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HDS11
8 Sectional directional control valves HDS11
8A Standard valves
Contents
8A.1 General specification 104
8A.2 Dimensional data 105
8A.3 Performance curves 106
8A.4 Inlet and outlet covers 108
8A.5 Adjustable direct acting Relief Valve RV 108
8A.6 End covers 109
8A.7 Sectional bodies 110
8A.8 Spool charts 112
8A.9 Hydraulic circuits 112
8A.10 Spool positioners 112
8A.11 Lever styles 116
8A.12 Port relief and anti-cavitation valves 119
8A.13 Hydraulic-Pneumatic control ON-OFF 120
8A.14 Hydraulic control 120
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HDS11
8A.1 General specifications
Technical specification
Max flow rate
l/min
U.S.G.P.M.
45
12
Max continuous operating
pressure supply port P
bar
PSI
250
3600
Max intermittent peak pres
sure work port A/B
bar
PSI
320
4600
Max back pressure
tank port T
bar
PSI
30
430
Oil temperature
° C
° F
-10 to +80
14 to 180
Oil viscosity mm
2
/s 16 to 75
Oil filtration
m
p30
Spool leakage at 100 bar (1450 PSI), Temp. 50° C
(120° F), viscosity 27 mm
2
/s:
Maximum
cm
3
/min
Cu. In./min
12
0.854
Average
cm
3
/min
Cu. In./min
6
0.427
Number of spools 1 to 10
Adjustable direct operated relief valve
(tamper-proof seal available on request)
RV
Load hold check valve in each section LC
Cartridge anti-shock, anti-cavitation and
service relief valve
OA-UC-C
Mechanical release check valve RSM1
8A.1.1 Weight
Version
kg lb
Inlet with RV and P 1 2.21
1 spool section
(standard without options)
1.30 2.86
End cover standard 065 1.43
End cover with T and
H.P.C.O.
075 1.65
8A.1.2 Material specification:
Body: High strength cast-iron.
Spool: Hardened steel - Chrome plated.
Seals: Buna “N”.
8A.1.3 Standard features:
1) Internal load holding check valves (prevent reverse
flow through valve when shifting)
2) Parallel circuit.
3) Balanced interchangeable spools (provides
minimum leakage, smooth operation)
4) Wide selections inlets, work ports, and outlets
threaded ports.
5) Negative overlapping of the spool.
8A.1.4 Optional features available:
1) Open or closed centre positions, 3 or 4 way
operations, 3 or 4 position (float position), full
open centre (motoring spool) and other spool
options.
2) Carry over.
3) Series connection and priority pressure.
4) Pressure compensated flow control.
5) Complete lever assembly.
8A.1.5 Symbols:
P: inlet port
T: outlet port
A/B: work ports
H.P.C.O.: carry-over
RV: relief valve
P
1
T
1
: top inlet and outlet
3.10.2: spool position
P: pressure line
T
: exhaust line
E: centre line (by pass).
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HDS11
8A.2 Dimensional data
Float
Pos.3: STROKE - 8 mm. - .31”
Pos.1: STROKE - 4 mm. - .16”
Pos.2: STROKE - 4 mm. - .16”
0
Pos.2: STROKE - 5 mm. - .19”
0
Pos.1: STROKE - 5 mm. - .19”
PRESS PRESS
PRESS
B
B
A
Ex.: 63.5 = mm
2.50” = inches
Dimensional data shown in mm and inches
2.28”
T
P
1
1
RV
.59”
INLET MANIFOLD WITH P1 and T1.
58
15
M8x1,25
.83”
1.30”
3.15”
3.78”
2.20”
6.71'
3.44”
.31”
2.16” 2.75”
.51”
4.92”1.65”
7.08”
.46”
.46”
0.98”0.98”
1.22”
1.22”
1.25” .59”
.59”
.53”
2.50”
2.96”
H.P.C.O.
Pos.3
Pos.1
Pos.2
A
B
P
T
ø 8
.31”DIA
.96”
16+2 Nm
13
3.08”
1.53”
96
66
8
42
*13
180
125
70
55
33
31.8
A
B
80
21
87,5
170,5
63,5
ø13,5
11.7 11.7
L 0
24.5
15
30.9
24.8
15
30.9
24.8
56
78.2
39
Pos.4
(see 8A.11)
Pos.4: STROKE - 8 mm. - .31”
PRESS
A
N. of sections 1 2 3 4 5 6 7 8 9 10
Dimension
A
111.4 143.2 175 206.8 238.6 270.4 302.2 334 365.8 397.6
4.38” 5.64” 6.89” 8.14” 9.39” 1064” 11.90” 13.15” 14.40” 15.65”
B
134.8 166.6 198.4 230.2 262 293.8 325.6 357.4 389.2 421
5.31” 6.56” 7.81” 9.06” 10.31” 11.57” 12.82” 14.07” 15.32” 16.57”
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HDS11
8A.3 Performance curves
Flow rate
l/min
bar
Pressure drop
U.S.G.P.M.
PSI
Pressure drop
Flow rate
Flow rate
Stroke
Metering
Pressure drop
std. Spools
l/min
bar
U.S.G.P.M.
PSI
PSI
U.S.G.P.M.
l/min
bar
A/B → T 150 bar
P → A/B 150 bar
Flow rate
U.S.G.P.M.
inches
mm
l/min
A - B ⇒ T
A
B
T
T
P
P ⇒ T
Oil: Shell Tellus T37
Temperature: 50° C (120° F)
Viscosity: 27 mm
2
/s
P ⇒ A - B
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HDS11
Flow rate
l/min
bar
U.S.G.P.M.
PSI
l/min
bar
U.S.G.P.M.
PSI
l/min
bar
U.S.G.P.M.
PSI
l/min
bar
U.S.G.P.M.
PSI
Flow rate
Flow rate
Pressure drop
P
1
⇒ T
1
Pressure drop
A ⇒ T
1
B ⇒ T
1
Flow rate
Pressure drop
Pressure setting
Relief Valve RV
Oil: Shell Tellus T37
Temperature: 50° C (120° F)
Viscosity: 27 mm
2
/s
A
B
T
1
P
1
T
1
T
1
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HDS11
8A.4 Inlet and outlet covers
8A.4.1 Inlet manifold (standard) with P and RV
* Inlet section code with RV set at standard pressure:
150 bar (2100 PSI)
T
P
E
P
RV
øD
∅ D
Type Code
SAE6 T06 * 200931060020
SAE8 T07 * 200931070030
3/8” BSP T09 * 200931020020
M18X1.5 T10 * 200931010030
8A.4.2 Inlet manifold with P
1
- T
1
- RV
* Inlet section code with RV set at standard pressure:
150 bar (2100 PSI)
RV
P
1
T
1
P
E
T
P
1
T
1
∅ D
Type
Code
SAE6 T11 * 200931060030
SAE8 T12 * 200931070020
3/8” BSP T14 * 200931020030
M18X1.5 T15 * 200931010020
8A.4.3 Inlet manifold with P
1
-
T
1
Plugs
P
1
T
1
P
1
T
1
P
E
T
∅ D
Type
Code
SAE6 T16 200931060040
SAE8 T17 200931070050
3/8” BSP T19 200931020040
M18X1.5 T20 200931010040
8A.5 Adjustable direct acting pressure Relief Valve RV
06
15
26
60
(860)
150
(2100)
260
(3700)
Yellow
(YE)
Green
(GR)
Blue
(BL)
30 - 95
(400 - 1300)
96 - 210
(1300 - 3000)
211 - 320
(3000 - 4600)
Setting Code
Std. setting
bar (PSI)
Spring
colour
Pressure set range
bar (PSI)
Relief valve set at 30 l/min (8 U.S.G.P.M.)
