among the ports: A, B, P
and T. Function of ports:
P - supply port
T - oil return to the tank
A, B - ports for a receiver
In case of emergency, the spool can be shifted
manually by means of the override (5) - only for
version with manual override.
When the situation is anticipated, directional spool valve must
be mounted in the way as to be available.
Version WE10…/OF…- only for spools:
A, C, D, EA, GA, HA, JA, EB, GB, HB, JB.
2-position directional spool valve without
return springs with detent. The spool (2) is
positioned and supported with detent (6),
and its shift results from supplying voltage
to one solenoid (3).
Type WE10WK 427 700 05.2017 - 2 -
P
Version WE10…/O…- only for spools: A,
C, D. EA, GA, HA, JA, EB, GB, HB, JB.
2-position directional spool valve without
return springs. The spool is positioned and
supported with attached solenoid. There
is no neutral position as the spool is not
positioned.
DESCRIPTION OF OPERATION
Version WE10…/…B… - directional spool
valve designation like that, has throttle
insert in port P.
TECHNICAL DATA
P → A
P → B
A → T
B → T
VWQ
A → T
B → T
A → T
B → T
2,5 mm25,5 mm2 11 mm2 10 mm 2
±10%
110 VA
460 VA
_
_
Viscosity range
Ambient temperature range
mineral oilHydraulic fluid
Nominal fluid viscosity 2 o37 mm /s at temperature 55 C
22,8 up to 380 mm /s
recommended
maxFluid temperature range (in a tank)
40 C up to 55 Co o
-20 C up to +70 Coo
- 20 C up to +50 C
Required fluid cleanliness class ISO 4406 class 20/18/15
port T 21 MPa
ports P, A, B 35 MPaMaximum operating pressure
o o
flow direction
spool symbol
flow section
Flow section in central position
diagrams on page 4
Weight
DC
230V-50Hz 220V- 50Hz 110V- 50Hz12V 24V 110V 230V- 50Hz
AC
Supply voltage of solenoids
AC
(plug-in connector with rectifier)
Degree of pr otection IP 65
Switching time
Maximum switching frequency
Supply voltage tolerance ±10%
Power requirement (DC) 45 W
Solenoid coil temperature max 150 Co
15000 on/h
ON up to 60 ms
OFF up to 40 ms
12000 on/h
ON up to 45 ms
OFF up to 30 ms
Holding power (AC)
Switch-on power (AC)
direct supply
with 1 solenoid WE10...- 4,6 kg WE10...H...- 7,1 kg
with 2 solenoids WE10...- 6,2 kg WE10...H...- 8,7 kg
Type WE10 WK 427 700 05.2017- 3 -
INSTALLATION AND OPERATION REQUIREMENTS
1. Only fully functional and operational valve, properly
connected to electrical installation must be used.
Connecting or disconnecting the valve to an electrical
installation must only be carried out by qualified
personnel.
2. Ground connection ( ) must be connected with
protective earth wire (PE ) in supply system according
to appropriate instructions.
3. Solenoid plug shall precisely adhere to socket and shall
be secured with thread bolt screwed in securely in a
place. It is forbidden to operate the valve if the
tightness and suitable clamp of cable in the plug gland
are not ensured.
4. For the …W230 - 50… versions, simultaneous joining
of two solenoids of the same valve should not be
permitted (partial overriding of the valve can overheat
and damage the winding coils).
5. During the period of operation must be kept fluid
viscosity acc. to requirements defined in this Data Sheet
- Operation Manual
6. In order to ensure failure free and safe operation the
following must be checked:
• condition of the electrical connection
• proper working of the valve
• cleanliness of the hydraulic fluid
7. Due to heating of solenoid coils to high temp., the
valve shall be placed in such way to eliminate the risk
of accidental contact with solenoid during operation
or to apply suitable covers acc. to European
standards: PN - EN ISO 13732 - 1 and PN - EN 4413.
8. In order to provide proper tightness of the valve
connection to the hydraulic system, one should keep
the dimensions of the sealing rings, tightening
torques values and valve operation parameters,
specified in this Data Sheet - Operation Manual.
9. Valve with spool position sensor is adjusted at factory
and it is not allowed to change its settings. In case of
any damages of the sensor or valve one must
change complete valve. Inductive sensors cannot be
joined in series.
10. A person that operates the valve must be thoroughly
familiar with this Data Sheet - Operation Manual.
P T
A B
a a 0 b b a a 0 0 b bP T
A B
P T
A B
WE10.../... WE10...B/...WE10...A /...
P T
A B
a a 0 b b a a 0 0 b bP T
A B
P T
A B
WE10.../...H... WE10...B/...H...WE10...A/...H...
A B
P T
a b0a b
A B
P T
a 0A B
P Tb0
A G
P T
a 0
B A B
P T
b0
G
WE10.../... - S... WE10...B/... - S...WE10...A/... - S...
