Catalogue - Valves empilables · 2018. 4. 12. · i min. max. iso vg 10 10 9.00 11.0 iso vg 15 15...
Transcript of Catalogue - Valves empilables · 2018. 4. 12. · i min. max. iso vg 10 10 9.00 11.0 iso vg 15 15...
®
Technical Catalogue
BANKABLE VALVES
January
2018
web edition
IE/BANK-INDEX/01-2015 0
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2
3
4
5
6
Bankable valves
Table of contentsTECHNICAL INFORMATION ...............................................................................................................2
SIZE 6 ................................................................................................................................................5 ON/OFF AND PROPORTIONAL VALVES (CDC3 / CD3 / CX3 / CXQ3) .............................6 Composition form ....................................................................................................................8 Inlet module units ..................................................................................................................10 Working sections ...................................................................................................................25 Intermediate element ............................................................................................................47 Outlet module units ..............................................................................................................53
PRE AND POST COMPENSATED VALVES (CXDH3 / CDH3 / CFS3) .............................56 Composition form ..................................................................................................................58 Inlet module units ..................................................................................................................59 Working sections ...................................................................................................................65 Outlet module units ..............................................................................................................78
SIZE 10 ..............................................................................................................................................79 ON/OFF VALVES (CD5) ........................................................................................................80 Composition form ..................................................................................................................81 Inlet module units ..................................................................................................................82 Working sections ...................................................................................................................85 Outlet module units ..............................................................................................................88
MODULAR ELEMENTS ......................................................................................................................89 Valves and modular elements ..............................................................................................90
ACCESSORIES ....................................................................................................................................97 Interface for proportional directional valves HPV41 .............................................................98 Mounting kit ..........................................................................................................................99 Fixing feet ............................................................................................................................101 Calibrated diaphragms ........................................................................................................102 Connectors ...........................................................................................................................103 Coils. ....................................................................................................................................104
HOW TO ORDER ..............................................................................................................................111 Examples. .............................................................................................................................112
ELECTROMAGNETIC COMPATIBILITY .........................................................................................115
© 2018 Dana Brevini S.p.A. all rights reserved. Hydr-App, SAM Hydraulik, Aron, Brevini Hydraulics, BPE Electronics, VPS Brevini, OT Oiltechnology, logos are trademarks or are registered trademarks of Dana Brevini S.p.A. or other companies Dana in Italy and other countries.
The technical features supplied in this catalogue are non binding and no legal action can be taken against such material. Dana Brevini will not be held responsi-ble for information and specifications which may lead to error or incorrect interpretations. Given the continuous technical research aimed at improved technical features of our products, Dana Brevini reserves the right to make change that are considered appropriate without any prior notice. This catalogue cannot be reproduced (in while or in part) without the prior written consent of Dana Brevini. This catalogue supersedes all previous ones.
Use of the products in this catalogue must comply with the operating limits given in the technical specifications. The type of application and operating condi-tions must be assessed as normal or in malfunction in order to avoid endangering the safety of people and/or items.
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1
i
min. max.
ISO VG 10 10 9.00 11.0
ISO VG 15 15 13.5 16.5
ISO VG 22 22 19.8 24.2
ISO VG 32 32 28.8 35.2
ISO VG 46 46 41.4 50.6
ISO VG 68 68 61.2 74.8
ISO VG 100 100 90.0 110
15000
600
4000400
2000
5000
200
1000
1500
100
400
500
40
200
300
20
50
1505 30
50
SSU °E mm²/s
310
20000500
5000
10000 300 3000
2000
150
1500
1000
50
500
400
30
300
200
10
100
100
4
40
2
20
0 1 0
mm²/s°E
°C
°F
ISO
VG
100
ISO
VG
68
ISO
VG
32
ISO
VG
22
ISO
VG
46
-20
2.80
3
3.5
4
4.5
5
6
7
8
9
10
12
11
13
15
17
20
25
30
40
50
60
70
100
150
200
300
400
600
800
1000
1500
2000
3000
5000
7000
10000
2000
1000
500
300
200
100
70
40
20
10
8
6
4
3
2
1.8
1.6
1.4
1.3
1.2
-5-15 0-10 5 10 15 20 40 60 9025 30 50 8070 100
210140 200130100700
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TECHNICAL INFORMATION
Read this instructions carefully before installation. All operations must be carried out by qualified personnel following the instructions.
The user must periodically inspect, based on the conditions of use and the substances used, the presence of corrosion, dirt, the state of wear and correct function of the valves.
Always observe first the operating conditions given in datasheet of the valve.
INTRODUCTION
VISCOSITY
Observe the recommendations given in the data sheet of the valve.The oil viscosity must be in the range of 10 mm²/s to 500 mm²/s.Recommended oil viscosity 46 mm2/s (32 mm2/s for Cartridge valves)
Table 1: ISO viscosity grades
Kinematic-viscosity limits
mm²/s @ 40°C
Averagekinematicviscosity
mm²/s @ 40°C
Viscositygrade
= Values used in the chart “Oil viscosity according to temperature”
OIL VISCOSITY ACCORDING TO TEMPERATURE
CONVERSION TABLE SSU / °E / mm²/s
HYDRAULIC FLUID
Observe the recommendations given in the data sheet of the valve. Use only mineral oil (HL, HLP) according to DIN 51524. Use of other different fluids may damage the good operation of the valve.
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CONTAMINATION
Oil contamination is the main cause of faults and malfunction in hydraulic systems. Abrasive particles in the fluid erode or block moving parts, leading to system malfunction.The valves we are offering do not require filtering characteristics any higher than those needed for usual hydraulic components such as pumps, motors, etc.
However, accurate filtering does guarantee reliability and a long life to all the system’s hydraulic parts. Reliable performance and long working life for all oil-pressure parts is assured by maintaining the level of fluid contamination within the limits specified in the data sheet of the valve.
Hydraulic fluid must also be cleaned properly before filling the hydraulic cir-cuit, especially when commissioning a new system, as this is when the oil contamination generally peaks due to its flushing effect on the components, and the running-in of the pump.Maximum contamination level is required on datasheet of the valve accord-ing to ISO 4406:1999.
In the following table there is the correspondence between ISO 4406:1999 and old standard NAS 1638 for information purpose:The standard ISO 4406:1999 defines the contamination level with three num-bers that relate with the number of particles of average dimension equal or greater than 4 μm, 6 μm e 14 μm, in 1 ml of fliuid.
In following table there is a reference to reccomended contamination level and correspondence with old NAS 1638 standard.
Type of systemType of valve
Oil filtration recommendationsCleanliness class
recommendedAbsolute filtration
micron rating ( ** )
ISO 4406 : 1999 NAS 1638 ( * )
Systems or components operating at HIGH PRESSURE > 250 bar (3600 psi)HIGH DUTY CYCLE APPLICATIONSSystems or components with LOW dirt tolerance
18 / 16 / 13 7 - 8 5
Systems or components operating at MEDIUM / HIGH PRESSURESystems and components with moderate dirt tolerance
19 / 17 / 14 9 10
Systems or components operating at LOW PRESSURE < 100 bar (1500 psi)LOW DUTY CYCLE APPLICATIONSSystems and components with GOOD dirt tolerance
20 / 18 / 15 10 - 11 20
* Contamination class NAS 1638: it is determined by counting the total particles of different size ranges contained in 100 ml of fluid.
** Absolute filtration: it is a characteristic of each filter, it refers the size (in micron) of the largest sperical particle wich may pass through the filter.
Table 2: Reccomanded contamination level.
Ambient temperature range: -25°C to +60°CFluid temperature range (NBR seals): -25°C to +75°CThermal shocks can affect the performance and the expected life of the prod-uct, hence it is necessary to protect the product from these conditions.
WORKING TEMPERATURES
SEALS
O-rings made in Acrylonitrile Butadiene (NBR) are normally fitted on the valves. The backup rings that protect the O-rings are also made in NBR, or sometimes PTFE. Both the O-rings and the backup rings are suitable for the working temperatures mentioned above.In the case of fluid temperatures > 75°C, FKM seals must be used (identified with “V1” variant).
Solenoid valves coils are designed to operate safely in the voltage range of ±10% of nominal voltage at max. 60°C ambient temperature. The combination of permanent overvoltage and very hot temperatures can stress the solenoid. Therefore always a good heat dissipation and voltage level has to be assured.Faulty coils may only be replaced by new, interchangeable, tested compo-nents in original-equipment quality.Before removing a coil, voltage must be disconnected.When replacing the coil, be aware to insert O-Rings in order to avoid the entrance of water.
ELECTRICAL POWER SUPPLY
TECHNICAL INFORMATION
The mounting surface must feature surface quality specified in data sheet of the valve: for example for Cetop valves generally is required Ra 1.6μm and flatness 0.03 mm over 100 mm length. Normally in cartridge valve for sea-ling diameters of the cavities, is required roughness Ra 1.6μm. The surfaces and openings in the assembly plate must be free from impurity or dirt.Make sure the O-Rings fit correctly in their seats.Fixing screws must comply with the dimensions and the strength class spe-cified in the data sheet and must be tightened at the specified tightening torque.Complete the electrical wiring. For circuit examples and pin assignments, see the relevant datasheet.
INSTALLATION
Observe the functional limits indicated in the technical catalogueOn a periodic basis and based on the conditions of use, check for cleanliness, state of wear or fractures and correct performance of the valve.If the O-rings are damaged, replace them with those supplied by the manu-facturer.To assure the best working conditions at all time, check the oiland replace it periodically (after the first 100 working hours and then after every 2000 working hours or at least once every year).Attention: all installation and maintenance intervention must be performed by qualified staff.
USE AND MAINTENANCE
TRANSPORT AND STORAGE
The valve must be handled with care to avoid damage caused by impact, which could compromise its efficiency.In the case of storage, keep the valves in a dry place and protect against dust and corrosive substances.When storing for periods of more than 6 months, fill the valve with preserving oils and seal it.
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TECHNICAL INFORMATION
Type SI units Alternative units Conversion factor
Force Newton (N) [kgm/s²]Kilogram force (kgf) 1 kgf = 9.807 N
pound force (lbf) [lbf/s²] 1 lgf = 4.448 N
Length
millimeter (mm) [10 m] inch (in) 1 in = 25.4 mm
meter (km) [1000 m] yard (yd) [3ft] 1 m = 1.0936 yd
kilometer (km) [1000 m] mile (mile) [1760 yd] 1 mile = 1.609 km
Torque Newton meter (Nm) pound force.feet (lbf.ft) 1 lbf.ft = 1.356 Nm
Power kiloWatt (kW) [1000 Nm/s]horsepower (hp) 1 kW = 1.341 hp
metric horsepower (CV) 1 kW = 1.36 CV
Pressure MegaPascal (MPa) [ N/mm²]
bar 1 MPa = 10 bar
psi (lbf/ln²) 1 MPa = 145 psi
ton/f/ln² 1 ton/f/ln² = 15.45 MPa
Flow rate liter/min (l/min)UK gal/min 1 UK gal/min = 4.546 l/min
US gal/min 1 US gal/min = 3.785 l/min
Temperature Degrees Celsius (°C) Farenheit (°F) 1°F = 1.8 °C+32
CONVERSION CHART
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4
1
IE/BANK-ONOFF/02-2015
SIZE 6
ON/OFF VALVES
PROPORTIONAL VALVES
PRE AND POST
COMPENSATED VALVES
®
5
1
IE/BANK-ONOFF/02-2015
69
C
D
10
7
32
46
Ch./H
ex.
10
T
FE
0231 F
U31
1009A 1009A
T
P
ON/OFF AND PROPORTIONAL VALVES
Overall dimensions with CDC3 valves
Introduction• Bankable ON/OFF directional control valves;• Bankable PROPORTIONAL directional control valves;• Bankable PROPORTIONAL COMPENSATED flow regulators;• ON/OFF valves available in two sizes, with reduced overall dimensions or
for high flow rates;
• Available for parallel or series circuits;• Available with housing with threaded ports or interfaces for modular valves;• Available for Load Sensing circuits;• Assemblable with FEH30 and FUH3 family inlet and outlet modules;• Assemblable with CXDH3, CDH3, CD5 family valves;• Assemblable with Dana Brevini HPV valves (intermediate element re-
quired).
No.elements
Inlet module
FE / FE02 FEC
mmD
mmC
mmD
mm2 192 180 202 190
3 238 226 248 236
4 284 272 294 282
5 330 318 340 326
6 376 364 386 374
7 422 410 432 420
8 468 456 478 466
®
6
169
46
32
7
10
D
C
Ch./H
ex.
10 T
TFE
0231
FU
31
A A
B B
1009A 1009A
P
Overall dimensions with CD3 valves
No.elements
Inlet module
FE / FE02 FEC
mmD
mmC
mmD
mm2 192 180 202 190
3 238 226 248 236
4 284 272 294 282
5 330 318 340 326
6 376 364 386 374
7 422 410 432 420
8 468 456 478 466
ON/OFF AND PROPORTIONAL VALVES ®
7
1
IE/BANK-ONOFF/02-2015
29
1
31
31
12
13
14
20
21
30
30
3
5
6
2
10
11
33
33
28
32
2726 25
18
17
16
15
23
22
24
19
4
8
9
7
Composition form
How to orderTo order the assembly, specify the codes in progressive order (inlet, valves, outlet, mounting kit, feet). See example page 112.
For any further special version not shown in this catalogue, please contact our Technical Department.
SIZE 6 valves CDC3, CD3, CX3 can be assembled with:- valves CXDH3, CDH3, CFS3 (page 56); - with SIZE 10 valves CD5 (page 80);- with proportional directional valves HPV41 (see catalogue code DOC00079) using the interface HSIF (page 98).
To obtain the best performances, we suggest to assemble the working sections with higher flow rate near the inlet module, leaving the ones with lower flow at the end of the assembled valve.
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Composition formRef. Type Description Page
1 FE3FELS
Inlet module units no pressure relief valve 10Inlet module units with LS line no pressure relief valve 11
2 FE02 Inlet module units with pressure relief valve (up to 20 l/min) 12
3 FE02Q Inlet module units with LS line, compensator and pressure relief valve 13
4 FE10FE10LS
Inlet module units with pressure relief valve 15Inlet module units with LS line with pressure relief valve 16
5 FE10S Inlet module units with side ports and pressure relief valve 17
6 FE10X Inlet module units with pressure relief valve for proportional pressure compensated flow regulator XQP3 19
7 XQP3 Pressure compensated flow regulator see catalogue “Valves and Electronics” code. DOC00078
8 FE10P Inlet module units with pressure relief valve and electrical venting valve 21
9 FE10PS Inlet module units with side ports, pressure relief valve and electrical venting valve 23
10 CDC3 Directional control bankable valve with A09 coils 25CDC3 / CDCM3 (variants) 34
11 CD3M3 Directional control bankable valve with pressure relief valve and A09 coils 30CDC3 / CDCM3 (variants) 34
12 CD3 Directional control bankable valve with D15 coils 35CD3 (variants) 40
13 CX3 Solenoid operating proportional control bankable valves 41
14 CXQ3 Open loop proportional pressure compensated bankable flow regulators 44
15 FI3A Intermediate element 47
16 FI3L Intermediate element with LS line 48
17 FI3RP Intermediate element with pressure reducing valve 49
18 CDC3R Directional control valve connection B-P for Intermediate element FI3BP 50
19 FI3BP Intermediate element for valve CDC3R 52
20 CD3 CDC3 CX3 Body G-H-M for modular valves 25 - 35 - 41
21 FU3 Outlet module units 53
22 FUT3 Outlet module units with side ports 54
23 FUS3 Outlet module units with overcenter and top port 55
24 V08000005 Intermediate element with flow regulator on A and B lines 90
25 V08000002 Intermediate element with pilot operated check stackable valves 91
26 CM3F Modular elements with ports A-B 92
27 CM3P Modular pilot operated check bankable valves 93
28 CM3M Modular max. pressure bankable valves 95
29 HSIF Interface for proportional directional valves HPV41 98
30 — Mounting kit 99
31 — Fixing feet 101
32 — Connectors 103
33 — Coils 104
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9
1
FE3
FE
3
*
**
2
70
35
49
59
60
30
43
11 14
29 32
n. 4 fori
2 x OR 2-012 90Sh
6.5
P
T
IE/FE3002/01/2011
P
T
INLET MODULE UNITS NO PRESSURE RELIEF VALVE
HYDRAULIC SYMBOL
FEATURES
Max. operating pressure 250 barMax. Flow 40 l/minHydraulic fl uid DIN 51524 Mineral oilsFluid viscosity 10 ÷ 500 mm²/sFluid temperature -25°C ÷ 75°CAmbient temperature -25°C ÷ 60°CMax. contamination level (fi lter ß25 75)
ISO 4406:1999: class 21/19/16NAS 1638: class 10
Weight 0.3 kg
Module units FE no pressure relief valve. • Threaded ports (P and T), G3/8“ or 9/16”-18UNF• Maximum fl ow 40 l/min.• Aluminum body.
Inlet module unitno pressure relief valve
Size
Port sizes:1 = G3/8"2 = 9/16”-18UNF 00 = No variantV1 = Viton
Serial No.
ORDERING CODE OVERALL DIMENSIONS
®
10
1
FELS
FELS
3
1
**
2
IE/FELS002/02/2012
35
70
11
4370
49
59
14
32
N°4 Ø 6.5
G 1/4"
35
28
40
11
.52
91
4
OR 2037/2-012 90Sh
OR 2018/2-008 90Sh
P
T
LS
FELS31 2
P
T
LS
INLET MODULE UNITS WITH LS LINE NO PRESSURE RELIEF VALVE
HYDRAULIC SYMBOL
FEATURES
Max. operating pressure 250 barMax. Flow 40 l/minHydraulic fl uid DIN 51524 Mineral oilsFluid viscosity 10 ÷ 500 mm²/sFluid temperature -25°C ÷ 75°CAmbient temperature -25°C ÷ 60°CMax. contamination level (fi lter ß25 75)
ISO 4406:1999: class 21/19/16NAS 1638: class 10
Weight 0.3 kg
Module units FELS with LS line, no pressure relief valve. • Threaded ports (P and T) sizes G3/8” and LS size G1/4”. • Maximum fl ow 40 l/min.• Aluminum body.
Inlet module unit no pressure relief valve with LS line
Size
Ports:1 = G3/8” (P,T ports) G1/4” (LS port) 00 = No variantV1 = Viton
Serial No.
ORDERING CODE OVERALL DIMENSIONS
®
11
1
FE02
1 = 0÷50 bar - 2 = 35÷90 bar - 3 = 75÷190 bar - 4 = 160÷290 bar
FE02
3
*
C
*
**
3
IE/FE023003/02-2015
70
7.531.5
60 43
11
30
14
28.5
49 n. 4 fori
2 x OR 2-012 90Sh
6.5
CH 3
CH 10CH 24
P
T
59
49.3 max
4
3
2
1
Q (l/min)
P(b
ar)
0 2 4 6 8 10 12 14 16 18 200
5
10
15
20
25
30
35
40
45
55
50
1
2
3
4
Q (l/min)
P(b
ar)
00 2 4 6 8 10 12 14 16 18 20
50
100
150
200
250
300
350
P
T
INLET MODULE UNITS WITH PRESSURE RELIEF VALVE (UP TO 20 L/MIN)
HYDRAULIC SYMBOL
PRESSURE-FLOW RATE MIN.SETTING PRESSURE
Fluid used: mineral based oil with viscosity 46 mm²/s at 40°C.
FEATURES
Max. operating pressure 250 barMax. Flow 20 l/minHydraulic fl uid DIN 51524 Mineral oilsFluid viscosity 10 ÷ 500 mm2/sFluid temperature -25°C ÷ 75°CAmbient temperature -25°C ÷ 60°CMax. contamination level (fi lter ß25 75)
ISO 4406:1999: class 21/19/16NAS 1638: class 10
Weight 0.42 kg
(*) The minimum permissible setting pressure depending on the spring: see curves.
Module units FE02 with CMP-MC/MS adjustable pressure relief valve• Manual adjustment with a grub screw. • Fhreaded ports (P and T) sizes G3/8” or 9/16””-18UNF.• Maximum fl ow 20 l/min. • Aluminum body.
ORDERING CODE
Inlet module unit (up to 20 l/min)with pressure relief valve
Size
Port sizes:1 = G3/8"2 = 9/16”-18UNF Adjustment:C = Grub screw
Setting ranges1 = 0 ÷ 50 bar (white spring)2 = 35 ÷ 90 bar (green spring)3 = 75 ÷ 190 bar (yellow spring)4 = 160 ÷ 290 bar ** (red spring) 00 = No variantV1 = Viton
Serial No.
OVERALL DIMENSIONS
Pressure relief valve (CMP-MC/MSSetting range (*):Spring 1Spring 2Spring 3Spring 4
max 50 barmax 90 barmax 190 barmax 290 bar
(**) Setting referred to the maximum pressure reached from the relief valve. Do not exceed the maximum working pressure 250 bar.
®
12
1
FE02Q
IE/FE02Q001/02-2016
FE02Q
3
*
C
*
**
1
0
2
12
4
14
6
16
8
10
0 2 4 6 8 10 12 14 16 18 20
Q (l/min)
P(b
ar)
P
T T
P
Ls
P1 GRY GRX
Ø0.6
Grano cieco
Plug
INLET MODULE UNITS WITH LS LINE, COMPENSATOR AND PRESSURE RELIEF VALVE
HYDRAULIC SYMBOL
ORDERING CODE
Max. operating pressure 250 barMax. Flow 40 l/minHydraulic fl uid DIN 51524 Mineral oilsFluid viscosity 10 ÷ 500 mm2/sFluid temperature -25°C ÷ 75°CAmbient temperature -25°C ÷ 60°CMax. contamination level (fi lter ß25 75)
ISO 4406:1999: class 21/19/16NAS 1638: class 10
Weight 1 kg
(*) The minimum permissible setting pressure depending on the spring: see curves.
Pressure relief valve (CMP-MC/MSSetting range (*):Spring 1Spring 2Spring 3Spring 4
max 50 barmax 90 barmax 190 barmax 290 bar
FEATURES
Module units FE02Q with pressure compensator for fi xed displacement pumps and CMP-MC/MS adjustable pressure relief valve on LS line • Manual adjustment with a grub screw. • Screw with orifi ce for LS bleeding.• Threaded ports P-T, G3/8” and LS, G1/4”.• Maximum fl ow 40 l/min. • Aluminum body.
Inlet module unit (up to 40 l/min)with compensator and pressure relief valve
Size
Ports:1 = G3/8” (P,T ports) - G1/4” (LS port)2 = 9/16”-18UNF (P,T ports) - 7/16”-20UNF (LS port) Adjustment:C = Grub screw
Setting ranges1 = 0 ÷ 50 bar (white spring)2 = 35 ÷ 90 bar (green spring)3 = 75 ÷ 190 bar (yellow spring)4 = 160 ÷ 290 bar ** (red spring) 00 = No variantV1 = Viton
Serial No.
(**) Setting referred to the maximum pressure reached from the relief valve. Do not exceed the maximum working pressure 250 bar.
Fluid used: mineral based oil with viscosity 46 mm²/s at 40°C.
PRESSURE COMPENSATOR
To obtain a correct compensation the inlet fl ow must be 8% greater the sum of the regulated fl ow.