Fluctuating pressureF
Operating Time
Peak
P
T
**
** The maximum operating pressure for each valve series is indicated in the
“Technical specification” at the first page of each valve section.
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HDS11
8A.6 End covers
8A.6.1 Outlet manifold (std) with T and open center
T
P
E
T
T
TTE
T
∅ D
Type
Code
SAE6 P01 200630060011
SAE8 P02 200630070010
3/8” BSP P04 200630020011
M18X1.5 P05 200630010010
8A.6.2 Outlet manifold with T and H.P.C.O.
(power beyond)
T
P
E
T
H.P.C.O.
TET
TH.P.C.O.
T
∅ D
Type
Code
SAE6 P06 200930060020
SAE8 P07 200930070020
3/8” BSP P09 200930020020
M18X1.5 P10 200930010020
8A.6.3 Outlet manifold with open center
To be used with P1 and T1 on the inlet manifold
T
P
E
T
TTE
Type
P11
Code*
200630090010
8A.6.4 Outlet manifold with closed center
Plug
T
P
E
T
To be used with P1 and T1 on the inlet manifold
TT
E
Type
P12
Code*
200930090020
8A.6.5 Outlet manifold with T and closed center
T
P
E
T
T
T
TT
E
Plug
∅ D
Type
Code
SAE6 P13 200930060030
SAE8 P14 200930070030
3/8” BSP P16 200930020030
M18X1.5 P17 200930010030
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HDS11
8A.7 Sectional bodies
8A.7.1 Standard circuit: parallel
∅ D
Type/Code
Standard
Section with
valve
UC - OA - C
SAE6
M18X1.5
3/8” BSP
SAE8
K01
200941360510
K06
200941360530
K07
200941370280
K09
200941326250
K10
200941312730
K05
200941312720
K04
200941326240
K02
200941370270
cyl. A
cyl. B
T
EP
(UC - OA - C)
D
8A.7.2 Optional circuit: series and tandem
∅ D
Type/Code
Standard
SAE6
M18X1.5
3/8” BSP
SAE8
K47
200941360520
K52
200941360540
K53
200941370300
K55
200941326270
K56
200941312750
K51
200941312740
K50
200941326260
K48
200941370290
(UC - OA - C)
cyl. A
cyl. B
T
E
P
Section with
valve
UC - OA - C
Note: Body code consist of machined casting, seals and hold check valve only. Not to be used for complete valve order.
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HDS11
8A.7.3 Check valves with mechanical release RSM1 on A/B ports
The check valve taper seal is released by means of a
taper on the spool and by a push rod.
AB
cyl. A
cyl. B
T
EP
Spool AR
D
D
RSM1
RSM1
cyl. B
TEP
cyl. A
cyl. B
T
EP
Spool AR
Spool GR
cyl. A
TEP
Spool SR
cyl. A
cyl. B
T
EP
Spool AR
Port A ( RSM1/A)
Port B ( RSM1/B) Port A/B ( RSM1/AB)
cyl. A
cyl. B
T
EP
Spool ZR
N.B.: port A plugged with GR spool
N.B.: port B plugged with
SR spool
8A.7.4 Directional control valve bodies for RSM1 valve
∅ D
RSM1/A RSM1/B RSM1/A-B
RSM1 CodeSpool SR-AR Spool ZR Spool GR-AR Spool AR
Type/Code Type/Code Type/Code Type/Code
SAE6
K65
200941360610
K66*
200941360620
K62*
200941390140
200787601920
3/8” BSP
K63
200941320340
K40**
200941320330
K64*
200941320350
200787601910
M18X1.5
K60
200941312790
K70**
200941310460
K61*
200941312800
200787601900
* : K61 - K62 - K64 - K66 need special lever L153 - L353
** : K40 - K70 need special lever L175-L375
Note: Body code consist of machined casting, seals and hold check valve only. Not to be used for complete valve order.
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HDS11
8A.8 Spool charts
Spool scheme
Spool features Type
4 way - 3 position
A/B closed
E open by pass
A
AR**
High metering spool
(max flow suggested
15 l/min.)
AS
4 way - 3 position
A/B-E closed
B
4 way - 3 position
A/B to tank in neutral
E open by pass
C
3 way - 3 position
B closed
E open by pass
G
GR**
3 way - 3 position
A closed
E open by pass
S
SR**
4 way - 3 position
series connection
X
4 way - 4 position
4
th
floating position
Z
ZR**
4
4 way - 4 position
4
th
floating position
WW
*
* : “WW” spool require special body (K...), positioner (240)
and lever (L192)
** : special body required
8A.9 Hydraulic circuits
Standard parallel circuit
P01K01 - GK01 - CT06
K01 - A
P
P
T
E
B
B
BA
A
T
Optional series circuit
T06
K47 - X
K47 - X
K47 - A P01
BA
B
B
A
A
T
P
P
E
T
Optional tandem circuit
P01
K47 - A
K47 - AK47 - A
T06
B
BB
A
AA
P
P
E
T
T
Combined parallel/series circuit
P01
T06 K47 - X
K47 - A
K01 - A
B
BB
A
AA
P
P
E
T
T
8A.10 Spool positioners
3 position spring return to neutral
TypeF (N) Code*
01
STD
79
200
140
200768510010
200768510920
F
2 position detent - spring centre
Type
02
Code*
200768530010
36
1.68”
* : code without plastic plug; plastic plug code: 2006780.0008.0
Code F (N)**: force in Newton (N) needed to operate the spool
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HDS11
3 position detent
Type
03
Code*
200768520010
2 position detent
Type
05
Code*
200768520050
2 position detent
Type
07
Code*
2007685.2027.0
4 position float
Type
04
Code
200768540030
Plastic plug code: 2006780.0009.0
2 position spring return
Type
06
Code*
20076851005.0
2 position spring return
Type
12
Code*
200768510210
2 position spring return
Type
15
Code*
200768511090
2 position spring return
Type
16
Code*
200768511100
* : code without plastic plug; plastic plug code: 2006780.0008.0
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HDS11
2 position spring return
Type
17
Code*
200768510400
2 position detent + spring return
Type
20
Code*
200768530100
4 position detent
Type
38
Code*
200768520290
3 position spring return
Type
84
Code
200968610970
3 position spring return to neutral
Type
88
Code
200968610100
2 position detent - spring return to pos.1
Type
106
Code*
20076852028.0
Type
240
Code
200768540310
Plastic plug code:
2006780.0009.0
4 1 0 2
4 position float
only for “WW” float spool
56
* : code without plastic plug; plastic plug code: 2006780.0008.0
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HDS11
8A.10.1 Microswitch control on each single element
Microswitch is operated
when the spool is in
pos. 1
Microswitch is operated
when the spool is in
pos. 1 and 2
Microswitch is operated
when the spool is in
pos. 2
* The microswitch is supplied only
on customer's request
Type
30
Code
200968610500
Type
34
Code
200968610640
Type
32
Code
200968610600
*
8A.10.2 Single microswitch control for multi-sectional
valves (from 1
st
up to second-last element).
