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Directional Proportional Control Valve
CV3000
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Contents
Page 5
Page 6
Page 7
Page 8
Page 9
Page 10
Page 11
Page 12
Page 13
Page 14
Page 15
Page 16
Page 17
Page 18
Page 22
Page 24
General valve description
General Technical Data
IM - Manual Inlet Module
IE - Remote Control Inlet Module
IF - Dual Flow Bypass Inlet Module
SM - Manual Section Module
SE - Remote Control Section Module
OM - Manual Outlet Module
OE – Remote Control Outlet Module
Spools
Spool Controls Manual
Spool Controls Remote Control
Secondary Port Valves
Accessory Valves
Dimensional Drawing
Ordering Code
3
General valve description
The CV3000 is a stackable parallel circuit valve available from 1-10 section per valve unit and can be configured for both
fixed and variable pumps. It is designed to handle an input flow of up to 140 l/min [37 USgpm] and a working pressure of
up to 350 bar [5000 psi]
The special dual parallel channel design allows the machine builder to individually limit the maximum output flow from each
section when the dual flow IF inlet module is used.
The CV3000 has a modular design with a range of different inlet-, section- and outlet modules which allows for a high level
of customization of the valve unit. The compact size and the possibility for a large number of integrated features makes it
ideal for a wide range of applications such as; truck mounted cranes, excavators, drilling rigs, telehandlers, work platforms,
refuse vehicles, forestry machinery and fork lifts etc.
The CV3000 is manufactured using the highest quality alloy cast iron which in combination with NIMCO’s advanced machining
and control methods assures the precise accuracy of every component. Each valve is tested and the results documented
prior to despatch.
Minimized spool leakage
Hard chromium plated spools, low friction and a specially developed honing method gives absolute minimum spool leakage
of the valve.
Excellent load control
CV 3000 can be fitted with the standard load control spools or with specially designed spools for specific flows, each
of which is designed to provide optimum control characteristics within its flow range. On request, special spools can be
designed for special functions.
Full utilization of the spool stroke
The optimized metering grooves integrated in each spool and the precise machining of every component allows the entire
stroke of the spool to be used. This allows full control of the load whether the operator is using very little or full flow capacity.
In addition the movement of any spool in any direction will give the same speed of machine function, enhancing security
and reliability.
Multifunctional control
Several spools can be operated at the same time even with very large differences in load pressures, due to the utilization
of the differential pressure built up inside the valve during operation.
Uniform and low lever forces
By combining the unique design features of the valve body and the spools, an excellent balance of the dynamic forces is
achieved throughout the entire pressure and flow range. This keeps spring forces at a minimum and makes the valve very
easy to operate by hand lever as well as any of NIMCO’s remote controls.
Wide range of accessories
The CV 3000 offers a wide range of possibilities by using existing and future accessory valves. Also a wide range of spool
and remote controls such as single or joystick wire controls, pneumatic and hydraulic proportional or on/off controls are
available.
5
General Technical Data
Pressure Ratings
Maximum Inlet Pressure
350 bar
5000 psi
Maximum work Port Pressure
350 bar
5000 psi
Maximum Return Line Pressure
25 bar
363 psi
Maximum inlet flow Open Centre
90 l/min
24 USgpm
Maximum inlet flow Bypass
140 l/min
37 USgpm
Maximum output flow A/B
125 l/min
33 USgpm
Oil Temperature
-30 to +90ºC
-22 to +194ºF
Ambient Temperature
-30 to +60ºC
-22 to +140ºF
20 cm3/min
1.24 in3/min
Flow Rates
Temperature Range
Spool Leakage
Maximum at 100 bar (1450 psi) 32 mm2/s (cSt)
Filtration
Contamination Level equal to or better than 18/16/13 according to ISO 4406
Oil Viscosity
Recommended Operating Range
12-380 mm2/s
Maximum number of Work Sections
Standard Inlets
6
≤10
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65-2128 SSU
IM - Manual Inlet Module
POS.