®
13
1
FE02Q
OR 2037/2-012 90Sh
OR 2018/2-008 90Sh
18
51,80 85
16
48
59
G 3/8"
G 3/8"
49
16
11
53
66
59
49
57
70
N°4 Ø 6.5
IE/FE02Q001/01-2015
OVERALL DIMENSIONS
®
14
1
1 = max 50 - bar - 2 = max 150 bar - 3 = max 320 bar
FE10
3
*
*
*
**
2
FE10
IE/FE103002/01/2011
1
2
3
0 5 10 15 20 25 30 35 40
0
40
80
120
160
200
240
280
320
360
Q (l/min)
P(b
ar)
3
2
1
0 5 10 15 20 25 30 35 40
0
20
40
60
80
100
Q (l/min)
P(b
ar)
C
M
70
49
59
52.5 max
11.526.5
60 43
11
40
14
29
n. 4 fori Ø 6.5
2 x OR 2-012 90Sh
CH 5
P
T
54 max
P
T
INLET MODULE UNITS WITH PRESSURE RELIEF VALVE
HYDRAULIC SYMBOL
PRESSURE-FLOW RATE
Fluid used: mineral based oil with viscosity 46 mm²/s at 40°C.
FEATURES
Max. operating pressure 250 barMax. Flow 40 l/minHydraulic fl uid DIN 51524 Mineral oilsFluid viscosity 10 ÷ 500 mm2/sFluid temperature -25°C ÷ 75°CAmbient temperature -25°C ÷ 60°CMax. contamination level (fi lter ß25 75)
ISO 4406:1999: class 21/19/16NAS 1638: class 10
Weight 0.6 kg
(*) The minimum permissible setting pressure depending on the spring: see curves.
Module units FE10 with CMP10 adjustable pressure relief valve.• Manual adjustment with a grub screw or plastic knob. • Threaded ports P-T sizes G3/8” or 9/16”-18UNF.• Maximum fl ow 40 l/min. • Aluminum body.
ORDERING CODE
Inlet module unit (up to 40 l/min)with pressure relief valve
Size
Port sizes:1 = G3/8”2 = 9/16”-18UNF Adjustment:M = Plastic knobC = Grub screw
Setting ranges1 = max. 50 bar (white spring)2 = max. 150 bar (yellow spring)3 = max. 320 bar** (green spring) 00 = No variantV1 = Viton
Serial No.
OVERALL DIMENSIONS
MIN.SETTING PRESSURE
C = Grub screwM = Plastic knob
Pressure relief valve (CMP10...)Setting range (*):Spring 1Spring 2Spring 3
max 50 barmax 150 barmax 320 bar
(**) Setting referred to the maximum pressure reached from the relief valve. Do not exceed the maximum working pressure 250 bar.
®
15
1
FE10LS
3
1
*
*
**
2
1 = max 50 bar - 2 = max 150 bar - 3 = max 320 bar
IE/FE10LS3002/03-2015
FE10LS
1
2
3
0 5 10 15 20 25 30 35 40
0
40
80
120
160
200
240
280
320
360
Q (l/min)
P(b
ar)
3
2
1
0 5 10 15 20 25 30 35 40
0
20
40
60
80
100
Q (l/min)
P(b
ar)
49
59
11
14
43
29
70
70
26.5 11.5
54 max
10.5
5.5
N°4 Ø 6.5
C
P
T
LS
FE10LS31 2
20
28
40
62.5 max
M
14
29
11
.5
352 x OR 2037/2-012 90Sh
OR 2018/2-008 90Sh
FE10LS.. FE10LS..J6.
P
T
LS
P
T
LS
INLET MODULE UNITS WITH LS LINE WITH PRESSURE RELIEF VALVE
HYDRAULIC SYMBOL
PRESSURE-FLOW RATE MIN.SETTING PRESSURE
Fluid used: mineral based oil with viscosity 46 mm²/s at 40°C.
FEATURES
Max. operating pressure 250 barMax. Flow 40 l/minHydraulic fl uid DIN 51524 Mineral oilsFluid viscosity 10 ÷ 500 mm2/sFluid temperature -25°C ÷ 75°CAmbient temperature -25°C ÷ 60°CMax. contamination level (fi lter ß25 75)
ISO 4406:1999: class 21/19/16NAS 1638: class 10
Weight 0.6 kg
(*) The minimum permissible setting pressure depending on the spring: see curves.
Module units FE10LS with LS line and CMP10 adjustable pressure relief valve.• Manual adjustment with a grub screw or plastic knob. • Threaded ports P-T, G3/8” and LS, G1/4”.• Maximum fl ow 40 l/min. • Aluminum body.
ORDERING CODE
Inlet module unit (up to 40 l/min)with pressure relief valve and LS line
Size Ports:1 = G3/8” (P,T ports) G1/4” (LS port) Adjustment:M = Plastic knobC = Grub screw Setting ranges1 = max. 50 bar (white spring)2 = max. 150 bar (yellow spring)3 = max. 320 bar ** (green spring) 00 = No variantJ6 = With LS bleedV1 = Viton Serial No.
OVERALL DIMENSIONS
C = Grub screwM = Plastic knob
Pressure relief valve (CMP10...)Setting range (*):Spring 1Spring 2Spring 3
max 50 barmax 150 barmax 320 bar
(**) Setting referred to the maximum pressure reached from the relief valve. Do not exceed the maximum working pressure 250 bar.
®
16
1
FE10S
3
*
*
*
**
1
1 = max 50 bar - 2 = max 150 bar - 3 = max 320 bar
IE/FE10S001/01-2015
FE10S
1
2
3
0 5 10 15 20 25 30 35 40
0
40
80
120
160
200
240
280
320
360
Q (l/min)
P(b
ar)
3
2
1
0 5 10 15 20 25 30 35 40
0
20
40
60
80
100
Q (l/min)
P(b
ar)
P
M
T
HYDRAULIC SYMBOL
PRESSURE-FLOW RATE MIN.SETTING PRESSURE
Fluid used: mineral based oil with viscosity 46 mm²/s at 40°C.
FEATURES
Max. operating pressure 250 barMax. Flow 40 l/minHydraulic fl uid DIN 51524 Mineral oilsFluid viscosity 10 ÷ 500 mm2/sFluid temperature -25°C ÷ 75°CAmbient temperature -25°C ÷ 60°CMax. contamination level (fi lter ß25 75)
ISO 4406:1999: class 21/19/16NAS 1638: class 10
Weight 0.6 kg
Inlet module units FE10S with side ports and CMP10 adjustable pressure re-lief valve. • Manual adjustment with a grub screw or plastic knob. • Threaded ports P-T, G3/8” or G3/8”(P) - G1/2”(T). • Maximum fl ow 40 l/min. • Aluminum body.
ORDERING CODE
Inlet module unit with side ports and pressure relief valve (up to 40 l/min)
Size
Ports:1 = G3/8” ports P,T 5 = G3/8” port P - G1/2” port T Adjustment:M = Plastic knobC = Grub screw
Setting ranges1 = max. 50 bar (white spring)2 = max. 150 bar (yellow spring)3 = max. 320 bar ** (green spring) 00 = No variantV1 = Viton
Serial No.
Pressure relief valve (CMP10...)Setting range (*):Spring 1Spring 2Spring 3
max 50 barmax 150 barmax 320 bar
(**) Setting referred to the maximum pressure reached from the relief valve. Do not exceed the maximum working pressure 250 bar.
INLET MODULE UNITS WITH SIDE PORTS AND PRESSURE RELIEF VALVE
(*) The minimum permissible setting pressure depending on the spring: see curves.
®
17
1
FE10S
IE/FE10S001/01-2015
59
49
43
80
G 1/4"
54 m
ax
90
35
G 1/8"
P
T
C M
62.5
max
2 x O-RING 2-012 90Sh
OVERALL DIMENSIONS
C = Grub screwM = Plastic knob
®
18
1
FE10X
3
*
*
*
**
1
1 = max 50 bar - 2 = max 150 bar - 3 = max 320 bar
IE/FE10X001/01-2015
FE10X
1
2
3
0 5 10 15 20 25 30 35 40
0
40
80
120
160
200
240
280
320
360
Q (l/min)
P(b
ar)
3
2
1
0 5 10 15 20 25 30 35 40
0
20
40
60
80
100
Q (l/min)
P(b
ar)
P P
T T
XQP3
FE10X
HYDRAULIC SYMBOL
PRESSURE-FLOW RATE MIN.SETTING PRESSURE
Fluid used: mineral based oil with viscosity 46 mm²/s at 40°C.
FEATURES
Max. operating pressure 250 barMax. Flow 40 l/minHydraulic fl uid DIN 51524 Mineral oilsFluid viscosity 10 ÷ 500 mm2/sFluid temperature -25°C ÷ 75°CAmbient temperature -25°C ÷ 60°CMax. contamination level (fi lter ß25 75)
ISO 4406:1999: class 19/17/14NAS 1638: class 8
Weight 0.6 kg
Module units FE10X for proportional pressure compensated fl ow regulator XQP3 . With CMP10 adjustable pressure relief valve. • Manual adjustment with a grub screw or plastic knob. • Threaded ports P-T sizes G3/8”.• Maximum fl ow 40 l/min. • Aluminum body.
ORDERING CODE
Inlet module unit (up to 40 l/min)for proportional pressure compensated fl ow regulator
Size
Ports:1 = G3/8” ports P,T
Adjustment:M = Plastic knobC = Grub screw
Setting ranges1 = max. 50 bar (white spring)2 = max. 150 bar (yellow spring)3 = max. 320 bar ** (green spring) 00 = No variantV1 = Viton
Serial No.
Pressure relief valve (CMP10...)Setting range (*):Spring 1Spring 2Spring 3
max 50 barmax 150 barmax 320 bar
(**) Setting referred to the maximum pressure reached from the relief valve. Do not exceed the maximum working pressure 250 bar.
INLET MODULE UNITS WITH PRESSURE RELIEF VALVE FOR PROPORTIONAL PRESSURE COMPENSATED FLOW REGULATOR XQP3
(*) The minimum permissible setting pressure depending on the spring: see curves.
®
19
1
FE10X
IE/FE10X001/01-2015
24
39
70
14
41
58 max49
59
29
58
31.5
59
82.5
C
P
T
M
62.5 max
29
33,5
40,5
32,5
31
N°4 M5
ISO 4401 CETOP3/NG6
2 x O-RING 2-012 90Sh
OVERALL DIMENSIONS
C = Grub screwM = Plastic knob
XQP3 To order, see catalogue
“Valves and Electronics” code. P35030200
®
20
1
FE10P
FE10
P
3
*
*
**
2
IE/ FE10P3002/01/2011
*
*
P
M
T
INLET MODULE UNITS WITH PRESSURE RELIEF VALVE AND ELECTRICAL VENTING VALVE
HYDRAULIC SYMBOL
FEATURES
(*) The minimum permissible setting pressure depending on the spring: see curves.
Module units FE10P with CMP10 adjustable pressure relief valve and electri-cal venting valve CRP0418NA normally open supplied with emergency con-trol.• Manual adjustment with a grub screw or plastic knob. • Threaded ports P-T sizes G3/8” or 9/16”-18UNF.• Pressure gauge M, G1/4”• Maximum fl ow 40 l/min.• Aluminum body.
ORDERING CODE
Inlet module unitwith pressure relief valve
Electric venting valve
Size
Port sizes:1 = G3/8”2 = 9/16”-18UNF Adjustment:M = Plastic knobC = Grub screw
Setting ranges1 = max. 50 bar (white spring)2 = max. 150 bar (yellow spring)3 = max. 320 bar** (green spring)
Voltage for the electricventing valve (Tab. 1) S1 = No variantsSV = VitonPY = Push button emergency (see page 22)PS = Rotary emergency (see page 22)AJ = AMP Junior connection (see page 104)CX = Deutsch connection with bidirectional diode (see page 104)
Serial No.
Max. operating pressure 250 barMax. Flow 40 l/minHydraulic fl uid DIN 51524 Mineral oilsFluid viscosity 10 ÷ 500 mm2/sFluid temperature -25°C ÷ 75°CAmbient temperature -25°C ÷ 60°CMax. contamination level (fi lter ß25 75)
ISO 4406:1999: class 21/19/16NAS 1638: class 10
Weight 1.1 kg
Pressure relief valve (CMP10...)Setting range (*):Spring 1Spring 2Spring 3
max 50 barmax 150 barmax 320 bar
Electrical venting valve (CRP04..NA..)Max. excitation frequency 2 HzDuty cycle 100% EDType of protection (in relation to the connector usad) IP65
Tab.1 - Voltage - Coil 18W/22W (1)
Connector to be ordered separately, see page 103.
L 12 VDCM 24 VDCN 48 VDC2 21.6 VDCZ (2) 102 VDC RACX (3) 205 VDC RAC
W (4) Without coil
(1) Connector to be ordered separately, see page 103; Coils technical data, see page 104; (2) With rectifi er: 115 VAC/50Hz - 120 VAC/60Hz(3) With rectifi er: 230 VAC/50Hz - 240 VAC/60Hz(4) Performance are guaranteed only using valves completed with coil
(**) Setting referred to the maximum pressure reached from the relief valve. Do not exceed the maximum working pressure 250 bar.
®
21
1 1 = max 50 bar 2 = max 150 bar 3 = max 320 bar
IE/FE10P3002/01/2011
FE10P
1
2
3
0 5 10 15 20 25 30 35 40
0
40
80
120
160
200
240
280
320
360
Q (l/min)
P(b
ar)
3
2
1
0 5 10 15 20 25 30 35 40
0
20
40
60
80
100
Q (l/min)
P(b
ar)
Q (l/min)
P(b
ar)
0
2
4
6
8
10
12
14
16
0 10 20 30 40
Q (l/min)
P(b
ar)
0
50
100
150
200
250
300
0 10 20 30 40
3,5 Corsa
(Stroke)
Ø1
0
38 max
19
Ø2
0
Ø1
0
29,538.5
60.8
47.8
23.5
39
20
.5
40
.561
.5
C = Grub screwM = Plastic knob
DIAGRAMS - PRESSURE RELIEF VALVE
DIAGRAMS - ELECTRICAL VENTING VALVE
OVERALL DIMENSIONS
PRESSURE DROPS LIMITS OF USE
PRESSURE-FLOW RATE MIN.SETTING PRESSURE
STANDARD EMERGENCY
Fluid used: mineral based oil with viscosity 46 mm²/s at 40°C.
Fluid used: mineral based oil with viscosity 46 mm²/s at 40°C.
VARIANTS
“PS” Emergency rotary
“PY” Emergency with push button
“AJ” AMP Junior
“CX” Deutsch with diode
®
22
1
FE10PS
FE10
PS
3
*
*
**
2
IE/ FE10PS3002/02-2016
*
*
P
M
T
INLET MODULE UNITS WITH SIDE PORTS, PRESSURE RELIEF VALVE AND ELECTRICAL VENTING VALVE
HYDRAULIC SYMBOL
FEATURES
(*) The minimum permissible setting pressure depending on the spring: see curves.
Inlet module units FE10PS with side ports, CMP10 adjustable pressure relief valve and electrical venting valve CRP0418NA normally open supplied with emergency control.• Manual adjustment with a grub screw or plastic knob. • Threaded ports P-T sizes G3/8” • Pressure gauge M, G1/4”• Maximum fl ow 40 l/min.• Aluminum body.
ORDERING CODE
Inlet module unitwith pressure relief valve
Electric venting valve and side ports
Size
Port sizes:1 = G3/8”
Adjustment:M = Plastic knobC = Grub screw
Setting ranges1 = max. 50 bar (white spring)2 = max. 150 bar (yellow spring)3 = max. 320 bar** (green spring)
Voltage for the electricventing valve (Tab. 1) S1 = No variantsSV = VitonPY = Push button emergency (see page 22)PS = Rotary emergency (see page 22)AJ = AMP Junior connection (see page 104)CX = Deutsch connection with bidirectional diode (see page 104)
Serial No.
Max. operating pressure 250 barMax. Flow 40 l/minHydraulic fl uid DIN 51524 Mineral oilsFluid viscosity 10 ÷ 500 mm2/sFluid temperature -25°C ÷ 75°CAmbient temperature -25°C ÷ 60°CMax. contamination level (fi lter ß25 75)
ISO 4406:1999: class 21/19/16NAS 1638: class 10
Weight 1.1 kg
Pressure relief valve (CMP10...)Setting range (*):Spring 1Spring 2Spring 3
max 50 barmax 150 barmax 320 bar
Electrical venting valve (CRP04..NA..)Max. excitation frequency 2 HzDuty cycle 100% EDType of protection (in relation to the connector usad) IP65
Tab.1 - Voltage - Coil 18W/22W (1)
Connector to be ordered separately, see page 103.
L 12 VDCM 24 VDCN 48 VDC2 21.6 VDCZ (2) 102 VDC RACX (3) 205 VDC RAC
W (4) Without coil
(1) Connector to be ordered separately, see page 103; Coils technical data, see page 104; (2) With rectifi er: 115 VAC/50Hz - 120 VAC/60Hz(3) With rectifi er: 230 VAC/50Hz - 240 VAC/60Hz(4) Performance are guaranteed only using valves completed with coil
(**) Setting referred to the maximum pressure reached from the relief valve. Do not exceed the maximum working pressure 250 bar.
®
23
1 1 = max 50 bar 2 = max 150 bar 3 = max 320 bar
IE/FE10PS3002/02-2016
FE10PS
1
2
3
0 5 10 15 20 25 30 35 40
0
40
80
120
160
200
240
280
320
360
Q (l/min)
P(b
ar)
3
2
1
0 5 10 15 20 25 30 35 40
0
20
40
60
80
100
Q (l/min)
P(b
ar)
Q (l/min)
P(b
ar)
0
2
4
6
8
10
12
14
16
0 10 20 30 40
Q (l/min)
P(b
ar)
0
50
100
150
200
250
300
0 10 20 30 40
3,5 Corsa
(Stroke)
Ø1
0
38 max
19
Ø2
0
Ø1
0
29,538.5
60.8
47.8
23.5
39
20
.5
40
.561
.5
C = Grub screwM = Plastic knob
DIAGRAMS - PRESSURE RELIEF VALVE
DIAGRAMS - ELECTRICAL VENTING VALVE
OVERALL DIMENSIONS
PRESSURE DROPS LIMITS OF USE
PRESSURE-FLOW RATE MIN.SETTING PRESSURE
STANDARD EMERGENCY
Fluid used: mineral based oil with viscosity 46 mm²/s at 40°C.
Fluid used: mineral based oil with viscosity 46 mm²/s at 40°C.
VARIANTS
“PS” Emergency rotary
“PY” Emergency with push button
“AJ” AMP Junior
“CX” Deutsch with diode
®
24
1
CDC3
IE/CDC3002/02-2017
CDC
3
*
**
**
2
*
*
E
DIRECTIONAL CONTROL BANKABLE VALVE WITH A09 COILS
Directional control bankable valve CDC3 with single or double solenoid.• Centring achieved by means of calibrated length springs which immedi-
ately reposition the spool in the neutral position when the electrical signal is shut off.
• Different springs used for each spool to improve the valve performance.• Emergency control.• Body for parallel or series connections• Threaded ports sizes G3/8” or 9/16”-18UNF (SAE 6), with or without LS
line.• Coils protection IP65 • Power supply DC or AC (with rectifier).• Standard connectors DIN 43650 ISO 4400, AMP Junior, flying leads and
Deutsch• Maximum flow until 30 l/min.• Cast iron zinc plated body.
Connector to be ordered separately, see page 103.
FEATURES
Max. pressure ports P/A/B/T 250 barMax. Flow 30 l/minMax excitation frequency 3 HzDuty cycle 100% EDHydraulic fluid DIN 51524 Mineral oilsFluid viscosity 10 ÷ 500 mm2/sFluid temperature -25°C ÷ 75°CAmbient temperature -25°C ÷ 60°CMax. contamination level (filter ß25 75)
ISO 4406:1999: class 21/19/16NAS 1638: class 10
Weight with one DC solenoidWeight with two DC solenoids
1.25 kg1.50 kg
ORDERING CODE
Directional control bankable valve (with A09 coil)
Size
Body type (tab. 1)
Electrical operator
Spool (tab.2)
Mounting (tab.3)
Voltage (tab.4)
Variants (tab.5)
Serial No.
Calibrated diaphragms on P line, see page 102.
®
25
1
CDC3
IE/CDC3002/02-2017
ORDERING CODE
Two solenoids,spring centred “C” Mounting
Code Covering Transient position
01 +
02 -
03 +
04 (2) -
One solenoid, side A “E” Mounting
Code Covering Transient position
01 +
02 -
03 +
04 (2) -
15 -
16 +
One solenoid, side B “F” Mounting
Code Covering Transient position
01 +
02 -
03 +
04 (2) -
15 -
16 +
Code Variant
S1 No variant
SV Viton
LF (11) Emergency control lever (see page 34)
LR Emergency control lever 180° rotated (see page 34)
ES Emergency button (see page 34)
P2 (9) Rotary emergency button (see page 34)
R5 (9) Rotary emergency b. 180° (see page 34)
3T First elem. for series connec.
AJ (10) AMP Junior connection (see page 105)
FL (10) Coil with flying leads 250 mm (see page 105)
LD (10) Coil with flying leads 130 mm and integrated diode (see page 105)
CX (10) Deutsch connecection with bidirectional diode (see page 105)
(1) For series connection configuration, a special individual bankable valve CDC3*E04**3T2 (A B or G parallel body type only, with spool 04 type, 3T variant) must always be used as first element. For other individual bankable valve must use body D E or H connector series type with spool 04 only.
(2) Specials with price increasing(3) Special voltage(4) Require connector with rectifier: 115 VAC/50Hz - 120 VAC/60Hz(5) Require connector with rectifier: 230 VAC/50Hz - 240 VAC/60Hz(6) Performance are guaranteed only using valves completed with coil(7) Connector to be ordered separately, see page 103; Coils technical data, see page 105; Voltage codes are not stamped on the plate, their are readable on the coils(8) Other variants available on request(9) Tightening torque max. 6÷9 Nm (CH n. 22)(10) Available in 12V or 24V DC voltage only(11) For the body type G - H - M order LR variant (Emergency control lever180°
rotated)
Code BodyA Ports G3/8” parallelB Ports 9/16” - 18UNF parallelD (1) Ports G3/8” seriesE (1) Ports 9/16” - 18UNF series
G Attachment styleParallel presetting for modular valves
H (1)Attachment styleSeries presetting for modular valves
I Ports 9/16” - 18UNF parallel - LS vers. L Ports G3/8” parallel - LS vers.
M Attachment style, parallel-LS vers. Presetting for modular valves
S Special connection B-P-A (see outlet module unit FUS3 pag .55)
U Ports G3/8” parallel - P-T closed (not require the outlet module units)
Tab.1 - Body type
Tab.2 - Standard spools
Tab.3 - Mounting
Tab.5 - Variants (7-8)
Tab.4 - Coils A09 voltage (7)
Code Voltage Max. winding temperature(Ambient temperature 25°C)
Rated powerW
Resistance @ 20°C (Ohm) ±7%
L 12 Vdc 123 °C 27 5.3
M 24 Vdc 123 °C 27 21.3
N (3) 48 Vdc 123 °C 27 85.3
Z (4) 102 Vdc 123 °C 27 392
P (3) 110 Vdc 123 °C 27 448
X (5) 205 Vdc 123 °C 27 1577
W (6) Without coils
Code Symbol
C
E
F
G (2)
H (2)
®
26
1
TT
P
T VMP
P
T
A A
A A
B B
A A
B B
T
O O
P
T
A
A
O
B
A B B B
B
A A
A A
B B
A A
B B
T
O O
P
BA
B
O
A
A B B B
CDC3 A ... CDC3 B ... CDC3 D ... CDC3 E ... CDC3 G ... CDC3 H ...
CDC3 I ... CDC3 L ...
CDC3 M ...