WE10...B/... - MWE10...A /... - M
P T
A B
a a 0 b b a 0 0 b
P T
A B
P T
A B
WE10.../...HF... WE10...B/...HF...WE10...A/...HF...
a a 0 0 b bP T
A B
P T
A B
a a 0 0 b bP T
A B
P T
A B
b a
b
a b
WE10...B/O...*WE10...A/O...*
WE10...B/OF...*WE10...A/OF...* a
P T
A B
a a 0 b bWE10.../O...HF...a 0 0 b
P T
A B
P T
A B
WE10...B/O...HF...*WE10...A/O...HF...* a bab
P T
A B
a a 0 b bWE10.../OF...HF...a 0 0 b
P T
A B
P T
A B
WE10...B/OF...HF...*WE10...A/OF...HF...* a bab
versions with positions a, 0 versions with positions 0, b
Diagrams for 3-position
directional spool valves Diagrams for 2-position directional spool valves
DIAGRAMS
NOTE:
(*) - versions available only with spools - diagrams: E, G, H, J, E, G, H, J - acc. to page 4.
Type WE10 WK 427 700 05.2017- 4 -
DIAGRAMS
P T
a a 0 0 b
E
F
G
H
J
L
M
P
Q*
R
T
U
V*
W*
EA
FA
GA
HA
JA
LA
MA
PA
QA*
RA
TA
UA
VA*
WA*
EB
FB
GB
HB
JB
LB
MB
PB
QB*
RB
TB
UB
VB*
WB*
P T
A B
P T
A BA B
0 b
P T
A B
a 0 b a 0
P T
A B
0 b
P T
A B
P T P T
working and
indirect positionsworking
positions
Diagrams for spools
working and
indirect positionsworking
positions
working and
indirect positionsworking
positions
NOTE:
(*) - flow section in initial position for spools: Q, V, W - according to page 2.
Type WE10WK 427 700 05.2017 - 5 -
DIAGRAMS
Diagrams for 2-position directional spool valves
a b a b
P T
A B
P T
A B
A
C
D
B
Y
a b
P T
A B
a b
P T
A B
a b a b
P T
A B
P T
A B
a b
P T
A B
a b
P T
A B
D1 Y1
a
a
a a
b
b
b
a b bP T
A B
P T
A B
P T
A B
P T
A B
WE10.../O...*
WE10.../OF...*
WE10.../... WE10.../...
b
b
a a
a a
a a
b
b
b
b
b
P T
A B
P T
A B
A B
WE10.../O...H...*
WE10.../OF...H...*
WE10.../...H...
P T
a b bP T
A B
WE10.../...H...
B
P T
a b
A G
P T
a b
B
A
WE10.../...- S...
WE10.../...- M...
A B
P T
ba
A B
P T
ba
G
WE10.../...- S...
WE10.../...- M...
a
a
b
b
a
a
NOTE:
(*) - versions available only with spools - diagrams: A, C, D
a b a bP T
A B
P T
A B
WE10.../...HF...WE10.../...HF... a b
a b
P T
A B
WE10.../O...HF...* a b
a b
P T
A B
WE10.../OF...HF...* a b
versions with positions a, b
Diagrams for spools
working and
indirect positions
working
positions
working and
indirect positions
working
positions
Type WE10 WK 427 700 05.2017- 6 -
a b
O6,6 - 4 holes
O11 - 4 counterbores
75 84
H
40
1 2
3
4
6
0,63
r 0,01/100
11
15
T T
P
A B
A B
3,2*16,7
27
37,350,8
54
6,3
21
,4
32
,5
46
91 (min)
10
M6 depth 12 - 4 holes
O11,2 (max) - 4 holes*
(P, T, A, B)
69
,5(m
in)
5
PA B
T TA B
9
7
8
46
69
,518,554
91
201
201
298
7
A B
version WE10.../...Z4... (electrical connection type ISO 4400)OVERALL AND CONNECTION DIMENSIONS
30
1 - Solenoid on side a
2 - Solenoid on side b
3 - Plug-in connector on side a - ISO 4400 type (DIN 43650 - A)
4 - Plug-in connector on side b - ISO 4400 type (DIN 43650 - A)
5 - Plug-in connector - ISO 4400 type (DIN 43650 - A) with
rectifier
6 - O-ring 12,42 x 1,78 - 5 pcs/set (P,T ,T , A, B) 7 - Directional spool valve dimension with 2 solenoids
on side a, b:
• 3-position directional spool valve springs centere d
(spool diagrams:E, F, G, H, J, L, M, P, Q, R, T, U, V, W - according to page 4
• 2-position directional spool valve without return springs
• 2-position directional spool valve without springs and
with detent (versions WE10 .../O...; .../OF...; spool
diagrams: A, C, D, EA, GA, HA, JA, EB, GB, HB, JB -
according to pages 4, 5)
8 - Directional spool valve dimension with 1 solenoid - on side a
• 2-position springs centered
(spool diagrams: A, C, D, D1, EA, FA, GA, HA, JA, LA,
MA, PA, QA, RA, TA, UA, VA, WA - according to pages 4, 5)
9 - Directional spool valve dimension with 1 solenoid - on side b
• 2-position springs centered
(spool diagrams: B, Y, Y1, EB, FB, GB,HB, JB, LB, MB,
PB, QB, RB, TB, UB, VB, WB - according to pages 4, 5
10 - Porting pattern for directional spool valve - configuration
of connection holes in accordance with the standard
ISO 4401* - designation ISO 4401-05-04-0-94 (CETOP 05)
(*) - connection with 1 hole T from the side of the hole A
or B is enough - holes T and T are connected with the
port in the housing of directional spool valve;
fixing screws M6 x 40 - 10.9 - in accordance with
PN-EN ISO 4762 - 4 pcs/set; must be ordered
separately; tightening torque Md = 15 Nm.