DESCRIPTION
Code
1
Inlet Body
IM
2
Main Relief Valve
RV
3
Circuit Options
-
4
Electrical Unloading Valve
UCV
TECHNICAL DATA
Maximum Inlet flow
90 l/min
24 USGpm
Maximum Working Pressure
350 bar
5000 psi
Port Size P1
BSP G3/4”
SAE #12
M27x2
Port Size T3
BSP G3/4”
SAE #12
M27x2
Port Size T4
BSP G1/2”
SAE #10
M22x1,5
Module Weight
4,3 kg
9,5 lbs
MODULE DESCRIPTION
Inlet module for valves with manual controls such as hand levers or wire controls. Easy to convert from fixed to variable pumps by
changing a fitting in the pressure port (3). Possibility to equip with an unloading valve and a main relief valve.
SAMPLE SCHEMATICS
7
IE - Remote Control Inlet Module
POS.
DESCRIPTION
Code
1
Inlet Body
IE
2
Main Relief Valve
RV
3
Circuit Options
-
4
Electrical Unloading Valve
UCV
5
Press. Reducer for Pilot Supply PRRV
TECHNICAL DATA
Maximum Inlet Flow
90 l/min
24 USGpm
Maximum Working Pressure
350 bar
5000 psi
Port Size P1
BSP G3/4”
SAE #12
M27x2
Port Size T4
BSP G1/2”
SAE #10
M22x1,5
Module Weight
4.3 kg
9,5 lbs
MODULE DESCRIPTION
Inlet module for valves with remote EHP controls. Easy to convert from fixed to variable pumps by changing a fitting in the pressure
port (3). Possibility to equip with an unloading valve (4) and a main relief valve (2) as well as a pressure reducing valve for internal
pilot pressure supply (5).
SAMPLE SCHEMATICS
8
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IF - Dual Flow Bypass Inlet Module
Pos.
Description
Code
1
Inlet Body
IF
2
Main Relief valve
PV
3
Orifice spool
-
4
Bypass spool
-
5
Electrical Unloading Valve
UCV
6
Press. Reducer for Pilot supply
PRRV
7
Plug for external drain of solenoids
TECHNICAL DATA
Maximum Inlet Flow
140 l/min
37 USGpm
Maximum Working Pressure
350 bar
5000 psi
Port Size P1
BSP G3/4”
SAE #12
M27x2
Port Size T1
BSP G3/4”
SAE #12
M27x2
Module Weight
4,6 kg
10.1 lbs
MODULE DESCRIPTION
Dual Flow Bypass Inlet Module for fixed pump systems where a constant flow can be set in the center channel of the valve using
the orifice spool (3). The bypass spool (4) keep the constant pressure drop over the orifice spool (3) and create then a constant flow
system.This ensures a very stable pressure build up even at varying input flows to the valve. It also gives the user the possibility to
set the flow out on the work ports when combining the inlet with the special Q-sections. Possibility to equip with an unloading valve
(4) and a main relief valve (2) as well as internal pilot pressure supply (5).
SAMPLE SCHEMATICS
9
SM - Manual Section Module
POS.
DESCRIPTION
Code
1
Section Body
SM
2
Bottom Gallery Check Valve
LHC1
3
Top Gallery Check Valve
LHC2
4
Spool Control A-side
Page 15
5
Spool Control B-side
Page 15
6
Secondary Valve A-side
Page 17
7
Secondary Valve B-side
Page 17
8
Main Spool
Page 14
TECHNICAL DATA
Maximum Port Flow
125 l/min
33 USGpm
Maximum Working Pressure
350 bar
5000 psi
Port Size A/B alt 1
BSP G3/4”
SAE #12
M27x2
Port Size A/B alt 2
BSP G1/2”
SAE #10
M22x1,5
Module Weight
4,7 kg
10,4 lbs
MODULE DESCRIPTION
Manual Section Module which can be used together with any of the inlet modules. It has channels for carrying through pilot pressure
to other EHP sections in the same valve unit, but the SM section it self cannot be equipped with electrical controls. The SM-section
can be equipped with secondary valves on the A- and B-port such as shock relief and/or anticavitation valves (6) & (7). It has a load
holding check valve for each of the two parallel channels (2) & (3). It can be equipped with manual hand lever operation or wire
control. A wide range of spool positioning controls are also available with spring centring or detents in various positions of the spool
stroke.
10
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SE - Remote Control Section Module
POS.
