hydraulic valves - norgren

Hydraulic ValvesFind out morewww.norgren.com

http://www.norgren.com

All of our products are backed with Norgren's 2-year warranty. Our dedicated team of experts is on hand with technical advice, support and recommendations to help you get the most effective products, in the shortest timescales, and with the best possible service. For ordering information contact your local Norgren Distributor, or Norgren customer service at [email protected], or +1 (860) 677-0272.

In the unlikely event of an item being out of stock, we will ship your item as a priority.

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1Direct Operated Spool Valve32 NWDPFA3 NG3-Mini 36 NWDPFA4 NG4-Mini 39 NWDPFA6 NG6 43 NWDPF65A10 NG10 Pilot Operated Spool Valve47 NVPF90A10 NG10

Manifold Mount05 NB3S NG3-Mini08 NB4S NG4-Mini 12 NA6S NG6 16 NA6S43 4/3 -way NG6 19 NA10S NG10 Cartridge23 NSDSM18 M18 X1.5 ISO 778927 NSDSM22 M22 X1.5 ISO 7789

Cartridge70 NMPM16D M16 x 1.5

Direct Operated Spool Valve52 NWDPU10 - 7/8“-14 UNFPilot Operated Spool Valve56 NWVPM3359 NWVPM42

Cartridge63 NQPU16N 2-way 1 5/16”— 12 UN66 NQPU16D 3-way 1 5/16”— 12 UN

74 NPI29V 77 NE37V79 NE45W81 NE64W83 NS37W85 NE37W

87 NSIS29V89 NSIS35V 91 NSIS45V93 NNSIS45DV-M40 95 NSIS60V97 NS45W

Proportional Directional Control Valves -Manifold Mount

Proportional Directional Control Valves - Cartridge

Poppet Valves

Proportional Flow Control Valves

Proportional Pressure Reducing Valves

Solenoid Coils

Contents

7Proportional Amplifiers 100 NSD7 Digital Amplifier Controller110 NNP2 Digital Amplifier Controller115 NMD2 Digital Amplifier Controller Technical Information 126 Hydraulic Fluids and Filtration 127 Cavity drawings

Electronics & Accessories

mailto:US-FarmingtonCustomerService%40imi-precision.com?subject=

Features• Fast response rate

• Leakage free (in closed position)

• 1.5 gpm (6 l/min) to 21 gpm (80 l/min) flow rates at 5000 psi (350 bar)

• 12 and 24v DC control

Norgren’s suite of direct operated 2/2, 3/2 and 4/3 way hydraulic poppet valves are available in both manifold mount and cartridge configurations. Our poppet valves are used for leak free load holding, clamping, gripping, or true 4/3 directional control functionality.

Poppet Valves

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Our policy is one of continued research and development. We therefore reserve the right to amend, without notice, the specifications given in this document. (2021-9619a) © 2021 Norgren

Factory Automation

NB3S NG3-Mini Poppet ValveDirect Operated

Technical Data

Description Direct operated 2/2, 3/2 and 3/4-way solenoid poppet valve in sandwich construction. By means of the pressure tight switching solenoid, the poppet valve spool is opened or closed acting against the spring. Due to the poppet spool construction with pressure compensation on both sides, the flow through the valve is possible in both directions. The seat spool guide is sealed by means of an O-ring. The metallically sealing seat closes the valve virtually leak free.

Application Poppet valves are used where tight closing functions of the valve are essential like leakage-free load holding, clamping or gripping. Miniature values are used where both, reduced dimensions and weight are important.

Designation: 2/2, 3/2-way poppet valve

Construction: Direct operated

Operation: Switching solenoid

Mounting: Manifold construction

Mounting Position: Any, preferably horizontal

Fastening Torque: MD = 2.6 Nm (quality 8.8, zinc coated)

Nominal Size: NG3-Mini according to Norgren standard

Weight: 1.01 lb (0.46 kg) 2/2 and 3/2-way 1.58 lb (0.72 kg) 3/4-way

Manual Override: Screw plug (HB0), no actuation possible Optional - HB4.5; HN(K) or HR(K), See data sheet 5.400.041

Seal Material: NBR or FKM (Viton) as standard

Ambient Temperature: -13°….+158°F (-25…+70 °C) NBR -4….+158°F (-20…+70 °C) FKM

MTTFd: 150 years

Protection Class: EN 60 529 IP65

Switching Frequency: 15000/h

Service Lifetime: 107 (number of switching cycles, theoretically)

Voltage Tolerance: ± 10 % with regard to nominal voltage

Solenoid Type: Super, switching solenoid, wet pin push type, pressure tight

Solenoids Standard: DIN VDE 0580

Relative Duty Factor: 100 % ED / DF

Fluid: Mineral oil, other fluid on request

Contamination Efficiency: ISO 4406:1999, Class 20 / 18 / 14

Filtration: Required filtration grade ß 10…16 ≥ 75

Viscosity Range: 12 mm2/s to 320 mm2/s

Fluid Temperature: -13-+158°F (20…+70 °C)

Flow Direction: Any, See Symbols

Operating Pressure: Super: pmax = 5076 psi (350 bar)

Max. volume flow Min.: Qmax = 1.585 gpm (6 l/min), see characteristic

Leakage Oil: Seat tight, max. 0.05 ml / min (approx. 1 drop / min) at 30 cSt

» Manifold construction » 2/2, 3/2 and 3/4-way » Normally open and normally closed » Qmax = 1.585 gpm (6 l/min) » pmax = 5076 PSI (350 bar)

Solenoid Coil Electrical Specifications:

Standard Nominal Voltage U = 12 VDC U = 24 VDC

Nominal Power 15 watts

Limiting Power 27.1 watts 26.5 watts

Nominal Resitance 10 ohms 40 ohms

Inductivity 17 mH

Number of Windings 740 1490

Total Stroke 2.5 mm

Working Stroke 1 mm

Armature Weight 0.03 lb (0.014 kg)

Weight of Solenoid 2.22 lb (1.0 kg)

See solenoid NSIS29V datasheet in solenoid section of catalogSolenoid Coil Connection:

Connection Standard Protection Class

DIN EN 175301 – 803 D: IP 65

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SymbolsNB3S.22b

A

Pa b

a b

NB3S.22aA

Pa b

a b

NB3S.32bA

Pa b

T

a b

NB3S.32aA

Pa b

T

a b

NB3S.34A

Pa

T

a bo ab

Mounting Interface NB

Nominal Size 3-mini 3

Solenoid, Super S

Designation 2-way 2

3-way 3

Switching Positions 2-position 2

4-position 4

Function (Skip if selecting 3/4 )

Normally Open A

Normally Closed B

Nominal Voltage UN 12 VDC 12

24 VDC 24

Sealing Material NBR 1

Configurator

Performance SpecificationsOil viscosity u = 30 mm2/s

∆p = f (Q) Pressure volume flow characteristic

p [bar]