CDC3
IE/CDC3002/02-2017
CDC3 S ... CDC3 U ...
BA
T
P
AA
B
O
B
T
BA
P
BA
AB
O
T
BA TT
P
BA
AB
O
P T
T TA B
BA
AB
O
A B
T
LSP
BA
AB
O
T
LSP LS
TBAT
BA
AB
O
T
A
B
P
A B
BA
AB
O
T
P
A B
BA
AB
O
HYDRAULIC SYMBOLS AND INSTRUCTION OF CONNECTION
PARALLEL CONNECTION SERIES CONNECTION
Special elementCDC3*E04**3T2
For series connection configuration, a special individual valve bank section (CDC3*E04**3T2) must always be used as first element (see ordering code page 25).
Special closing plug
HYDRAULIC SYMBOLS
®
27
1
1
2
3
4
5
6
7
8
9
10
0 5 10 15 20 25 30
0
2
4
6
8
10
12
P(b
ar)
Q (l/min)
0 10 20 305 15 25
1
2
3
4
0
50
100
150
200
250
P(b
ar)
Q (l/min)
CDC3
IE/CDC3002/02-2017
PRESSURE DROPS - DIRECTIONAL CONTROL BANKABLE VALVE
LIMITS OF USE (MOUNTING C-E-F)
The diagram at the side shows the pressure drop curves for spools during normal usage.The fluid used is a mineral oil with a viscosity of 46 mm²/s at 40 C°; the tests have been carried out at a fluid temperature of 40 C°.
(p) Parallel connections(s) Series connections(E) Mounting E(F) Mounting F
The tests have been carried out with solenoids at operating temperature and a voltage 10% less than rated voltage with a fluid temperature of 50 C°. The fluid used was a mineral oil with a viscosity of 46 mm²/s at 40 degrees C. The values in the diagram refer to tests carried out with the oil flow in two direc-tions simultaneously (e.g. from P to A and at the same time B to T).
(4) = 15 and 16 spools used as 2 or 3 way, follow the curve No. 4
Spool type
ConnectionsP A P B A T B T P T P/T passing
01 4 4 4 4 — 902 (p) 7 7 6 6 7 902 (s) 7 7 6 6 8 —03 4 4 6 6 — 904 (p) 2 2 1 1 5 904 (s) 2 2 1 1 3 —15-16 (E) 6 6 10 10 — 915-16 (F) 6 6 5 5 — 9
Curve No.
Spool type Curve No.
01 102 103 304 2
15-16 1 (4)
In the cases where valves 4/2 and 4/3 are used with the flow in one direction only, the limits of use could have variations which may even be negative (See curve No 4 and Spool No 16 used as 2 or 3 ways). The tests were carried out with a counter-pressure of 2 bar at T port.
NOTE: The limits of use are valid for the C, E, F mounting.
®
28
1
CDC3
IE/CDC3002/02-2017
= =
=
==
=
=
140
49
69.5
178.5
19 16
25
54.5
13
24
86
59
N° 4 Ø 6.5
2 x O-Ring 2-012 90Sh
=
129.5
178.5
69.5
49N°4 6.5∅
59
16
13
24
19
25
55
81.5
= =
= =
==
==
P
A B
10
09
A
T
2 x O-Ring 2-012 90Sh
46
==
LS
O-Ring 2-008 90Sh
24,5
T
A B
16
13
10.510.5
OVERALL DIMENSIONS
Only for LS versions
Single solenoid versions
Fittings, max. tightening torque 60 Nm
Manual emergency
Parallel body
Parallel bodyPresetting for modular
valves
Body "S" connection B-P-A
®
29
1
CDCM3
IE/CDCM3003/01-2015
CDCM
3
*
**
*
*
*
*
E
CDCM3 N ..CDCM3 O .. CDCM3 P ..
**
3
BA
T
P
BA
AB
O
BA
T
P
BA
AB
O
P
T
A B
BA
AB
O
DIRECTIONAL CONTROL BANKABLE VALVE WITH PRESSURE RELIEF VALVE AND A09 COILS
Directional control bankable valve CDCM3 with single or double solenoid and one or two pressure relief valves with adjustable setting on A and/or B.• Centring achieved by means of calibrated length springs which immedi-
ately reposition the spool in the neutral position when the electrical signal is shut off.
• Different springs used for each spool to improve the valve performance.• Emergency control.• Body for parallel or series connections• Threaded ports sizes G3/8”• Coils protection IP65 • Power supply DC or AC (with rectifi er).• Standard connectors DIN 43650 ISO 4400, AMP Junior, fl ying leads and
Deutsch• Maximum fl ow until 30 l/min.• Cast iron zinc plated body.
Connector to be ordered separately, see page 103.
FEATURES
Max. pressure ports P/A/B/T 250 barMax. fl ow 30 l/minMax. fl ow - Pressure relief valve see diagrams page 32Max excitation frequency 3 HzDuty cycle 100% EDHydraulic fl uid DIN 51524 Mineral oilsFluid viscosity 10 ÷ 500 mm2/sFluid temperature -25°C ÷ 75°CAmbient temperature -25°C ÷ 60°CMax. contamination level (fi lter ß25 75)
ISO 4406:1999: class 21/19/16NAS 1638: class 10
Weight with one DC solenoidWeight with two DC solenoids
1.40 kg1.65 kg
HYDRAULIC SYMBOLS
ORDERING CODE
Directional control bankable valve with relief valve (A09 coil)
Size
Body type (tab. 1)
Electrical operator
Spool (tab.2)
Mounting (tab.3)
Voltage (tab.4)
Pressure relief valve setting on A (tab. 5)
Pressure relief valve setting on B (tab. 5, omitted if equal to A)
Variants (tab.6)
Serial No.
Calibrated diaphragms on P line, see page 102.
®
30
1
CDCM3
IE/CDCM3003/01-2015
ORDERING CODE
Two solenoids,spring centred “C” Mounting
Code Covering Transient position
01 +
02 -
03 +
04 (1) -
One solenoid, side A “E” Mounting
Code Covering Transient position
01 +
02 -
03 +
04 (1) -
15 -
16 +
One solenoid, side B “F” Mounting
Code Covering Transient position
01 +
02 -
03 +
04 (1) -
15 -
16 +
Code Variant
S1 No variant
LF Emergency control lever (see page 34)
ES Emergency button (see page 34)
P2 (9) Rotary emergency button (see page 34)
R5 (9) Rotary emergency b. 180° (see page 34)
AJ (10) AMP Junior connection (see page 105)
FL (10) Coil with flying leads 250 mm (see page 105)
LD (10) Coil with flying leads 130 mm and integrated diode (see page 105)
CX (10) Deutsch connecection with bidirectional diode (see page 105)
(1) Specials with price increasing(2) Special voltage(3) Require connector with rectifier: 115 VAC/50Hz - 120 VAC/60Hz(4) Require connector with rectifier: 230 VAC/50Hz - 240 VAC/60Hz(5) Performance are guaranteed only using valves completed with coil(6) Connector to be ordered separately, see page 103; Coils technical data, see page 105; Voltage codes are not stamped on the plate, their are readable on the coils(7) Other settings available on request(8) Other variants available on request(9) Tightening torque max. 6÷9 Nm (CH n. 22)(10) Available in 12V or 24V DC voltage only
Tab.1 - Body type
Tab.2 - Standard spools
Tab.3 - Mounting
Tab.6 - Variants (6-8)
Tab.4 - Coils A09 voltage (6)
Code Voltage Max. winding temperature(Ambient temperature 25°C)
Rated powerW
Resistance @ 20°C (Ohm) ±7%
L 12 Vdc 123 °C 27 5.3
M 24 Vdc 123 °C 27 21.3
N (2) 48 Vdc 123 °C 27 85.3
Z (3) 102 Vdc 123 °C 27 392
P (2) 110 Vdc 123 °C 27 448
X (4) 205 Vdc 123 °C 27 1577
W (5) Without coils
Code Symbol
C
E
F
G (1)
H (1)
Code BodyO Ports G3/8” parallel with relief valve on AP Ports G3/8” parallel with relief valve on BN Ports G3/8” parallel with relief valve on A and B
Tab.5 - Pressure relief valve settings (7)
Code Setting
0 1 ÷ 30 bar
1 31 ÷ 100 bar
2 101 ÷ 250 bar
®
31
1
1
2
3
4
5
6
7
8
9
0 5 10 15 20 25 30
0
2
4
6
8
10
12
P(b
ar)
Q (l/min)
0 10 20 305 15 25
1
2
3
4
0
50
100
150
200
250
P(b
ar)
Q (l/min)
CDCM3
IE/CDCM3003/01-2015
1 = 1 ÷ 30 barbar 2 = 31 ÷ 100 bar 3 = 101 ÷ 250 bar
A B
T
P
A AB B
T
TT
P
Q (l/min)
P(b
ar)
3
2
1
0 1 2 3 4 5 6
0
50
100
150
200
250
300
Q (l/min)
P(b
ar)
1
2
3
0 1 2 3 4 5 6
0
20
40
60
80
100
120
140
160
HYDRAULIC SYMBOLS AND INSTRUCTION OF CONNECTION
PARALLEL CONNECTION
PRESSURE DROPS - DIRECTIONAL CONTROL BANKABLE VALVE
LIMITS OF USE (MOUNTING C-E-F)
The diagram at the side shows the pressure drop curves for spools du-ring normal usage.The fluid used is a mineral oil with a viscosity of 46 mm²/s at 40 C°; the tests have been carried out at a fluid temperature of 40 C°.
(p) Parallel connections(s) Series connections(E) Mounting E(F) Mounting F
The tests have been carried out with solenoids at operating temperature and a voltage 10% less than rated voltage with a fluid temperature of 50 C°. The fluid used was a mineral oil with a viscosity of 46 mm²/s at 40 degrees C. The values in the diagram refer to tests carried out with the oil flow in two direc-tions simultaneously (e.g. from P to A and at the same time B to T).
In the cases where valves 4/2 and 4/3 are used with the flow in one direction only, the limits of use could have variations which may even be negative (See curve No 4 and Spool No 16 used as 2 or 3 ways). The tests were carried out with a counter-pressure of 2 bar at T port.
NOTE: The limits of use are valid for the C, E, F mounting.
Spool type
ConnectionsP A P B A T B T P T P/T passing
01 3 3 3 3 — 802 (p) 6 6 5 5 6 803 3 3 5 5 — 804 (p) 2 2 1 1 4 815-16 (E) 5 5 9 9 — 815-16 (F) 5 5 4 4 — 8
Curve No.
Spool type
Curve No.
01 102 103 304 2
15-16 1 (4)
MAX PRESSURE SETTING MIN.SETTING PRESSURE
Fluid used: mineral based oil with viscosity 46 mm²/s at 40°C.
DIAGRAMS - PRESSURE RELIEF VALVES
(4) = 15 and 16 spools used as 2 or 3 way, follow the curve No. 4
®
32
1
CDCM3
IE/CDCM3003/01-2015
2 x O-Ring 2-012 90Sh
16
13
19
24
25
30
59
49
26
81
N°4 Ø 6,5
= =
==
129,5
69,554,5 54,5
178,5
46
36
= =
==
==
==
OVERALL DIMENSIONS
Fittings, max. tightening torque 60 Nm
Manual emergency
Single solenoid versions
®
33
1
IE/ CDC3-CDCM3-VAR/02-2016
39
59
18
46
66
.4
45
39
18
56
18
46
39
182
12
8
26,5
177
231,5
73
28°28°
19
1
“LF” AND “LR” VARIANTS - EMERGENCY CONTROL LEVER
HYDRAULIC SYMBOL
LF variant
LR variant
Emergency P2 and P5, tightening torque max. 6÷9 Nm (CH n. 22)
Thanks to his fl exibility, the component is designed to be inserted between the valve body and the spool, provid-ing total interchangeability between the different types of solenoid body valves manufactured by Dana Brevini.The control can be used as an emergency device in the event of power cuts.
“ES” Manual emergency
“P2”Rotary emergency
“R5” Rotary emergency 180°
“AJ” AMP Junior
“CX” Deutsch with diode
“FL” Flying leads“LD” Flying leads/diode
OTHER VARIANTS
CDC3 / CDCM3 (variants)
Max operating pressure port T
dynamic 160 barstatic 210 bar
Max operating pressure port Pfor series connection confi guration 160 bar
Mounting type C - F - H
Spools type 01 - 0204 - 16
Weight with single solenoid CDC3 2.21 kgCDCM3 2.36 kg
Weight with double solenoidCDC3 2.46 kgCDCM3 2.61 kg
®
34
1
CD3
IE/CD3002/03-2017
CD
3
*
**
**
2
*
*
E
DIRECTIONAL CONTROL BANKABLE VALVE WITH D15 COILS
Directional control bankable valve CD3 with single or double solenoid.• Centring achieved by means of calibrated length springs which immedi-
ately reposition the spool in the neutral position when the electrical signal is shut off.
• Different springs used for each spool to improve the valve performance.• Emergency control.• Body for parallel or series connections• Threaded ports sizes G3/8” or 9/16”-18UNF (SAE 6), with or without LS
line.• Coils protection IP66 • Power supply DC or AC (with rectifi er).• Standard connectors DIN 43650 ISO 4400, AMP Junior, fl ying leads and
Deutsch• Maximum fl ow until 40 l/min.• Cast iron zinc plated body.
FEATURES
Max. pressure ports P/A/B/T 310 barMax. pressure port T 250 barMax. Flow 40 l/minMax excitation frequency 3 HzDuty cycle 100% EDHydraulic fl uid DIN 51524 Mineral oilsFluid viscosity 10 ÷ 500 mm2/sFluid temperature -25°C ÷ 75°CAmbient temperature -25°C ÷ 60°CMax. contamination level (fi lter ß25 75)
ISO 4406:1999: class 21/19/16NAS 1638: class 10
Weight with one DC solenoidWeight with two DC solenoids
1.389 kg1.778 kg
ORDERING CODE
Directional control bankable valve (with D15 coil)
Size
Body type (tab. 1)
Electrical operator
Spool (tab.2)
Mounting (tab.3)
Voltage (tab.4)
Variants (tab.5)
Serial No.
Connector to be ordered separately, see page 103.
Calibrated diaphragms on P line, see page 102.
®
35
1
CD3
IE/CD3002/03-2017
ORDERING CODE
Two solenoids,spring centred “C” Mounting
Code Covering Transient position
01 +
02 -
03 +
04 (2) -
One solenoid, side A “E” Mounting
Code Covering Transient position
01 +
02 -
03 +
04 (2) -
15 -
16 +
Code Symbol
C
E
F
G (2)
H (2)
One solenoid, side B “F” Mounting
Code Covering Transient position
01 +
02 -
03 +
04 (2) -
15 -
16 +
Code Variant
S1 No variant
SV Viton
LF (12) Emergency control lever (see page 40)
LR Emergency control lever180° rotated (see page 40)
ES Emergency button (see page 40)
P2 (9) Rotary emergency button (see page 40)
R5 (9) Rotary emergency b. 180° (see page 40)
3T First elem. for series connec.
AJ (10) AMP Junior connection (see page 106)
AD (10) AMP Junior and integr diode (see page 106)
SL (10) Coil with flying leads 175 mm (see page 106)
CZ (10) Deutsch DT04-2P connection (see page 107)
CX (10) Deutsch DT04-2P connection and integr diode (see page 107)
R6 (10) Deutsch DT04-2P connection eCoat surface treatment (see page 107)
RS (11) Hirschmann coil eCoat surface treatment (see page 107)
(1) For series connection configuration, a special individual bankable valve CD3*E04**3T2 (A B or G parallel body type only, with spool 04 type, 3T variant) must always be used as first element. For other individual bankable valve must use body D E or H connector series type with spool 04 only
(2) Specials with price increasing(3) Special voltage(4) Require connector with rectifier: 115 VAC/50Hz - 120 VAC/60Hz(5) Require connector with rectifier: 230 VAC/50Hz - 240 VAC/60Hz(6) Performance are guaranteed only using valves completed with coil(7) Connector to be ordered separately, see page 103; Coils technical data, see page 106 - 107; Voltage codes are not stamped on the plate, their are readable on the coils(8) Other variants available on request(9) Tightening torque max. 6÷9 Nm (CH n. 22)(10) Available in 12V or 24V DC voltage only.(11) Available in 12V, 24V, 28V or 110V DC voltage only(12) For the body type G - H - M order LR variant (Emergency control lever180°
rotated)
Tab.1 - Body type
Tab.2 - Standard spools
Tab.3 - Mounting
Tab.5 - Variants (7-8)
Tab.4 - Coils D15 voltage (7)
Code Voltage Max. winding temperature(Ambient temperature 25°C)
Rated powerW
Resistance @ 20°C (Ohm) ±10%
L 12 Vdc 110 °C 30 4.8
M 24 Vdc 110 °C 30 18.8
V (3) 28 Vdc 110 °C 30 25.6
N (3) 48 Vdc 110 °C 30 75.2
Z (4) 102 Vdc 110 °C 30 340
P (3) 110 Vdc 110 °C 30 387
X (5) 205 Vdc 110 °C 30 1375
W (6) Without coils
Code BodyA Ports G3/8” parallelB Ports 9/16” - 18UNF parallelD (1) Ports G3/8” seriesE (1) Ports 9/16” - 18UNF series
G Attachment styleParallel presetting for modular valves
H (1)Attachment styleSeries presetting for modular valves
I Ports 9/16” - 18UNF parallel - LS vers. L Ports G3/8” parallel - LS vers.
M Attachment style, parallel-LS vers. Presetting for modular valves
S Special connection B-P-A (see outlet module unit FUS3 pag .55)
U Ports G3/8” parallel - P-T closed(not require the outlet module units)
®
36
1
CD3
IE/CD3002/03-2017
TT
P
T VMP
P
T
A A
A A
B B
A A
B B
T
O O
P
T
A
A
O
B
A B B B
B
A A
A A
B B
A A
B B
T
O O
P
BA
B
O
A
A B B B
CD3 A ... CD3 B ... CD3 D ... CDC3 E ... CD3 G ... CD3 H ...
CD3 I ... CD3 L ...
CD3 M ... CDC3 S ... CDC3 U ...
BA
T
P
A
AB
O
B
T
BA
P
BA
AB
O
T
BA TT
P
BA
AB
O
P T
T TA B
BA
AB
O
A B
T
LSP
BA
AB
O
T
LSP LS
TBAT
BA
AB
O
T
A
B
P
A B
BA
AB
O
T
P
A B
BA
AB
O
HYDRAULIC SYMBOLS AND INSTRUCTION OF CONNECTION
PARALLEL CONNECTION SERIES CONNECTION
Special elementCD3*E04**3T2
Special closing plug
For series connection configuration, a special individual valve bank section (CD3*E04**3T2) must always be used as first element (see ordering code page 35).
HYDRAULIC SYMBOLS
®
37
1
CD3
IE/CD3002/03-2017 1
0 10 20 30 40
1
2
3
0
50
100
150
200
250
300
350
P(b
ar)
Q (l/min)
7
6
5
4
3
2
1
10 9 8
0 105 2015 3025 4035
0
2
4
6
8
10
12
14
16
18
20
P(b
ar)
Q (l/min)
PRESSURE DROPS - DIRECTIONAL CONTROL BANKABLE VALVE
LIMITS OF USE (MOUNTING C-E-F)
The diagram at the side shows the pressure drop curves for spools during normal usage.The fluid used is a mineral oil with a viscosity of 46 mm²/s at 40 C°; the tests have been carried out at a fluid temperature of 40 C°.
(p) Parallel connections(s) Series connections(E) Mounting E(F) Mounting F
The tests have been carried out with solenoids at operating temperature and a voltage 10% less than rated voltage with a fluid temperature of 50 C°. The fluid used was a mineral oil with a viscosity of 46 mm²/s at 40 degrees C. The values in the diagram refer to tests carried out with the oil flow in two direc-tions simultaneously (e.g. from P to A and at the same time B to T).
(3) = 16 spools used as 2 or 3 way, follow the curve No. 3
Spool type
ConnectionsP A P B A T B T P T P/T passing
01 6 6 6 6 — 102 (p) 5 5 4 4 2 102 (s) 5 5 5 5 3 —03 6 6 5 5 — 104 (p) 9 10 8 8 4 104 (s) 9 9 8 8 5 —15-16 (E) 5 7 5 9 — 115-16 (F) 7 5 9 5 — 1
Curve No.
Spool type Curve No.
01 102 103 104 215 316 1
In the cases where valves 4/2 and 4/3 are used with the flow in one direction only, the limits of use could have variations which may even be negative (See curve No 3 and Spool No 16 used as 2 or 3 ways). The tests were carried out with a counter-pressure of 2 bar at T port.
NOTE: The limits of use are valid for the C, E, F mounting.
®
38
1
CD3
IE/CD3002/03-2017
=
==
=
49
59
80 8069.5
229.5
25 1
9 16
13
24
143
N° 4 Ø6,5
2 x O-Ring 2-012 90Sh
==
==
24.5
49
59
69.5
13
16
19
25
24
56
229.5
8080
=
=
=
=
= =
P
T T
A B
A B
1009A
N°4 Ø6.5
2 x O-Ring 2-012 90Sh
LS
O-Ring 2-008 90Sh
= =
155
30.5
Ø45
46
= =
==
16
13
10.510.5
OVERALL DIMENSIONS
Only for LS versions
Single solenoid versions
Fittings, max. tightening torque 60 Nm
Manual emergency
Parallel bodyPresetting for modular
valves
Parallel bodyBody "S"
connection B-P-A
®
39
1
IE/CD3-VAR/02-2016
81
.5
22
.5
98.5
Ø 3
2
81
.5
22
.5
max 66
120
81
.5
17
Ø 3
0
22
.5
max 63
117
54.3
53.766.7
66.5
54.3
191
208
13
2
26,5
202,5
282,5
77
28°28°
65.7
54,3
53.7
54.3
“LF” AND “LR” VARIANTS - EMERGENCY CONTROL LEVER
OTHER VARIANTS
HYDRAULIC SYMBOL
LF variant
LR variant
Emergency P2 and P5, tightening torque max. 6÷9 Nm (CH n. 22)
“ES” Manual emergency
“P2”Rotary emergency
“AJ” AMP Junior“AD” AMP Junior + Diode
“CZ” Deutsch DT04-2P“R6” Deutsch DT04-2P eCoat treatment
“SL” Flying leads
“R5” Rotary emergency 180°
“RS” eCoat treatment
CD3 (variants)
Max operating pressure port T
dynamic 160 barstatic 210 bar
Max operating pressure port Pfor series connection confi guration 160 bar
Mounting type C - F - H
Spools type 01 - 02 - 0304 - 16
Weight with single solenoid Weight with double solenoid
2.35 kg2.74 kg
Thanks to his fl exibility, the component is designed to be inserted between the valve body and the spool, provid-ing total interchangeability between the different types of solenoid body valves manufactured by Dana Brevini.The control can be used as an emergency device in the event of power cuts.
®
40
1
CX3
IE/CX3002/03-2016
CX
3
N
**
*
2
*
*
*
**
CX3 A ... CX3 C ... CX3 CL ...
T
P
OA
A B BA
AB
O
P
T
BA
AB
O
P
LS
T
SOLENOID OPERATING PROPORTIONAL CONTROL BANKABLE VALVES
Proportional control bankable valves CX3 with single or double solenoid.• Emergency control.• Body for parallel connections• Threaded ports sizes G3/8” or 9/16”-18UNF (SAE 6), with or without LS line.• Coils protection IP66 • Standard connectors DIN 43650 ISO 4400, AMP Junior, fl ying leads and
Deutsch• Regulated fl ow rate 3 / 10 / 15 / 20 l/min• Cast iron zinc plated body.