DESCRIPTION
Code
1
Section Body
SE
2
Bottom Gallery Check Valve
LHC1
3
Top Gallery Check Valve
LHC2
4
Spool Control A-side
Page 16
5
Spool Control B-side
Page 16
6
Secondary Valve A-side
Page 17
7
Secondary Valve B-side
Page 17
8
Main Spool
Page
TECHNICAL DATA
Maximum Port Flow
125 l/min
33 USGpm
Maximum Working Pressure
350 bar
5000 psi
Port Size A/B alt 1
BSP G3/4”
SAE #12
M27x2
Port Size A/B alt 2
BSP G1/2”
SAE #10
M22x1,5
Module Weight
4,7 kg
10,4 lbs
MODULE DESCRIPTION
Remote Control Section Module which can be used together with any of the inlet modules. The section module is machined to be
fitted with electro hydraulic proportional controls. The SE-section can be equipped with secondary valves on the A- and B-port such as
shock relief and/or anticavitation valves (6) & (7). It has a load holding check valve for each of the two parallel channels (2) & (3).
11
OM - Manual Outlet Module
POS.
DESCRIPTION
Code
1
Outlet Body
OM
2
Plug
-
3
Plug
-
TECHNICAL DATA
Maximum Outlet Flow
140 l/min
37 USGpm
Maximum Working Pressure
350 bar
5000 psi
Port Size T2
BSP G3/4”
SAE #12
M27x2
Port Size T3
BSP G3/4”
SAE #12
M27x2
Port Size T4
BSP G1/2”
SAE #10
M22x1,5
Module Weight
4.2 kg
9,3 lbs
MODULE DESCRIPTION
Outlet Module for valves with only manual controls for use together with the IM or IF inlets. Can be equipped with High-PressureCarry-Over by plugging (2) and (3) with special cavity blanking plugs.
12
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OE - Remote Control Outlet Module
POS.
DESCRIPTION
Code
1
Outlet Body
OE
2
Plug
-
3
Plug
-
4
Pressure Backup Valve
SV
TECHNICAL DATA
Maximum Outlet Flow
140 l/min
37 USGpm
Maximum Working Pressure
350 bar
5000 psi
Port Size T2
BSP G3/4”
SAE #12
M27x2
Port Size T3
BSP G3/4”
SAE #12
M27x2
Port Size T4
BSP G1/2”
SAE #10
M22x1,5
Module Weight
4.2 kg
9,3 lbs
MODULE DESCRIPTION
Outlet Module for valves with electro hydraulic proportional controls for use together with the IE or IF inlets. Can be equipped with
High-Pressure-Carry-Over by plugging (2) and (3) with special cavity blanking plugs and a pressure build up valve (4) to build up the
pilot pressure for initial start of the electro hydraulic controls.
13
Spools
All of NIMCO’s spools are designed for specific flow rates in order to achieve optimal load control characteristics and to fully utilize
the entire stroke of the spool. By optimizing the balance between spools and valve housing, spring forces are minimized and exact
manoeuvring is achieved. Besides the standard spools listed there are also special spools available. For further information concerning
these types please contact your NIMCO representative.
Spools for Open Centre Valves
Spool Code
Spool Type
Recommended Pump Flow l/min [USgpm]
Symbol
25-35
[6,6-9,3]
50-70
[13,2-18,5]
70-95
[18,5-25,1]
95-125
[25,1-33]
Double Acting
3U
3R
3S
3T
Single Acting A-port
2AU
2AR
2AS
2AT
Single Acting B-port
2BU
2BR
2BS
2BT
Motor
4U
4R
4S
4T
Double Acting Drained
5U
5R
5S
5T
Spools for Closed Centre Valves
Spool Code
Spool Type
14
Port Flow at Delta P = 25 bar
Symbol
l/min [USgpm]
35
[9,3]
70
[18,5]
95
[25,1]
125
[33]
Double Acting
3PU
3PR
3PS
3PT
Single Acting A-port
2PAU
2PAR
2PAS
2PAT
Single Acting B-port
2PBU
2PBR
2PBS
2PBT
Motor
4PU
4PR
4PS
4PT
Double Acting Drained
5PU
5PR
5PS
5PT
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Spool Controls - Manual
Type
9
A-Side
B-Side
Type
Spring Centred
10
Detent in pos.