0 1 2 3 4 5 6 Q [l/min]

K00181210

86420

p = f (Q) Performance limits “Medium”Measured with nominal voltage -10%1: 3/2-way valves, flow direction from A → P2: All other valves and flow directions

p [bar]

0 1 2 3 4 5 6 Q [l/min]

K0019

1 2125

100

75

50

25

0

p = f (Q) Performance limits “Super”

Measured with nominal voltage -10%

p [bar]350300250200150100500

00 1 2 3 4 5 6 Q [l/min]

K0017

1234

Flow directionType P - A A - T A - P T - ANB3S22b 1 - 2 -NB3S22a 1 - 3 -NB3S32b 1 2 4 1NB3S32a 1 2 4 1NB3S34 1 1 2 4

Note: Long periods of non-actuation can reduce the switching performance

NB 3 S -1

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Factory Automation


3/2-; 2/2-way

4 42 38 7

100 B.32031a

69

30

29

29

93 B.22031a

7.5

4.3

5.5

2

4.5

MD=

MD=MD= MD=70 40 60105020

30

1.2Nm

2.6Nm

9.5Nm 1.2Nm

A

E

E = Air bleed screw

38

100 B.22030b 100 B.32030b

B

10

35

3/4-way

53

164

A B

10

30 35

3/2-; 2/2-way

Surface Treatment • The valve body is painted with a two component paint • The solenoid and the cover are zinc coated • The socket head screws zinc coated

Commissioning Attention! When commissioning, the valve must be vented under pressure (max. two rotations of screw E).

Dimensions

Hydraulic Connection

T0T

A B

P

10

20

2111

Parts List Position Item # Description

10

20

30

35

40

50

60

70

A209.23133

E209.21101

E209.21102

C426.05103

A016.24141

A016.24109

S200.16145 S600.16145

Solenoid NSIS29V

Screw plug HB0 (incl. seal)

Electric plug A (grey)

Electric plug B (black)

Cover

Socket head screw M3 x 40 DIN 912


O-ring ID 4.50 x 1.50 (NBR) O-ring ID 4.50 x 1.50 (FKM)

Standards Mounting interface Solenoids Connection execution D Protection class Contamination efficiency

Norgren standard DIN VDE 0580 EN 175301 – 803 EN 60 529 ISO 4406

AccessoriesTechnical explanations Filtration & hydraulic fluidsRelative duty factor

Data sheet 5.400.045Data sheet 5.400.044Data sheet 5.400.043

Installation Notes

Mounting type

Mounting position

Tightening torque

Manifold mounting 3 mounting holes for socket head screws M4 x 30

Any, preferably horizontal

Assembly screws MD = 2.6 Nm (quality 8.8, zinc coated)

Note: The length of the mounting screw depends on the base MD material of the connection element.

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Technical Data


Application Poppet valves are used where tight closing functions of the valve are essential like leakage-free load holding, clamping or gripping. Miniature values are used where both, reduced dimensions and weight are important.







Nominal Size: NG6 according to ISO 4401-03


Manual Override: Screw plug (HB0), no actuation possible Optional: HB6; HN(K) or HR(K), see data sheet 5.400.041



MTTFd: 150 years













Flow Direction: Any, see symbols




» Manifold construction » 2/2, 3/2 and 3/4-way » Normally open and normally closed » Qmax = 10.57 gpm (40 l/min) » pmax = 5076 psi (350 bar)




Limiting Current (50°C)(A) 1.20 A 0.63 A

Limiting Power 13 watts

Nominal Resitance 7.2 ohms 25 ohms


Total Stroke 4 mm

Working Stroke 1.7 mm





DIN EN 175301 – 803 D: IP 65

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NB4S NG4-Mini Poppet Valve Direct Operated

SymbolsNB4S.22b

A

Pa b

a b

NB4S.22aA

Pa b

a b

NB4S.32bA

Pa b

T

a b

NB4S.32aA

Pa b

T

a b

NB4S.34A

Pa b

T

a bo ab

Mounting Interface NB

Nominal Size 4-mini 4

Solenoid, Super S

Designation 2-way 2

3-way 3


4-position 4

Function Normally Open A

Normally Closed B


24 VDC 24


Configurator NB 4 S -1

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∆p = f (Q) Pressure drop volume flow characteristic

40353025201510

50

0 2 4 6 8 10 12 14 16 Q [l/min]

K0154

p [bar]

p = f (Q) Performance limits “Medium”Measured with nominal voltage -10%

160140120100

80604020

00 2 4 6 8 10 12 14 16 Q [l/min]

K0152

p [bar]

p = f (Q) Performance limits “Super”Measured with nominal voltage -10%

350300250200150100

500

0 2 4 6 8 10 12 14 16 Q [l/min]

K0153

p [bar] 1

2345

Flow directionType P - A A - T A - P T - ANB4S22b 1 - 2 -NB4S22a 1 - 4 -NB4S32b 1 3 5 1NB4S32a 1 4 5 1NB4S34 1 1 2 2


3/2-; 2/2-way

54 10 59 4

134 B.32041a

38

35

35

76 5

.5

9.5

5.5

32.

5

124 B.22041a

MD=

MD=MD=MD=

E

A

20 1050 70 40 60

30

5.2Nm

2.6Nm2.6Nm9.5Nm

E = Air bleed screw

134 B.22040b 134 B.32040b

54

B

35

10

3/4-way

221

82

A B

30 35

10

3/2-; 2/2-way

Dimensions


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Norgren standard DIN VDE 0580 EN 175301 – 803 EN 60 529 ISO 4406


10

20

30

35

40

50

60

70

A209.23133

E209.21101

E209.21102

C427.05101

A016.24161

A016.24113

S200.16152 S600.16152

Solenoid NSIS35V




Cover




Installation Notes Mounting type Manifold mounting 3 mounting holes

for socket head screws M5 x 30

Mounting position Any, preferably horizontal

Tightening torque Assembly screws MD = 5.2 Nm


AccessoriesMounting ScrewsTechnical explanations Filtration & hydraulic fluidsRelative duty factor

Data sheet 5.400.046Data sheet 5.400.045Data sheet 5.400.044Data sheet 5.400.043

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NA6S NG6 Poppet Valve Direct Operated

Factory Automation

Technical Data


Application Poppet valves are used where tight closing functions of the valve are essential like leakage-free load holding, clamping or gripping.