11 - Subplate surface required
A Bcontrol voltage (DC)
12V, 24V, 110V112
119
H
plug-in connector
ISO 4400 (DIN 43650 - A)
control voltage (AC)
110V, 220V, 230V
plug-in connector
ISO 4400 (DIN 43650 - A) with rectifie r
Option of electrical connection ...Z4... (ISO 4400)
Type WE10WK 427 700 05.2017 - 7 -
1 23 4
a b
106
15
PA B
T TA B
221
6565
91
163
16369
,5
version WE10.../...W230-50...Z4... (AC solenoids; electrical connection type ISO 4400)
OVERALL AND CONNECTION DIMENSIONS
NOTES:
• other dimensions, description of other elements of the
valve drawing; porting pattern and requirements of the
surface state of the subplate - as in version
WE10.../...Z4… with DC solenoids, see page 6
• details for version WE10.../...W230-50...H Z4... (with
manual control lever) as in versions WE10.../...H…Z4...
with DC solenoids, see page 8 - 11
1 - AC solenoid (with direct supply) from the a side
2 - AC solenoid (with direct supply) from the b side
3 - Plug-in connector on side a - type ISO 4400
(DIN 43650 - A)
4 - Plug-in connector on side b - type ISO 4400
(DIN 43650 - A)
NOTE:
simultaneous joining of two solenoids of the same
valve should not be permitted (partial overriding of
the valve can overheat and damage the winding coils)
Type WE10WK 427 700 05.2017 - 8 -
a b
ba 0
PA B
T TA B
18,554
9145
342
103
84
H
77
,5
~157
16°
16°
30°
= ===
16° 16°
idle movementworking motionidle movement
O6,6 - 4 holes
O11 - 4 counterbores
~218
30
1 253 4
87
6
15
O63
O23
O8
65
69
,5
25
46
working motion
3-position versions WE10.../...H Z4...; .../...HS Z4...
2-position versions WE10.../O...H Z4...; ... /OF... H Z4...
WE 10.../O...HS Z4...; ... /OF...HS Z4...
OVERALL AND CONNECTION DIMENSIONS
NOTES:
Porting pattern and requirements of the surface state of
the subplate - as in version WE10.../...Z4… see page 6
40
NOTES:
• the valve is switched by the manual control lever, return
of the lever to the initial (neutral) state occurs automatically
• after switching the valve by using the solenoid, the lever
remains inactive.
1 - Solenoid on side a
2 - Solenoid on side b
3 - Plug-in connector on side a - type ISO 4400 (DIN 43650 - A)
4 - Plug-in connector on side b - type ISO 4400 (DIN 43650 - A)
5 - O-ring 12,42 x 1,78 - 5 pcs/set (P, T , T , A, B)
6 - Directional spool valve dimension with 2 solenoids
on side a, b:
• 3-position directional spool valve springs centered
versions WE10.../...H...; ...HS... (spool diagrams:
E, F, G, H, J, L, M, P, Q, R, T, U, V, W - acc. to page 4)
• 2-position directional spool valve without returns
spri ngs - versions WE10.../O...H...; .../O...HS... (spool
diagrams: A, C, D, EA, GA, HA, JA, EB, GB, HB, JB
acc. to pages 5, 6)
• 2-position directional spool valve without springs and
with detent - versions WE10.../OF...H...; .../OF...HS...
(spool diagrams: A, C, D, EA, GA, HA, JA, EB, GB, HB, JB
acc. to pages 5, 6)
7 - Manual control lever positions in versions:
WE10.../...H...; WE10.../O...H...; .../OF...H...
8 - Manual control lever positions in versions:
WE10.../...HS...; WE10.../O...HS...; .../OF...HS...
A B
control voltage (DC)
12V, 24V, 110V112
119
H
plug-in connector
ISO 4400 (DIN 43650 - A)
control voltage (AC)
110V, 220V, 230V
plug-in connector
ISO 4400 (DIN 43650 - A) with rectifie r
Option of electrical connection ...Z4... (ISO 4400)
Type WE10 WK 427 700 05.2017- 9 -
a b
b (0)a ba (0)
PA B
T TA B
84
H65
O23
O8
2525
54 18,5
9145103
246
45 103
246
30° 16°
16°
==
30°16°
16°idle movementworking motion
O6,64 holes
O114 counterbores
30
15 151 253 4
98
6
7
~218
77
,5
1110
~157
46
69
,5
O63
2-position versions WE10.../...H Z4...; ...HS Z4...