1, 2 & 3
11
Spring Centred,
Detent in pos 4
18
Spring Centred,
Pressure Point in
pos 5
Enclosed Hand Lever
S5
Wire Control
W
15
Spool Controls - Remote Control
Type
A-Side
B-Side
Type
Electro Hydraulic
Proportional
EPO
12 or 24 V
EHP
Electro Hydraulic
Proportional
12 or 24 V
Electro Hydraulic
Proportional
with
Manual Hand Lever
EPL
12 or 24 V
Hydraulic Proportional
HP
Hydraulic
Proportional
Hydraulic Proportional
with
Manual Hand Lever
16
HPO
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HPL
Secondary Port Valves


C – Shock Relief Valve
Differential operated shock relief valve for preventing pressure
peaks. Fixed pressure setting from 35 to 320 bar [500-4650
psi].
CA – Shock Relief and Anti Cavitation Valve
Differential operated shock relief valve for preventing pressure
peaks in combination with a check valve to prevent negative
pressure in the work ports. Fixed pressure setting from 35 to
320 bar [500-4650 psi].































JCA – Adjustable Shock Relief and Anti Cavitation Valve
Differential operated shock relief valve for preventing pressure
peaks in combination with a check valve to prevent negative
pressure in the work ports. Adjustable pressure setting from
35 to 320 bar [500-4650 psi].




























Anti-cavitation valve
Check valve for preventing negative pressure in the work
ports.



JC – Adjustable Shock Relief Valve
Differential operated shock relief valve for preventing pressure
peaks. Adjustable pressure setting from 35 to 320 bar [5004650 psi].









17
Accessory Valves
UCV08 - Unload Control Valve
The UCV08 valve is used in the IF inlet module as an emergency stop
feature. It can also be used to unload the standby pressure for energy saving
and lower heat generation when no hydraulic functions are used.
Hydraulic Data
Maximum Operating Pressure
345 bar [5000 psi]
SOLENOID
Rated
Flow
25 l/min
Internal Leakage Max.
VALVES
Contamination Level
Blue rectangles are links to other catalog pages.
0.15 ccm/min at 345 bar [5000 psi]SOLENOID
20/18/15 acc. ISO 4406
VALVES
Temperature Range
SV08-20 Poppet,
2-Way, Normally Closed
-40 to +120ºC
SV08-21 Poppet, 2-Way, Nor
DESCRIPTION
Electrical Data
Power
345 bar [5000psi]
Voltage
12 V
Current
1.22 A
Resistance
9.8 Ω ±5%
Connector Type
DIN 43650
Protection Class
Electrical data
IP65
Ordering Code
UCV12 V
12
24 V
24
Normally
Open
SYMBOLS
NO
Normally Closed
NC
Manual Override
M
None
X
USASI:
ISO:
PERFORMANCE (Cartridge Only)
OPERATION
When de-energized, the SV08-20 acts as a check valve, allowing flow from � to �,
When de-energized, the SV0
A
while0.61
blocking
flow from � to �.
severely restricted in this mo
39.3
Ω
±5%
When energized, the cartridge’s poppet lifts to open the � to � flpage
ow path.
In this
1.050.1.
mode, flow from � to � is severely restricted. If this path is required, see model
When energized, the valve’s
SV08-22, page 1.041.1.
In this mode the cartridge wi
Operation of Manual Override Option: To override, push button(requires
in, twist 3.4
counterto 10.3 bar / 50
clockwise 180°, and release. In this position, the valve will remain open.
Operation of Manual Overr
To return to normal operation, push button in, twist clockwise 180°, and release.
Override will be detented in this position.
FEATURES
FEATURES
• Continuous-duty rated coil.
• Hardened seat for long life
• Optional coil voltages and t
• Efficient wet-armature cons
• Cartridges are voltage inter
• Unitized, molded coil desig
• Manual override option.
• Optional waterproof E-Coils
• Industry common cavity.
• Compact size.