MTTFd: 150 years

















» Manifold construction » 2/2, 3/2 and 3/4-way » Normally open and normally closed » Qmax = 10.57 gpm (40 l/min) » pmax = 5076 psi (350 bar)




Nominal Resitance 5 ohms 21.8 ohms

Inductivity 19 mH 82 mH


Total Stroke 4 mm






DIN EN 175301 – 803 D: IP 65

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Symbols

NA6S.22b

A

Pa b

a b

NA6S.22a

A

Pa b

a b

NA6S.32b

A

Pa b

T

a b

NA6S.32a

A

Pa b

T

a b

NA6S.34

A

Pa b

T

a bo ab

Mounting Interface NA

Nominal Size NG6 6

Solenoid, Super S

Designation 2-way 2

3-way 3

Switching Positions

2-position 2

4-position 4


Normally Closed B

Nominal Voltage UN

12 VDC 12

24 VDC 24


Configurator NA 6 S -1

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p [bar]

0 5 10 15 20 25 30 35 40 Q [l/min]

K0078353025201510

50


Q [l/min]

p [bar]K0077

0 5 10 15 20 25 30 35 40

200

150

100

50

0


350300250200150100500

00 5 10 15 20 25 30 35 40 Q [l/min]

K0127

p [bar]1

234

Flow directionType P - A A - T A - P T - ANA6S.22b 1 - 2 -NA6S.22a 1 - 4 -NA6S.32b 1 2 3 1NA6S.32a 1 2 3 1NA6S.34 1 1 2 2


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3/2-; 2/2-way

64 64 15 4

153 A.32061a

45

85

45

9.5

5.5

8

46

38

138 A.22061a

MD=MD= MD=

MD=

E

50 10 70 40 60

30

5.2Nm9.5Nm 5.2Nm

5.2Nm

A

20

E = Air bleed screw

64

153 A.22060b 153 A.32060b

35

B

10

3/4-way

238

90

30 35

A B

10

3/2-; 2/2-wayDimensions

Hydraulic Connection 17.8

21

32.

5

31

40.5

21.5

B

T

P

A



Installation Notes

Mounting type

Mounting position

Tightening torque





10

30

35

50

70

E209.21101

E209.21102

A016.24171

S200.16193 S600.16192

Solenoid NSIS45V







Note! The length of the mounting screw depends on the base MD material of the connection element.

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NA6S43 NG6 Poppet Valve Direct Operated

Factory Automation

Technical Data

Description Direct operated 4/3-way solenoid poppet valve in Manifold construction. By means of the pressure tight switching solenoid, the poppet valve spool is opened or closed acting against the spring. Due to the poppet spool construction with pressure compensation on both sides, the flow through the valve is possible in both directions. The seat spool guide is sealed by means of an O-ring. The metallically sealing seat closes the valve virtually leak free.


Designation: 4/3-way poppet valve







Weight: 11.9 lb (5.4 kg) 4/3-way




MTTFd: 150 years












Fluid Temperature: 20…+70 °C. -13-+158°F





» Manifold construction » 4/3-way » Qmax = 10.57 (40 l/min) » pmax = 5076 PSI (350 bar)






Inductivity 10 mH 41mH


Total Stroke 5.5 mm




See solenoid NSIS45DV datasheet in solenoid section of catalog

Solenoid Coil Connection:


DIN EN 175301 – 803 D: IP 65

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0 5 10 15 20 25 30 35 40 Q [l/min]

K0584

p [bar]50

40

30

20

10

0

P B / P A

A T / B T


Q [l/min]

p [bar]K0077

0 5 10 15 20 25 30 35 40

200

150

100

50

0


350300250200150100

500

0 5 10 15 20 25 30 35 40 Q [l/min]

K0583

p [bar] P B / A TP A / B T

SymbolA

Pa b

T

a bo

B

Performance CharacteristicsOil viscosity u = 30 mm2/s


Nominal Size NG6 6

Solenoid, Super S

Designation 4-way



24 VDC 24


NA Valve Configurator NA 6 S 4 3 -1

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4/3-way

72 64 4

220

91

131

92

5.5

9.5

8

84

MD=

MD=

E

EE

E

30 35

50 1020 70

A B5.2Nm

9.5Nm

46

E = Air bleed screw




10

30

35

50

70

E209.21101

E209.21102

A016.24171

S200.16193 S600.16192

Solenoid NSIS45DV





Dimensions Hydraulic Connection 17.8

21

32.

5

31

40.5

21.5

B

T

P

A



Installation Notes

Mounting type

Mounting position

Tightening torque





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Technical Data



Designation: 2/2, 3/2 and 3/4-way poppet valve







Weight 10.14 lb (4.6 kg) 2/2 and 3/2-way 14.10 (6.4 kg) 3/4-way

Manual Override: Screw plug (HB0),no actuation possible Optional: HB8.5; HN(K) or HR(K), see data sheet 5.400.041


MTTFd: 150 years

Protection Class: EN 60 529: IP65












Fluid Temperature: -13-+158 °F (20…+70 °C)

Flow Direction: Any, See characteristic


Max. volume flow: Qmax = 21.14 gpm (80 l/min), see characteristic

Leakage Oil: Seat tight, max. 0,05 ml / min (approx. 1 drop / min) at 30 cSt

» Manifold construction » 2/2, 3/2 and 3/4-way » Normally open and normally closed » Qmax = 21.14 gpm (80 l/min) » pmax = 5076 psi 350 bar








Total Stroke 8.5 mm

Working Stroke 4 mm



See solenoid NSIS60V datasheet in solenoid section of catalog



DIN EN 175301 – 803 D: IP 65

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SymbolsNA10S.22b

A

Pa b

a b

NA10S.22aA

Pa b

a b

NA10S.32bA

Pa b

T

a b

NA10S.32aA

Pa b

T

a b

NA10S.34A

Pa b

T

a bo ab


Nominal Size 10 10

Solenoid, Super S

Designation 2-way 2

3-way 3


4-position 4


Normally Closed B


24 VDC 24


Configurator NA 10 -1

NA10S.22bA

Pa b

a b

NA10S.22aA

Pa b

a b

NA10S.32bA

Pa b

T

a b

NA10S.32aA

Pa b

T

a b

NA10S.34A

Pa b

T

a bo ab

NA10S.22bA

Pa b

a b

NA10S.22aA

Pa b

a b

NA10S.32bA

Pa b

T

a b

NA10S.32aA

Pa b

T

a b

NA10S.34A

Pa b

T

a bo ab

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0 10 20 30 40 50 60 70 80 Q [l/min]

K0157

p [bar]20

15

10

5

0

Flow directionType P - A A - T A - P T - ANA10S.22a 1 - 4 -NA10S.22b 1 - 2 -NA10S.32a 1 3 5 1NA10S.32b 1 3 3 1NA10S.34 1 1 4 4


350300250200150100

500

0 10 20 30 40 50 60 70 80 Q [l/min]

K0156

p [bar] 3 2 1



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3/2-; 2/2-way

60

4 81 93 18

198 A.32101a

60

62

10

1

180 A.22101a

7

10.5

6.5

55

MD=

MD= MD=

E

70 60401050

20

30

8.9Nm 8.9Nm

8.9NmA

E = Air bleed screw

93

198 A.22100b 198 A32100b

35B

10

3/4-way

133

307

30 35A B

10

3/2-; 2/2-way


Dimensions


46

54

1.5

16.