OVERALL AND CONNECTION DIMENSIONS
NOTES:
Porting pattern and requirements of the surface state of
the subplate - as in version WE10.../...Z4… see page 6
40
NOTES:
• the valve is switched by the manual control lever, return
of the lever to the initial (neutral) state occurs automatically
• after switching the valve by using the solenoid, the lever
remains inactive.
1 - Solenoid on side a
2 - Solenoid on side b
3 - Plug-in connector on side a - type ISO 4400 (DIN 43650 - A)
4 - Plug-in connector on side b - type ISO 4400 (DIN 43650 - A)
5 - O-ring 12,42 x 1,78 - 5 pcs/set (P,T ,T ,A, B)
6 - Directional spool valve dimension with 1 solenoid - on side a,
2-position with return spring - versions WE10.../...H...; ...HS...
(spool diagrams: A, C, D, D1, EA, FA, GA, HA, JA, LA, MA, PA,
QA, RA, TA, UA, VA, WA - acc. to pages 4, 5)
7 - Directional spool valve dimension with 1 solenoid - on side b,
2-position with return spring - versions WE10.../...H...; ...HS...
(spool diagrams: B, Y, Y1, EB, FB, GB, HB, JB, LB, MB, PB, QB,
RB, TB, UB, VB, WB - acc. to pages 4, 5
8 - Manual control lever positions in versions: WE10.../...H... with 1 solenoid - on side a
9 - Manual control lever positions in versions: WE10.../...HS... with 1 solenoid - on side a
10 - Manual control lever positions in versions: WE10.../...H... with 1 solenoid - on side b
11 - Manual control lever positions in versions: WE10.../...HS... with 1 solenoid - on side b
A B
control voltage (DC)
12V, 24V, 110V112
119
H
plug-in connector
ISO 4400 (DIN 43650 - A)
control voltage (AC)
110V, 220V, 230V
plug-in connector
ISO 4400 (DIN 43650 - A) with rectifie r
Option of electrical connection ...Z4... (ISO 4400)
Type WE10WK 427 700 05.2017 - 10 -
a b
a b0
PA B
T TA B
~27
0
= ===
16° 16°
working motionworking motionidle movementidle movement
30
O6,6 - 4 holes
O11 - 4 counterbores
40
~1
0
unblocked position
blocked position
77
,5
15
65
O23
O13,5
H
84
25
54 18,5
9145103
342
46
O63
69
,5
control voltage (DC)
12V, 24V, 110V112
119
H
plug-in connector
ISO 4400 (DIN 43650 - A)
control voltage (AC)
110V, 220V, 230V
plug-in connector
ISO 4400 (DIN 43650 - A) with rectifie r
Option of electrical connection ...Z4... (ISO 4400)
1 253 4
7
8
NOTES:
• Porting pattern and requirements of the surface state of
the subplate - as in version WE10.../...Z4… see page 6.
• The valve is switched by the manual control lever (7),
return of the lever to the initial (neutral) state occurs
automatically. In order for the lever (7) to remain in
switched position, one should move the block sleeve (8)
downwards to a halt. After switching the valve by the
electromagnet, the lever (7) is not active.
3-position versions WE10.../...HF Z4...
OVERALL AND CONNECTION DIMENSIONS
1 - Solenoid on side a
2 - Solenoid on side b
3 - Plug-in connector on side a - type ISO 4400 (DIN 43650 - A)
4 - Plug-in connector on side b - type ISO 4400 (DIN 43650 - A)
5 - O-ring 12,42 x 1,78 - 5 pcs/set (P, T , T , A, B)
6 - Directional spool valve dimension with 2 solenoids
on side a, b:
• 3-position directional spool valve springs centered
version WE10.../...HF... (spool diagrams: E, F, G, H, J, L,
M , P, Q, R, T, U, V, W - acc. to page 4)
• 2-position directional spool valve without return
spri ngs - version WE10.../O...HF... (spool diagrams:
A, C, D, EA, GA, HA, JA, EB, GB, HB, JB acc. to pages 5, 6)
• 2-position directional spool valve without springs and
with detent - version WE10.../OF...HF... (spool diagrams:
A , C, D, EA, GA, HA, JA, EB, GB, HB, JB acc. to pages 5, 6)
7 - Manual control lever
8 - Manual control lever block sleeve
A B
Type WE10 WK 427 700 05.2017- 11 -
65
O23
O13,5
H
84
a b
b (0)a ba (0)
PA B
T TA B
54 18,5
9145103
246
45
246
O6,6 4 holes
30
1 253 4
8
6
7
46
69
,5
O63
40
~10
unblockedposition
blockedposition
==
==
16°16°
idle movementidle movementworking motion working motion
25 25
77
,5
~2
70
15 15
9
control voltage (DC)
12V, 24V, 110V112
119
H
plug-in connector
ISO 4400 (DIN 43650 - A)
control voltage (AC)
110V, 220V, 230V
plug-in connector
ISO 4400 (DIN 43650 - A) with rectifie r
Option of electrical connection ...Z4... (ISO 4400)
O114 counterbores
2-position versions WE10.../...HF Z4...