Microswitch is operated when the spool
is in pos. 1 and 2
Type
39 (MSF)
Code
200968611390
8A.10.3 Single microswitch control for multi -
sectional valves (last element, T side).
Microswitch is oper
ated when the spool is
in pos. 1 and 2
* The microswitch is supplied only
on customer's request
Type
40 (MFL)
Code
200968611400
*
1 - Positioner 40 must be assembled only on the last element near T port
2 - Positioner 40 require T port plugged. Use T1 on inlet cover
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HDS11
8A.11 Lever styles
Type
L55
∅
14
Type
L100
M8X1.25
Type
L175*
Type
L192**
Type
L300
M8X1.25
Type
L375*
Type
L392**
Lo
M8X1.25
AL001
AL004
AL003
AL002
150
5.90
7.87
9.84
11.81
300
250
200
200702210190
200702210030
200702210050
200702210060
mm inches
Lo
Type Code
*: L175 - L375 only for “Z” spool application
**: L192 - L392 only for “WW” spool application
8A.11.1 Safety levers
Type
L140
M8X1.25
Type
L150
M8X1.25
M8X1.25
Lo
AL014
AL018
160 6.30
7.08180
200702210090
200702210110
mm inches
Lo
Type
Code
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HDS11
8A.11.2 Remote cable control
Lever
Support
Code
200760900130
M10X1.5
Optional 20067720048.0
Cables are assembled on
the valve only on request
and with an extra charge.
Cable
200544104002
200544104005
200544104006
200544104007
200544104008
200544104009
Cable length
Code
1000 mm
1500 mm
2000 mm
2500 mm
3000 mm
4000 mm
M10X1.5
L 0
AL001
AL004
AL003
AL002
185 7.28
9.84
11.81
13.78
350
300
250
200702220010
200702220030
200702220040
200702220050
mm inches
Lo
Type
Code
Spool kit
Code 200960900370
200960900390*
* only for “Z” spool application
Optional
200677200480
Type
L142
Code
200707120120
Only for rod remote control
M10X1.5
8A.11.3 Cross joystick for dual axis spool control
M10X1.5
Type
AL038
Code
200702220180
Lo=200
Type
L133
Code
200975920070
P
T
AA
BB
2
Lever
M10X1.5
Lever
M10X1,5
Type
L134
Code
200975920070
(AL038)
1
Type
L188*
Code
200975920240
Type
L189*
Code
200975920240
L188* - L189*: only for “Z” spool application
L133-L134-L188-L189 are supplied
complete with rubber boot protection
X
View from X
View from X
Pivot
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HDS11
8A.11.4 Cross joystick for dual axis spool control
Type
L247−L447
Code
200975920040
L247-L447-L248-L448 are supplied complete
with rubber boot protection
Lever AL010 (M12x1.75) code 200702230040
View from X
Type
L248−L448
Code
200975920050
2
1
T
X
L247
L447
L248
L448
Type
L260−L460
Code
200975920411
L260-L460 are supplied complete with
rubber boot protection
View from X
1
L260
L460
T
X
2
Spacer plate code 200964900470,
necessary for L247 - L447 - L248 -
L448 - L260 - L460
B1
B2
A1
A2
B1
A2
B1
B2
B2
A1
A2
A1
A2
B1
B2
A1
A2
B1
A2
A1
A1
B2
B1
B2
B1
B2
A1
A2
A1
A2
A1
B2
B2
B1
A2
B1
A1
A2
B2
B1
B2
B1
B2
A1
A1
A2
B1
A2
B1
B2
A1
A2
B1
A2
B1
B2
B2
A1
A2
A1
A2
B1
B2
A1
A2
B1
A2
A1
A1
B2
B1
B2
P
A
B
T1
B
A
P
A
B
T1
A
B
View from X
Pivot
M12X1.75
M12X1.75
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HDS11
8A.12 Port relief and anti-cavitation valves
06
15
60
(860)
150
(2100)
Yellow
(YE)
Green
(GR)
30 - 130
(400 - 1850)
130 - 300
(1850 - 4600)
Type
Std. Setting
bar (PSI)
Spring
colour
Pressure set range
bar (PSI)
Port relief valve settings
8A.12.1 Port relief valve
Type
OA
Flow rate
bar
Pressure setting
l/min
8A.12.2 Anti-cavitation valve
Type
C
Flow rate
bar
Pressure drop
l/min
8A.12.3 Combined port relief and anti-cavitation valve
Type
UC
Flow rate
bar
Pressure setting
l/min
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HDS11
8A.13 Hydraulic-Pneumatic control ON-OFF
Type
Code
HP 24
200968650490
Operating conditions
Hydraulic control:
Pressure range: (bar) Min. 6 - Max. 15
(PSI) Min. 85 - Max. 215
Pneumatic control:
Pressure range: (bar) Min. 6 - Max. 10
(PSI) Min. 85 - Max. 145
1/8”BSP
30
32
73
2.88”
1.18”
1.26”
8A.14 Hydraulic control
Type
Code
HP50 200968650583
Operating conditions
Hydraulic control:
Pressure range: (bar) Min. 4.6 - Max. 16.6
(PSI) Min. 67 - Max. 241
25
38
55.5
1/4" BSP-H
1/8"BSP-H
.98"
2.19"1.50"
0
5
10
15
20
25
-5 -4 -3 -2 -1 0 1 2 3 4 5
Stroke [mm]
Pilot pressure [bar]
Spring characteristic curve
16.6bar
4.6bar
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HDS11
8B Electromagnetic control EMC (ON-OFF)
Contents
8B.1 General specification 122
8B.2 Dimensional data 123
8B.3 Performance curves 125
8B.4 Operating limits 126
8B.5 Sectional bodies 127
8B.6 Spool charts 129
8B.7 Spool actions 130
8B.8 4
th
Floating Position 131
8B.9 Cartridge valves 133
8B.10 Solenoid operated directional valves 134
122/220
200-P-991210-EN-04/03.2022
HDS11
8B.1 General specifications
Technical specification
Max flow rate
l/min
U.S.G.P.M.