8

9.7

20.8

24

A B

P

T To


10

20

30

35 4050

60

70

E209.21101

E209.21102

E229.05100 C316.24190 A316.24121

S210.16140

S610.16141

Solenoid NSIS60V



Electric plug B (black) Cover

Socket head screw M6 x 90 DIN 912 Socket head screw M6 x 20 DIN 912





Installation Notes

Mounting type

Mounting position

Tightening torque





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NSDSM18 Poppet Valve M18 X1.5 ISO 7789 Direct Operated

» Solenoid operated poppet valve cartridge » Direct operated » 2/2 and 3/2-way » Qmax = 10.568 gpm (40 l/min) » pmax = 5076 psi (350 bar)

Technical DataDesignation: 2/2, 3/2-way poppet valve



Mounting: Screw-in cartridge construction


Fastening Torque: MD = 40 Nm Screw-in cartridge MD = 5 Nm knurled nut MD = 9.5 Nm HB0 MD = 5.5 Nm HB4.5

Nominal Size: M18 x 1.5 according to ISO

Weight: 1.01 lbs (0,46 kg) 2/2-way 1.05 lbs (0,48 kg) 3/2-way

Manual Override: Screw plug (HB0), no actuation possible Optionally - HB4.5; HN(K) or HR(K), see data sheet 1.1-311

Ambient Temperature: -13-+158°F (20…+70 °C)

MTTFd: 150 years




Solenoid Type: Switching Solenoid, wet pin push type, pressure tight








Fluid Temperature: -13°….+158°F (-25…+70 °C ) NBR -4….+158°F (-20…+70 °C) FKM -40…+158°F (-40…+70 °C) NBR 872 (Z604)




Leakage Oil: Seat tight, max. 0.15 ml/min (approx. 3 drops / min) at 30 cSt

Description Direct operated 2/2 and 3/2-way solenoid poppet valve in screw-in cartridge construction for cavity according to ISO 7789 / Norgren standard. By means of the pressure tight switching solenoid, the pressure compensated, metallically sealing poppet spool is either opened or closed. The seat spool guide is sealed by means of an O-ring).

Application Norgren solenoid operated poppet valve cartridges are used where tight closing functions are essential like leakage-free load holding, clamping or gripping. For machining the cartridge cavity in steel and aluminum blocks, cavity tools are available (hire or purchase). Please refer to cavity data sheets listed under hydraulic connection.



Nominal Power 20.5 watts

Limiting Current 1.20 A 0.63 A


Nominal Resistance 6.4 ohms 27.2 ohms



See solenoid NE37V datasheet in solenoid section of catalog



DIN EN 175301 – 803 D: IP 65

Deutsch DT04 – 2P G: IP 67 and 69k

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Symbols*“Normally open“ AB

2

1a b

“Normally closed“ BA

2

1a b

FG2

3 1a b

NS D S M18 - 1Poppet Valve NS

Directly Operated D

Solenoid, Super S

Screw-in cartridge M18 x 1.5 M18

Symbol Code*

Nominal Voltage UN

12 VDC 12

24 VDC 24

Without Coil* X5

ConnectionExecution (Skip if X5)

EN 175301 – 803 NE37VD/19x50 D

Deutsch DT04 – 2P NE37VG/19x50 G

Slip-on Coil (Skip if X5) Metal housing round with one-sided collar V


Configurator

Note: Use symbol codes above for part number configurator.

* For ordering information please see Solenoid Coils section of this catalog, NE37V

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p = f (Q) Performance limit AB / BAMeasured with nominal voltage -10%

K4238

p [bar]

Q [l/min]25 35302015100 5 40

350300250200150100

500

1

23

Flow directionExecution 1 → 2 2 → 1NSDSM18-AB 3 1NSDSM18-BA 2 1

p = f (Q) Performance limit FGMeasured with nominal voltage -10%

K4239

p [bar]

Q [l/min]12,5 17,515107,550 2,5 20

350300250200150100

500

1

23

Flow directionExecution 1 → 2 2 → 1 2 → 3 3 → 2NSDSM18-FG 3 1 1 2

∆p = f (Q) Pressure drop volume flow characteristics

K4240

∆p [bar]

Q [l/min]12,5 17,515107,550 2,5 20

3025201510

50

1

2

34

Flow directionExecution 1 → 2 2 → 1 2 → 3 3 → 2NSDSM18-AB 4 4 - -NSDSM18-BA 3 3 - -NSDSM18-FG 2 2 1 1

The switching times depend on the volume flow, pressure and viscosity. In case of very large volume flows, the switching time for closing can get considerably longer.

-

NSDSM18

Switching times

Type Flow direction Switching on Switching off

AB 1 → 22 → 1

approx. 40 msapprox. 40 ms


BA 1 → 22 → 1



FG 1 → 22 → 12 → 33 → 2

approx. 40 msapprox. 40 msapprox. 40 msapprox. 40 ms


Note:

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SDSPM18-AB / BA

MD=5Nm

V=

37

84.9 31 (AB) 29.5 (BA)

122.1 (AB) 120.6 (BA)

76

MD= 9.5Nm s24

(2)(1)

M18

x1.5

E

15

12 17 10 50 70 60

N=

35

74.

8

10

MD=5.5Nm

HB4.5

15

SDSPM18-FG

V=

37

84.9 46.1

137.2

76

(3) (2)(1)

s24

M18

x1.5

8090



Surface Treatment The cartridge body, the slip-on coil and the armature tube are zinc-nickel coated

Dimensions


10 12

15

17

50

60

70

80

90

C274.15100 A803.25100 A209.23133 S210.16187 S210.16156 S610.16156 S210.16111 S610.16111 S819.04137 S200.16193 S600.16192

S819.04156

NE37V / 19 x 50 Knurled nut

HB4,5 manual override HB0 Screw plug

O-ring ID 18.72 x 2.62 (NBR) O-ring ID 15.60 x 1.78 (NBR) O-ring ID 15.60 x 1.78 (FKM) O-ring ID 11.11 x 1.78 (NBR) O-ring ID 11.11 x 1.78 (FKM)

Back-up ring PTSM rd 8.7 x 11.6 x 1.4 O-ring ID 9.25 x 1.78 (NBR) O-ring ID 9.25 x 1.78 (FKM)

Back-up ring PTSM rd 10.1 x 13 x 1.4

Hydraulic ConnectionCavity drawing according to ISO 7789–18–01–0–98

Cavity drawing according to standard

(2)

(1)

(1)

M18x1 .5

(1)

(3)

(2)

(1)

M18x1 .5

StandardsCartridge cavity Solenoids Connection execution D Protection class Contamination efficiency

ISO 7789 / Norgren standard DIN VDE 0580 EN 175301 – 803 EN 60 529 ISO 4406

Installation Notes Mounting type Mounting position

Tightening torque

Screw-in cartridge M18 x 1.5 Any, preferably horizontal MD = 40 Nm Screw-in cartridge MD = 5 Nm knurled nut MD = 9.5 Nm HB0 MD = 5.5 Nm HB4.5

For detailed cavity drawing and cavity tools see datasheet 5.400.035


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» Solenoid operated poppet valve cartridge » Direct operated » 2/2 and 3/2-way » Qmax = 10.568 gpm (40 l/min) » pmax = 5076 psi (350 bar)

Technical Data

Description Direct operated 2/2 and 3/2-way solenoid poppet valve in screw-in cartridge construction for cavity according to ISO 7789. By means of the pressure tight switching solenoid, the pressure compensated, metallically sealing poppet spool is either opened or closed. The seat spool guide is sealed by means of an O-ring.