OVERALL AND CONNECTION DIMENSIONS
NOTES:
• Porting pattern and requirements of the surface state of
the subplate - as in version WE10.../...Z4… see page 6.
• The valve is switched by the manual control lever (7),
return of the lever to the initial (neutral) state occurs
automatically. In order for the lever (7) to remain in
switched position, one should move the block sleeve (8)
downwards to a halt. After switching the valve by the
electromagnet, the lever (7) is not active.
1 - Solenoid on side a
2 - Solenoid on side b
3 - Plug-in connector on side a - type ISO 4400 (DIN 43650 - A)
4 - Plug-in connector on side b - type ISO 4400 (DIN 43650 - A)
5 - O-ring 12,42 x 1,78 - 5 pcs/set (P, T , T , A, B)
6 - Directional spool valve dimension with 1 solenoid
on side a; 2-position spring pos itioned
version WE10...A/...HF... (spool diagrams: A, C, D, D1,
EA, FA, GA, HA, JA, LA, MA, PA, QA, RA, TA, UA, VA, WA
acc. to pages 4, 5)
7 - Directional spool valve dimension with 1 solenoid
on side b; 2-posit ion spring positi oned
version WE10...B/...HF... (spool diagrams: B, Y, Y1,
EB, FB, GB, HB, JB, LB, MB, PB, QB, RB, TB, UB, VB, WB
acc. to pages 4, 5)
7 - Manual control lever
8 - Manual control lever block sleeve
A B
Type WE10WK 427 700 05.2017 - 12 -
PERFORMANCE CURVES
Flow resistance curves
characteristic curves ∆p (Q) for directional spool valve type WE10...
for various spool types
measured at viscosity ν = 41 mm /s and temperature t = 50 C2 o
spool symbol
flow direction
P → A P → B A →T B →T
characteris tic curve number
diagrams acc.
to pages 4, 5
B
C
Y
E
F
G
H
J
L
M
P
Q
R
T
U, V
W
14
3 9
3 2 2
- -
-
4 4 1 1
2
D1 - -Y1 - -
A
D 5
6
2 11
14
6
17 17
9
20 20
11
3
3
5
- -
1414 9 9
10 10 7
1412 76
7
141433
15 15
14
14 14
614 12 7
15 15 1 6
17 20 9
11 1115 15
15 15 191
2 2
2 2
14
8 8
8
8 8
9 9
10
10
10
10
11
11
12
12
12
12
12
12
12
12
12
12
12 12
13 13
13 13
13 13
13 13
14 14
14
15
16 16
16
0 10 20 30 40 50 60 70 80 90 100 160110
0,5
2,0
1,0
1,5
∆ p
[M
Pa]
Q [dm /min]3
2,5
3,0
3,5
0,5
2,0
1,0
1,5
2,5
3,0
3,5
120 130 140 150
∆ p
[M
Pa]
0 10 20 30 40 50 60 70 80 90 100 160110
Q [dm /min]3
120 130 140 150
0 10 20 30 40 50 60 70 80 90 100 160110
Q [dm /min]3
120 130 140 150
0,5
2,0
1,0
1,5
2,5
3,0
3,5
∆ p
[M
Pa]
8
9
10
11
13
18
12
1
2
3
4
5
6
7
15
16
14
17
18
20
21
19
diagrams acc. to
page 4
F
G, T
H
P
P → A P → B A →T B →TP → T B → A
7
7 1921
18
20
17- -- --
--
--
-
-
-
-- - -
20
spool symbol
flow direction
characteris tic curve number
initial position (0)
P → A P → B A →T B →TP → T
R
B → A
20-- - - -
shifted position bdiagram acc. to
page 4
spool symbol
flow direction
characteris tic curve number
Type WE10 WK 427 700 05.2017- 13 -
PERFORMANCE CURVES
Operating limits curves
measured at viscosity ν = 41 mm /s and temperature t = 50 C2 o
characteristic curves p-Q for directional spool valve type WE10... with DC solenoids
for various spool types
Above operating limits are related to symmetrical flow
through all ports i.e. if the oil flows from port P to port
A, then the same flow rate is from port B to port T
(applied to directional control valves with 4 service
ports). Degree of asymmetry affects adversely the
parameters.