FEATURES
ORDERING CODE
Operating specifi cations are valid for fl uid with 46 mm²/s viscosity at 40°C, using the specifi ed Dana Brevini electronic control units.
Accessories
Max. operating pressure ports P/A/B 310 barMax. operating pressure ports T(Pressure dynamic allowed for 2 millions of cycles) 250 bar
Nominal fl ow with Dp 5 bar from P to A,B 3 / 10 / 15 / 20 l/minRelative duty cycle Continuous 100% EDType of protection (Hirschmann coil) IP 66Fluid viscosity 10 ÷ 500 mm²/sFluid temperature -20°C ÷ 75° CAmbient temperature -20°C ÷ 60°CMax. contamination level (fi lter ß10 75)
ISO 4406:1999: class 19/17/14NAS 1638: class 8
Weight with single solenoid (CX3A..)Weight with double solenoid (CX3C..)
1.389 kg1.778 kg
Solenoid @ 9Vdc @ 12Vdc @ 24VdcCurrent supply PWM (pulse width modulation)Max. current solenoid 2.35 A 1.76 A 0.88 ASolenoid coil resistance at 25°C (77°F) 2.25 Ohm 4.0 Ohm 16.0 OhmPWM or superimposed dither frequency 100 ÷ 150 Hz
REMSRA..REMDRA.. Card type control for single and double solenoid
CEPS... Electronic amplifi er plug version for signle solenoid
MAV Electronic module for integrate control of proportional valves and ON/OFF
JMPEI0M700101 Joystick with standard handleJMPIU0M700138 Joystick Person present handle
Proportional control bankable valve
Size
A = Single solenoidC = Double solenoid
Body type:A = Ports G3/8” parallelB = Ports 9/16” - 18UNF parallel G = Presetting for modular valves (parallel)L = Ports G3/8” parallel (LS version)
Type of spool
03 =
Symmetrical fl ow path control(see symbols table)
Nominal fl ow with Dp 5 bar from P to A,B1 = 3 l/min2 = 10 l/min3 = 15 l/min4 = 20 l/min
Max. current at solenoid (1):E = 2.35 A - Special coil (9 VDC)F = 1.76 A (12 VDC)G = 0.88 A (24 VDC)
Variants (1-2):S1 = No variantSV = VitonES = Emergency button (3)P2 = Rotary emergency (3) R5 = Rotary emergency 180° (3) AJ = Coil with AMP Junior connection (1)CZ = Coil with Deutsch connection DT04-2P (1)
Serial No.
HYDRAULIC SYMBOLS
Connector to be ordered separately, see page 103.
(1) Coils technical data, see page 109. Voltage codes are not stamped on the plate, their are readable on the coils(2) Connector to be ordered separately, see page 103;(3) Emergency (see page 42)
®
41
1
CX3
IE/CX3002/03-2016
TT
P
Q (
l/m
in)
I (%)
0
5
10
15
20
25
0 10010 20 30 40 50 60 70 80 90
Q (l/min)
P(b
ar)
0 5 10 15 20 25 30
0
50
100
150
200
250
81
.5
22
.5
98.5
Ø 3
2
81
.5
22
.5
max 66
120
81
.5
17
Ø 3
0
22
.5
max 63
117
B BBA
T
P
T
A AA A A
B B B
HYDRAULIC SYMBOLS AND INSTRUCTION OF CONNECTION
PARALLEL CONNECTION
The fluid used is a mineral based oil with a viscosity of 46 mm²/s at 40°C. The tests have been carried out at with a fluid of a 40°C.
DIAGRAMS
INPUT SIGNALCX3.01N4...
POWER LIMITS TRANSMITTEDCX3.01N4...
VARIANTS
Emergency P2 and P5, tightening torque max. 6÷9 Nm (CH n. 22)
“ES” Manual emergency
“P2”Rotary emergency
“R5” Rotary emergency 180°
®
42
1
CX3
IE/CX3002/03-2016
=
==
=
49
59
80 8069.5
229.5
25 1
9 16
13
24
143
N° 4 Ø6,5
2 x O-Ring 2-012 90Sh
==
==
24.5
49
59
69.5
13
16
19
25
24
56
229.5
8080
=
=
=
=
= =
P
T
A B
1009A
N°4 Ø6.5
2 x O-Ring 2-012 90Sh
LS
O-Ring 2-008 90Sh
= =
155
30.5
Ø45
46
= =
==
OVERALL DIMENSIONS
Parallel bodyPresetting for modular
valves
Parallel body Only for LS versions
Single solenoid versions
Fittings, max. tightening torque 60 Nm
Manual emergency
®
43
1
CXQ3
IE/CXQ3002/02-2016
CXQ
3
D
*
2
*
C
*
**
CXQ3CT..
CXQ3CP..
(1) Dati tecnici bobine, vedi pag. 103 . Le tensioni non sono stampigliate sulle targhette, ma indicate sulla bobina (2) Connettori da ordinare separatamente, vedi pag. 97;(3) Emergenze, vedi pag. 46 T T
PIN POUT
E
T T
PIN POUT
OPEN LOOP PROPORTIONAL PRESSURE COMPENSATED BANKABLE FLOW REGULATORS
Open loop proportional fl ow regulator 3 way compensated with priority function.• Regulate the fl ow in proportion to an applied electrical current (REM, MAV
or CEPS power amplifi er). • Flow regulation is independent both from load – POUT port – and pump
fl ow variations. Load compensation is achieved by a spool compensator, which holds the pressure drop constant across the proportional spool.
• Emergency control.• Coils protection IP66 • Standard connectors DIN 43650 ISO 4400, AMP Junior, and Deutsch• Regulated fl ow rate 15 / 20 l/min• Cast iron zinc plated body.
FEATURES
ORDERING CODE
Operating specifi cations are valid for fl uid with 46 mm²/s viscosity at 40°C, using the specifi ed Dana Brevini electronic control units.
Accessories
Max. operating pressure ports Pin / Pout / E 250 bar
Max. operating pressure ports T(Pressure dynamic allowed for 2 millions of cycles) 250 bar
Regulated fl ow rate 15 / 25 l/minDecompression drain fl ow max 0.7 l/minRelative duty cycle Continuous 100% EDType of protection (Hirschmann coil) IP 66
Flow rate gain See diagram “Input signal fl ow”
Fluid viscosity 10 ÷ 500 mm²/sFluid temperature -20°C ÷ 75° CAmbient temperature -20°C ÷ 60°CMax. contamination level (fi lter ß10 75)
ISO 4406:1999: class 19/17/14NAS 1638: class 8
Weight version CXQ3CP..Weight version CXQ3CT..
2.25 kg1.75 kg
Solenoid @ 9Vdc @ 12Vdc @ 24VdcCurrent supply PWM (pulse width modulation)Max. current solenoid 2.35 A 1.76 A 0.88 ASolenoid coil resistance at 25°C (77°F) 2.25 Ohm 4.0 Ohm 16.0 OhmPWM or superimposed dither frequency 100 ÷ 150 Hz
REMSRA.. Card type control for single solenoidCEPS... Electronic amplifi er plug version for signle solenoid
MAV Electronic module for integrate control of proportional valves and ON/OFF
JMPEI0M700101 Joystick with standard handleJMPIU0M700138 Joystick Person present handle
Open loop 3 way proportional compensatedfl ow regulator for module units and bankable valves
Size
3 way compensation
P = 3 way (external excedence Line/ priority function)T = 3 way (internal excedence to T)
Nominal fl ow ratesH = 15 l/minI = 25 l/min
With decompression
Max. current at solenoid (1):E = 2.35 A - Special coil (9 VDC)F = 1.76 A (12 VDC)G = 0.88 A (24 VDC)
Variants (1-2):S1 = No variantL7 = emergency lever (3)P2 = Rotary emergency (3)R5 = Rotary emergency 180° (3)AJ = Coil with AMP Junior connection (1)CZ = Coil with Deutsch connection DT04-2P (1)
Serial No.
HYDRAULIC SYMBOLS
= Blind
Connector to be ordered separately, see page 103.
(1) Coils technical data, see page 109. Voltage codes are not stamped on the plate, their are readable on the coils(2) Connector to be ordered separately, see page 103;(3) Emergency (see page 46)
®
44
1
CXQ3
IE/CXQ3002/02-2016
Q (
l/m
in)
I (%)
0
5
10
15
20
25
30
35
0 10 20 30 40 50 60 70 80 90 100
2
1
P (bar)Q
(l/
min
)
1
2
0 50 100 150 200 250
0
8
16
24
32
P (bar)
Q (
l/m
in)
1
2
0 50 100 150 200 250
0
8
16
24
32
Q (l/min)
0 10 205 15 25 30
0
5
10
15
20
P(b
ar)
Q (l/min)
0 10 205 15 25 30
0
5
10
15
20
P(b
ar)
1= CXQ3C*I...2= CXQ3C*H..
O-Ring 2-008 90Sh
3 x O-Ring 2-012 90Sh
49
19
N°4 Ø 6.5
56
59
431
3
14
BA
16
= =
= =
Ø45
161
69.5 11.580
= =
The fluid used is a mineral based oil with a viscosity of 46 mm²/s at 40°C. The tests have been carried out at with a fluid of a 40°C.
DIAGRAMS
INPUT SIGNAL FLOW
FLOW RATE BACK PRESSURE ON SECONDARY LINE
FLOW RATE BACK PRESSURE ON PRIORITY LINE
P PUMP FLOW PIN TCXQ3CT ...
P PUMP FLOW PIN TCXQ3CP ...
OVERALL DIMENSIONS CXQ3CT ...
®
45
1
CXQ3
IE/CXQ3002/02-2016
81
.5
22
.5
max 66
120
81
.5
17
Ø 3
0
22
.5
max 63
117
123
124.5
70,5
81.5
22.5Ø
40
59
14
22
49
16
13 15
19
24
N°4 Ø 6.5
86.5
54.5
= =
= =
19.5 11.5
G 3/8"
69.5
65
11.580
36
Ø45
161
= =
4 x O-Ring 2-012 90Sh
OVERALL DIMENSIONS CXQ3CP ...
VARIANTS
Emergency P2 and P5, tightening torque max. 6÷9 Nm (CH n. 22)
“L7” Emergency lever
“P2”Rotary emergency
“R5” Rotary emergency 180°
®
46
1
FI3A
FI
3
A
**
1
IE/FI3A001/01-2015
2 x O-RING 2-012 90Sh
59
49
43
N°4 M
612
N°4 M
612
27
70
P
T
INTERMEDIATE ELEMENT
HYDRAULIC SYMBOL
FEATURES
Max. operating pressure 250 barMax. Flow 40 l/minHydraulic fluid DIN 51524 Mineral oilsFluid viscosity 10 ÷ 500 mm²/sFluid temperature -25°C ÷ 75°CAmbient temperature -25°C ÷ 60°CMax. contamination level (filter ß25 75)
ISO 4406:1999: class 21/19/16NAS 1638: class 10
Weight 0.4 kg
Intermediate element FI3A with through P and T lines. • Suggested in assemblies with more than 8 elements in order to give better
support and stability. • Maximum flow 40 l/min.• Aluminum body.
ORDERING CODE OVERALL DIMENSIONS
Intermediate element
Size
Standard connection
00 = No variantV1 = Viton
Serial No.
®
47
1
FI3L
FI
3
L
**
1
IE/ FI3L001/01-2015
2 x O-RING 2-012 90Sh
70
20
43
43,5
59
49
43
N°4 M
612
N°4 M
612
27
70
O-RING 2-010 90Sh
P
LS
T
INTERMEDIATE ELEMENT WITH LS LINE
HYDRAULIC SYMBOL
FEATURES
Max. operating pressure 250 barMax. Flow 40 l/minHydraulic fl uid DIN 51524 Mineral oilsFluid viscosity 10 ÷ 500 mm²/sFluid temperature -25°C ÷ 75°CAmbient temperature -25°C ÷ 60°CMax. contamination level (fi lter ß25 75)
ISO 4406:1999: class 21/19/16NAS 1638: class 10
Weight 0.4 kg
Intermediate element FI3L with through P-T and LS lines. • Suggested in assemblies with more than 8 elements in order to give better
support and stability. • Maximum fl ow 40 l/min.• Cast iron zinc plated body.
ORDERING CODE OVERALL DIMENSIONS
Intermediate element
Size
LS line
00 = No variantV1 = Viton
Serial No.
®
48
1
1 = max 60 bar 2 = max 120 bar 3 = max 250 bar
FI
3
RP
*
*
FI3RP
IE/ FI3RP001/01-2015
1
**
1
2
3
0 15 30 45 60 75 90
0
25
50
75
100
125
150
175
200
225
250
275
300
Q (l/min)
P(b
ar)
3
2
1
0 15 30 45 60 75 90
0
5
10
15
20
25
30
35
40
Q (l/min)
P(b
ar)
0 15 30 45 60 75 90
3
2
1
0
25
50
75
100
125
150
175
200
225
250
275
300
Q (l/min)
P(b
ar)
2 x O-RING 2-012 90ShO-RING 2-010 90Sh
55
61,5 max
70 max
90
C
V
39
49
59
43
N°4 Ø 6,5
21
8 19,5
49
P
T
LS
M
INTERMEDIATE ELEMENT WITH PRESSURE REDUCING VALVE
FEATURES
Max. operating pressure 250 barMax. Flow 40 l/minHydraulic fl uid DIN 51524 Mineral oilsFluid viscosity 10 ÷ 500 mm2/sFluid temperature -25°C ÷ 75°CAmbient temperature -25°C ÷ 60°CMax. contamination level (fi lter ß25 75)
ISO 4406:1999: class 21/19/16NAS 1638: class 10
Weight 0.7 kg
(*) The minimum permissible setting pressure depending on the spring: see curves.
Intermediate element FI3RP provide a pilot-operated pressure reducing valve CVR20 • Test coupling• Feed a secondary branch of a circuit at a lower pressure, guaranteeing
minimum variation of the set pressure with fl ow alterations.• Manual adjustment with a grub screw or plastic knob. • Maximum fl ow 40 l/min.• Aluminum body.
ORDERING CODE
OVERALL DIMENSIONS
Pressure reducing valve (CVR20...)Setting range (*):Spring 1Spring 2Spring 3
max 60 barmax 120 barmax 250 bar
Intermediate element
Size
Pressure reducing valve
Adjustment:M = Plastic knobC = Grub screw
Setting ranges1 = max. 60 bar (white spring)2 = max. 120 bar (yellow spring)3 = max. 250 bar (green spring) 00 = No variantV1 = Viton
Serial No. C = Grub screwM = Plastic knob
PRESSURE-FLOW OF RELIEVING MIN.SETTING PRESSURE PRESSURE-FLOW RATE
Fluid used: mineral based oil with viscos-ity 46 mm²/s at 40°C.
HYDRAULIC SYMBOL
Threaded test coupling M16x2
®
49
1
CDC3R
IE/CDC3R002/02-2016
CDC
3
C
02
**
2
*
R
E
0 10 20 305 15 25
0
50
100
150
200
250
P(b
ar)
Q (l/min)
1
2
3
4
0 5 10 15 20 25 30
0
2
4
6
8
10
12
P(b
ar)
Q (l/min)
T
P
DIRECTIONAL CONTROL VALVE CONNECTION B-P FOR INTERMEDIATE ELEMENT FI3BP
Connector to be ordered separately, see page 103.
FEATURES
Max. pressure ports P/A/B/T 250 barMax. Flow 30 l/minMax excitation frequency 3 HzDuty cycle 100% EDHydraulic fl uid DIN 51524 Mineral oilsFluid viscosity 10 ÷ 500 mm2/sFluid temperature -25°C ÷ 75°CAmbient temperature -25°C ÷ 60°CMax. contamination level (fi lter ß25 75)
ISO 4406:1999: class 21/19/16NAS 1638: class 10
Weight 1.50 kg
ORDERING CODE
Directional control valve (with A09 coil)
Size
Body type
Electrical operator
Spool (tab.1)
Mounting (tab.1)
Voltage (tab.2)
Variants (tab.3)
Serial No.
HYDRAULIC SYMBOL
PRESSURE DROPS
Curve Connections4 P A4 P B3 A T3 B T2 P T1 P/T passanti
Fluid used: mineral based oil with viscosity 46 mm²/s at 40°C.
LIMITS OF USE
The tests have been carried out with so-lenoids at operating temperature and a voltage 10% less than rated voltage with a fl uid temperature of 50 C°. The fl uid used was a mineral oil with a viscosity of 46 mm²/s at 40 degrees C. The values in the diagram refer to tests carried out with the oil fl ow in two directions simul-taneously (e.g. from P to A and at the same time B to T).
In the cases where valves 4/2 and 4/3 are used with the fl ow in one direc-tion only, the limits of use could have variations which may even be nega-tive. The tests were carried out with a counter-pressure of 2 bar at T port.
Directional control valve CDC3R module with body type R can be assembled with intermediate module FI3BP, to defi ne an hydraulic scheme that can select the functions ahead or behind this module.As shown in the example scheme, when the coil on side a is energised the fl ow is delivered to the sections behind this module CDC3R, instead when the coil on side b is energised the fl ow is delivered to the sections ahead.• Emergency control.• Coils protection IP65 • Power supply DC or AC (with rectifi er).• Standard connectors DIN 43650 ISO 4400, AMP Junior, fl ying leads and
Deutsch• Maximum fl ow until 30 l/min.• Cast iron zinc plated body.
®
50
1
CDC3R
IE/CDC3R002/02-2016
BA
BA
CDC3R FI3BP
P
T T
178.5
69.5
49N°4 6.5∅
59
16
13
24
19
25
55
81
.5
= =
= =
==
==
P
1009A
T
2 x O-Ring 2-012 90Sh
46
==
10.5
Two solenoids,spring centred “C” Mounting
Code Covering Transient position
02 -
Code Variant
S1 No variant
SV Viton
LF Emergency control lever (see page 34)
LR Emergency control lever 180° rotated (see page 34)
ES Emergency button (see page 34)
P2 (7) Rotary emergency button (see page 34)
R5 (7) Rotary emergency b. 180° (see page 34)
3T First elem. for series connec.
AJ (8) AMP Junior connection (see page 105)
FL (8) Coil with flying leads 250 mm (see page 105)
LD (8) Coil with flying leads 130 mm and integrated diode (see page 105)
CX (8) Deutsch connecection with bidirectional diode (see page 105)
(1) Special voltage(2) With rectifier: 115 VAC/50Hz - 120 VAC/60Hz(3) With rectifier: 230 VAC/50Hz - 240 VAC/60Hz(4) Performance are guaranteed only using valves completed with coil(5) Connector to be ordered separately, see page 103; Coils technical data, see page 105; Voltage codes are not stamped on the plate, their are readable on the coils(6) Other variants available on request(7) Tightening torque max. 6÷9 Nm (CH n. 22)(8) Available in 12V or 24V DC voltage only
Tab.1 - Standard spools Tab.3 - Variants (5-6)
Tab.2 - Coils A09 voltage (5)
Code Voltage Max. winding temperature(Ambient temperature 25°C)
Rated powerW
Resistance @ 20°C (Ohm) ±7%
L 12 Vdc 123 °C 27 5.3
M 24 Vdc 123 °C 27 21.3
N (1) 48 Vdc 123 °C 27 85.3
Z (2) 102 Vdc 123 °C 27 392
P (1) 110 Vdc 123 °C 27 448
X (4) 205 Vdc 123 °C 27 1577
W (4) Without coils
OVERALL DIMENSIONS
Manual emergency
ORDERING CODE
EXAMPLE WITH VALVE CDC3R AND INTERMEDIATE ELEMENT FI3BP
®
51
1
FI3BP
FI
3
BP
**
1
IE/ FI3BP001/01-2015
2 x O-RING 2-012 90Sh
59
49
43
70
11
10,5
60
35
B
P
B
T
P
INTERMEDIATE ELEMENT FOR VALVE CDC3R
HYDRAULIC SYMBOL
FEATURES
Max. operating pressure 250 barMax. Flow 40 l/minHydraulic fl uid DIN 51524 Mineral oilsFluid viscosity 10 ÷ 500 mm²/sFluid temperature -25°C ÷ 75°CAmbient temperature -25°C ÷ 60°CMax. contamination level (fi lter ß25 75)
ISO 4406:1999: class 21/19/16NAS 1638: class 10
Weight 0.4 kg
Intermediate element FI3BP for valve CDC3R to connect B to P lines• Maximum fl ow 40 l/min.• Aluminum body.
ORDERING CODE OVERALL DIMENSIONS
Intermediate element
Size
For valve CDC3R
00 = No variantV1 = Viton
Serial No.
®
52
1
FU3
FU
3
*
00
2
IE/FU3002/01/2011
FU3*002 FU3002
FU3*002
FU3002
70
70
35
49
49
T
59
59
n. 4 fori Ø 6.5
n. 4 fori Ø 6.5
n. 2 M6
14
11
11
15
20
43
43
60
60
30
12
T
P
T
P
OUTLET MODULE UNITS
HYDRAULIC SYMBOLS
FEATURES
Max. operating pressure 250 barMax. Flow 40 l/minHydraulic fl uid DIN 51524 Mineral oilsFluid viscosity 10 ÷ 500 mm2/sFluid temperature -25°C ÷ 75°CAmbient temperature -25°C ÷ 60°CMax. contamination level (fi lter ß25 75)
ISO 4406:1999: class 21/19/16NAS 1638: class 10
Weight 0.2 kg
Outlet module units FU3.• Threaded ports (T) sizes G3/8” or 9/16”-18UNF.• Outlet modules without ports only for parallel connections• Maximum fl ow 40 l/min.• Aluminum body.
ORDERING CODE
OVERALL DIMENSIONS
Otulet module unit
Size Port size:For outlet module without ports is not required (only for parallel style)1 = G3/8”2 = 9/16”-18UNF No variant
Serial No.
®
53
1
FUT3
IE/ FUT3001/01-2015
FUT
3
3
00
1
59
49
70
29
25
84,5
G 1/4"
G 1/4"
45
T
P
M
OUTLET MODULE UNITS WITH SIDE PORTS
HYDRAULIC SYMBOLS
FEATURES
Max. operating pressure 250 barMax. Flow 40 l/minHydraulic fl uid DIN 51524 Mineral oilsFluid viscosity 10 ÷ 500 mm2/sFluid temperature -25°C ÷ 75°CAmbient temperature -25°C ÷ 60°CMax. contamination level (fi lter ß25 75)
ISO 4406:1999: class 21/19/16NAS 1638: class 10
Weight 0.4 kg
Outlet module units FUT with side ports.• Threaded ports (T) sizes G1/4”• Maximum fl ow 40 l/min.• Aluminum body.
ORDERING CODE OVERALL DIMENSIONS
Otulet module unit
Size Port size:3 = G1/4”
No variant
Serial No.
®
54
1
FUS3
IE/FUS3001/01-2015
FUS
3
1
00
1
59
49
55
43
101
24.5
45.5
70
G 3/8"
35
38
Q (l/min)
0 10 20 30 40
0
5
10
15
20
P(b
ar)
A A1
A1 A
CD3S...
CDC3S..
FUS
A1
A
BP
T
A B
BA
AB
O
OUTLET MODULE UNITS WITH OVERCENTER AND TOP PORT
HYDRAULIC SYMBOLS
FEATURES
Max. operating pressure 250 barMax. Flow 40 l/minHydraulic fl uid DIN 51524 Mineral oilsFluid viscosity 10 ÷ 500 mm2/sFluid temperature -25°C ÷ 75°CAmbient temperature -25°C ÷ 60°CMax. contamination level (fi lter ß25 75)
ISO 4406:1999: class 21/19/16NAS 1638: class 10
Weight 0.7 kg
Outlet module FUS3 includes an overcenter valve to control the movement of a cylinder end connected to port A1.• Threaded ports (A1) sizes G3/8”• Maximum fl ow 40 l/min.• Aluminum body.