Application Norgren solenoid operated poppet valve cartridges are used where tight closing functions are essential like leakage-free load holding, clamping or gripping. For machining the cartridge cavity in steel and aluminum blocks, cavity tools are available (hire or purchase). Please refer to cavity data sheets listed under hydraulic connection.




Mounting: Screw-in cartridge construction



Nominal Size: M22 x 1.5 according to ISO 7789

Weight: 1.23 (0.56 kg) 2/2-way 1.32 (0.60 kg) 3/2-way

Manual Override: Screw plug (HB0), no actuation possible Optionally - HB4.5; HN(K) or HR(K), see data sheet 1.1-311

Ambient Temperature: -13-+158°F (20…+70 °C)

MTTFd: 150 years




Solenoid Type: Switching Solenoid, wet pin push type, pressure tight








Fluid Temperature: -13°….+158°F (-25…+70 °C ) NBR -4….+158°F (-20…+70 °C) FKM




Leakage Oil: Seat tight, max. 0.15 ml/min (approx. 3 drops / min) at 30 cSt












DIN EN 175301 – 803 D: IP 65


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Configurator

Symbols*“Normally open“ AB

2

1a b

“Normally closed“ BA2

1a b

FG2

3 1a b

NS D S M22 - 1


Poppet Valve NS

Directly Operated D

Solenoid, Super S


Symbol Code*

Nominal Voltage UN

12 VDC 12

24 VDC 24

Without Coil* X5


EN 175301 – 803 NE37VD/19x50 D

Deutsch DT04 – 2P NE37VG/19x50 G

Slip-on Coil (Skip if X5) Metal housing round with one-sided collar V



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p = f (Q) Performance limit FGMeasured with nominal voltage -10%

K4192

p [bar]

Q [l/min]15 17.512.5107.50 52.5 20

350300250200150100

500

123

Flow directionExecution 1 → 2 2 → 1 2 → 3 3 → 2NSDSM22-FG 2 1 1 3

∆p = f (Q) Pressure drop volume flow characteristics

K4193

p [bar]

Q [l/min]30 352520150 5 10 40

40353025201510

50

1

23

4

Flow directionExecution 1 → 2 2 → 1 2 → 3 3 → 2NSDSM22-AB 3 4 - -NSDSM22-BA 2 2 - -NSDSM22-FG 3 4 1 1

Swichting times

NSDSM22

Type Flow direction Switching on Switching off

AB

1 → 22 → 1



BA

1 → 22 → 1



FG

1 → 22 → 12 → 33 → 2



The switching times depend on the volume flow, pressure and viscosity. In case of very large volume flows, the switching time for closing can get considerably longer.

p = f (Q) Performance limit AB / BAMeasured with nominal voltage -10%

K4191

p [bar]

Q [l/min]30 352520150 105 40

350300250200150100

500

1

2

3

4

Flow directionExecution 1 → 2 2 → 1NSDSM22-AB 4 2NSDSM22-BA 3 1

Note:

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SDSPM22-AB / BA

V =

37

84.9 40 (AB) 37.1 (BA)

131.1 (AB) 128.2 (BA)

76

MD=5Nm

MD= 9.5Nm

E

s27

M22

x1.5

15

12 17 10 50 6070

(2)

(1)

N =

35

74.

8

10

MD=5.5Nm15

HB4,5

SDSPM22-FG

V =

37

84.9 60.6

151.7

76

s27

M22

x1.5

8090

(2)

(1)

(3)

Installation Notes Mounting type Screw-in cartridge M22 x 1.5


MD= 60 Nm Screw-in cartridge

Tightening torque MD = 5 Nm knurled nut MD = 9.5 Nm HB0 MD = 5.5 Nm HB4.5

Surface Treatment The cartridge body, the slip-on coil and the armature tube are zinc-nickel coated

Dimensions

Standards Cartridge cavity

Solenoids

Connection execution D

Protection class

Contamination

ISO 7789

DIN VDE 0580

EN 175301 – 803

EN 60 529

ISO 4406


10

12

15

17

50

60

70

80

90

C274.15100 A803.25100 A209.23133 S210.16187 S210.16188 S610.16188 S210.16156 S610.16156

S819.04196 S210.16140 S610.16141

S819.04156

NE37V / 19 x 50

Knurled nut HB4,5 manual override

HB0 Screw plug O-ring ID 18.72 x 2.62 (NBR) O-ring ID 18.77 x 1.78 (NBR) O-ring ID 18.77 x 1.78 (FKM) O-ring ID 15.60 x 1.78 (NBR) O-ring ID 15.60 x 1.78 (FKM)

Backup ring PTSM rd 14.5 x 17.4 x 1.4 O-ring ID 14.00 x 1.78 (NBR) O-ring ID 14.00 x 1.78 (FKM)

Back-up ring PTSM rd 12.7 x 15.6 x 1.4

Hydraulic ConnectionCavity drawing according to ISO 7789–22–01–0–98

Cavity drawing according to standard





Norgren’s broad range of proportional directional control manifold mount valves, feature robust and precise construction for low leakage, hysteresis and reliable operation. Their linear volume flow pressure characteristics allow for precise and repeatable speed and linear actuation control in industrial and mobile applications.