NOTES:
5
10
15
20
25
30
0 10 20 30 40 50 60 70 80 90 100 110
p
[MP
a]
Q [dm /min]3
35
40
120 130 140 150 160
2
1
4
3567
8
5
10
15
20
25
30
0 10 20 30 40 50 60 70 80 90 100 110
p
[MP
a]
Q [dm /min]3
35
40
120 130 140 150 160
12
10
11
91413
15
5
10
15
20
25
30
0 10 20 30 40 50 60 70 80 90 100 110
p
[MP
a]
Q [dm /min]3
35
40
120 130 140 150 160
18
19
17
16
20
E, H, EA/O ,
EB/O,
Q, W
G
F, P
M, EA/OF,
EB/OF
A
B
1
2
3
4
5
6
7
V, JA/O , JB/O,
JA/OF, JB/OF8
spool symbol characteris tic
curve numberdiagrams acc.
to pages 4, 5
C
T
Y
L
9
10
11
12
13
14
D
U
HA/O, HB/O,
HA/OF, HB/OF15
spool symbol characteris tic
curve numberdiagrams acc.
to pages 4, 5
R
J
Y1
19
17
18
D1 16
GA/O, GB/O,
GA/OF, GB/OF 20
spool symbol characteris tic
curve numberdiagrams acc.
to pages 4, 5
Type WE10WK 427 700 05.2017 - 14 -
PERFORMANCE CURVES
Operating limits curves
measured at viscosity ν = 41 mm /s and temperature t = 50 C2 o
characteristic curves p-Q for directional spool valve type WE10... with
AC solenoids with direct supply for various spool types
Above operating limits are related to symmetrical flow
through all ports i.e. if the oil flows from port P to port
A, then the same flow rate is from port B to port
T (applied to directional control valves with 4 service
ports). Degree of asymmetry affects adversely the
parameters.
NOTES:
5
10
15
20
25
30
35
0 10 20 30 40 50 60 70 80 90 100 120110
p
[MP
a]
1
Q [dm /min]3
2
34
5
6
130 140 150 160
7
5
10
15
20
25
30
35
0 10 20 30 40 50 60 70 80 90 100 120110
p
[MP
a]
9
Q [dm /min]3
8
10
11
12
130 140 150 160
13
14
E, W 1
2
3
4
5
6
8
9
G
L
M, Q
J
H
V
P
D
C, Y
10
U 11
12
7
JA/O, JB/O, JA/OF,
JB/OF, EA/O , EB/O,
EA/OF, EB/OF ,
HA/O, HA/OF
HA/OF, HB/OF 13
GA/O, GB/O,
GA/OF, GB/OF14
spool symbol characteris tic
curve numberdiagrams acc.
to pages 4, 5
Range of supply voltage for switch 10 - 30V DC
switch with M12 x1 external thread; male connection; 4 contacts (pins) Connection type of switch
Max load current 200 mA
Weight
with 1 solenoid and 1 switch
Degree of protection IP 65
Inductive switch type S
Version PNP inductive proximity switch
with 2 solenoids and 1 switch
with 2 solenoids and 2 switches 8,5 kg
7,2 kg
5,6 kg
Type WE10 WK 427 700 05.2017- 15 -
ACCESSORIESSpool position switch type S
Additional technical specification
Diagram of electrical connection of inductive switch type S
contact allocation (pins of
switch connector)
Diagrams for directional control valves and initial positions of switches
switch
on side b
1
0
1
0
switch
on side a
switch type S1
switch
on side b
1
0
1
0
switch
on side a
0 5050
switch type S2
a spool position [%] b
100 100
0 5050
a spool position [%] b100 100
contact 4
contact 4
contact 2
contact 2
position monitored a and b position monitored 0
switch
on side b
1
0
1
0
switch
on side a
switch
on side b
1
0
1
0
switch
on side a
0 5050
a spool position [%] b
100 100
0 5050
a spool position [%] b
100 100
switch type S1
switch type S2
contact 4
contact 4
contact 2
contact 2
A B
P T
a b0
0 - off neutral state on output coctact
1 - on state on output contact
Initial position of inductive switch type S depend ing on the spool position Diagram for
directional control
valve
3-position directional control valve
+ +
3
1
4
3
1
210 - 30V DC
_ _
200 mA 2
4
1
3
10 - 30V DC200 mA
type S1 type S2
Type WE10WK 427 700 05.2017 - 16 -
1
0
1
0
50 100 0
b spool position [%] a
switch
type S1
switch
type S2
contact 4
contact 2
1
0
1
0
50 100 0
b spool position [%] a
switch
type S1
switch
type S2
contact 4
contact 2
1
0
1
0
50 100 0
a spool position [%] b
switch
type S1
switch
type S2
contact 4
contact 2
1
0
1
0
50 100 0
a spool position [%] b
switch
type S1
switch
type S2
contact 4
contact 2
1
0
1
0
50
0 spool position [%] a
100 0
switch
type S1
switch
type S2
contact 4
contact 2
position monitored a position monitored 0
1
0
1
0
50 100 0
0 spool position [%] a
switch
type S1
switch
type S2
contact 4
contact 2
1
0
1
0
50 100 0
0 spool position [%] b
switch
type S1
switch
type S2
contact 4
contact 2
position monitored 0
1
0
1
0
50 100 0
0 spool position [%] b
switch
type S1
switch
type S2
contact 4
contact 2
position monitored b
A B
P T
a b
A B
P T
b0
A B
P T
a 0
A B
P T
a b
A B
P T
ba
A B
P T
a b
position monitored b
position monitored b
position monitored a
position monitored a
Initial position of inductive switch depending on the spool position
2-position versions WE10...A... (positions: a, 0)
solenoid and switch on side a
2-position versions WE10...B... (positions: 0, b)
solenoid and switch on side b
2-position versions WE10A...; ...C...; ...D...; .../O...; .../OF...