RATINGS
RATINGS
32 cSt/150 ssu oil at 40°C
Operating Pressure: 207 ba
Operating Pressure: 207 bar (3000 psi)
Flow: See Performance Cha
Proof Pressure: 255 bar (3700 psi)
Internal Leakage: 0.15 cc/m
Flow: See Performance Chart
Temperature:
PERFORMANCE
(Cartridge
Only)
Internal Leakage: 0.15 cc/minute (3 drops/minute) max. at 207 bar
(3000 psi) -40 to 120°C w
Coil
Duty Rating: Continuou
Temperature: -40 to 120°C with standard Buna seals
�
to � de-energized ——
Response
Time: First indica
Coil Duty Rating: Continuous from 85% to 115% of nominal voltage
� to � energized - - - 80% of nominal flow ratin
Response Time: First indication32
of cSt/150
changesus
of state
with 100% voltage supplied
oil at 40°C
Initial
Current Draw at
at 80% of nominal fl8.6/125
ow rating: Energized: 40 msec. De-energized:
46Coil
msec.
0.13 amps at 115 VAC (fu
Initial Coil Current Draw
at 20°C: Standard Coil: 1.2 amps at 12 VDC;
6.9/100
E-Coil: 1.4 amps at 12 VD
0.13 amps at 115 VAC (full wave rectified).
Minimum
Pull-in Voltage: 8
5.2/75
E-Coil: 1.4 amps at 12 VDC; 0.7 amps at 24 VDC
Filtration:
See page 9.010.1
Minimum Pull-in Voltage:
3.4/5085% of nominal at 207 bar (3000 psi)
Fluids:
Mineral-based
or syn
Filtration: See page 9.010.1
1.7/25
7.4 to 420 cSt (50 to 2000
Fluids: Mineral-based or synthetics with lubricating properties at viscosities of
Installation:
No restrictions;
7.4 to 420 cSt (50 to 2000 sus);7.5See Temperature
and 37.9
Oil Viscosity,
page 9.060.1
15.1
22.7
30.2
Cavity:
VC08-2;
See page 9
10
2
4
6
8
Installation: No restrictions; See page 9.020.1
FLOW lpm/gpm
Cavity
Tool:
CT08-2XX;
See
Cavity: VC08-2; See page 9.108.1
Seal
Kit:
SK08-2X-T;
See
pa
Cavity Tool: CT08-2XX; See page 8.600.1
Coil
Nut:
Part
No.
7004410;
Seal Kit: SK08-2X-T; See page 8.650.1
For E-coils manufactured
Coil Nut: Part No. 7004400;
For E-coils manufactured prior to 1-1-04, see page 3.400.1 for coil nut info.
PRESSURE DROP bar/psi
PRESSURE DROP bar/psi
� to � en ——
� to � de - - - -
8.6/125
6.9/100
5.2/75
3.4/50
1.7/25
7.5
2
15.1
4
22.7
6
FLOW lpm/gpm
18
OPERATION
24 V
X rated coil.
• NCContinuous-duty
• Hardened seat for long life and low leakage.
• Optional coil voltages and terminations.
• Cartridges are voltage interchangeable.
• Unitized, molded coil design.
SYMBOLS
• Manual override option.
• Optional waterproof E-Coils rated up to IP69K.
ISO:
• Industry common USASI:
cavity.
• Compact size.
12-
PERFORMANCE
10.3/150
A solenoid-operated, 2-way, normally closed, piloted poppet-type,DESCRIPTION
screw-in
hydraulic cartridge valve, intended to act as a blocking or load-holding device
A solenoid-operated, 2-way,
for low flow circuits.
cartridge valve designed for
30.2
8
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Accessory Valves
UCV10 - Unload Control Valve
The UCV10 valve is used in the IM and IE inlet modules as an emergency
stop feature. It can also be used to unload the standby pressure for energy
saving and lower heat generation when no hydraulic functions are used.
Hydraulic Data
Maximum Operating Pressure
345 bar [5000 psi]
Rated Flow
75 l/min
Internal Leakage Max.