Features

• Direct and pilot operated options

• Linear flow control characteristics

• Low hysteresis ≤ 7%

• Low leakage oil characteristics

• 13 gpm (10 l/min) to 23 gpm (90 l/min) flow rates at 5000 psi (350 bar)

Proportional Directional Control Valves - Manifold Mount

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NWDPFA3 NG3-Mini Proportional Spool Valve Direct Operated » Manifold construction » Qmax = 2.64 gpm (10 l/min) » 3 volume flow levels » QN max = 13.47 gpm (5 l/min) » Pmax = 5076 psi (350 bar)

Technical DataDesignation: Proportional spool valve


Operation: Proportional Solenoid

Mounting:Manifold construction



Nominal Size: NG3-Mini according to Norgren standard

Weight: 1.10 lbs (0.50 kg) 1 solenoid 1.43 lbs (0.65 kg) 2 solenoids

Manual Override: Screw plug with integrated manual override (HB4.5) Actuation by pressing the push button


Ambient temperature -13 to +158 °F (-25…+70 °C) if » 122 °F (50 °C), IG is only conditionally achievable

MTTFd: 150 years

Solenoid Type: Proportional Solenoid, wet pin push type, Class H, pressure tight







Fluid Temperature: -13°….+158 °F ( -25…+70 °C) NBR -4….+158°F (-20…+70 °C) FKM

Tank Pressure: pT Max= 1450 psi (100 bar)

Operating Pressure: pmax = 5076 psi (350 bar), PT = < 290 psi (20 bar) pmax = 4568 psi (315 bar), PT = » 290 psi (20 bar)

Max. Volume Flow : Qmax = 2.64 gpm (10 l/min), see characteristic

Nominal Volume: QN= 0.26; 0.52; 1.32 gpm (1 ; 2; 5 l/min)

Leakage Oil: See characteristics

Hysteriisis: < 5% at optimal dither signal

Description Direct operated proportional spool valve with 4 connections in 5-chamber system. Precise spool fit, low leakage, long service lifetime. The volume flow adjustment takes place by a Norgren proportional solenoid. Proportional to the solenoid current, the spool stroke, the spool opening and the valve volume flow increase. For the control, Norgren proportional amplifiers are available (see proportional amplifier section under accessories).

Application Proportional spool valves are ideally suited for demanding tasks due to the high resolution, large volume flow and low hysteresis. For use in industrial and mobile hydraulics applications for the smooth control of hydraulic actuators. Some examples: rotor blades control of wind generators, forestry and earth moving machines, machine tools and paper production machines with simple position control, robotics and fan control. Miniature valves are used where both, reduced dimensions and weight are important.

Solenoid Coil Electrical Specifications:Standard Nominal Voltage U = 12 VDC U = 24 VDC

Nominal Power 8.1 watts 8.8 watts

Limiting Current (50°C) 1.08 A 0.54 A


Nominal Resitance 3.7 ohms 15.2 ohms

Inductivity 12 mH 45


Total Stroke 2.5 mm

Working Stroke 1 mm



See solenoid NPI29V datasheet in solenoid section of catalog


Connector Type Standard Protection Class

DIN EN 175301 – 803 D: IP 65

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NWDPFA3 NG3-Mini Proportional Spool Valve Direct Operated

Symbols*

P T

BA

aa

bb0

ACBS

P T

BA

aa

b

AC1S

P T

BA

a bb

CB2S

Meter-in control

Symmetrical Control

ADBV AD1V

P T

BA

a bb

DB2V

P T

BA

baa b

P T

BA

aa

b

Configurator NW D P F A3 5 1Spool Valve NW

Directly Operated D

Proportional P

Manifold Construction F

Mounting Interface Acc. to NG3-mini A3

Symbol Code*

Nominal Volume flow rate QN 5 l/min 5


24 VDC 24


P T

BA

aa

bb0

ACBS

P T

BA

aa

b

AC1S

P T

BA

a bb

CB2S

Meter-in control

Symmetrical Control

ADBV AD1V

P T

BA

a bb

DB2V

P T

BA

baa b

P T

BA

aa

b


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Q = f (p) Volume flow pressure characteristicsI = IG

ACB-S, AC1-S, CB2-S

1210

86420

0 50 100 150 200 250 300 350 p [bar]

K1189

Q [l/min]

QN = 5 l/min

QN = 2 l/minQN = 1 l/min


ADB-V, AD1-V, DB2-V

1210

86420

0 50 100 150 200 250 300 350 p [bar]

K1190

Q [l/min]

QN = 5 l/min

QN = 2 l/min

QN = 1 l/min

∆p = f (Q) Volume flow pressure characteristicsI = IG

ACB-S, AC1-S, CB2-S

Q [l/min]

K1191

p [bar]

QN = 5 l/min605040302010

00 2 4 6 8 10

QN = 1 l/min QN = 2 l/min

∆p = f (Q) Volume flow pressure characteristicsI = IG

ADB-V, AD1-V, DB2-V

Q [l/min]

K1192

p [bar]

QN = 5 l/min

605040302010

00 2 4 6 8 10

QN = 1 l/min QN = 2 l/min

Q = f (I) Volume flow adjustment characteristics∆p = 10 barACB-S, AC1-S, CB2-S

0 10 20 30 40 50 60 70 80 90 100

K1193

Q [l/min]6543210

I [%]

QN = 5 l/min

QN = 2 l/min

QN = 1 l/min

Q = f (I) Volume flow adjustment characteristics∆p = 10 barADB-V, AD1-V, DB2-V

0 10 20 30 40 50 60 70 80 90 100

K1194

Q [l/min]6543210

I [%]

QN = 5 l/min

QN = 2 l/min

QN = 1 l/min

QL = f (p) Leakage volume flow characteristics

8070605040302010

00 50 100 150 200 250 300 350 p [bar]

K1195

Q [cm 3/min]

Note: All values were measured over two control edges. The connections A and B were short-circuited.

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149

A B

30 35

30

29

29

70

42 38 7

101

3

5

25

7.5

4.2

M D= M D= M D=

A

1020 50 70 605.2Nm 1.2Nm 1.2Nm

30

Parts List Position Article Description

10 NPI29V-G24 Proportional solenoid 24 volts NPI29V-G12 Proportional solenoid 12 volts

20 A803.25100 Screw plug with integrated manual override

HB4.5 (Data sheet 5.400.039)

30 E209.21101 Electric plug A (grey)

35 E209.21102 Electric plug B (black)

50 A016.24141 Socket head screw M3 x 40 DIN 912


70 S200.16145 O-ring ID 4.50 x 1.50 (NBR),

preferably horizontal

Installation Notes Manifold mounting Mounting type 3 Mounting holes for socket head screws M4 x 30


Tightening torque MD= 2.6 Nm (quality 8.8) mounting screws

Note: The length of the mounting screw depends on the base material of the connection element.