ORDERING CODE
OVERALL DIMENSIONS
Outlet module units with overcenter and top port
Size Port size:1 = G3/8”
No variant
Serial No.
PRESSURE DROPS
Outlet module for directional control valve CDC3 and CD3 body “S” (see pages 25 and 35 ).
®
55
1
IE/ BANK-COMP/02-2015
T
P
LS
LS
BA
T
P
LS
LS
BA
CFS3C.03 ..
PRE AND POST COMPENSATED VALVES
Patented
CXDH.3 proportional CDH.3 on/off
A pressure compensated valve maintains a constant fl ow rate across the main spool regardless of the load induced pressure, therefore the movement speed of actuator is not affected by load. Local compensa-tor on every section allows simultaneous movement of multiple func-tions.Compensated valves can be of two types: pre-compensated or post-compensated.
PRE-COMPENSATED VALVE CXDH3-CDH3• Compact and simple solution• Proportional control with valves CXDH3 or ON/OFF control with
valves CDH3• Available pressure rielief LSa-LSb valves on every working section• Valve body with the same interface of other bankable valves (for
example ON/OFF valves type CD3-CDC3 and CD5)• If the total amount of fl ow required by single function exceed the
available pump fl ow (fl ow saturation) then the function with lower load will have priority, and function with higher load will stop
POST-COMPENSATED VALVE (FLOW SHARING) CFS3• If fl ow saturation occurs then the function will proportionally re-
duce the fl ow (Flow Sharing) and will continue the movement• This solution permits high effi ciency and energy saving• Valve body with the same interface of other bankable valves (for
example ON/OFF valves type CD3-CDC3 and CD5)
®
56
1
BA
LS
BA
LS
P
T
P1 LS GLS
T
Amm
Bmm
Cmm
Dmm
2 104 171 209 2213 150 217 255 2674 196 263 301 3135 242 309 347 3596 288 355 393 4057 334 401 439 4518 380 447 485 497
IE/BANK-COMP/02-2015
2 x M6 - 6H 2 x M6 - 6H12 12
951
22.5
99.5
D
C
B
39 A
54
54
90 117.5
(5)
32
7
10
T
P
T
LS
P1
C
951
33,5
A
B
54
70
196,21
249,5
2xM6 9 2xM6 9
Amm
Bmm
Cmm
2 134 104 1923 180 150 2384 226 196 2845 272 242 3306 318 288 3767 364 334 4228 410 380 468
A B
T
GLSLSP1
P
X
T
PRE AND POST COMPENSATED VALVES
CXDH3 proportional valves with FEH30PQ inlet module for Fixed Displacement pump
tighten the screws to a torque of 10 Nm
fixing feet available on request
Noelements
fixing holes mounting without fixing feet
tighten the screws to a torque of 10 Nm
fixing feet available on request
fixing holes mounting without fixing feet
Noelements
CXDH3 Flow Sharing valves with FEH30PQ inlet module
®
57
1
IE/BANK-COMP/02-2015
1
4
5
6
97
8
2
3
11
14
14
15
16
16
13
12
10
Composition form
How to orderTo order the assembly, specify the codes in progressive order (inlet, valves, outlet, mounting kit, feet). See example page 112.
For any further special version not shown in this catalogue, please contact our Technical Department.
Ref. Type Descriprion Page
1 FEH30PQ OPEN CENTER inlet module for fixed displacement pumps 59
2 FEH30LS CLOSED CENTER inlet module for variable displacement load sensing pumps 61
3 FEH35PQ OPEN CENTER inlet module with compensator for fixed displacement pumps 63
4 CXDH3 PROPORTIONAL pre compensated valves 65CXDH3 / CDH3 (variants) 73
5 CDH3 ON/OFF pre compensated valves 69CXDH3 / CDH3 (variants) 73
6 CXDH3 Body G-M for modular valves 65
7 CFS3 Post compensated FLOW SHARING valve High efficiency energy saving 74CFS3 (variants) 77
8 CFS3 Body G for modular valves 74
9 FUH Outlet module units 78
10 CM3F Modular elements with ports A-B 92
11 CM3M Modular max. pressure bankable valves 95
12 HSIF Interface for proportional directional valves HPV41 98
13 — Mounting kit 99
14 — Fixing feet 101
15 — Connectors 103
16 — Coils 104
SIZE 6 valves CXDH3, CDH3, CFS3 can be assembled with:- valves CDC3, CD3, CX3 (page 6);- with SIZE 10 valves CD5 (page 80);- with proportional directional valves HPV41 (see catalogue cod. DOC00079) using the interface HSIF (page 98).
To obtain the best performances, we suggest to assemble the working sections with higher flow rate near the inlet module, leaving the ones with lower flow at the end of the assembled valve.
®
58
1
FEH30
P
Q
3
C
FEH30PQ
IE/FEH30PQ002/03-2016
3
*
*
**
2
GLSLSP1
P
X
T
Open center inlet module units FEH30PQ for fi xed displacement pumps with pressure relief valve CMP-MC/MS and electrical venting valve CRP04.• Includes a pressure compensated load sensing signal bleed to minimize
system losses even at high operating pressures. Signal bleed can be closed in case it not required.
• Manual adjustment with a grub screw. • Threaded ports P-T sizes G1/2”• Maximum fl ow 80 l/min.• Cast iron zinc plated body.
Inlet module units with pressure relief valve
Electrical venting valve
Pressure compensator element
Size
Ports G1/2”
Adjustment: C = Grub screw
Setting ranges: 1 = 35 ÷ 90 bar2 = 75 ÷ 190 bar3 = >150 bar
Voltage venting valve (1):L = 12 VdcM = 24 VdcN = 48 Vdc0 = Without electrical venting valve (plugged)
Variants (1-2):S1 = No variantsSV = VitonPY = Push button emergency (3)PS = Rotary emergency (3) AJ = AMP Junior connection 22W (see page 104)CX = Deutsch connect. bidirectional diode (see page 104)
Serial No.
OPEN CENTER INLET MODULE FOR FIXED DISPLACEMENT PUMPS
ORDERING CODE
FEATURES
Max. operating pressure 300 barSetting ranges for pressure relief valve Spring 1: 35 ÷ 90 bar
Spring 2: 75 ÷ 190 barSpring 3: >150 bar
Max. fl ow 80 l/min (see charateristic curves)
Fluid viscosity 10 ÷ 500 mm²/sMax LS bleed fl ow 0.5 l/min*Fluid temperature -25°C ÷ 75° CAmbient temperature -25°C ÷ 60°CMax. contamination level (fi lter ß25 75)
ISO 4406:1999: class 21/19/16NAS 1638: class 10
Weight 2.9 kgMax. excitation frequency 2 HzDuty cycle 100% EDType of protection (in relation to the connection used) IP65
HYDRAULIC SYMBOL
CHARACTERISTIC CURVE
To obtain a correct compensation the inlet fl ow must be 8% greater the sum of the regulated fl ows
Inlet module Pressure Drops
(1) Coils technical data, see page 104) Voltage codes are not stamped on the plate, their are readable on the coils(2) Connector to be ordered separately, see page 103; Other variants available on request.(3) Emergency (see page 60
Connector to be ordered separately, see page 103.
* Bleed fl ow rate is subtracted to the energized valve working at the higher pressure. To avoid this behavior plug the bleed (see “X” on hydraulic scheme)
“X” predisposition for LS bleed plug
®
59
1
FEH30PQ
IE/FEH30PQ001/01/2011
3,5 Corsa
(Stroke)
Ø1
0
38 max
19
Ø2
0
Ø1
0
29,538.5
60.8
47.8
23.5
39
20
.5
40
.561
.5
OVERALL DIMENSIONS
holes for optional fixing feets
predisposition to plug load sensingbleed
standard emergency
VARIANTS
“PS” Emergency rotary
“PY” Emergency with push button
“AJ” AMP Junior
“CX” Deutsch with diode
®
60
1
Q [l/min]
P[b
ar]
0 10 20 30 40 50 60 70 80 90 100
1-2-3
0
2
4
6
8
10
12
14
16
18
20
Q [l/min]
P[b
ar]
1
2
3
0 10 20 30 40 50 60 70 80 90 100
0
50
100
150
200
250
300
350
400
IE/FEH30LS001/03/2013
FEH30LS
FEH30
LS
3
*
*
**
1
*
X
LS
LS
T
P
Closed center inlet module units FEH30LS for variable displacement Load Sens-ing pumps with pressure relief valve CMP30 and a pressure compensated load sensing signal bleed to minimize system losses even at high operating pres-sures. Signal bleed can be closed in case it is not required.• Manual adjustment with a grub screw. • Threaded ports P-T sizes G1/2” or 7/8” 14UNF; LS ports, G1/4” or 7/16” 20UNF• Maximum fl ow 80 l/min.• Cast iron zinc plated body.
Inlet module units with pressure relief valve
With LS signal
Size
Ports:3 = G1/2” (P,T ports) G1/4” (LS port)4 = 7/8” - 14UNF (P,T ports) 7/16” - 20UNF (LS port)
Adjustment: M = Plastic knobC = Grub screw
Setting ranges: 1 = max 50 bar2 = max 140 bar3 = max 350 bar
Variants: 00 = No variantsV1 = Viton
Serial No.
CLOSED CENTER INLET MODULE FOR VARIABLE DISPLACEMENT LOAD SENSING PUMPS
ORDERING CODE
FEATURES
Max. operating pressure 300 barSetting ranges for pressure relief valve Spring 1: max 50 bar
Spring 2: max 140 barSpring 3: max 350 bar
Max. Flow 80 l/min (see charateristic curves)
Max LS bleed fl ow rate 0.5 l/min*
Fluid viscosity 10 ÷ 500 mm²/s
Fluid temperature -25° ÷ 75° C
Ambient temperature -25°C ÷ 60°CMax. contamination level (fi lter ß25 75)
ISO 4406:1999: class 21/19/16NAS 1638: class 10
Weight 1.9 kg
HYDRAULIC SYMBOL
PRESSURE RELIEF VALVE CURVES
Pressure Flow Minimun setting pressure
* Bleed fl ow rate is subtracted to the energized valve working at the higher pressure. To avoid this behavior close LS tap (see “X” on hydraulic scheme)
“X” Tap for LS bleed plug
®
61
1
IE/FEH30LS001/01/2011
FEH30LS
49
67
N°4 M6 6
G1/2"
G1/2"
Ø 31
15
10.5
4770
90
2 3.8
21
39
33.5
= =
= =
17
26
12.5
G1/4"
49
73.5
N°2 M6 12
54
39
5
8
Ø 3
4.5
55.5
2 x O-RING 2-012 90Sh
1 x O-RING 2-008 90Sh
OVERALL DIMENSIONS
holes for optional fixing feets
C = Adjustment with grub screw
M = Adjustment with plastic knob
®
62
1
FEH35PQ
IE/FEH35PQ001/02-2015
FEH35
P
Q
3
C
3
*
*
**
1
0
5
10
15
20
25
30
35
40
0 10 20 30 40 50 60 70 80 90 100 110 120
Q (l/min)
P(b
ar)
GLSLSP1
P
X
T
OPEN CENTER INLET MODULE WITH COMPENSATOR FOR FIXED DISPLACEMENT PUMPS
Open center inlet module units FEH35PQ with adjustable compensator regula-tor for fi xed displacement pumps with pressure relief valve CMP-MC/MS and electrical venting valve CRP04.• Includes a pressure compensated load sensing signal bleed to minimize
system losses even at high operating pressures. Signal bleed can be closed in case it not required.
• Manual adjustment with a grub screw. • Threaded ports P G1/2”; T G3/4”• Maximum fl ow 120 l/min.• Cast iron zinc plated body.
Inlet module units with pressure relief valveand pressure compensator
Electrical venting valve
Pressure compensator element
Size
3 = Port P = G1/2” - Port T = G3/4”
Adjustment: C = Grub screw
Setting ranges: 1 = 35 ÷ 90 bar2 = 75 ÷ 190 bar3 = >150 bar
Voltage venting valve (1):L = 12 VdcM = 24 VdcN = 48 Vdc0 = Without electrical venting valve (plugged)
Variants (1-2):S1 = No variantsSV = VitonPY = Push button emergency (3)PS = Rotary emergency (3) AJ = AMP Junior connection 22W (see page 104)CX = Deutsch connect. bidirectional diode (see page 104)
Serial No.
ORDERING CODE
FEATURES
Max. operating pressure 310 barSetting ranges for pressure relief valve Spring 1: 35 ÷ 90 bar
Spring 2: 75 ÷ 190 barSpring 3: >150 bar
Setting compensator regulator 10 ÷ 19 bar
Max. fl ow 120 l/min (see charateristic curves)
Fluid viscosity 10 ÷ 500 mm²/s
Max LS bleed fl ow 0.5 l/min*
Fluid temperature -25°C ÷ 75° C
Ambient temperature -25°C ÷ 60°CMax. contamination level (fi lter ß25 75)
ISO 4406:1999: class 21/19/16NAS 1638: class 10
Weight 3.1 kg
Max. excitation frequency 2 Hz
Duty cycle 100% EDType of protection (in relation to the connection used) IP65
HYDRAULIC SYMBOL
CHARACTERISTIC CURVE
To obtain a correct compensation the inlet fl ow must be 8% greater the sum of the regulated fl ows
Pressure drops with compensator setting at 10 and 19 bar
(1) Coils technical data, see page 104) Voltage codes are not stamped on the plate, their are readable on the coils(2) Connector to be ordered separately, see page 103; Other variants available on request.(3) Emergency (see page 64
Connector to be ordered separately, see page 103.
* Bleed fl ow rate is subtracted to the energized valve working at the higher pressure. To avoid this behavior plug the bleed (see “X” on hydraulic scheme)
“X” predisposition for LS bleed plug
®
63
1
FEH35PQ
IE/FEH35PQ001/01-2015
3,5 Corsa
(Stroke)
Ø1
0
38 max
19
Ø2
0
Ø1
0
29,538.5
60.8
47.8
23.5
39
20
.5
40
.561
.5
75 47,574 max.
95
P G1/2"
T G3/4"
49
80
4 x M6 6
43
33,5
107
10,5
7
28
38
70
54
30
2 x M6 9
8
5
P1 G1/4"LS G1/8"
2 x ORing 2-012 90Sh
1 x ORing 2-008 90Sh
OVERALL DIMENSIONS
Predisposition to plug load sensing bleed
Standard emergency
VARIANTS
“PS” Emergency rotary
“PY” Emergency with push button
“AJ” AMP Junior
“CX” Deutsch with diode
plugged plugged
Compensator settingScrew Hex. 5 Nut Hex.10
Relief valve setting Screw Hex.3 Nut Hex.10
®
64
1
* p 8bar p 4barD 8 l/min 6 l/min2 16 l/min 12 l/min3 22 l/min 18 l/min4 35 l/min 28 l/min
IE/CXDH3001/03/2012
CXDH3
CXDH
3
*
**
*
*
*
N
*
1
**
A Oa
A B
P T
bB
A Oa
A B
P T
O
A B
P T
bB
Stackable proportional directional valves CXDH with LS signal locally compen-sated• Used for controlling fl uid direction and fl ow rate as a function of the sup-
ply current to the proportional control solenoid. • Flow regulation load indipendent. • Load compensantionis achieved by a 2 way pressure compensator wich
holds, the pressure drop constants across the proportional spool. • Emergency control.• Threaded ports or interface for modular valves• Regulated fl ow rate until 35 l/min.• Standard connectors DIN 43650 ISO 4400, AMP Junior and Deutsch• Cast iron zinc plated body.
Proportional compensated bankable valve
Size
Mounting (see table 1)
Body type:A = Ports G3/8” parallelG= Interface for modular valvesB= Ports SAE 9/16” - 18UNFL= Ports G3/8” parallel with valves LSA LSBM= Interface for modular valves with valves LSA LSB
Type of spool (1)03 =
Symmetrical fl ow path control
Flow rating
Differential pressure p8 = p 8 bar4 = p 4 bar
Max. current at solenoid (2):E = 2.35 A (9 Vdc) - Special coilF = 1.76 A (12 Vdc)G = 0.88 A (24 Vdc)
Variants (3):S1 = No variantLF/LV = Emergency control lever (see page 72)For body type G and M order LR variant (emergency lever 180° rotated)SV = VitonES = Emergency button (4)P2= Rotary emergency (4)R5 = Rotary emergency 180° (4)AJ = AMP Junior coil (see page 109)CZ = Deutsch DT04-2P coil (see page 109)
Serial No.
PROPORTIONAL PRE COMPENSATED VALVES
ORDERING CODE
FEATURES
Max. operating pressure 300 barMax. operating pressure ports T(Pressure dynamic allowed for 2 millions of cycles) 250 bar
Regulated fl ow rate (A / B ports) up to 35 l/minRelative duty cycle Continuous 100% EDType of protection (Hirschmann coil) IP 65Fluid viscosity 10 ÷ 500 mm²/sFluid temperature -20°C ÷ 75° CAmbient temperature -20°C ÷ 60°CMax. contamination level (fi lter ß10 75)
ISO 4406:1999: class 19/17/14NAS 1638: class 8
Weight with single solenoidWeight with double solenoid
2.38 kg2.77 kg
Solenoid @ 9Vdc @ 12Vdc @ 24VdcCurrent supply PWM (pulse width modulation)Max. current solenoid 2.35 A 1.76 A 0.88 ASolenoid coil resistance at 25°C (77°F) 2.25 Ohm 4.0 Ohm 16.0 OhmPWM or superimposed dither frequency 100 ÷ 150 HzResponse time
0 ÷ 100%100% ÷ 0
32 ms33 ms
40 ms33 ms
85 ms33 ms
Frequency response -3db (input signal 50% ±25% Vmax) 22 Hz 22 Hz 12 Hz
REM.S.RA.*.*. REM.D.RA.*.*. Card type control for single and double solenoid
CEP.S... Electronic amplifi er plug version for signle solenoid
MAV Electronic module for integrate control of proportional valves and ON/OFF
JMPEI0M700101 Joystick with standard handleJMPIU0M700138 Joystick Person present handleModular valves CM3P (page 93) and CM3M (page 95)
Accessories
(1) Available spool 01 A and B ports are not sealed: fl uid can escape from LS line (see hydraulic scheme).
(2) Coils technical data, see page 109 Voltage codes are not stamped on the plate, their are readable on the coils(3) Connector to be ordered separately, see page 103; Other variants available on request.(4) Emergency see page72
Connector to be ordered separately, see page 103.
Code Symbol
C
A
B
Tab.1 - Mounting
Operating specifi cations are valid for fl uid with 46 mm²/s viscosity at 40°C, using the specifi ed Dana Brevini electronic control units. (input voltage = 24V).
Patented
Calibrated diaphragms on P line, see page 102.
®
65
1
Q [
l/m
in]
I [%]
0
5
10
15
20
25
30
35
40
0 10 20 30 40 50 60 70 80 90 100
D
2
3
4
Q [
l/m
in]
I [%]
0 10 20 30 40 50 60 70 80 90 100
0
5
10
15
20
25
30
D
2
3
4
Q (
l/m
in)
p (bar)
0
5
10
15
20
25
30
35
40
0 50 100 150 200 250 300
D
2
3
4
Q (
l/m
in)
p (bar)
0 50 100 150 200 250 300
0
5
10
15
20
25
30
D
2
3
4
IE/CXDH3001/03/2012
CXDH3
T
P
LS
LS
BA
CXDH3AA03 .. CXDH3AG03 .. CXDH3CA03 .. CXDH3CG03 ..
T
P
LS
LS
BAT T
T
P
LS
LS
BA
T
P
LS
LS
BAT T
T
P
LS
BAT T
CXDH3AM03 .. CXDH3AL03 .. CXDH3CM03 .. CXDH3CL03 ..
T
P
LS
BA
T
P
LS
BAT T
T
P
LS
BA
HYDRAULIC SYMBOLS
* Thanks to the design of the modular body (type G), an anti-shock modular valve can works same with CXDH3 valve energized or de-energized (see hydraulic symbol)
CHARACTERISTIC CURVES
The fluid used is a mineral based oil with a viscosity of 46 mm²/s at 40°C. The tests have been carried out at with a fluid of a 40°C.
I-Q curves - (Curves acquired with REM card, opening stroke) Compensation curves (curves acquired with FEH30.PQ inlet module)Differential Pressure p = 8 bar Differential Pressure p = 4 bar Differential Pressure p = 8 bar Differential Pressure p = 4 bar
®
66
1
IE/CXDH3001/03/2012
CXDH3
13
24
24.5
16
19
59
49
69.5
229.5
80 80
30
51.5 89.5
143.5
= =
4 x O-RING 2037/2-012 N552 90ShO-RING 2018/2-008 90Sh
46
31
35
19
368
4 x Ø
5.5
4 x M
5
O-RING 2037/2-012 N552 90Sh
4 FORI Ø 6.5
4 HOLES
=
=
=
=
=
=
=
=
=
=
=
=
=
=
54
81.5
13
24
24.5
16
19
51.5
59
49
69.5
229.5
4 FORI Ø 6.5
4 HOLES
80 80
30
111
5.2
81.5
=
=
=
=
=
=
=
=
=
=
O-RING 2037/2-012 N552 90ShO-RING 2018/2-008 90Sh
30.5
29.3
4.2
4.2
46
G3/8" (*)
82.5
28.5
Body type GInterface for modular valves
OVERALL DIMENSIONS
Body type A Ports G3/8” Parallel
Coils can be rotated by 180°
Fittings, max. tightening torque 60 Nm
®
67
1
24.5
5.2
79.5
109
154
=
=
=
=
46
80.5
28.5
45
13
24
16
19
59
4 FORI Ø 6.5
4 HOLES
80 80
30
49.5
4 x O-RING 2037/2-012 N552 90SHO-RING 2018/2-008 90 SH
30.5
G3/8
"
49
69.5
229.5=
=
=
=
=
=
=
=
IE/CXDH3001/03/2012
CXDH3
4 FORI Ø 6.5
4 HOLES
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
=
54
45
13
24
24.5
16
19
79.5
59
49
69.5
229.5
80 80
30
49.5
89.5
124.5
178.5
4 x O-RING 2037/2-012 N552 90SHO-RING 2018/2-008 90 SH
46
31
35
19
36
8
4 xØ
5.5
4 x M
5O-RING 2037/2-012 N552 90SH
Body type LPorts G3/8” parallel with valves LSA LSB
OVERALL DIMENSIONS
Body type MInterface for modular valves with valves LSA LSB
®
68
1
IE/CDH3001/04-2017
CDH3
CDH
3
*
**
E
*
*
**
*
1
**
**
ØA ØB
T
P
LS
LS
BA
ON/OFF PRE COMPENSATED VALVES
ON/OFF Compensated Valves CDH3 with single or double solenoid, LS signal locally compensated.• Used for controlling fl uid direction and fl ow rate. • Flow rate controlled by the valve predefi ned by a holed calibrated washer
screwed into the port A and/or B. • Flow regulation load independent . Load compensantion is achieved by
a 2 way pressure compensator wich holds, the pressure drop constants across the proportional spool.
• Threaded ports G3/8”• Emergency control.• Standard connectors DIN 43650 ISO 4400, AMP Junior and Deutsch• Cast iron zinc plated body.