40
11
Max continuous operating
pressure supply port P
bar
PSI
250
3600
Max intermittent peak pres
sure work port A/B
bar
PSI
320
4600
Max back pressure on the
channel “T”
bar
PSI
20
290
Oil temperature
° C
° F
-10 to +80
14 to 180
Oil viscosity mm
2
/sec 20 to 50
Oil filtration
μ
p25
Spool leakage at 100 bar (1450 PSI), Temp. 50° C (120°
F), viscosity 27 mm
2
/sec:
Maximum
cm
3
/min
Cu. In./min
16
1.138
Average
cm
3
/min
Cu. In./min
12
0.854
Number of spools 1 to 10
Adjustable direct operated relief valve
(tamper-proof seal available on request)
RV
Load hold check valve in each section LC
Cartridge anti-shock, anti-cavitation and
service relief valve
OA-UC-C
8B.1.1 Material specification:
Body: High strength cast-iron.
Spool: Hardened steel.
Seals: Buna “N”.
8B.1.2 Optional features available
Series circuit;
Load sensing circuit;
Spool 3-way or 4-way at 2-3 positions;
Port relief and anti-cavitation valves -OA-UC-C-
Cross port relief valve - AA-
Pilot - Actuated Check Valve - RP-
8B.1.3 Ports
P-T-P
1
-T
1
-A-B-HPCO (M18X1.5 - 3/8”BSP.............
-SAE6 - SAE8)
8B.1.4 Input voltages
Continuous Current 12VDC - 24VDC *.................
8B.1.5 Solenoid specification
Technical specification
Continuous current voltage V. D.C.
12 (24)
+5% -10%
Power consumption Watt (W) 36 (37)
Intensity of current Ampere (A) 3 (1.55)
Resistance Ohm (Ω) 4 (15.5)
Duty cycle (continuous) ED 100%
Stabilized temperature at
nominal voltage
° C 110
Ambient temperature ° C -20 to +40
Protection class IP65 (DIN 40050)....................
Coil insulation class H (VDEO 0580)..................
STD. connection (DIN 43650)........................
Manual override.
Explosion-proof version on demand.
8B.1.6 Mechanical specification
Spool diameter 10 mm...............................
Spool stroke 2.50 mm...............................
Overlapping 1.25 mm...............................
Internal passage 10 mm.............................
Dimensional section (width) 40 mm....................
8B.1.7 Weight
Version
kg lb
Inlet with RV and P 10 2.23
1 spool section with 2
solenoid
2.50 5.50
1 spool with 1 solenoid 2.10 4.62
End cover with T and
HPCO
075 1.65
* for non indicated tension valves, please contact our Sales Department
123/220
200-P-991210-EN-04/03.2022
HDS11
8B.2 Dimensional data
8B.2.1 Standard circuit: parallel
For inlet and outlet manifold see chapters 8A.4 - 8A.6
Ex.: 29 = mm
1.14” = inches
T*- For EMC electromagnetic control versions always use outlet
covers with side outlet T connection.
(Ex.: P04, P05, etc.)
P
1
RV
.59”
Inlet manifold with P1
1.30”
3.15”
3.78”
2.20”
3.11”
1.14”
.46” .46”
0.98”0.98”
.59”.59”
P
T
13
16+2 Nm
H.P.C.O.
A
P
B
1.38”1.38”
1.58”
3.11”4.33”
10.55”
Plugged
1.48”
3.05”
3.5”
1.36”
15
96
89
37.5
34.5
A
80
56
110
79
79
33
40
15
15
35
35
24.8
24.8
11.7
11.7
B
268
77.5
29
Ø 10.5
N. of sections 1 2 3 4 5 6 7 8 9 10
Dimension
A
119.6 159.6 199.6 239.6 279.6 319.6 359.6 399.6 439.6 479.6
4.71” 6.28” 7.86” 9.43” 1101” 12.58” 14.16” 15.73” 17.31” 18.88”
B
143 183 223 263 303 343 383 423 463 503
5.63” 7.20” 8.78” 10.35” 11.93” 13.50” 1508” 16.65” 18.23” 19.80”
124/220
200-P-991210-EN-04/03.2022
HDS11
8B.2.2 Version with SP.../AB valves
24
33
24
33
133.7133.7
267.4
70
140
107107
39
86
122
126
40
24.8
24.8
1515
130.8
9.3
A
B
.98"
.98".59".59" 1.57"
5.26"5.26"
10.53"
2.76"
5.51"
.94" .94"
1.30"
4.96"
4.12"
4.12"
5.15"
4.80"
3.39"
1.54"
.37"
1.30"
8B.2.3 Version with RP/AB valves
24
33
24
33
133.7
133.7
267.4
70
140
40
24.8
24.8
1515
87.3
39
86
122
5555
126
30
30
267.4
.98"
.98".59".59" 1.57"
5.26"
5.26"
10.53"
2.76"
5.51"
.94"
.94"
1.30" 1.30"
4.80"
3.39"
1.54"
4.96"
10.53"
3.44"
2.17" 2.17"
1.18"
1.18"
125/220
200-P-991210-EN-04/03.2022
HDS11
8B.3 Performance curves
Oil: Shell Tellus T37
Temperature: 50_C (120_F)
Viscosity: 27 mm
2
/sec
P ⇒ T
P ⇒ A/B
Flow rate
l/min
bar
Pressure drop
U.S.G.P.M.
PSI
Flow rate
l/min
bar
Pressure drop
U.S.G.P.M.
PSI
Flow rate
l/min
bar
Pressure drop
U.S.G.P.M.
PSI
A/B ⇒ T
P
T
P
A
B
T
A
B
126/220
200-P-991210-EN-04/03.2022
HDS11
8B.4 Operating limits
Oil: Shell Tellus T37
Temperature: 50_C (120_F)
Viscosity: 27 mm
2
/sec
Tested with voltage V = -10%
Standard Circuit
Carry−over Circuit
Operating Pressure
Operating Pressure
bar
l/min
U.S.G.P.M.
PSI
bar
l/min
U.S.G.P.M.