Surface Treatment • The valve body is painted with a two component paint • The solenoid and the cover are re zinc-nickel coated • The socket head screws are zinc coated

Dimensions


T0T

A B

P

10

20

2111

AccessoriesProportional amplifier Technical explanations Filtration & hydraulic fluidsRelative duty factor

NPD2, NSD7, NMD2Data sheet 5.400.045Data sheet 5.400.044Data sheet 5.400.043

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» Manifold construction » Qmax = 5.28 gpm (20 l/min) » 3 volume flow levels » QN max = 3.17 gpm (12 l/min) » Pmax = 5076 psi (350 bar)




Nominal size: NG4-Mini according to Norgren standard

Actuation: Proportional solenoid

Ambient temperature: -13 to +158 °F (-25…+70 °C) NBR -4 to +158 °F (-20…+70 °C) FKM if » 122 °F (50 °C), IG is only conditionally achievable

Weight: 1.98 lbs (0.90 kg) 1 solenoid 2.75 lbs (1.25 kg) 2 solenoids

MTTFd: 150 years









Fluid Temperature: -25…+70 °C , -13°….+158°F (NBR) -20…+70 °C, -4….+158°F (FKM)

Max. Volume Flow : Qmax = 5.284 gpm (20 l/min), see characteristics

Operating Pressure: pmax = 5075 psi (350 bar), PT = < 290 psi (20 bar) pmax = 4,568 psi (315 bar), PT = » 290 psi (20 bar)

Tank Pressure: PT Max= 2320 psi (160 bar)

Nominal Volume: QN= 1.057; 2.114; 3.17 gpm (4; 8; 12 l/min)


Hysterisis: < 5% at optimal dither signal


Application Proportional spool valves are ideally suited for demanding tasks due to the high resolution, large volume flow and low hysteresis. For use in industrial and mobile hydraulics applications for the smooth control of hydraulic actuators. Some examples: rotor blades control of wind generators, forestry and earth moving machines, machine tools and paper production machines with simple position control, robotics and fan control. Miniature valves are used wher both, reduced dimensions and weight are important.




Limiting Current (50°C)(A) 1.20 A 0.63 A








DIN EN 175301 – 803 D: IP 65


Symbols*

P T

BA

aa

bb0

ACBS

P T

BA

aa

b

AC1S

P T

BA

a bb

CB2S

Meter-in control

Symmetrical control

P T

BA

aa

bb0

ACBV

P T

BA

aa

b

AC1V

P T

BA

a bb

CB2V

Meter-in controlADBV AD1V

P T

BA

a bb

DB2V

P T

BA

baa b

P T

BA

aa

b

Meter-out control

P T

BA

aa

bb0

ACBR

P T

BA

aa

b

AC1R

P T

BA

a bb

CB2R

P T

BA

aa

bb0

ACBS

P T

BA

aa

b

AC1S

P T

BA

a bb

CB2S

Meter-in control

Symmetrical control

P T

BA

aa

bb0

ACBV

P T

BA

aa

b

AC1V

P T

BA

a bb

CB2V

Meter-in controlADBV AD1V

P T

BA

a bb

DB2V

P T

BA

baa b

P T

BA

aa

b

Meter-out control

P T

BA

aa

bb0

ACBR

P T

BA

aa

b

AC1R

P T

BA

a bb

CB2R


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Configurator NW D P FA4 12 - 1 NSpool Valve NW

Directly Operated D

Proportional P



Symbol Code*

Nominal Volume flow rate QN 12 l/min 12


24 VDC 24

Without Coil* X5

Slip-on Coil (Skip if X5)

V Metal housing, round with one-sided collar

Connection (Skip if X5)

D Connector socket EN 175301-803 / ISO 440

G Connector deutsch DT04-2P

Sealing Material

1 NBR

Manual Overide

N Integrated


Q = f (p ) Volume flow pressure characteristicsI =IG

ACB-S, AC1-S, CB2-S

Q = f (I) Volume flow adjustment characteristicsΔp = 10 barACB-V, AC1-V, CB2-V, ADB-V, AD1-V, DB2-V

Δp = f (Q ) Pressure drop volume flow characteristicsI =IG

ACB-S, AC1-S, CB2-S

Q = f (p ) Volume flow pressure characteristicsI =IG

ACB-R, AC1-R, CB2-R


Δp = f (Q) Pressure drop volume flow characteristicsI =IG

ACB-R, AC1-R, CB2-R

Q = f (p) Volume flow pressure characteristicsI =IG

ACB-V, AC1-V, CB2-V, ADB-V, AD1-V, DB2-V

Q = f (I) Volume flow adjustment characteristicsΔp = 10 barACB-R, AC1-R, CB2-R

Δp = f(Q) Pressure drop volume flow characteristicsI =IG

ACB-V, AC1-V, CB2-V, ADB-V, AD1-V, DB2-V


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193

A B

30

43

80

HF1

30

44

90

HS1 133

8 57 50 18

V =

37

38

32

6

77

5.2

9.5 A

M D=

M D=

501070 60

5.2Nm

5Nm

133

15 53

N =

35

77

A

10



Tightening torque MD= 5.2 Nm (quality 8.8) mounting screws MD = 5 Nm knurled nut


Surface Treatment • The valve body is painted with a two component paint • The solenoid and the cover are re zinc-nickel coated • The socket head screws are zinc coated

Manual Override • Integrated (–) Actuation pin integrated in the armature tube. Actuation

by pressing the pin• Push-button (HF1) Integrated in the knurled nut. Actuation by pressing

the push-button• Spindle (HS1) Integrated in the knurled nut. Actuation by turning the

spindle (continuously variable valve actuation) Attention! The actuation of the manual override is possible up to a tank

pressure of:

• 160 bar Integrated (–)• 160 bar Push-button (HF1)• 160 bar Spindle (HS1)

Dimensions


AccessoriesProportional amplifier Mating connector grey (A) Mating connector black (B) Technical explanations Filtration & hydraulic fluidsRelative duty factor

NPD2, NSD7, NMD2Item # E209.21101 Item # E209.21102 Data sheet 5.400.045Data sheet 5.400.044Data sheet 5.400.043

Position Article Description

10 NE37V1950- Solenoid Coil NE37V 19x50

50 S200.16152 S600.16152


60 S210.16187 O-ring ID 18.72 x 2.62 (NBR)

70 C274.15100 Knurled nut

80 A703.25101 Push-button

90 A703.25100 Spindle

Parts List

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NWDPFA6 NG6 Proportional Spool Valve Direct Operated

» ISO 4401-03» Manifold construction » Qmax = 1 1.096 gpm (42 l/min) » 4 volume flow levels » QN max = 8.454 gpm (32 l/min) » Pmax = 5076 psi (350 bar)




Nominal size: NG6 according to ISO 4401-03

Actuation: Proportional solenoid

Ambient temperature: -13 to +158 °F (-25…+70 °C) NBR -4 to +158 °F (-20…+70 °C) FKM if » 122 °F (50 °C), IG is only conditionally achievable

Weight: 3.30 lb (1.5 kg) 1 solenoid 4.44 lb (2.0 kg) 2 solenoids

MTTFd: 150 years









Fluid Temperature: -13°….+158°F (-25…+70 °C) NBR -4….+158°F (-20…+70 °C) FKM

Max. Volume Flow: Qmax = 5.284 gpm (20 l/min), see characteristics

Operating Pressure: pmax = 5076 PSI (350 bar)

Tank Pressure: pT Max= 3625 psi (250 bar)


Nominal Volume: QN= , 1.32; 2.64; 4.22; 8.45 gpm (5; 10; 16; 32 l/min)


Hysteriisis: < 5% at optimal dither signal


Application Proportional spool valves are ideally suited for demanding tasks due to the high resolution, large volume flow and low hysteresis. For use in industrial and mobile hydraulics applications for the smooth control of hydraulic actuators. Some examples: rotor blades control of wind generators, forestry and earth moving machines, machine tools and paper production machines with simple position control, robotics and fan control.Miniature valves are used wher both, reduced dimensions and weight are important.