On/Off compensated bankable valve
Size
Body type:A = Ports G3/8” parallel
Electrical operator
Spool (see table 1)
Mounting (see table 2)
Holed washer on port A (see table 3)
Holed washer on port B (see table 3)Omit if equal to screw on port A
Differential pressure p8 = p 8 bar4 = p 4 bar
Voltage (see table 4)
Variants (see table 5)
Serial No.
ORDERING CODE
FEATURES
HYDRAULIC SYMBOL
Max. operating pressure ports P/A/B 300 barMax. operating pressure ports T(Pressure dynamic allowed for 2 millions of cycles) 250 bar
Max fl ow See table 3Max excitation frequency 3 HzDuty cycle 100% EDType of protection (Hirschmann coil) IP 65Fluid viscosity 10 ÷ 500 mm²/sFluid temperature -25°C ÷ 75°CAmbient temperature -25°C ÷ 60°CMax. contamination level (fi lter ß25 75)
ISO 4406:1999: class 21/19/16NAS 1638: class 10
Weight with single solenoidWeight with double solenoid
2.38 kg2.77 kg
General fl ow tolerance ±10%Operating specifi cations are valid for fl uid with 46 mm²/s viscosity at 40°C, using the specifi ed Dana Brevini electronic control units.
Connector to be ordered separately, see page 103.
Calibrated diaphragms on P line, see page 102.
®
69
1
A
B
a b
A Oa
A B
P T
bB
a b
a b
a b
A Oa
A B
P T
a
a
a
a
a
O
A B
P T
bB
b
b
b
b
b
A O
A B
P T
b
Oa
A B
P T
B
A Oa
A B
P T
bB
A Oa
A B
P T
O
A B
P T
bB
IE/CDH3001/04-2017
CDH3ORDERING CODE
CodeFlow (l/min)
p = 8 bar p = 4 bar10 1.7 1.315 4.0 3.020 7.5 5.525 10.0 8.030 14.2 9.535 17.2 11.540 18.0 13.545 22.5 17.550 26.0 19.599 without holed washer
Tab.3 - Holed washer on port A / B
Other flow rates available on request
Tab.1 - Spool
Code Symbol
C
E
F
G (1)
H (1)
Tab.2 - Mounting
Interchangeable holed washer into fittings ports
(1) Specials with price increasing(2) On spool 01 and 04 A and B ports are not sealed: fluid can escape
from LS line (see hydraulic scheme).(3) Special voltage(4) With rectifier: 115 VAC/50Hz - 120 VAC/60Hz(5) With rectifier: 230 VAC/50Hz - 240 VAC/60Hz(6) Performance are guaranteed only using valves completed with coil(7) Connector to be ordered separately, see page 103; Coils technical data, see page 106 - 107; (8) Other variants available on request. All the variants are considered without
connectors. (9) Tightening torque max. 6÷9 Nm (CH n. 22)(10) Available in 12V or 24V DC voltage only.
Two solenoids, spring centred “C” Mounting
Code Covering Transient position
01 + (2)
02 -
03 +
04 (1) - (2)
One solenoid, side A “E” Mounting
Code Covering Transient position
01 + (2)
02 -
03 +
04 (1) - (2)
15 -
One solenoid, side B “F” Mounting
Code Covering Transient position
01 + (2)
02 -
03 +
04 (1) - (2)
15 -
Code Voltage Max. winding temperature(Ambient temperature 25°C)
Rated powerW
Resistance @ 20°C (Ohm) ±10%
L 12 Vdc 110 °C 30 4.8
M 24 Vdc 110 °C 30 18.8
V (3) 28 Vdc 110 °C 30 25.6
N (3) 48 Vdc 110 °C 30 75.2
Z (4) 102 Vdc 110 °C 30 340
P (3) 110 Vdc 110 °C 30 387
X (5) 205 Vdc 110 °C 30 1375
W (6) Without coils
Tab.5 - Variants (7 - 8)
Code Variant
S1 No variant
SV Viton
LF Emergency control lever (see page 72)
LR Emergency control lever180° rotated (vedi pagina 72)
ES Emergency button (vedi pagina 72)
P2 (9) Rotary emergency button (vedi pagina 72)
R5 (9) Rotary emergency b. 180° (vedi pagina 72)
AJ (10) AMP Junior connection (vedi pagina 106)
AD (10) AMP Junior and integr diode (vedi pagina 106)
SL (10) Coil with flying leads 175 mm (vedi pagina 106)
CZ (10) Coil with Deutsch DT04-2P (vedi pagina 107)
CX (10) Deutsch DT04-2P connection and integr diode (see page 107)
Tab.4 - Coils D15 voltage (7)
®
70
1
IE/CDH3001/04-2017
CDH3
24
19
24.5
59
49
13
16
30
51.5
111
81.5
82.5
5.2
= =
= =
O-RING 2037/2-012 N552 90ShO-RING 2018/2-008 90Sh
80 8069.5
229.5
29.3
30.5
G 3/8"
4.2
4.2
= =
= =
81.5
46
29.5
= =
OVERALL DIMENSIONS
Fittings, max. tightening torque 60 Nm
®
71
1
IE/CXDH3-CDH3-VAR/03-2016
28° 28°
7715
8.5
26.5
282.5202.5
28°
28°
137
28°
28°
28°
28°
77
202
137
26.5
282.5202.5
“LF”, “LR” AND “LV” VARIANTS - EMERGENCY CONTROL LEVER
Thanks to his fl exibility, the component is designed to be inserted between the valve body and the spool, providing total interchangeability between the different types of solenoid body valves manufactured by Dana Brevini (*). The control can be used as an emergency device in the event of power cuts.
* Max fl ow of proportional valves can be reduced compared to versions without emergency control lever when electrical operated. Max fl ow of proportional valves lever operated is increased compared to the max fl ow given when valves are electri-cal operated.
LF Variant (CXDH3 / CDH3)
LR Variant (CXDH3 / CDH3)
Spool 01 available on request
CXDH3 / CDH3 (variants)
Max operating pressure port Tdynamic 160 bar
static 210 barMounting type Var. LF/LRMounting type Var. LV
C - B - F - HC-A
Spools type 01-02-03-0416-17-66
Weight with single solenoidWeight with double solenoid
3.34 kg3.73 kg
LF VariantBody L (CXDH3)
LR VariantM Body (CXDH3)
HYDRAULIC SYMBOL
Var. LF/LR lever on the side A:
Var. LV lever on the side B:
LV Variant (CXDH3 / CDH3)
®
72
1
IE/CXDH3-CDH3-VAR/02/2013
81
.5
22
.5
98.5
Ø 3
2
81
.5
22
.5
max 66
120
81
.5
17
Ø 3
0
22
.5
max 63
117
54.3
53.766.7
66.5
54.3
53.7
54.3
Emergency P2 and P5, tightening torque max. 6÷9 Nm (CH n. 22)
OTHER VARIANTS
“ES” Manual emergency
“P2”Rotary emergency
“AJ” AMP Junior“AD” AMP Junior + Diode
“CZ” Deutsch DT04-2P
“SL” Flying leads
“R5” Rotary emergency 180°
CXDH3 / CDH3 (variants)USE OF HSIF INTERFACE WITH MODULAR VALVES CXDH3/CDH3, WITH EMERGENCY LEVER
Distributor HPV41 right (DX, standard)- Order modular valves CXDH3/CDH3 variant LV, with emergency lever on the side B
Distributor HPV41 left (SX)- Order modular valves CXDH3/CDH3 variants LF / LR, with emergency lever on side A- In this case it is not possible to mount the modular valve CXDH3/CDH3 variant LF / LR as the first element after HSIF interface.
®
73
1
CFS3
IE/CFS3001/03-2017
CFS
3
*
**
*
*
N
*
1
**
A Oa
A B
P T
bB
A Oa
A B
P T
O
A B
P T
bB
POST COMPENSATED FLOW SHARING VALVE HIGH EFFICIENCY ENERGY SAVING
High effi ciency energy saving valve FLOW SHARING• High effi ciency energy saving valve• Compact dimensions• Venting valves can be adopted to de-pilot pressure compensators on port
A and/or B• Valve’s body with the same interface of all bankable valves range, so can
be assembled with all existings valves, precompensated (CXDH3) includ-ed
• Cast iron zinc plated body.
FLOW SHARING valve
Size
Mounting (see table 1)
Body type:A = Ports G3/8” parallelP = Ports G1/2” parallelQ = Ports SAE8 3/4”-16UNF parallelG= Interface for modular valves
Spool type (1)03 =
Symmetrical fl ow path control
Nominal fl ow rating
Max. current at solenoid (2):E = 2.35 A (9 Vdc) - Special coilF = 1.76 A (12 Vdc)G = 0.88 A (24 Vdc)
Variants (3):S1 = No variantLF/LV = Emergency control lever (4)For body type G order LR variant (emergency lever 180° rotated)SV = VitonES = Emergency button (4)P2= Rotary emergency (4)R5 = Rotary emergency 180° (4)AJ = AMP Junior coil (see page 109)CZ = Deutsch DT04-2P coil (see page 109)
Serial No.
(1) Available spool 01 A and B ports are not sealed.(2) Coils technical data, see page 109 Voltage codes are not stamped on the plate, their are readable on the coils(3) Connector to be ordered separately, see page 103; Other variants available on request.(4) Emergency see page77(5) Only for emergency lever (6) With FH35PQ you can set a p variable (from LS and P); with FEH30PQ the p is
fi xed at 13 bar
ORDERING CODE
Max. operating pressure 310 barMax. operating pressure ports T(Pressure dynamic allowed for 2 millions of cycles) 250 bar
Regulated fl ow rate (A / B ports) (6)up to 55 l/min ( p 14 bar)up a 60 l/min ( p 18 bar)
Relative duty cycle Continuous 100% EDType of protection (Hirschmann coil) IP 65Fluid viscosity 10 ÷ 500 mm²/sFluid temperature -20°C ÷ 75° CAmbient temperature -20°C ÷ 60°CMax. contamination level (fi lter ß10 75)
ISO 4406:1999: class 19/17/14NAS 1638: class 8
Weight with single solenoidWeight with double solenoid
3.70 kg4.20 kg
Solenoid @ 9Vdc @ 12Vdc @ 24VdcCurrent supply PWM (pulse width modulation)Max. current solenoid 2.35 A 1.76 A 0.88 ASolenoid coil resistance at 25°C (77°F) 2.25 Ohm 4.0 Ohm 16.0 OhmPWM or superimposed dither frequency 100 ÷ 150 HzResponse time
0 ÷ 100%100% ÷ 0
32 ms33 ms
40 ms33 ms
85 ms33 ms
Frequency response -3db (input signal 50% ±25% Vmax) 22 Hz 22 Hz 12 Hz
Operating specifi cations are valid for fl uid with 46 mm²/s viscosity at 40°C, using the specifi ed Dana Brevini electronic control units. (input voltage = 24V).
REM.S.RA.*.*. REM.D.RA.*.*. Card type control for single and double solenoid
CEP.S... Electronic amplifi er plug version for signle solenoid
MAV Electronic module for integrate control of proportional valves and ON/OFF
JMPEI0M700101 Joystick with standard handleJMPIU0M700138 Joystick Person present handleModular valves CM3P (page 93) and CM3M (page 95)
Accessories
Code Symbol
C
A
B
Tab.1 - Mounting
Connector to be ordered separately, see page 103.
FEATURES
Calibrated diaphragms on P line, see page 102.
* p 14 bar from P to A,B1 8 l/min2 16 l/min3 25 l/min4 40 l/min
5 (5) 55 l/min
®
74
1
IE/CFS3001/03-2017
CFS3
Q (
l/m
in)
I (%)
0
10
20
40
30
50
60
0 10 20 30 40 50 60 70 80 90 100
1
2
3
4
5
1 8 l/min2 16 l/min3 25 l/min4 40 l/min5 55 l/min
CFS3C.03 .. CFS3A.03 .. CFS3B.03 ..
CFS3C.01 .. CFS3A.01 .. CFS3B.01 ..
Q (
l/m
in)
p (bar)
0
10
20
40
30
50
60
0 50 100 150 200 250 300
1
2
3
4
5
HYDRAULIC SYMBOLS
CHARACTERISTIC CURVES
Spool 01 mounting C-A-B
Spool 03 mounting C-A-B
Curves
Flow
Q-I curves with p 14bar Compensation curves
®
75
1
IE/CFS3001/03-2017
CFS3
69,5
102,3
32,8
19
35
31
36
4x M
5
2x
Ø
5,5
2x Ø 4,5
8
A = G3/8” L= 30,5 P = G1/2” L=38,00 Q = SAE8 3/4”-16UNF L=38,00
49
N°4
59
70,5
32,8
103,3
21
24
8
17,5
19,5
89,5 8080
249,5
O-RING 2018/2-008 90Sh
46
6,5
O-RING 2037/2-012 90Sh
LA B
OVERALL DIMENSIONS
Fittings, max. tightening torque 60 Nm
Body type GInterface for modular valves
BodyA = Ports G3/8” parallel P = Ports G1/2” parallelQ = Ports SAE8 3/4”-16UNF parallel
®
76
1
IE/CFS3-VAR/01-2015
28°
28°
302,5
136
65,6
26,5
103,3
89,5 80
28°
28°
302,5
136
28°
28°
173.5
81
.5
22
.5
98.5
Ø 3
2
81
.5
22
.5
max 66
120
81
.5
17
Ø 3
0
22
.5
max 63
117 54.3
53.766.7
66.5
54.3
CFS3 (variants)“LF”, “LR” AND “LV” VARIANTS - EMERGENCY CONTROL LEVER
* Max fl ow of proportional valves can be reduced compared to versions without emergency control lever when electrical operated. Max fl ow of proportional valves lever operated is increased compared to the max fl ow given when valves are electri-cal operated.
LF Variant
LR Variant
Max operating pressure port Tdynamic 160 bar
static 210 barMounting type Var. LF/LRMounting type Var. LV
C - B C - A
Spools type 01 - 03
HYDRAULIC SYMBOL
Var. LF/LR lever on the side A:
Var. LV lever on the side B:
LV Variant
OTHER VARIANTS
“ES” Manual emergency
“P2”Rotary emergency
“AJ” AMP Junior“AD” AMP Junior + Diode
“CZ” Deutsch DT04-2P
“R5” Rotary emergency 180°
Emergency P2 and P5, tightening torque max. 6÷9 Nm (CH n. 22)
Thanks to his fl exibility, the component is designed to be inserted between the valve body and the spool, providing total interchangeability between the different types of solenoid body valves manufactured by Dana Brevini (*). The control can be used as an emergency device in the event of power cuts.
®
77
190
39
50
43
70
49
59
4 x Ø 6.5
G3/4"
= =
= =
= =
30
7
54
2 x M6 - 6H
2 x M6 - 6H
12
12
= =
IE/FUH3001/01/2011
FUH
FUH
3
5
1
00
P
LS
T
OUTLET MODULE UNITS
Outlet module units FUH• Threaded ports (T) sizes G3/4”• Only for parallel connections• Maximum fl ow 80 l/min.• Cast iron zinc plated body.
Outlet module unit
Size
Port size:5 = G3/4”
00 = No variants
Serial No.
ORDERING CODE FEATURES
Max. operating pressure 300 bar
Max. Flow 80 l/min
Hydraulic fl uids Mineral oils DIN 51524
Fluid viscosity 10 ÷ 500 mm²/s
Fluid temperature -25° ÷ 75° C
Ambient temperature -25°C ÷ 60°CMax. contamination level (fi lter ß25 75)
ISO 4406:1999: class 21/19/16NAS 1638: class 10
Weight 1.2 kg
HYDRAULIC SYMBOL
OVERALL DIMENSIONS
®
78
2
SIZE 10
ON/OFF VALVES
®
79
2
2 x M6 - 6H
2 x M6 - 6H
12
12
D
C
10
32
7
Ch
./H
ex.
10
97
.5
78 90
.5
46
ON/OFF VALVES
Overall dimensions with CD5 valves
Introduction• Compact bankable valves with flow rates up to 80 l / min;• High efficiency coils;
• Available ON/OFF directional control bankable valve;• Available for parallel circuits;• Assemblable with SIZE 6 valves.
No.elements
Inlet module
FE5 FE305C
mmD
mmC
mmD
mm2 201 189 221 209
3 247 235 267 255
4 293 281 313 301
5 339 327 359 347
6 385 373 405 393
fixing holes mounting without fixing feet
®
80
2
IE/BANK-SIZE10/00-2017
8
1
6
5
2
3
4
6
5
7
Composition form
How to orderTo order the assembly, specify the codes in progressive order (inlet, valves, outlet, mounting kit, feet). See example page 114.
For any further special version not shown in this catalogue, please contact our Technical Department.
Ref. Type Description Page
1 FE5 Inlet module units no pressure relief valve 82
2 FE305 Inlet module units with pressure relief valve 83
3 CD5 Directional control bankable valve 85
4 FU5 Outlet module units 88
5 — Mounting kit 99
6 — Fixing feet 101
7 — Connectors 103
8 — Coils 108
SIZE 10 valves CD5 can be assembled with:- valves CDC3, CD3, CX3 (page 6);- valves CXDH3, CDH3, CFS3 (page 56);
To obtain the best performances, we suggest to assemble the working sections with higher flow rate near the inlet module, leaving the ones with lower flow at the end of the assembled valve.
®
81
2
FE5
FE
5
3
**
1
IE/FE5001/00-2017
P
T
2 OR 2-013 90Shx
49 N°2 M6 9
12
20
52
10.5
35
32
35
70
30
70
Ø14
Ø9
8 54
16
N°2 M6 12
INLET MODULE UNITS NO PRESSURE RELIEF VALVE
HYDRAULIC SYMBOL
FEATURES
Max. operating pressure 310 barMax. Flow 80 l/minHydraulic fl uid DIN 51524 Mineral oilsFluid viscosity 10 ÷ 500 mm²/sFluid temperature -25°C ÷ 75°CAmbient temperature -25°C ÷ 60°CMax. contamination level (fi lter ß25 75)
ISO 4406:1999: class 21/19/16NAS 1638: class 10
Weight 0.94 kg
Module units FE5 no pressure relief valve. • Threaded ports (P and T), G1/2“• Maximum fl ow 80 l/min• Cast iron zinc plated body.
Inlet module unitno pressure relief valve
Size
Port sizes:3 = G1/2” 00 = No variantV1 = Viton
Serial No.
ORDERING CODE OVERALL DIMENSIONS
®
82
2
1 = max 50 - bar - 2 = max 140 bar - 3 = max 350 bar
FE30
5
3
*
*
**
1
FE305
IE/FE305001/00-2017
Q [l/min]
P[b
ar]
0 10 20 30 40 50 60 70 80 90 100
1-2-3
0
2
4
6
8
10
12
14
16
18
20
Q [l/min]
P[b
ar]
1
2
3
0 10 20 30 40 50 60 70 80 90 100
0
50
100
150
200
250
300
350
400
P
M
T
INLET MODULE UNITS WITH PRESSURE RELIEF VALVE
HYDRAULIC SYMBOL
PRESSURE-FLOW RATE
Fluid used: mineral based oil with viscosity 46 mm²/s at 40°C.
FEATURES
Max. operating pressure 310 barMax. Flow 80 l/minHydraulic fl uid DIN 51524 Mineral oilsFluid viscosity 10 ÷ 500 mm2/sFluid temperature -25°C ÷ 75°CAmbient temperature -25°C ÷ 60°CMax. contamination level (fi lter ß25 75)
ISO 4406:1999: class 21/19/16NAS 1638: class 10
Weight 1.85 kg
(*) The minimum permissible setting pressure depending on the spring: see curves.
Module units FE305 with CMP30 adjustable pressure relief valve.• Manual adjustment with a grub screw or plastic knob. • Threaded ports P-T sizes G1/2” • Maximum fl ow 80 l/min. • Cast iron zinc plated body.
ORDERING CODE
Inlet module unit (up to 80 l/min)with pressure relief valve
Size
Port sizes:3 = G1/2” Adjustment:M = Plastic knobC = Grub screw
Setting ranges1 = max. 50 bar (white spring)2 = max. 140 bar (yellow spring)3 = max. 350 bar (green spring) 00 = No variantV1 = Viton
Serial No.
MIN.SETTING PRESSURE
Pressure relief valve (CMP30...)Setting range (*):Spring 1Spring 2Spring 3
max 50 barmax 140 barmax 350 bar
Pressure Flow Minimun setting pressure
®
83
2
FE305
12 1
7
47
30
10.5 49
35
17
50
85
M6 6
70
116.5
125
Ø 14 N°2 OR 2-013 90Sh
M PORT
G1/4"
(PLUGGED)
5 60
25
M6 12
25
50
C
M
IE/FE305001/00-2017
OVERALL DIMENSIONS
C = Grub screwM = Plastic knob
®
84
2
CD5
IE/CD5001/00-2017
CD
5
*
**
**
1
*
N
E
DIRECTIONAL CONTROL BANKABLE VALVE
Directional control bankable valve CD5 with single or double solenoid.• Centring achieved by means of calibrated length springs which immedi-
ately reposition the spool in the neutral position when the electrical signal is shut off.
• Emergency control.• Threaded ports sizes G1/2”• Coils protection IP66 • Standard connectors DIN 43650 ISO 4400 and Deutsch• Maximum fl ow until 80 l/min.• Cast iron zinc plated body.
FEATURES
Max. pressure ports P/A/B/T 310 barMax. pressure port T 250 barMax. Flow 80 l/minMax excitation frequency 3 HzDuty cycle 100% EDHydraulic fl uid DIN 51524 Mineral oilsFluid viscosity 10 ÷ 500 mm2/sFluid temperature -25°C ÷ 75°CAmbient temperature -25°C ÷ 60°CMax. contamination level (fi lter ß25 75)
ISO 4406:1999: class 21/19/16NAS 1638: class 10
Weight with one solenoidWeight with two solenoids
2.68 kg3.07 kg
ORDERING CODE
Directional control bankable valve
Size
Body parallel, ports G1/2” Electrical operator
Spool (tab.2)
Mounting (tab.3)
Voltage (tab.4)
Variants (tab.5)
Serial No.
®
85
2
CD5
1
2
0 10 20 30 40 50 60 70 80
2
0
4
6
8
10
12
14
P(b
ar)
Q (l/min)
1
3
0 10 20 30 40 50 60 70 80
50
0
100
150
200
250
300
350
P(b
ar)
Q (l/min)
1 = P > A,B2 = A,B > T
IE/CD5001/00-2017
Two solenoids,spring centred “C” Mounting
Code Covering Transient position
01 +
03 +
One solenoid, side A “E” Mounting
Code Covering Transient position
01 +
03 +
Code Symbol
C
E
F
One solenoid, side B “F” Mounting
Code Covering Transient position
01 +
03 +
Code Variant
S1 No variant
SV Viton
ES Emergency button (see page 87)
P2 (3) Rotary emergency button (see page 87)
R5 (3) Rotary emergency b. 180° (see page 87)
CZ Deutsch DT04-2P - 40W connection (see page 108)
(1) Connector to be ordered separately, see page 103 Coils technical data, see page 108 Voltage codes are not stamped on the plate, their are readable on the coils(2) Performance are guaranteed only using valves completed with coil(3) Tightening torque max. 6÷9 Nm (CH n. 22)(4) Other variants available on request
Tab.1 - Standard spools Tab.2 - Mounting
Tab.4 - Variants (1 - 4)
Tab.3 - 40W coils D15 voltage (1)
Code Voltage Max. winding temperature(Ambient temperature 25°C)
Rated powerW
Resistance @ 20°C (Ohm) ±10%
L 12 Vdc 135 °C 40 3.6
M 24 Vdc 135 °C 40 14.4
W (2) Without coils
ORDERING CODE
PRESSURE DROPS LIMITS OF USE
The diagram at the side shows the pressure drop curves for spools during normal usage.The fluid used is a mineral oil with a viscosity of 46 mm²/s at 40 C°; the tests have been carried out at a fluid temperature of 40 C°.