0.25 ccm/min at 345 bar [5000 psi]
Contamination Level
20/18/15 acc. ISO 4406
Temperature Range
-40 to +120ºC
Electrical Data
Power
345 bar [5000psi]
Voltage
12 V
24 V
Current
1.70 A
0.85 A
Resistance
9.8 Ω ±5%
39.3 Ω ±5%
Connector Type
DIN 43650
Protection Class
Electrical data
IP65
Ordering Code
UCV1012 V
12
24 V
24
Normally Open
NO
Normally Closed
NC
Manual Override
M
None
X
12-
NC-
X
19
Accessory Valves
SPV Proportional Pressure Reducing Valve
The SPV is a 3/2 way electrically operated proportional pressure reducing
valve used to operate the main spool of the sections when electro hydraulic
actuation is used. It is available for both 12 and 24 V systems and operates
on a PWM signal.
Proportional Pressure Control
Direct - PPCD 04
Hydraulic Data
Maximum Operating Pressure PP
50 bar
Pressure Drop 2-1
<9.5 bar at 4 l/min
Pressure Drop 2-3
<6.0 bar at 4 l/min
Hysteresis
< 1.0
Contamination Level
20/18/15 acc. ISO0:4406
without
04 013
/N /25 /12 /J 30 0bar
/01 P
PPCDOperating
Maximum
Pressure
T
Emergency Control
Temperature Range
-30 to +105ºC Connector
e Control
J: AMP; D: Deutsch
Voltage
12V; 24V
Pressure Range
20 bar; 25 bar
Electrical Data Sealing material
12N:VNBR; H: HNBR; F:FKM24 V
Type
1500 mA
750 mA
Standard
Voltage
Current
Resistance
4.72 Ω ±5%
20.8 Ω ±5%
Recommended PWM freq.
Control
without
nnector
Deutsch
Voltage
2V; 24V
Range
25 bar
material
F:FKM
Type
andard
Cavity
120 Hz
Connector Type
AMP Junior Timer Size
Protection Class
Up to IP6K6/IPX9K
Function
Hydraulic Data
Max Pressure (P, T)
pP = 50bar, pT = 30bar
Pressure DropOrdering
PA Code
< 9,5bar at 4 l/min (pA=20)
SPV12 4l/min (p =25)
< 12bar at
A
12 V
12
24 V
24
Pressure Drop AT
Cavity
Size
Hysteresis
< 1,0/1,25 bar (pA=20/25)
Contamination Level
Min Filtration: 20/18/15
according to ISO 4406
Fluid
Mineral oil according to DIN
51524
Temperature Range
Fluid
-30 to +105°C
PERFORMANCE
unction
20)
5)
< 6 bar at 4 l/min (pA=20)
< 9,5 bar at 4 l/min (pA=25)
Electrical Data
0)
=25)
Voltage
12 V
24 V
25)
Current
1500 mA
750 mA
4,72 Ω ± 5%
20,8 Ω ± 5%
Resistance
Connector
AMP Junior Timer
Deutsch Connector DT04-2P
Protection
class
up to IP6K6/IPX9K
o DIN
20
t , t < 50 ms (50°C Oil temperature)
1 (50
2 °C Oil Temperature)
t1, t2 50 ms
For further particulars and possibilities ofwww.nimco-controls.com
use beyond indicated operation limits please contact:
Thomas Magnete GmbH
Accessory Valves
PRRV - Pressure Reducing Valve
Pressure reducing valve used in the inlet modules to provide internal pilot
pressure for electro hydraulic operation.
Hydraulic Data
Maximum Operating Pressure Port 1
320 bar [4640 psi]
Reduced Pressure Port 2
24 bar [348 psi]
LSRV - Pressure Relief Valve
Pilot capacity pressure relief valve used in IF inlet module to limit the maximum
system pressure by piloting the bypass spool to form a pilot operated relief
valve, see below flow characteristics.