PSI
P - RV - A/B ⇒ T
Max. back pressure: T = 20 bar
(290 PSI)
P
RV
T
P
RV
T
HPCO
P ⇒ HPCO
A/B - RV ⇒ T
Max. back pressure: T = 20 bar (290 PSI)
HPCO = 250 bar (3600 PSI)
127/220
200-P-991210-EN-04/03.2022
HDS11
8B.5 Sectional bodies
8B.5.1 Standard circuit: parallel
∅ D
Type/Code
Standard
Section with
valve
UC- OA- C
SAE6
M18X1.5
3/8” BSP
SAE8
K201
200941360550
K211
200941360600
K212
200941370320
K214
200941326290
K215
200941312770
K205
200941312760
K204
200941326280
K202
200941370310
cyl. A
cyl. B
T
E
P
(UC - OA - C)
T
A
B
D
E
T
P
8B.5.2 Optional circuit: series and tandem
cyl. A
cyl. B
TE
P
∅ D
Type/Code
Standard
Section with
valve
UC- OA- C
SAE6
M18X1.5
3/8” BSP
SAE8
K247
200941360660
K252
200941360700
K253
200941370420
K255
200941320360
K256
200941310370
K251
200941310340
K250
200941320420
K248
200941370390
(UC - OA - C)
T
B
A
D
E
T
P
Note: Body code consist of machined casting, seals and hold check valve only. Not to be used for complete valve order.
128/220
200-P-991210-EN-04/03.2022
HDS11
8B.5.3 Element version with SP817/ TVR valves
for standard parallel version
∅ D
SAE6
M18X1.5
3/8” BSP
KH705
KH704
KH701
Type
Normally closed
Double on A-B
Single on B
Single on A
TVR/B
TVR/A
TVR/A-B
Type
Normally open
Double on A-B
Single on B
Single on A
TOR/B
TOR/A
TOR/A-B
Type
TVR/A TVR/B
A
B
For SP/SPE817 solenoid valve
see chapter 8B.10
AB
A
B
TP TE
TP TE
D
T
T
P
E
8B.5.4 Element version with RP/AB valves
for standard parallel version
∅ D
SAE6
M18X1.5
3/8” BSP
KH711
KH714
KH715
Type
Pilot check valve
Double on A-B
Single on B
Single on A
RP/B
RP/A
RP/A-B
Type
AB
TP TE
D
AB
T
T
P
E
129/220
200-P-991210-EN-04/03.2022
HDS11
8B.5.5 Emergency manual override
Manual override
Manual override
8B.6 Spool charts
Spool scheme Spool features Type
4 way - 3 position
A/B closed
E open by pass
AE
4 way - 3 position
A/B-E closed
BE
4 way - 3 position
A/B to tank in neutral
E open by pass
CE
4 way - 3 position
A closed
B to tank in neutral
DE
3 way - 3 position
B closed
E open by pass
GE
4 way - 3 position
B closed
A to tank in neutral
LE
3 way - 3 position
A closed
E open by pass
SE
4 way - 3 position
A/B closed
series connection
XE*
4 way - 3 position
A/B to tank in neutral
series connection
XCE*
* series body required
** special body required
130/220
200-P-991210-EN-04/03.2022
HDS11
8B.7 Spool actions
8B.7.1 Double-Solenoid spring-centered valves
Type
01E
8B.7.2 Single Solenoid spring offset valves
Type
02E
Solenoid at port “B” end of body
8B.7.3 Single Solenoid spring offset valves
Type
03E
Solenoid at port “A” end of body
8B.7.4 Double Solenoid, two detent position valves*
Type
04E
Type
05E
* Available only on request
131/220
200-P-991210-EN-04/03.2022
HDS11
8B.8 4
th
Floating position
8B.8.1 Main features
Max operating pressure: 250 bar......................
Max admitted flow: 35 l/min...........................
Average leakage: 30 cm
3
/min (100 bar, 50_C, 27 mm
2
s
-1
)
Solenoid power: 48 Watt (12-24 Vdc)..................
8B.8.2 General specification
- Pressure drops with 35 lt/min:
Pos 0
P ⇒T 2 bar........................................
Pos 1 and 2
P ⇒ A / P ⇒ B 9 bar...............................
B ⇒ T / A ⇒ T 5.5 bar...............................
Pos 3 (4
th
floating position)
A ⇒ T / B ⇒ T 12.5 bar.............................
- Parallel circuit, electric operated
- Compatible for assembling on HDS11 valve series
- Intermediate spacers 15 mm width needed
- In case the directional control valve consists of 2 or more
sections, we suggest to position the section (or the
sections) with 4
th
floating position as last section in the
pack close to the “T” outlet cover.
- In the electric 4
th
floating position it is necessary to use
always the cover with “T” side outlet (ex. P04, P05, etc.)
- To be used, if possible, in circuits without the carry-over
version ( on the contrary please contact our Sales
Department)
- The 4
th
floating position must always be realized as from
the “0” neutral position with both solenoids not
energized.
- It is not possible to have versions with OA-C-UC
valves with the 4
th
floating position section.
8B.8.3 Dimensional data
3.46” 4.32” 3.46”
.31” 1.57” .31”
2.2”
77.5
34,5
37.5
89
1.36”
3.5”
3.05”
1.48”
B
P
A
16+2 Nm
13
T
P
88
88
110
8 8
40
56
132/220
200-P-991210-EN-04/03.2022
HDS11
8B.8.4 Hydraulic circuit
Pos. 0
Pos. 1
Pos. 2
Pos. 3
F
F
FF
Sol.A Sol.B
Pos.0
Pos.2 Pos.3
Pos.1
Floating
Position
1203
8B.8.5 Spool chart
Spool scheme Spool features Type
1203
4 way - 4 position
4
th
floating electric
position
ZE*
* Special body required
8B.8.6 Spool action
Type
08E
Double−Solenoid spring−centered valves
+ 4
th
floating position
2301
8B.8.7 Sectional body and manifold
∅ D
Type/Code
Standard
SAE6
M18X1.5
3/8” BSP
SAE8
K225
200941360710
K228
200941312890
K227
200941326330
K226
200941370430
cyl. A
cyl. B
T
E
P
T
A
B
D
E
T
P
(*)
(*) bodies with ports for OA-UC valves are not available
E
T
T
CodeH
8 mm 200764900350
H
133/220
200-P-991210-EN-04/03.2022
HDS11
8B.9 Cartridge valves
8B.9.1 Flow control valve series VS
Ø D
Ø s
Ø D
Valve
type
Code Ø s
M18X1,5
VS4 200787200430 1.4
VS6 200787200450 2
VS11 200787200330 2.5
3/8” BSP
VS15 200787200370 1.4 (Ø 6.5)
VS16 200787200380 1.4
VS17 200787200390 1.4 (Ø 7.2)
VS39 200787201660 2.5
SAE6
VS18 200787200400 1.5
VS25 200787201040 2
VS26 200787201050 2
Ø D
ø s
Ø D
Valve
type
Code Ø s
M18x1,5
VS105 200787201690 0.5
VS108 200787201700 0.8
VS112 200787201710 1.2
VS116 200787201720 1.6
VS125 200787201730 2.5
3/8” BSP VS225 200787201740 2.5
SAE6 VS625 200787201750 2.5
8B.9.2 Piloted check valve
Piloted RP valve
Spool for RP valves
Code
200787602451
( n.1 pcs.)