The tests have been carried out with solenoids at operating temperature and a voltage 10% less than rated voltage with a fluid temperature of 50 C°. The fluid used was a mineral oil with a viscosity of 46 mm²/s at 40 degrees C.Spool 01: in neutral position can have leaks.
1 = Spool 013 = Spool 03
®
86
2
CD5
78
43
49
59
n°4 Ø 6.5
32.5
45.5
N°2 ORINGS 2-013 NBR 90Sh
181.7
38
N°2 G1/2"
N°2 Ø 31
95.5 8046
80
255.5
2325
81
.5
22
.5
98.5
Ø 3
2
81
.5
22
.5
max 66
120
81
.5
17
Ø 3
0
22
.5
max 63
117
66.5
54.3
IE/CD5001/00-2017
OVERALL DIMENSIONS
VARIANTS
Emergency P2 and P5, tightening torque max. 6÷9 Nm (CH n. 22)
“ES” Manual emergency
“P2”Rotary emergency
“CZ” Deutsch DT04-2P“R6” Deutsch DT04-2P eCoat treatment
“R5” Rotary emergency 180°
Single solenoid versions
Fittings, max. tightening torque 60 Nm
Manual emergency
®
87
2
FU5
IE/FU5001/00-2017
FU
5
5
1
00
T
P70
70
49
5943
N°6 Ø 6 5.
24 5.
812
G3/4"
30
8 54
15
N°2 M6 12
OUTLET MODULE UNITS
HYDRAULIC SYMBOLS
FEATURES
Max. operating pressure 310 barMax. Flow 80 l/minHydraulic fluid DIN 51524 Mineral oilsFluid viscosity 10 ÷ 500 mm2/sFluid temperature -25°C ÷ 75°CAmbient temperature -25°C ÷ 60°CMax. contamination level (filter ß25 75)
ISO 4406:1999: class 21/19/16NAS 1638: class 10
Weight 0.95 kg
Outlet module units FU5.• Threaded ports (T) sizes G3/8”.• Maximum flow 80 l/min.• Cast iron zinc plated body.
ORDERING CODE
OVERALL DIMENSIONS
Outlet module unit
Size
Port size:5 = G3/4”
00 = No variants
Serial No.
®
88
3
MODULAR
ELEMENTS
(Applicability with SIZE 6 valves, see pages 8, 58)
®
89
3
53
27,6
31
19
35
70
36
~ 129
45
n. 4 Ø 5
T
A
T
B
V08000005
IE/V08000005/01-2015
V08000005
1 2 2.5 3 3.5 4
4.5
5
5.5
6
0 2 4 6 8 10 12 14 16 18 20
0
20
40
60
80
100
120
140
160
180
200
220
240
P(b
ar)
Q (l/min)
A BT T
INTERMEDIATE ELEMENT WITH FLOW REGULATOR ON A AND B LINES
FEATURES
Max. operating pressure 250 barFlow rate regulation on 6 screw turnsMax. Flow 20 l/minHydraulic fl uid DIN 51524 Mineral oilsFluid viscosity 10 ÷ 500 mm2/sFluid temperature -25°C ÷ 75°CAmbient temperature -25°C ÷ 60°CMax. contamination level (fi lter ß25 75)
ISO 4406:1999: class 21/19/16NAS 1638: class 10
Weight 1.3 kg
Intermediate element V08000005 with fl ow regulator on A and B lines• Intermediate mounting to combine with valves CM3F/CM3P/CM3M• One way non-compensated throttle valves adjustable by means of a grub
screw on A and B lines. • Maximum fl ow 20 l/min.• Cast iron zinc plated body.
ORDERING CODE OVERALL DIMENSIONS
FLOW REGULATION
Element with fl ow regulator on A and B lines
n° of turns unscrewing
HYDRAULIC SYMBOL
®
90
3
V08000002
V08000002
IE/ V08000002/00-2017
Q (l/min)
0 4 82 6 10 12 14 16 18 20
0
5
10
15
20
P(b
ar)
1
2
AT B T
38
8
31
35
62
74
36
45
n. 4 Ø 5.2519
T
A
T
B
INTERMEDIATE ELEMENT WITH PILOT OPERATED CHECK STACKABLE VALVES
FEATURES
Max. operating pressure 250 barMinimum opening pressure 5 barMax. Flow 20 l/minHydraulic fl uid DIN 51524 Mineral oilsFluid viscosity 10 ÷ 500 mm2/sFluid temperature -25°C ÷ 75°CAmbient temperature -25°C ÷ 60°CMax. contamination level (fi lter ß25 75)
ISO 4406:1999: class 21/19/16NAS 1638: class 10
Weight 0.69 kg
Modular pilot operated check stackable valves V08000002 • Intermediate mounting to combine with valves CM3F/CM3M• Double A and B lines; • Cast iron zinc plated body.
ORDERING CODE OVERALL DIMENSIONS
FLOW REGULATION
Pilot operated check stackable valve
HYDRAULIC SYMBOL
1 = piloted side fl ow 2 = minimum opening pressure
®
91
3
CM3F
CM
3
F
**
1
IE/ CM3F001/01-2015
G3/8"
2 x O-RING 2-012 90Sh
70
45
30,5
36
31
27
A BT T
MODULAR ELEMENTS WITH PORTS A-B
FEATURES
Max. operating pressure 250 barMax. Flow 40 l/minHydraulic fl uid DIN 51524 Mineral oilsFluid viscosity 10 ÷ 500 mm²/sFluid temperature -25°C ÷ 75°CAmbient temperature -25°C ÷ 60°CMax. contamination level (fi lter ß25 75)
ISO 4406:1999: class 21/19/16NAS 1638: class 10
Weight 0.54 kg
Modular elements CM3F with ports A-B. • Convert modular interface into threaded ports. • Maximum fl ow 40 l/min.• Threaded ports sizes G3/8”• Cast iron zinc plated body.
ORDERING CODE OVERALL DIMENSIONS
Intermediate element
Size
With ports A-B
00 = No variantV1 = Viton
Serial No.
Accessories
Tightening torque 5 Nm
Elements Code screws(x 4)
TypeUNI 5931 - 8.8
CM3F Q26074069 M5x35
CM3F +V0800005 Q26074077 M5x80
HYDRAULIC SYMBOL
®
92
3
CM3P
IE/CM3P001/01/2011
CM3P*A
CM
3
**
**
1
P
*
*
CM3P*B CM3P*AB
A B A B A B
MODULAR PILOT OPERATED CHECK BANKABLE VALVES
CM3P type modular check bankable valves allow one way free fl ow by raising a conical shutter, while in the opposite direction the fl uid can return by means of a small piston piloted by the pressure in the other line.• Available on single A or B lines, and on double A and B lines (see hydraulic
symbols). • Threaded ports G3/8” or 9/16”-18UNF.• Cast iron zinc plated body.
FEATURESORDERING CODE
Max. operating pressure 350 barMinimum opening pressure spring 1 1 barMinimum opening pressure spring 5 5 barPiloting ratio 1:4Max. fl ow 40 l/minHydraulic fl uids Mineral oils DIN 51524Fluid viscosity 10 ÷ 500 mm²/sFluid temperature -20°C ÷ 75° CAmbient temperature -20°C ÷ 60°CMax. contamination level (fi lter ß25 75)
ISO 4406:1999: class 21/19/16NAS 1638: class 10
Weight 1.25 kg
Modular bankable valve
Size
Piloted check valve
Port sizes:1 = G3/8”2 = 9/16”-18UNF
Control on lines A / B / AB
Minimum opening pressure1 = 1 bar5 = 5 bar
00 = No variantV1 = Viton
Serial No.
HYDRAULIC SYMBOLS
Accessories
Tightening torque 5 Nm
Elements Code screws(x 4)
TypeUNI 5931 - 8.8
CM3P Q26074072 M5x50
CM3P +V0800005 Q26074252 M5x95
®
93
3
Q (l/min)
P(b
ar)
0 10 205 15 25 3530 40
0
5
10
15
20
3
2
1
CM3P
IE/CM3P001/01/2011
(104)
907 7
49
42.5
G3/8"31
5
45
47 CM3P.AB...1
CM3P.A...1
CM3P.B...1
36
4 x O-RING 2025/2-010 N552 90SH
PRESSURE DROPS
1 = Piloted side flow2 = 1 bar3 = 5 bar
OVERALL DIMENSIONSMOUNTING EXAMPLE WITH CDC3 VALVE
The fluid used is a mineral based oil with a viscosity of 46 mm²/s at 40°C. The tests have been carried out at with a fluid of a 40°C.
®
94
3
CM3M
IE/CM3M002/01/2011
CM3M*A
CM
3
*
**
*
M
*
C
CM3M*B CM3M*AB
**
2
A BT A BT T A BT T
MODULAR MAX. PRESSURE BANKABLE VALVES
Modular max. pressure bankable valves CM3M with direct acting pressure relief valves CMP10 • Pressure range 1 ÷ 320 bar, manual adjustment with a grub screw.• All versions can accept three types of springs with calibrated ranges as
shown in the specifi cations. For the minimum permissible setting pressure depending on the spring, see minimum pressure setting curve.
• Available single on A or B lines, and double on AB lines, see hydraulic symbols
• Cast iron zinc plated body.
FEATURESORDERING CODE
Modular bankable valve
Size
Maximum pressure valve
Port sizes:1 = G3/8”2 = 9/16”-18UNF
Adjustment on the lines: A / B / AB
Type of adjustmentGrub screw
Setting ranges at port A0 = max. 15 bar (neutral spring)1 = max. 50 bar (white spring)2 = max. 150 bar (yellow spring)3 = max. 320 bar (green spring) Setting ranges at port B (Omit if the setting is same as that at port A)0 = max.15 bar (neutral spring)1 = max. 50 bar (white spring)2 = max. 150 bar (yellow spring)3 = max. 320 bar (green spring) 00 = No variantV1 = Viton
Serial No.
HYDRAULIC SYMBOLS
Max. operating pressure 320 barSetting ranges:spring 0 spring 1 spring 2spring 3
15 bar50 bar150 bar320 bar
Max. fl ow 40 l/minHydraulic fl uids Mineral oils DIN 51524Fluid viscosity 10 ÷ 500 mm²/sFluid temperature -20°C ÷ 75° CAmbient temperature -20°C ÷ 60°CMax. contamination level (fi ltro ß25 75)
ISO 4406:1999: classe 21/19/16NAS 1638: classe 10
Weight CM3MA/BWeight CM3MAB
1.66 kg1.68 kg
Tightening torque 5 Nm
Elements Code screws(x 4)
TypeUNI 5931 - 8.8
CM3M Q26074073 M5x55
CM3M +V0800005 Q26074251 M5x100
Accessories
®
95
3
CM3M
IE/CM3M002/01/2011
Q (l/min)
P(b
ar)
1
0
2
3
0 5 10 15 20 25 30 35 40
0
40
80
120
160
200
240
280
320
360
Q (l/min)
P(b
ar)
3
2
1
0
0 5 10 15 20 25 30 35 40
0
20
40
60
80
100
30.5
G3/8"
45
31
=
=
CM3M-ABC----2
CM3M-AC----2
CM3M-BC----2
7.1
54 112 54
(220)
54
22
47.5
4 x O-Ring 2-010 90Sh
Curve 0,1,2,3:setting ranges valve
OVERALL DIMENSIONSMOUNTING EXAMPLE WITH CDC3 VALVE
The fluid used is a mineral based oil with a viscosity of 46 mm²/s at 40°C. The tests have been carried out at with a fluid of a 40°C.
PRESSURE - FLOW RATE MINIMUM SETTING PRESSURE
DIAGRAMS
®
96
4
ACCESSORIES
®
97
4
IE/HSIF00/01/2011
HSIF
HSIF00
41
05033
HP
V41
P
P
T
LS
T
T1
T1LS
LS
P
T
CX
DH
3
127
128,5
59
49
43
39
34
46,5
39
M6-6h 12n. 4
147max
133
O-Ring 2018/2-008 90Sh
O-Ring 2037/2-012 N552 90Sh
O-Ring 2037/2-012 N552 90Sh
7028,5
M8-6H 15n.2
28,5
36.5
10.5
26.5
17.5 92
25
85
Interface between HPV41 and CDC3 / CD3 / CX3 / CXDH3 / CDH3 • HSIF interface hydraulically connects the elements of proportional valves
CX3/CXDH3 or ON/OFF valves CDC3/CD3/CDH3 with the elements of pro-portional valve HPV 41. This type of combination is highly appreciated in those cases involving great differences in fl ow between the controlled actuators.
• The HSIF module must be inserted into the proportional valve confi gura-tion between the last HPV41 working section and the fi rst CDC3/CD3/CX3/CXDH3/CDH3 working section. Up to eight elements of the HPV41 and eight elements of the CDC3/CD3/CX3/CXDH3/CDH3 can be installed. The HSIf interface replace the inlet module for CDC3/CD3/CX3/CXDH3/CDH3.
• With the HSIF interface use the FUH outlet module.• Cast iron zinc plated body.
Interface
HPV Type (HPV 41)
Identifying code
INTERFACE FOR PROPORTIONAL DIRECTIONAL VALVES HPV41
ORDERING CODE
FEATURES
Max. operating pressure 300 bar
Max. Flow 80 l/min
Fluid viscosity 10 ÷ 500 mm²/s
Fluid temperature -25° ÷ 75° C
Ambient temperature -25°C ÷ 60°CMax. contamination level (fi lter ß25 75)
ISO 4406:1999: class 21/19/16NAS 1638: class 10
Weight 3.8 kg
HYDRAULIC SYMBOL
OVERALL DIMENSIONS
cavity for csrv or hesc.please see HPV catalogue
®
98
4
IE/BANK-MOUNTINGKIT/03-2017
46A B
L
FE3 / FE02 (A=30 mm)FU3 (B=15 mm) FU3* (B=20 mm) FUT3 (B=25 mm) FUS3 (B=35 mm)
L (mm) L (mm) L (mm) L (mm)
1 V89B50042 121 V89B50043 125 V89B50043 125 V89B50044 140
2 V89B50047 160 V89B50012 170 V89B50012 170 V89B50022 180
3 V89B50013 210 V89B50013 210 V89B50023 220 V89B50049 230
4 V89B50014 260 V89B50014 260 V89B50024 270 V89B50024 270
5 V89B50052 300 V89B50015 310 V89B50015 310 V89B50053 320
6 V89B50016 350 V89B50016 350 V89B50026 361 V89B50036 380
7 V89B50055 390 V89B50017 400 V89B50017 400 V89B50027 410
8 V89B50018 440 V89B50028 450 V89B50028 450 V89B50056 460
FE10S (A=35 mm)FU3 (B=15 mm) FU3* (B=20 mm) FUT3 (B=25 mm) FUS3 (B=35 mm)
L (mm) L (mm) L (mm) L (mm)
1 V89B50042 121 V89B50043 125 V89B50043 125 V89B50045 145
2 V89B50012 170 V89B50012 170 V89B50022 180 V89B50032 190
3 V89B50013 210 V89B50023 220 V89B50023 220 V89B50049 230
4 V89B50014 260 V89B50024 270 V89B50024 270 V89B50034 285
5 V89B50015 310 V89B50015 310 V89B50015 310 V89B50035 330
6 V89B50016 350 V89B50026 361 V89B50026 361 V89B50036 380
7 V89B50017 400 V89B50017 400 V89B50027 410 V89B50037 430
8 V89B50028 450 V89B50028 450 V89B50028 450 V89B50038 470
FELS / FE10 / FE10LS (A=40 mm)FU3 (B=15 mm) FU3* (B=20 mm) FUT3 (B=25 mm) FUS3 (B=35 mm)
L (mm) L (mm) L (mm) L (mm)
1 V89B50043 125 V89B50021 130 V89B50044 140 V89B50046 150
2 V89B50012 170 V89B50022 180 V89B50022 180 V89B50032 190
3 V89B50023 220 V89B50023 220 V89B50049 230 V89B50033 240
4 V89B50024 270 V89B50024 270 V89B50024 270 V89B50034 285
5 V89B50015 310 V89B50015 310 V89B50053 320 V89B50035 330
6 V89B50026 361 V89B50026 361 V89B50036 380 V89B50036 380
7 V89B50017 400 V89B50027 410 V89B50027 410 V89B50037 430
8 V89B50028 450 V89B50028 450 V89B50056 460 V89B50038 470
FE02Q / FE10P / FE10PS (A=57 mm) - FE10X (A=59 mm)FU3 (B=15 mm) FU3* (B=20 mm) FUT3 (B=25 mm) FUS3 (B=35 mm)
L (mm) L (mm) L (mm) L (mm)
1 V89B50044 140 V89B50045 145 V89B50046 150 V89B50047 160
2 V89B50032 190 V89B50048 199 V89B50048 199 V89B50013 210
3 V89B50033 240 V89B50033 240 V89B50050 250 V89B50014 260
4 V89B50034 285 V89B50034 285 V89B50051 296 V89B50052 300
5 V89B50035 330 V89B50035 330 V89B50054 340 V89B50016 350
6 V89B50036 380 V89B50036 380 V89B50055 390 V89B50017 400
7 V89B50037 430 V89B50037 430 V89B50037 430 V89B50018 440
8 V89B50038 470 V89B50038 470 V89B50057 480 V89B50058 490
Mounting kit
Kit composed by No. 4 rods and No. 8 stud nuts
Nuts tightening torque: 10NmFor more combinations contact our customer service.
Intlet module Outlet moduleElements
Mounting kitCode
Intlet module
Code
Elem
ents
Outlet moduleCode Code Code
Intlet module
Code
Elem
ents
Outlet moduleCode Code Code
Intlet module
Code
Elem
ents
Outlet moduleCode Code Code
Intlet module
Code
Elem
ents
Outlet moduleCode Code Code
SIZE 6ON/OFF and proportional valves
®
99
4
IE/BANK-MOUNTINGKIT/03-2017
46 30
L
FEH30PQ / FEH30LSFEH30PQ / FEH35PQ/ HSIF
FUH (B=30 mm)
L (mm)
1 V89B50001 100
2 V89B50002 145
3 V89B50003 190
4 V89B50004 240
5 V89B50005 285
6 V89B50006 330
7 V89B50007 380
8 V89B50008 430
FE5 / FE305FU5 (B=30 mm)
L (mm)
1 V89B50002 100
2 V89B50003 145
3 V89B50004 190
4 V89B50005 240
5 V89B50006 285
6 V89B50008 330
46
L
Mounting kit
Kit composed by No. 4 rods and No. 4 stud nuts
Nuts tightening torque: 10Nm
For more combinations contact our customer service.
Intlet module
Outlet module
Elements
Mounting kitCode
* only valves with LS line: CDC3/CD3 body “L-M” ; CX3 body “L”
Intlet module
Code
Elem
ents
*
Outlet module
SIZE 6Pre and post compensated valves
Kit composed by No. 4 rods and No. 4 stud nuts
Nuts tightening torque: 10Nm
For more combinations contact our customer service.
Intlet module Outlet moduleElements
Mounting kitCode
Intlet module
Code
Elem
ents
*
Outlet module
SIZE 10ON/OFF valves
®
100
425
25
3
3
70
20
49
59
6,5
19 32 19
7
9
19
IE/BANK-FIXINGFEET/03-2017
Fixing feet
* Fixing feet can not be used with HSIF interface module unit.** If the kit is not required, the valve can be fixed by the fixing holes on the bottom faces of the inlet
and outlet modules (see drawing on page 57 and 80).
Intel module FE10, outlet module FU, mounting on BOTTOM position (standard mounting)
Intel module FE10, outlet module FU, mounting on TOP position (to be specify)
Intel module FEH30PQ, outlet module FUH, mounting on BOTTOM position (standard mounting)
Intel module FEH30PQ, outlet module FUH, mounting on TOP position (to be specify)
Code Type
V89980000SIZE 6 - ON/OFF and proportional valvesKit supplied with the valves, composed by:- No. 2 feet
V89B60000 (*)
Screw tightening torque: 10Nm
SIZE 6 - Pre and post compensated valvesKit supplied on request (**) composed by:- No. 2 feet- No. 4 screws- No. 4 washers
V89B60001 (*)
Screw tightening torque: 10Nm
SIZE 10 - ON/OFF valvesKit supplied on request (**) composed by:- No. 2 feet- No. 2 screws- No. 2 washers
Feet mounting example
Intel module FE305, outlet module FU5, mounting on BOTTOM position (standard mounting)
®
101
4
Ø d
Ø 7.4
xx
Ø 8.6
Ø d
xx
Ø 7.9
Ø 8.6
IE/BANK-DIAPHRAGMS/00-2016
BABABA
T1
P1P
T
A BM
65 bar
110 bar
170
Bar
Ø 1
A B 65 bar140 bar
Calibrated diaphragmsFOR VALVES CD3 / CDC3 / CDCM3 FOR VALVES CDH3 / CXDH3 / CFS3
Ø d (mm) Code Stamping
xxCLOSED M52050043/3 /
0.5 M52050043/2 05
1.0 M52050043 10
2.0 M52050043/10 20
2.2 M52050043/1 22
3.0 M52050043/30 30
Ø d (mm) Code Stamping
xxCLOSED M52050023/4 /
0.3 M52050023/21 03
0.4 M52050023/22 04
0.5 M52050023/1 05
0.6 M52050023/6 06
0.7 M52050023/8 07
0.8 M52050023 08
0.9 M52050023/17 09
1.0 M52050023/2 10
1.1 M52050023/20 11
1.2 M52050023/3 12
1.3 M52050023/19 13
1.4 M52050023/16 14
1.5 M52050023/7 15
1.6 M52050023/15 16
1.8 M52050023/11 18
1.9 M52050023/14 19
2.0 M52050023/10 20
2.2 M52050023/9 22
2.5 M52050023/5 25
2.7 M52050023/13 27
3.0 M52050023/18 30
3.5 M52050023/12 35
HYDRAULIC CIRCUIT EXAMPLE WITH CALIBRATED DIAPHRAGM ON “P” LINE
®
102
4Ø 6÷8 mm (PG09)
Ø 8÷10 mm (PG11)
IP65
Ø 4÷7 mm19
IP67
M3
4.5
42
28.5 29.5
Ø 6÷8 mm (PG09)
Ø 8÷10 mm (PG11)
34.54.5
M3
42
29.5
Ø 6÷8 mm (PG09)
4.5
M3
32
62
29.5
Ø 4÷7 mm
IE/BANK-CONNECTORS/03-2015
81.5
Ø 2 ÷ 3 mm
20
23
.5
1
2
1
2
1
2
1
2
ConnectorsCONNECTORS FOR CONTROL VALVES IN ACCORDANCE WITH DIN 43650 / ISO 4400
Connector Protection level Type Cable gland Code
Standard IP65
Black color PG09 V86 05 0002Grey color PG09 V86 05 0004Black color PG11 V86 05 0006Grey color PG11 V86 05 0008
Lens cover with pilot light (1) IP65
12 VAC/VDC PG09 V86 10 001824 VAC/VDC PG09 V86 10 0012115 VAC/VDC PG09 V86 10 0020230 VAC/VDC PG09 V86 10 0022
Connector Protection level Type Cable gland Code
With rectifier (1)Inlet voltage 12÷230 VACOutlet voltage 9÷205 VDC
IP65Black color PG09 V86 20 0002
Grey color PG09 V86 20 0004
Lens cover with pilot light and rectifier (1)Inlet voltage 12÷230 VACOutlet voltage 9÷205 VDC
IP65
12 VAC PG09 V86 25 001824 VAC PG09 V86 25 001948 VAC PG09 V86 25 0020115 VAC PG09 V86 25 0021230 VAC PG09 V86 25 0022
Connector Protection level Type Cable gland Code
With protection level IP67 IP67Black color — V86 28 0001Grey color — V86 28 0002
Seal
Cable gland
Seal
Seal
Cable gland
AMP JUNIOR CONNECTORS
Description IP65 IP67
AC rated voltageDC rated voltage
Max. 250 VMax. 300 V
Max. 250 VMax. 300 V
Pin conctat nominal currentPin conctat max. current
10A 16A
10A 16A
Max. section cable 1.5 mm² 1.5 mm²
Cable gland PG09 - M16x1,5Cable gland PG11 - G 1/2” - M20x1,5
Ø cable 6 ÷ 8 mmØ cable 8 ÷ 10 mm
Ø cable 4 ÷ 7 mm—
Protection levelInsulation classOperating temperature
IP65 EN60529VDE 0110-1/89-40°C ÷ 90 C°
IP67 EN60529VDE 0110-1/89-20°C ÷ 80 C°
The degrees of protection indicate is guaranteed only if the connectors were properly mounted with his original seals.