switch on side a
2-position versions WE10B...; ...Y...
switch on side b
Diagram for
directional control
valve
ACCESSORIESSpool position switch type S
Type WE10 WK 427 700 05.2017- 17 -
a b
a b
374
103 38 91
40
69,5
121
239
7
18,554
PA B
T TA B
239
70
(m
in)
336
2
1
3
4
5
6
M12 x 1
75
Overall dimensions
ACCESSORIESSpool position switch type S
version with 2 solenoids and 2 switches
version with 1 solenoid and 1 switch
version with 2 solenoids and 1 switch
NOTES:
Directional control valve with spool
position switch is adjusted. Any
adjustments may be made only by the
manufacturer.
In case of a faulty switch or valve
complete directional control valve must
be changed.
B, Y, EB, FB, GB, HB, JB, LB, MB, PB, QB, RB,TB, UB, VB,
WB - according to pages 4, 5)
4 - Dimension of directional control valve with
2 solenoids - on side a, b and 1 position switch on side a
• 2-position, without spring return
versions WE10.../O...S1...; ...S2...
• 2-position, without spring return, with detent
versions WE10.../OF...S1...; ...S2...
(spool diagrams: A, C, D - according to page 5)
5 - Distance for mounting plug-in-connector and cable of
switch (plug-in-connectors not showed in the drawing
must be ordered separately according to data sheet
WK 499 963)
6 - O-ring 12,42 x 1,78 - 5 pcs/set (P, T , T , A, B)
1 - Dimension of directional control valve with
2 solenoids - on side a, b and 2 position switches
• 3-position, springs centered
versions WE10.../...S1...; ...S2... (spool diagrams:
E, F, G, H, J, L, M, P, Q, R, T, U, V, W - acc. to page 4)
2 - Dimension of directional control valve with
1 solenoid - on side a and 1 position switch
• 2-position, with return spring
versions WE10.../...S1...; ...S2... (spool diagrams:
A, C, D, EA, FA, GA, HA, JA, LA, MA, PA, QA, RA, TA,
UA, VA, WA - according to pages 4, 5)
3 - Dimension of directional control valve with
1 solenoid - on side b and 1 position switch
• 2-position, with return spring
versions WE10.../...S1... ...S2... (spool diagrams:A B
NOTE: subplate surface required according to page 6
Type WE10WK 427 700 05.2017 - 18 -
Range of supply voltage for switch 24 VDC
Connection type of switch
Max load current 400 mA
4,6 kg
switch with 2 alternative output type PNP
Weight (directional valve with switch)
Degree of pr otection IP 65
Inductive switch type M
switch with M12 x 1 external thread; 4 contacts (pins)
+20%-10%
WARNING: M type inductive sensors must not be connected serially
ACCESSORIESSpool position switch type M
(only for 2-position versions with return spring)
Additional technical data
Diagram of electrical connection of inductive switch type M
contact allocation (pins of
switch connector)
50 100 0
1
0
1
0
0 spool position [%] b
contact 2
contact 4
A B
P T
b0
G1
0
1
0
50 100 0
0 spool position [%] b
contact 2
contact 4
1
0
1
0
contact 2
50 100 0
0 spool position [%] a
contact 4
1
0
1
0
50 100 0
0 spool position [%] a
contact 2
contact 4
A G
P T
a 0
B
position monitored 0
position monitored 0
position monitored a
position monitored b
0 - off neutral state on output coctact
1 - on state on output contact
Initial position of inductive switch type M depending on the spool position
2-position versions WE10...A... (positions: a, 0)
solenoid on side a and switch on side b
2-position versions WE10...B... (positions: 0, b)
solenoid on side b and switch on side a
Diagram for
directional control
valve
Diagrams for directional control valves and initial positions of switches
2
4
1
3
1
2
3
4
PNP
Type WE10 WK 427 700 05.2017- 19 -
50 100 0
1
0
1
0
b spool position [%] a
contact 2
contact 4
50 100 0
1
0
1
0
a spool position [%] b
contact 2
contact 4
A G
P T
a b
B
A B
P T
ba
G
1
0
1
0
50 100 0
b spool position [%] a
contact 2
contact 4
1
0
1
0
50 100 0
0 spool position [%] a
contact 2
contact 4
position monitored a
position monitored a
position monitored b
position monitored b
0 - off neutral state on output coctact
1 - on state on output contact
Initial position of inductive switch type M depending on the spool position
2-position versions WE10A...; ...C...; ...D...; ...D1...
switch on side b
2-position versions WE10B...; ...Y...; ...Y1...
switch on side a
Diagram for
directional control
valve
ACCESSORIESSpool position switch type M
(only for 2-position versions with return spring)
Graphic symbols for directional control valves and initial positions of switches
Type WE10WK 427 700 05.2017 - 20 -
a
PA B
T TA B
112
201
91
105 (max) 70 (min)
M12
x 1
15
1
4
3
54 18,5
b
201
91
2
Overall dimensions
ACCESSORIESSpool position switch type M
(only for 2-position versions with return spring)
version with solenoid on side a and switch type M
version with solenoid on side b and switch type M
NOTE: subplate surface required according to page 6
NOTES:
Directional control valve with spool
position switch is adjusted. Any
adjustments may be made only by the
manufacturer.