200667300070
Pressure piloted ratio: 1:3,5
15
+0.02
0
M20x1,5-6H
26
+0.2
0
ø
ø
134/220
200-P-991210-EN-04/03.2022
HDS11
8B.10 Solenoid operated directional valve:
SP817/22-TVR
Normally closed - Pilot type
Poppet type, bi-directional flow admitted
Weight (complete valve): 0.390 Kg
2
1
34.6 (1.36")
69.4 (2.73")
59 (2.32")
13.1 (.52")
23.5 (.92")
52.5 (2.06")
36 (1.42")
2.5 (.1")
ø12.7 (.5")
ø3/4-16 UNF
1
2
24
-5
+10
35 Nm
Directional valve without coil and connector
SP817/22-TVR P.M.
200757200750
Complete solenoid valve for D.C. current
SP817/22-TVR/13-HC 200957010044
SP817/22-TVR/23-HC 200957020046
Coil voltage
D.C.
Volt 12 V. 24 V.
Type 13 23
Directional valve without coil and connector
Electric performances
Max. pressure
300 bar
4356 PSI
Max. flow
25 l/min.
6.66 U.S.G.P.M.
Rated power 22 Watt
Intermittence ED= 100%
Voltage tolerance ± 10%
Internal leakage 0-5 drops/min.
Temperature range -20/+90_ C
Connector type DIN 43650
Time to open (50-210 bar) 15-100 ms.
Time to close (50-210 bar) 15-100 ms.
O-Ring replacement kit 200974200140
2-1 OFF (TVR)
Oil: Viscosity 37 mm
2
/s at 40 _C
Pressure drops
Minimum operating pressure= 5 bar
bar
20
16
12
8
4
0
25 l/min.20151050
1-2
2-1 ON (TVR)
135/220
200-P-991210-EN-04/03.2022
HDS11
8C Elements with pressure and flow control PQ
Contents
8C.1 General specification 135
8C.2 Sectional body K100
136
8C.3 Inlet cover T100 137
8C.4 Sectional body K88 138
8C.5 Inlet cover T88 139
8C.6 Sectional body K90 140
8C.7 Inlet cover T90 141
8C.8 Inlet cover T89 142
8C.9 Proportional flow control PFCR11 143
8C.10 Special sectional bodies 144
8C.11 End cover for K100 and T100 145
8C.12 By-pass solenoid valve -BP3- 146
8C.1 General specifications
Max continuous operating pressure
supply port P 250 bar................................
Max intermittent peak pressure
work port A/B 320 bar...............................
Max back pressure tank port T 30 bar.................
Nominal flow max. 50 l/min...........................
Adjustable setting flow range on 350° turning-knob:
Min flow 0 l/min.....................................
Max flow (input) 40 l/min.............................
Fixed priority flow VDPF = 0 to 40 l/min................
Adjustable priority flow VDP 06 = 0 to 6 l/min..........
VDP 12 = 0 to 12 l/min...............................
VDP 25 = 0 to 25 l/min...............................
VDP 40 = 0 to 40 l/min...............................
Control accuracy ± 5 %..............................
Pressure difference p max. 6 bar.....................
Oil temperature range -10_ to +80_ C..................
Viscosity range 16 to 75 mm
2
/sec.....................
Recommended filtration p25 micron..................
Adjustable direct acting:
Relief valve on the lines Inlet flow: RV1................
Priority flow: RV2....................................
Residual flow: RV3..................................
By-pass solenoid valve . BP3/AE......................
BP3/CE............................................
136/220
200-P-991210-EN-04/03.2022
HDS11
8C.2 Sectional body K100
8C.2.1 Application variation
Intermediate section with priority flow divider pressure compensated valve, pressure relief valves and by-pass valve.
BP3/CE 13HC (12 VDC)
BP3/CE 23HC (24 VDC)
BP3/AE 13HC (12 VDC)
BP3/AE 23HC (24 VDC)
RV1 or RV2 - 06
RV1 or RV2 - 26
RV1 or RV2 - 15
60
260
150
30 95
96 210
211 320
Relief valves
Type
Standard
Setting bar
Pressure set
range (bar)
VDP 06
VDP 25
VDP 12
6
25
12
0 6
0 12
0 25
Flow regulator
Type
Standard
Setting l/min
Flow set range
(l/min)
VDP 40
40
0 40
VDPF: 1 40 l/min
00VC00
RV1
BP3/AE
VDP
00EC
RV2 00VC00
HDS11
P
T
E
T
T
Pe
VDPF
∅ D
Type
SAE8
M18X1.5
3/8” BSP
K100/1
K100/7
K100/2
D D
8C.2.2 Scheme example
P37
KSTD
K100
PN42KSTD
K
STD
HDS11 RIGHT
1_ 4_3_2_
HDS11 LEFT
HPCO
B1 A1
B2 A2 B4 A4TP
BP3/AE
VDP
Priority flow
RV2
RV1
TT
T T
T
T
E
E
E E
Pe
HPCO = can be pressurized
Pr
Residual flow
137/220
200-P-991210-EN-04/03.2022
HDS11
8C.3 Inlet cover T100
8C.3.1 Application variation
Inlet cover with priority flow divider pressure compensated valve, pressure relief valves and by-pass valve.
BP3/CE 13HC (12 VDC)
BP3/CE 23HC (24 VDC)
BP3/AE 13HC (12 VDC)
BP3/AE 23HC (24 VDC)
VDP 06
VDP 25
VDP 12
6
25
12
0.5 6
0.5 12
0.5 25
Flow regulator
Type
Standard
Setting l/min
Pressure set range
(l/min)
VDP 40400.5 40
VDPF
00VC00
RV1
BP3/AE
VDP
00EC
RV2
00VC00
HDS1
1
P
T
HPCO
VDPF: 1 40 l/min
∅ D Type
SAE8
M18X1.5
3/8” BSP
T100/1
T100/7
T100/2
D
D
RV1 or RV2 - 06
RV1 or RV2 - 26
RV1 or RV2 - 15
60
260
150
30 95
96 210
211 320
Relief valves
Type
Standard
Setting bar
Pressure set
range (bar)
8C.3.2 Scheme example
HDS11
1_
2_
HPCO
B1 A1 B2 A2
TP
BP3/AE
VDP
Priority flow
RV2
RV1
T
T
T
T
E
E
E
Pr
HPCO = can be pressurized
Pr
Residual flow
PN42K
STD
T100
K
STD
138/220
200-P-991210-EN-04/03.2022
HDS11
8C.4 Sectional body K88
8C.4.1 Application variation
Intermediate section with priority flow divider pressure compensated valve, pressure relief valves and by-pass valve.