Hydraulic Data
Maximum Operating Pressure port 1
320 bar [4640 psi]
Pressure Range
30-320 bar
PERFORMANCE WITH IF
IAF
Main Relief Valve Characteristics
[USgpm]
0
10
20
30
350
40
5000
300
4000
3000
200
150
2000
[psi]
�pP-T [bar]
250
Ordering Code
100
1000
50
0
0
0
40
80
120
160
LSRVPressure Setting bar
Qin [l/min]
21
Dimensional Drawing IM & IE Inlets
22
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Dimensional Drawing IF Inlet
23
Ordering Code
Enter option codes in the empty fields for desired inlet module, leave the rest blank
Inlet Module
Internal Pilot Pressure Supply
Pressure reducing valve
None
Electrical Unloading Valve (UCV)
* 12 VDC
* 24 VDC
** Unloading when no signal to UCV
** Unloading when no signal to UCV + Man. Override
** Unloading when signal to UCV
** Unloading when signal to UCV + Man. Override
** None
Main Relief Valve
* Main Relief Valve
* Plug
** Pressure Setting
Threads
BSP
Metric
SAE
IM
Manual Section
Remote Control Section
IF
PRRV
P
*
*
*
12
24
NO
NO-M
NC
NC-M
P
**
**
**
*
*
*
RV
P
bar [psi]
**
**
**
G
M
S
Enter option codes in the empty fields for each individual section of the valve up to the desired number of sections, leave the rest blank
Section No.
Section Module
IE
●
1
2
3
SM
SE
Spool Code
See page 14
Spool Control A-Side
Spring Centered
Detent in pos 1, 2 & 3
Spring Centered Detent in pos 4
Spring Centered Pressure Point in pos 5
El. Hyd. Proportional
Hyd. Proportional
Spool Control B-Side
Manual hand lever
Wire Control
El. Hyd. Proportional w/ manual hand lever
El. Hyd. Proportional
Hyd. Proportional w/ manual hand lever
Hyd. Proportional
Hand Lever Pin
Yes
None
Pilot Control A-side
El. Prop. Solenoid 12V AMP Junior Timer Connector
El. Prop. Solenoid 24V AMP Junior Timer Connector
El. Prop. Solenoid 12V Deutsch DT04-2P Connector
El. Prop. Solenoid 24V Deutsch DT04-2P Connector
Explosion Proof El. prop. solenoid 12 V (Flying Leads)
Explosion Proof El. prop. solenoid 24 V (Flying Leads)
Hydraulic Prop. Control
None
Pilot Control B-side
El. Prop. Solenoid 12V AMP Junior Timer Connector
El. Prop. Solenoid 24V AMP Junior Timer Connector
El. Prop. Solenoid 12V Deutsch DT04-2P Connector
El. Prop. Solenoid 24V Deutsch DT04-2P Connector
Explosion Proof El. prop. solenoid 12 V (Flying Leads)
Explosion Proof El. prop. solenoid 24 V (Flying Leads)
Hydraulic Prop. Control
None
Secondary Valves A-side
Shock/Anticav-valve
Shock valve
Antacav. Valve
None
Secondary Valves B-side
Shock/Anticav-Valve
Shock valve
Antacav. Valve
None
Threads
BSP
Metric
SAE
9
10
11
18
EHP
HP
S5
W
EHL
EHO
HPL
HPO
S+length [mm]
X
SPV-12
SPV-24
SPV-D12
SPV-D24
SPV-EX12
SPV-EX24
HP
P
SPV-12
SPV-24
SPV-D12
SPV-D24
SPV-EX12
SPV-EX24
HP
P
CA+pressure setting in bar [psi]
C+pressure setting in bar [psi]
A
P
CA+pressure setting in bar [psi]
C+pressure setting in bar [psi]
A
P
G
M
S
Enter options codes for desired outlet module in the empty fields, leave the rest blank
Outlet Module
High-Pressure-Carry-Over
High-Pressure-Carry-Over
None
Pilot Drain
External Drain
Internal Drain
Pilot Pressure
Internal pilot Pressure
External Pilot Pressure
OM
OE
HPCO
P
TD
P
P
PP
Threads
24
BSP
G
Metric
M
SAE
S
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4
5
6
7
8
9
10
EPC 350
EPC 700
EPC 300
EPC 100
EasyProg
CC8
CC8/BI
EDB 16-64
EDB 8-64
CV3000
System Options Overview
25
Notes
26
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www.nimco-controls.com
Directional Proportional Control Valve
CV3000
Smart Solutions...
for the Future
Nimco AB
Agnesfridsvägen 186
SE-20039 Malmö
Sweden
Rev.4 - 100912