In case of a faulty switch or valve
complete directional control valve must
be changed.
1 - Dimension of directional control valve with 1 solenoid - on side a and
switch type M
• 2-position, with return spring (spool diagrams: A, C, D, D1, EA, FA, GA,
HA, JA, LA, MA, PA, QA, RA, TA, UA, VA, WA - according to pages 4, 5)
2 - Dimension of directional control valve with 1 solenoid - on side b and
switch type M
• 2-position, with return spring (spool diagrams: B, Y, Y1, EB, FB, GB,HB,
JB, LB, MB, PB, QB, RB, TB, UB, VB, WB - according to pages 4, 5)
3 - Distance for mounting plug-in connector and cable of
switch (plug-in connectors not showed in the drawing
must be ordered separately according to data sheet WK 499 963)
4 - O-ring 12,42 x 1,78 - 5 pcs/set (P,T , T , A, B)A B
Type WE10 WK 427 700 05.2017- 21 -
A B
M
P T 4WE10 J...
EXAMPLE OF APPLICATION
IN HYDRAULIC SYSTEM
SUBPLATES AND FIXING SCREWS
Subplates must be ordered according to data sheet
WK 496 520. Subplate symbols:
G 66/01 - threaded connections G 3/8
G 67/01 - threaded connections G 1/2
G 89/01 - threaded connections G 1/4
G 67/02 - threaded connections M22 x 1,5
G 534/01 - threaded connections G 3/4
NOTE:
Subplate symbol in bold is the preferred
version available in short delivery time.
Subplates and fixing screws M6 x 40 - 10,9 - acc. to
PN - EN ISO 4762 - 4 pcs/set must be ordered
separately.
Tightening torque Md = 15 Nm.
Type WE10WK 427 700 05.2017 - 22 -
HOW TO ORDER
WE 10
Manual lever control
no manual control lever = no designation
with a manual control lever positioned vertically = H
with a manual control lever positioned vertically z blokadą = HF
with a manual control lever positioned at an angle = HS
Number of service ports
3-way - only for spools A, B = 3
4-way - for the other spools = 4
Spool symbol
spool diagrams - according to pages 4, 5
Series number
(60-69) - connection and installation dimensions unchanged = 6X
series 62 = 62
Spool positioning
spring centering = no designation
without springs return
(only fo spools A, C, D, EA, GA, HA, JA, EB, GB, HB, JB) = O
without springs return with detent
(only for spools A, C, D, EA, GA, HA, JA, EB, GB, HB, JB) = OF
Manual override
solenoids with manual override = N
solenoids without manual override (only for version with
inductive switch type M) = no designation
Electrical connection
plug-in-connector type ISO 4400 (DIN 43650 - A) without LED = Z4
plug-in-connector type ISO 4400 (DIN 43650 - A) with LED = Z4L
Nominal size (NS)
NS10 = 10
Throttle insert (in port P)
without throttle insert = no designation
throttle insert φ 0,8 = B 08
throttle insert φ 1,0 = B 10
throttle insert φ 1,2 = B 12
throttle insert φ 3,0 = B 30
Control voltage for solenoids
12V DC = G12
24V DC = G24
110V DC = G110
110V AC 50Hz (plug-in-connector with rectifier) = W110R
220V AC 50Hz (plug-in-connector with rectifier) = W220R
230V AC 50Hz (plug-in-connector with rectifier) = W230R
230V AC 50 Hz (direct supply with AC current) = W230-50
Type WE10 WK 427 700 05.2017- 23 -
*
Monitored position of the spool
monitored position 0 - zero (3- position and 2- position versions
with positions (a, 0) or (0, b)) = 0
monitored position a (2- position versions with positions (a, 0) or (a, b)) = A
monitored position b (2- position versions with positions (0, b) or (a, b) = B
monitored position a and b (3- position versions) = AB
Spool position switch
spool position switch type S1 = S1
spool position switch type S2 = S2
spool position switch type M (only for 2-positions versions with return spring) = M
NOTES:
Optional version with a spool position switch and a manual control lever (options: ...H...; ...HS...;
...HF...) available after consultation with the manufacturer.
Sealing
NBR (for fluids on mineral oil base) = no designation
FKM (for fluids on phosphate ester base) = V
Further requirements in clear text
(to be agreed with the manufacturer)
HOW TO ORDER
Directional spool valve should be ordered according to the above coding.
The symbols in bold are preferred versions in short delivery time.
Coding example: 4WE10 E - 62/G24 N Z4 B08 - S1AB
NOTES:
Type WE10WK 427 700 05.2017
PONAR Wadowice S.A. ul. Wojska Polskiego 29 34-100 Wadowice
tel. +48 33 488 21 00 fax.+48 33 488 21 03 www.ponar-wadowice.pl
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