BP3/CE 13HC (12 VDC)
BP3/CE 23HC (24 VDC)
BP3/AE 13HC (12 VDC)
BP3/AE 23HC (24 VDC)
VDPF: 1 40 l/min
VDPF
00VC00
RV3
BP3/AE
VDP
00EC
RV1
00VC00
HDS1
1
D
P2
T
T
E
∅ D
Type
SAE8
M18X1.5
3/8” BSP
K88/1
K88/7
K88/2
D D
RV1 or RV3 - 06
RV1 or RV3 - 26
RV1 or RV3 - 15
60
260
150
30 95
96 210
211 320
Relief valves
Type
Standard
Setting bar
Pressure set
range (bar)
VDP 06
VDP 25
VDP 12
6
25
12
0.5 6
0.5 12
0.5 25
Flow regulator
Type
Standard
Setting l/min
Flow set range
(l/min)
VDP 40
40
0.5 40
8C.4.2 Scheme example
1_
2_
B1A1
B3A3
T
P
BP3/AE
VDP
Priority flow
RV
3
RV
1
T
T
T
T
E
E
E
Pr
D = excessed flow can be pressurized
P
Residual flow
A4 B4
P
e
E
T
T
2
RV
T
K
STD
T
STD
K88 K
STD
K
STD
P
STD
4_
3_
D
P2
139/220
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HDS11
8C.5 Inlet cover T88
8C.5.1 Application variation
Inlet cover with priority flow divider pressure compensated valve, pressure relief valves and by-pass valve.
BP3/CE 13HC (12 VDC)
BP3/CE 23HC (24 VDC)
BP3/AE 13HC (12 VDC)
BP3/AE 23HC (24 VDC)
VDPF: 1 40 l/min
VDPF
00VC00
RV3
BP3/AE
VDP
00EC
RV1
00VC00
HDS1
1
D
P
∅ D
Type
SAE8
M18X1.5
3/8” BSP
T88/1
T88/7
T88/2
D D
VDP 06
VDP 25
VDP 12
6
25
12
0.5 6
0.5 12
0.5 25
Flow regulator
Type
Standard
Setting l/min
Flow set range
(l/min)
VDP 40
40
0.5 40
RV1 or RV3 - 06
RV1 or RV3 - 26
RV1 or RV3 - 15
60
260
150
30 95
96 210
211 320
Relief valves
Type
Standard
Setting bar
Pressure set
range (bar)
8C.5.2 Scheme example
B1A1
B2A2
P
BP3/AE
VDP
Priority flow
RV3
RV1
T
T
E
Pr
D = excessed flow can be pressurized
Residual flow
Pe
E
T
T2
D
KSTD
T88
KSTD
PSTD
1_
2_
140/220
200-P-991210-EN-04/03.2022
HDS11
8C.6 Sectional body K90
8C.6.1 Application variation
Intermediate section with priority flow divider pressure compensated valve, pressure relief valves and by-pass valve.
Excess flow to tank.
BP3/CE 13HC (12 VDC)
BP3/CE 23HC (24 VDC)
BP3/AE 13HC (12 VDC)
BP3/AE 23HC (24 VDC)
VDPF: 1 40 l/min
VDPF
BP3/AE
VDP
00EC
RV1
00VC00
R
P2
T
T
E
∅ D Type
SAE8
M18X1.5
3/8” BSP
K90/1
K90/7
K90/2
D D
RV1 - 06
RV1 - 26
RV1 - 15
60
260
150
30 95
96 210
211 320
Relief valves
Type
Standard
Setting bar
Pressure set
range (bar)
VDP 06
VDP 25
VDP 12
6
25
12
0.5 6
0.5 12
0.5 25
Flow regulator
Type
Standard
Setting l/min
Flow set range
(l/min)
VDP 40
40
0.5 40
8C.6.2 Scheme example
B1A1 B3
A3
P
BP3/AE
VDP
Priority flow
RV
RV1
T
T
E
Pr
Port R = Tank connection (cannot be pressurized)
Residual flow
E
T
T2
R
P2
T T
TT
T
P
E
K
STD
T
STD
K90
P
STD
1_
2_
3_
K
STD
141/220
200-P-991210-EN-04/03.2022
HDS11
8C.7 Inlet cover T90
8C.7.1 Application variation
Inlet cover with priority flow divider pressure compensated valve, pressure relief valves and by-pass valve. Excess flow to tank.
BP3/CE 13HC (12 VDC)
BP3/CE 23HC (24 VDC)
BP3/AE 13HC (12 VDC)
BP3/AE 23HC (24 VDC)
VDPF: 1 40 l/min
VDPF
BP3/AE
VDP
00EC
RV1
00VC00
R
P
∅ D Type
SAE8
M18X1.5
3/8” BSP
T90/1
T90/7
T90/2
D D
RV1 - 06
RV1 - 26
RV1 - 15
60
260
150
30 95
96 210
211 320
Relief valves
Type
Standard
Setting bar
Pressure set
range (bar)
VDP 06
VDP 25
VDP 12
6
25
12
0.5 6
0.5 12
0.5 25
Flow regulator
Type
Standard
Setting l/min
Flow set range
(l/min)
VDP 40
40
0.5 40
8C.7.2 Scheme example
B1A1
P
BP3/AE
VDP
Priority flow
RV1
T
E
Pr
Port R = Tank connection (cannot be pressurized)
Residual flow
T
T2
R
T
T
K
STD
T90
P
STD
1_
142/220
200-P-991210-EN-04/03.2022
HDS11
8C.8 Inlet cover T89*
8C.8.1 Application variation
Inlet cover with priority flow divider pressure compensated valve, pressure relief valves and by-pass valve.