Electrical features of connectors
Connector Type Cable section Pin conctatmax current Code
AMP Junior connector Timer 2 conctat Black color 0.5 ÷ 1.5 mm2 10A RKRC0808000
Screw tightening torque: 0.60 Nm
Screw tightening torque: 0.60 Nm
(1) do not use for proportional versions
(1) do not use for proportional versions
Standard Bipolar led Rectifier andVDR protection
Bipolar led, rectifier andVDR protection
Electrical circuits
®
103
4
17
21.5
20.5
Ø13.25
30 38.6
42
12
28ISO 4400
(DIN 43650)
28
30 39
20.5
36.5
40.5
23.828
41
61.5
36 38.5
60
.8
47
.8
23
.5
19.1
IE/BANK-COILS/05-2017
Coils
(1) Ambient temperature 25 °C - (2) Ambient temperature 20 °C(3) The european low voltage directive is applied to electronical equipments used at a nominal voltages
between 50 and 1000 VAC or 75 and 1500 VDC. In conformity with the low directive each part of the manifold or the subplate on which the valve is mounted should be connected to a protective earth with a resistence less than 0.1 ohms.
STANDARD Hirschmann ISO 4400 DIN43650
DEUTSCH and bidirectional integrated diode (CX variant)
(1) Ambient temperature 25 °C - (2) Ambient temperature 20 °C
Type of protection IP 65Number of cycle 18000/hSupply tolerance ±10%Ambient -30°C ÷ 60°C
Coil Max windingtemperature (1)
Ratedpower
Resistance±7% (2)
SparecodeCode Voltage
L 12 VDC 135 °C 18 W 7.7 M14000001M 24 VDC 135 °C 18 W 31 M14000002N 48 VDC 135 °C 18 W 116 M140000032 21.6 VDC 135 °C 18 W 27 M14000009Z 102 VDC (3) 120 °C 18 W 578 M14000006X 205 VDC (3) 120 °C 18 W 2627 M14000007
Coil Max windingtemperature (1)
Ratedpower
Resistance±7% (2)
SparecodeCode Voltage
L 12 VDC 135 °C 18 W 7.7 M14760001M 24 VDC 135 °C 18 W 31 M14760002
Duty cycle 100% EDInsulation class wire FWeight 0.141 kg
18W COILS
22W COILS
AMP Junior (AJ variant)
(1) Ambient temperature 25 °C - (2) Ambient temperature 20 °C
Type of protection IP 65Number of cycle 18000/hSupply tolerance ±10%Ambient temperature -30°C ÷ 60°C
Duty cycle 100% EDInsulation class wire HWeight 0.2 kg
Coil Max windingtemperature (1)
Ratedpower
Resistance±7% (2)
SparecodeCode Voltage
L 12 VDC 135 °C 22 W 6.3 M14730001M 24 VDC 135 °C 22 W 25.6 M14730002
®
104
4
18
12
46
Ø14.1 min
36 39
2828
ISO 4400
(DIN 43650)
18
46
59
17
36 39
19.9
18
65.9
36 38.5
18
16.5
46
5
F I
= 2
50
= 1
30
36 39
IE/BANK-COILS/05-2017
Coils27W COILS - A09
(1) Ambient temperature 25 °C - (2) Ambient temperature 20 °C(3) The european low voltage directive is applied to electronical equipments used at a nominal voltages
between 50 and 1000 VAC or 75 and 1500 VDC. In conformity with the low directive each part of the manifold or the subplate on which the valve is mounted should be connected to a protective earth with a resistence less than 0.1 ohms.
STANDARD Hirschmann ISO 4400 DIN43650 (H connection)
WIRES and integrated bidirectional DIODE (F/I connection - FL/LD variant)
AMP Junior (A connection - AJ variant)
(1) Ambient temperature 25 °C - (2) Ambient temperature 20 °C
(1) Ambient temperature 25 °C - (2) Ambient temperature 20 °C
Type of protection IP 65Number of cycle 18000/hSupply tolerance ±10%Ambient temperature -30°C ÷ 60°C
Duty cycle 100% EDInsulation class wire HWeight 0.215 kg
DEUTSCH + bidirectional DIODE - DT04-2P (D connection - CX variant)
(1) Ambient temperature 25 °C - (2) Ambient temperature 20 °C
Coil Max windingtemperature (1)
Ratedpower
Resistance±7% (2)
SparecodeCode Voltage
L 12 VDC 123 °C 27 W 5.3 M14310001M 24 VDC 123 °C 27 W 21.3 M14310002N 48 VDC 123 °C 27 W 85.3 M14310003Z 102 VDC (3) 123 °C 27 W 392 M14310008P 110 VDC (3) 123 °C 27 W 448 M14310005X 205 VDC (3) 123 °C 27 W 1577 M14310009
Coil Wires(mm)
Max windingtemperature (1)
Ratedpower
Resistance±7% (2)
SparecodeCode Voltage
L 12 VDC F = 250 123 °C 27 W 5.3 M14070011M 24 VDC F = 250 123 °C 27 W 21.3 M14070012L 12 VDC I = 130 123 °C 27 W 5.3 M14330001M 24 VDC I = 130 123 °C 27 W 21.3 M14330002
Coil Max windingtemperature (1)
Ratedpower
Resistance±7% (2)
SparecodeCode Voltage
L 12 VDC 123 °C 27 W 5.3 M14320001M 24 VDC 123 °C 27 W 21.3 M14320002
Coil Max windingtemperature (1)
Ratedpower
Resistance±7% (2)
SparecodeCode Voltage
L 12 VDC 123 °C 27 W 5.3 M14340001M 24 VDC 123 °C 27 W 21.3 M14340002
®
105
4
33
*** VDC
100% ED
30.6
54Ø 45
1.1
Ø 2
3
Ø 2
7
31.2
33
*** VDC
100% ED
30.6
54Ø 45
1.1
Ø 2
3
Ø 2
7
31.2
IE/BANK-COILS/05-2017
33
*** VDC
100% ED
30.6
54Ø 45
1.1
Ø 2
3
Ø 2
7
31.2
12
33
*** VDC
100% ED
30.6
54Ø 45
1.1
Ø 2
3
Ø 2
7
31.2
12
30 W COILS - D15
(1) Ambient temperature 25 °C (2) Ambient temperature 20 °C(3) The european low voltage directive is applied to electronical equipments used at a nominal voltages
between 50 and 1000 VAC or 75 and 1500 VDC. In conformity with the low directive each part of the manifold or the subplate on which the valve is mounted should be connected to a protective earth with a resistence less than 0.1 ohms.
(1) Ambient temperature 25 °C (2) Ambient temperature 20 °C
Type of protection IP 66Number of cycle 18000/hSupply tolerance ±10%Ambient temperature -25°C ÷ 60°C
Duty cycle 100% EDInsulation class wire HWeight 0.354 kg
(1) Ambient temperature 25 °C (2) Ambient temperature 20 °C
Coils
STANDARD Hirschmann ISO 4400 DIN43650Coil Max winding
temperature (1)Ratedpower
Resistance±7% (2)
SparecodeCode Voltage
L 12 VDC 110 °C 30 W 4.8 M14450002M 24 VDC 110 °C 30 W 18.8 M14450004V 28 VDC 110 °C 30 W 25.6 M14450005N 48 VDC 110 °C 30 W 75.2 M14450006Z 102 VDC (3) 110 °C 30 W 340 M14450018P 110 VDC (3) 110 °C 30 W 387 M14450008X 205 VDC (3) 110 °C 30 W 1378 M14450019
AMP Junior (AJ variant)Coil Max winding
temperature (1)Ratedpower
Resistance±7% (2)
SparecodeCode Voltage
L 12 VDC 110 °C 30 W 4.8 M14460002M 24 VDC 110 °C 30 W 18.8 M14460004
AMP Junior + Bidirectional DIODE (AD variant)Coil Max winding
temperature (1)Ratedpower
Resistance±7% (2)
SparecodeCode Voltage
L 12 VDC 110 °C 30 W 4.8 M14470002M 24 VDC 110 °C 30 W 18.8 M14470004
(1) Sealed coil winding with steel out housing with eCoat protection. Has succesfully overcome more than 700 hours of salt spray test before red rust (test according to UNI EN ISO 9227 and test evalua-tion according to UNI EN ISO 10289).
(2) Ambient temperature 25 °C (3) Ambient temperature 20 °C(4) The european low voltage directive is applied to electronical equipments used at a nominal voltages
between 50 and 1000 VAC or 75 and 1500 VDC. In conformity with the low directive each part of the manifold or the subplate on which the valve is mounted should be connected to a protective earth with a resistence less than 0.1 ohms.
Hirschmann ISO 4400 DIN43650 eCoat (1) surface treatment (RS variant) Coil Max winding
temperature (2)Ratedpower
Resistance±7% (3)
SparecodeCode Voltage
L 12 VDC 110 °C 30 W 4.8 M14820001M 24 VDC 110 °C 30 W 18.8 M14820002V 28 VDC 110 °C 30 W 25.6 M14820005P 110 VDC (4) 110 °C 30 W 387 M14820008
®
106
4
33
*** VDC
100% ED
30.6
54Ø 45
1.1
Ø 2
3
Ø 2
7
31.2
33
*** VDC
100% ED
30.6
54Ø 45
1.1
Ø 2
3
Ø 2
7
31.2
IE/BANK-COILS/05-2017
45.6
1.1
57.9
Ø 2
3
45.6
Ø 2
7
56.6
33.8
12
33
*** VDC
100% ED
30.6
54Ø 45
1.1
Ø 2
3
Ø 2
7
31.2
IP 69K
33
*** VDC
100% ED
30.6
54Ø 45
1.1
Ø 2
3
Ø 2
7
31.2
(1) Ambient temperature 25 °C (2) Ambient temperature 20 °C
WIRES 175 mm (SL variant)Coil Max winding
temperature (1)Ratedpower
Resistance±7% (2)
SparecodeCode Voltage
L 12 VDC 110 °C 30 W 4.8 M14480002M 24 VDC 110 °C 30 W 18.8 M14480004
Coils
(1) Ambient temperature 25 °C (2) Ambient temperature 20 °C
(1) Ambient temperature 25 °C (2) Ambient temperature 20 °C(3) The european low voltage directive is applied to electronical equipments used at a nominal voltages
between 50 and 1000 VAC or 75 and 1500 VDC. In conformity with the low directive each part of the manifold or the subplate on which the valve is mounted should be connected to a protective earth with a resistence less than 0.1 ohms.
DEUTSCH DT04-2P (CZ variant)
Hirschmann ISO 4400 DIN43650 PLASTIC body (RS variant)Coil Max winding
temperature (1)Ratedpower
Resistance±7% (2)
SparecodeCode Voltage
L 12 VDC 110 °C 30 W 4.8 M14630002M 24 VDC 110 °C 30 W 18.8 M14630004V 28 VDC 110 °C 30 W 25.6 M14630005P 110 VDC (4) 110 °C 30 W 387 M14630008
Coil Max windingtemperature (1)
Ratedpower
Resistance±7% (2)
SparecodeCode Voltage
L 12 VDC 110 °C 30 W 4.8 M14490002M 24 VDC 110 °C 30 W 18.8 M14490004
Until end of stock
(1) Sealed coil winding with steel out housing with eCoat protection. Has succesfully overcome more than 700 hours of salt spray test before red rust (test according to UNI EN ISO 9227 and test evalua-tion according to UNI EN ISO 10289).
(2) Ambient temperature 25 °C (3) Ambient temperature 20 °C
DEUTSCH DT04-2P eCoat (1) surface treatment (R6 variant)Coil Max winding
temperature (2)Ratedpower
Resistance±7% (3)
SparecodeCode Voltage
L 12 VDC 110 °C 30 W 4.8 M14830001M 24 VDC 110 °C 30 W 18.8 M14830002
(1) Ambient temperature 25 °C (2) Ambient temperature 20 °C
DEUTSCH DT04-2P + Bidirectional DIODE (CX variant)Coil Max winding
temperature (1)Ratedpower
Resistance±7% (2)
SparecodeCode Voltage
L 12 VDC 110 °C 30 W 4.8 M14370002M 24 VDC 110 °C 30 W 18.8 M14370004
®
107
4
IE/BANK-COILS/05-2017
33
*** VDC
100% ED
30.6
54Ø 45
1.1
Ø 2
3
Ø 2
7
31.2
12
33
*** VDC
100% ED
30.6
54Ø 45
1.1
Ø 2
3
Ø 2
7
31.2
40 W COILS - D15
(1) Ambient temperature 25 °C
Type of protection IP 66Number of cycle 18000/hSupply tolerance ±10%Ambient temperature -54°C ÷ 60°C
Duty cycle 100% EDInsulation class wire HWeight 0.354 kg
Coils
STANDARD Hirschmann ISO 4400 DIN43650Coil Max winding
temperature (1)Ratedpower
Resistance±7% (2)
SparecodeCode Voltage
L 12 VDC 135 °C 40 W 3.6 M14600001M 24 VDC 135 °C 40 W 14.4 M14600002
(1) Ambient temperature 25 °C
DEUTSCH DT04-2P (CZ variant)Coil Max winding
temperature (1)Ratedpower
Resistance±7% (2)
SparecodeCode Voltage
L 12 VDC 135 °C 40 W 3.6 M14610001M 24 VDC 135 °C 40 W 14.4 M14610002
®
108
4
33
*** VDC
100% ED
30.6
54Ø 45
1.1
Ø 2
3
Ø 2
7
31.2
33
*** VDC
100% ED
30.6
54Ø 45
1.1
Ø 2
3
Ø 2
7
31.2
IE/BANK-COILS/05-2017
33
*** VDC
100% ED
30.6
54Ø 45
1.1
Ø 2
3
Ø 2
7
31.2
12
D15P COILS - (FOR PROPORTIONAL VALVES)
Type of protection IP 66Number of cycle 18000/hSupply tolerance ±10%Ambient temperature -30°C ÷ 60°C
Duty cycle 100% EDInsulation class wire HWeight 0.354 kg
STANDARD Hirschmann ISO 4400 DIN43650Coil Max winding
temperature (1)Current Resistance
±7% (2)SparecodeCode Voltage
E 9 VDC 125 °C 2.35 A 2.25 M14230101F 12 VDC 125 °C 1.76 A 4 M14230102G 24 VDC 125 °C 0.88 A 16 M14230103
(1) Ambient temperature 25 °C - (2) Ambient temperature 20 °C
AMP Junior (AJ variant)
DEUTSCH DT04-2P (CZ variant)
Coil Max windingtemperature (1)
Current Resistance±7% (2)
SparecodeCode Voltage
E 9 VDC 125 °C 2.35 A 2.25 M14770001F 12 VDC 125 °C 1.76 A 4 M14770002G 24 VDC 125 °C 0.88 A 16 M14770003
(1) Ambient temperature 25 °C - (2) Ambient temperature 20 °C
Coil Max windingtemperature (1)
Current Resistance±7% (2)
SparecodeCode Voltage
E 9 VDC 125 °C 2.35 A 2.25 M14590001F 12 VDC 125 °C 1.76 A 4 M14590002G 24 VDC 125 °C 0.88 A 16 M14590004
(1) Ambient temperature 25 °C - (2) Ambient temperature 20 °C
Coils®
109
4
®
110
5
HOW TO ORDER
®
111
5
IE/BANK-ORDER/02-2017
P
T
A AA AB BB B
T
P
X
GLSLSP1
P
T
LS LS LS
B B BA A A
P
LS
T
How to order
EXAMPLE WITH COMPENSATED VALVES - SIZE 6
EXAMPLE WITH NOT COMPENSATED VALVES - SIZE 6
FE1031C3002 - CXQ3CTIDFS12 - 4 x CDC3AE03CLS12 - FU31002 - V89B50025 - *
• Inlet module unit with pressure relief valve
• Size 3• Port G3/8”• Adjustment pressure
with grub screw• Setting range: 320 bar• No variant• Serial No. 2
• Open loop proportional compensated flow regulator
• Size 3• 3 way compensation
with secondary line• Flow rates 25 l/min• With decompression• Coil 1.76A (12 VDC)• No variant• Serial No. 2
• No. 4 directional control bankable valves
• Size 3• Parallel body ports G3/8”• Electrical operator• Spool 03 • Mounting C double solenoid• Coil 12 VDC • No variant• Serial No. 2
• Outlet module unit• Size 3• Port size T G3/8”• No variant• Serial No. 2
• Mounting kit for 5 bankable valves and inlet module unit FE10
* It is not need to specify the fixing kit, standard supplied
No. 8 connectors black 8 x V86050002
FEH30PQ33C3MS11 - CXDH3CA03N48GS11 - 2 x CDH3AE03C104MS11 - FUH35001 - V89B50003 - V89B60000
• Open center inlet module for fixed displacement pumps
• Electrical venting valve• Pressure compensator
element• Ports G1/2”• Adjustment pressure
with grub screw• Setting range: >150 bar• Voltage venting valve 24
VDC• No variant• Serial No. 1
• Proportional compensated valve
• Size 3• Double solenoid• Parallel body ports G3/8” • Spool 03 • Symmetrical flow path
control• Flow rating 35 l/min• Differential pressure 8
bar• Coil 24 VDC (0.88A)• No variant• Serial No. 1
• No. 2 ON/OFF compensated valve
• Size 3• Parallel body ports G3/8” • Electrical operator • Spool 03• Double solenoid• Holed washer on port A/B
1.3 l/min• Differential pressure 4 bar• Coil 24 VDC• No variant• Serial No. 1
• Outlet module unit• Size 3• Port size T G3/4”• No variant• Serial No. 1
• Mounting kit for 3 bankable valves and inlet module unit FEH30PQ
• Fixing feet kit for inlet module FEH30PQ and outlet module FUH
N. 6 connectors blackN. 1 connector grey
6 x V86050002 1 x V86050004
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LS LS
B BA A
P
LS
T
X
LS
LS
T
P
A AB B
A A
B B
How to orderEXAMPLE WITH COMPENSATED AND NOT COMPENSATED VALVES - SIZE 6
FEH30LS33C2001 - 2 x CXDH3CA03N34GS11 - 2 x CD3LE03CMS12 - FUH35001 - V89B50004 - V89B60000
• Closed center inlet module for variable displacement load sensing pumps
• LS signal• Size 3• Ports G1/2”• Adjustment pressure
with grub screw• Setting range: 140 bar• No variant• Serial No. 1
• No. 2 proportional compensated valves
• Size 3• Double solenoid• Parallel body ports G3/8” • Spool 03 • Symmetrical flow path
control• Flow rating 18 l/min• Differential pressure 4 bar• Coil 0.88A (24 VDC)• No variant• Serial No. 1
• N. 2 directional control valves
• Size 3• Parallel body ports G3/8”
LS version• Electrical operator • Spool 03 mounting C• Double solenoid• Coil 24 VDC• No variant• Serial No. 2
• Outlet module unit• Size 3• Port size T G3/4”• No variant• Serial No. 1
• Mounting kit for 4 bankable valves and inlet module unit FEH30LS
• Fixing feet kit for inlet module FEH30LS and outlet module FUH
N. 4 connectors blackN. 4 connector grey
4 x V86050002 4 x V86050004
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P
T T1
M A B A B A B A BA B
P
T T1
M A B A B A B A B
How to order
EXAMPLE WITH DIRECTIONAL CONTROL VALVES - SIZE 10 AND SIZE 6
FE3053C2001 - 2 x CD5N03CLS10 - 2 x CD3AE03CLS12 - 1 x CDC3AE03CLS12 - FU53001 - V89B60001
• Inlet module unit with pressure relief valve
• Size 5• Port G1/2”• Adjustment pressure
with grub screw• Setting range: 140 bar• No variant• Serial No. 1
• No. 2 directional control bankable valves
• Size 5• Parallel body ports G1/2”• Electrical operator• Spool 03 • Mounting C double
solenoid• Coil 12 VDC • No variant• Serial No. 1
• No. 2 directional control bankable valves
• Size 3• Parallel body ports G3/8”• Electrical operator• Spool 03 • Mounting C double
solenoid• Coil 12 VDC • No variant• Serial No. 2
• No. 1 directional control bankable valves
• Size 3• Parallel body ports G3/8”• Electrical operator• Spool 03 • Mounting C double
solenoid• Coil 12 VDC • No variant• Serial No. 2
• Otulet module unit• Size 5• Port size T G3/4”• No variant• Serial No. 1
• Fixing feet kit for inlet module FE305 and outlet module FU5
No. 10 connectors black 10 x V86050002
EXAMPLE WITH DIRECTIONAL CONTROL VALVES - SIZE 10
FE3053C3001 - 4 x CD5N03CLS10 - FU53001 - *
• Inlet module unit with pressure relief valve
• Size 5• Port G1/2”• Adjustment pressure with grub
screw• Setting range: 350 bar• No variant• Serial No. 1
• No. 4 directional control bankable valves
• Size 5• Parallel body ports G1/2”• Electrical operator• Spool 03 • Mounting C double solenoid• Coil 12 VDC • No variant• Serial No. 1
• Outlet module unit• Size 5• Port size T G3/4”• No variant• Serial No. 1
* Without feet kit, mounting on bottom position on inlet and outlet module
No. 8 connectors black 8 x V86050002
Maximum working pressure is defined by the lower pressure of the used valves.
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Electromagnetic compatibilityELECTROMAGNETIC COMPATIBILITY “EMC” (2014/30 EC)
The PRODUCTS NOT CONTAINING ELECTRONIC BOARDS INSIDE for the actuation of the hydraulic control (as a pure example our CD3-CDC3-CXDH3, modules MHPF - MHOF) are defined “passive” from the electrical point of view, as driven by an external power/command unit. These products therefore don’t fall directly within the field of application of the aforementioned directive and therefore are not subject to the relevant certification and CE marking by Dana Brevini S.p.a.
It will be instead the external power/command unit, chosen by the Customer according to his needs and not included in the hydraulic system supplied by Dana Brevini S.p.a., who must be certified according with the directive and depending on the environment where it will be used (industrial, mobile, home).
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Dana Brevini S.p.A.Via Luciano Brevini 1/a42124 Reggio EmiliaTel. +39 0522 270711Fax +39 0522 270660www.dana.com/breviniinfo@brevinifl uidpower.com
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Code DOC00046 - Rev. 09