BP3/CE 13HC (12 VDC)
BP3/CE 23HC (24 VDC)
BP3/AE 13HC (12 VDC)
BP3/AE 23HC (24 VDC)
VDPF: 1 40 l/min
VDPF
BP3/AE
VDP
00VC00
RV1
00VC00
P
00EC
RV3
∅ D
Type
SAE8
M18X1.5
3/8” BSP
T89/1
T89/7
T89/2
D
VDP 06
VDP 25
VDP 12
6
25
12
0.5 6
0.5 12
0.5 25
Flow regulator
Type
Standard
Setting l/min
Flow set range
(l/min)
VDP 40
40
0.5 40
RV1 or RV3 - 06
RV1 or RV3 - 26
RV1 or RV3 - 15
60
260
150
30 95
96 210
211 320
Relief valves
Type
Standard
Setting bar
Pressure set
range (bar)
8C.8.2 Scheme example
B1A1
P
BP3/AE
VDP
Priority flow
RV1
T
E
Pr
Residual flow
T
T2
T
T
T
A2 B2 B3A3 B4A4
Pe
E
RV3
K
SPC
T89
P
STD
1_
K
SPC
K
STD
K
SPC
4_3_
2_
K
SPC
: Special body required, see 8C.9 (*) (**)
143/220
200-P-991210-EN-04/03.2022
HDS11
8C.9 Special sectional bodies
8C.9.1 Special element (priority flow): to be used only
with T89 (*) inlet cover
A
B
D
∅ D
Type/Code
Standard
Section with
valve
UC - OA - C
SAE6
M18X1.5
3/8” BSP
SAE8
K111
200941360640
K27
200941360560
K24
200941370370
K58
200941320400
K59
200941310320
K114
200941310330
K113
200941320410
K112
200941370380
(UC - OA - C)
E
cyl. A
cyl. B
TPr
T
Pe
Pr
Pe
8C.9.2 Special element (residual flow): to be used
only with T89 (**) inlet cover
(UC - OA - C)
∅ D
Type/Code
Standard
Section with
valve
UC - OA - C
SAE6
M18X1.5
3/8” BSP
SAE8
K116
200941360630
K81
200941360590
K82
200941370350
K86
200941310300
K119
200941310310
K118
200941320390
K117
200941370360
P
Pe
E
cyl. A
cyl. B
TTPe
P
A
B
D
Note: Body code consist of machined casting, seals and hold check valve only. Not to be used for complete valve order.
144/220
200-P-991210-EN-04/03.2022
HDS11
8C.10 Proportional flow control PFCR11
8C.10.1 Example of application on K100 body
RV1
BP3/AE
RV2
PFCR11
P
T
92.5
8C.10.2 Example of hydraulic scheme K100
PT
8C.10.3 Electric performances
Coil according to VDE 0580
Connector type DIN 43650
Duty rating ED= 100%
Suggested dither 0-150 Hertz (*)
Insulation class
IP54 (DIN 40050) without connector
IP65 (DIN 40050) with connector
Coil winding class F
Voltage ±5% 12 V (DC) 24 V (DC)
Max current 2.25 A. 1.08 A.
Resistance at 20°C 2.8 Ohm 12.7 Ohm
Nominal power 17.2 Watt 17.4Watt
Insurance
90 mH
armature falling down
406 mH
armature rising
8C.10.4 Code
Flow
l/min
Voltage Type Code**
14 12 V PFCR11/V2-14-P2-13 200788000110
14 24 V PFCR11/V2-14-P2-23 200788000120
35 12 V PFCR11/V8-35-P2-13 200788000070
35 24 V PFCR11/V8-35-P2-23 200788000080
8C.10.5 Hydraulic performances
Max. pressure
270 bar
Max. recommended pressure 230 bar
Regulated flow range
0.5 - 14 l/min
0.5 - 35 l/min
Temperature range -5/+70_ C
8C.10.6 Current/flow regulated diagram
Current (Ampere) − 12 V
Flow (l/min) 0.5−35
Tollerance
0.50.60.70.80.91.01.11.21.31.41.51.61.71.81.92.02.12.22.3
2.5
5.0
7.5
10.0
12.5
15.0
17.5
20.0
22.5
25.0
27.5
30.0
32.5
35.0
37.5
40.0
42.5
45.0
Tolerance
Performances obtained in 60+60 seconds under the
following conditions:
12 VDC Proportional Coil
Pressure on priority flow channel: 100 bar
No pressure on the residual flow channel:
Minimum current: 0 Amp. -Maximum current: 2.3 Amp.
Inlet flow: 56 l/min
Ramp UP: 0 sec - Ramp DOWN: 0 sec
Oil temp: 50° C - Oil viscosity: 32 mm2/s at 40° C
Example for 0.5−35 l/min Regulated nominal flow range
(* frequence could affect the valve seal)
(**code without connector)
145/220
200-P-991210-EN-04/03.2022
HDS11
8C.11 End cover for K100 and T100
8C.11.1 Right cover
TTEP
Type
PN42
Code
200630290331
XYZ
E
P
8C.11.2 Standard left cover
Type
PF31
Code
200730090040
E
T
T
E
T
T
8C.11.3 Carry-over left cover
3/8” BSP
200930020150
M18X1.5 200930010050
∅ D Code
ETT
HPCO
Type
P37
P38
E
T
T
HPCO
146/220
200-P-991210-EN-04/03.2022
HDS11
8C.12 By-Pass solenoid valve - BP3 -
8C.12.1 Normally closed with manual override
Open manually
200757200480
200957010074
200957020071
BP3/CE 13−HC27 HDS11PQ
BP3/CE 23−HC27 HDS11PQ
BP3/CE HDS11PQ p.m.
Type Code
without coil
12 V. D.C.
24 V. D.C.
Voltage
1.52"
3.68"
8C.12.2 Normally open with manual override
200757200490
Close manually
200957010083
200957020072
BP3/AE 13−HC27 HDS11PQ
BP3/AE 23−HC27 HDS11PQ
BP3/AE HDS11PQ p.m.
Type Code
without coil
12 V. D.C.
24 V. D.C.
Voltage
1.32"
4.06"
8C.12.3 Dimension
30
40
-5
Nm
.85"
1.63"
.93"
1.52"x1.42"
1.04"
.89"
1.92"
-DIA .79"
8C.12.4 BP3 Solenoid valve performances
Max. pressure 315 bar
Max. flow 60 l/min
Power 27 Watt
Intermittence ED 100%
Voltage tolerance $10%
Temperature range -20/+80 _C
Oil filtration p25 micron
Pressure drop Q= 30 l/min 7.5 bar
Pressure drop Q= 50 l/min 12.7 bar
8C.12.5 Spare parts
200544110009
200674910100 12 V. D.C.
200674920080 24 V. D.C.
8C.12.6 Coil specifications
Voltage 12
24 V. D.C.
Power 27.2
27 Watt
Resistance (Ambient Temp.) 5.3
21.3 Ohm
Resistance (Stabilized Temp.) 8
32 Ohm
Current (Ambient Temp.) 2.2
1.12 Ampere
Current (Stabilized Temp.) 1.5
0.75 Ampere
147/220
200-P-991210-EN-04/03.2022
HDS11
E 2022 by Bucher Hydraulics S.p.A., IT - 42124 Reggio Emilia.
www.bucherhydraulics.com[email protected]
All rights reserved.
Data is provided for the purpose of product description only, and must not be considered as warranted characteristics in the legal
sense. The information does not relieve users from the duty of conducting their own evaluations and tests. Because the products are
subject to continual improvement, we reserve the right to amend the product specifications contained in this catalogue.
Classification: 430.300.000
02/2001 Id.Nr. 200.599.991208