Limiting Current (50°C)(A) IG=1.715 A IG=0.88 A



Number of Windings 620 1,250


See solenoid NE45W datasheet in solenoid section of catalog



DIN EN 175301 – 803 D: IP 65


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Symbols*

P T

BA

aa

bb0

ACBS

P T

BA

aa

b

AC1S

P T

BA

a bb

CB2S

Meter-in control

Symmetrical control

ADBV AD1V

P T

BA

a bb

DB2V

P T

BA

baa b

P T

BA

aa

b

Configurator NW D P FA6 32 - W1NSSpool Valve NW

Directly Operated D

Proportional P



Symbol Code*

Nominal Volume flow rate QN

32 l/min 32


24 VDC 24

Without Coil* X5


W Metal housing round

Connection (Skip if X5)

D Connector socket EN 175301-803 / ISO 440

G Connector deutsch DT04-2P

Sealing Material

1 NBR

Manual Overide

N Integrated

Surface Protection

S Standard

P T

BA

aa

bb0

ACBS

P T

BA

aa

b

AC1S

P T

BA

a bb

CB2S

Meter-in control

Symmetrical control

ADBV AD1V

P T

BA

a bb

DB2V

P T

BA

baa b

P T

BA

aa

b

* For ordering information please see Solenoid Coils section of this catalog, NE45W


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ACB-S, AC1-S, CB2-S

50

40

30

20

10

00 50 100 150 200 250 300 350 p [bar]

K1115

Q [l/min]

QN = 32 l/min

QN = 16 l/min



ADB-V

50

40

30

20

10

00 50 100 150 200 250 300 350 p [bar]

K1116

Q [l/min]



∆p = f (Q) Pressure drop volume flow characteristicsI = IG

ACB-S, AC1-S, CB2-S

353025201510

50

0 4 8 12 16 20 24 28 32 Q [l/min]

K1111

p [bar]QN = 5 l/min QN = 10 l/min QN = 16 l/min

QN = 32 l/min


ADB-V

353025201510

50

0 4 8 12 16 20 24 28 32 Q [l/min]

K1111

p [bar]QN = 5 l/min QN = 10 l/min QN = 16 l/min

QN = 32 l/min


K1113

Q [l/min]

-100 -80 -60 -40 -20 0 20 40 60 80 100

3025201510

50

QN = 32 l/min

QN = 16 l/min

QN = 10 l/min

QN = 5 l/min

l [%]

Q = f (I) Volume flow adjustment characteristics∆p = 10 barADB-V

K1114

Q [l/min]

-100 -80 -60 -40 -20 0 20 40 60 80 100

3025201510

50

QN = 32 l/min

QN = 16 l/min

QN = 10 l/min

QN = 5 l/min

l [%]


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210

10

37

51 HF1

80 37

57 HS1

90

A B

W =

45

68 13

49

152

21 50

83

9.5

5.2

8

41

M D=

M D=

70 60 10 50

5Nm

5.2Nm

152

M =

45

18 53

86

10

A

A



Tightening torque MD= 5.2 Nm (quality 8.8) mounting screws MD = 5 Nm knurled nut


Surface Treatment Standard:

- The valve body is painted with a two component paint - The armature tube, the slip-on coil and the plug screw are zinc-nickel

coated

Optionally (K8): - All external parts are zinc-nickel coated ISO 9227 (800 h) salt spray test

Dimensions

Hydraulic Connection 17.8

21

32.

5

31

40.5

21.5

B

T

P

A

Manual Override • Integrated (–) Actuation pin integrated in the armature tube. Actuation

by pressing the pin• Push-button (HF1) Integrated in the knurled nut. Actuation by pressing

the push-button• Spindle (HS1) Integrated in the knurled nut. Actuation by turning the

spindle (continuously variable valve actuation) Attention! The actuation of the manual override is possible up to a tank

pressure of: • 160 bar Integrated (–)• 160 bar Push-button (HF1)• 160 bar Spindle (HS1)

AccessoriesProportional amplifier Mating connector grey (A) Mating connector black (B) Mounting screwsTechnical explanations Filtration & hydraulic fluidsRelative duty factor

NPD2, NSD7, NMD2Item # E209.21101 Item # E209.21102 Data sheet 5.400.046Data sheet 5.400.045Data sheet 5.400.044Data sheet 5.400.043


10 NE45W2350- Solenoid Coil NE45W 23x50

50S200.16193 S600.16192


60 S220.16122 O-ring ID 22.22 x 2.62 (NBR)

70 C274.15101 Knurled nut M23 x 1.5 x 19.7


90 A703.25102 Spindle

Parts List

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NWDPF65A10 NG10 Proportional Spool Valve Direct Operated

» Manifold construction » Direct operated, pressure compensated » Qmax = 26 gpm (100 l/min), pmax = 5076 psi (350 bar) » QN max = 17 gpm (65 l/min)

Technical DataDesignation: 4/3 proportional directional contrLool valve


Operation: Proportional solenoid



Mounting Type: Manifold mounting 4 fixing holes for socket head screws M6 x 40

Mounting interface Standard: ISO 4401-05


Fastening Torque: Fixing screw MD = 10.5 Nm ± 10 % (screw quality 8.8, zinc coated) MD = 13.5 Nm ± 10 % (screw quality 10.9, zinc coated) Knurled nut MD = 5 Nm The length of the fixing screw depends on the base material of the connection element.


Ambient Temperature: -13...+150 °F (-25…+70 °C), if »122 °F (50 °C) IG is only conditionally achievable


Solenoid Type: Switching solenoid, wet pin push type, pressure tight




Viscosity Range: 12 mm2/s…320 mm2/s

Contamination Efficiency: ISO 4406:1999, class 18/16/13

Filtration: Required filtration grade ß 6 to 10 ≥ 75, see data sheet 5.400.044

Fluid Temperature: -13 to +150 °F (-25 to +70 °C) NBR -4 to +150 °F (-20 to +70 °C) FKM

Flow Direction: See Symbols

Peak Pressure: pmax = 5076 psi (350 bar)

Tank Pressure: pT max = 2300 psi (160bar)

Nominal Volume: QN max = 17 gpm (65 l/min)

Max. Volume Flow: Qmax = 26 gpm (100 l/min), see characteristics


Hysteresis: ≤ 7 % at optimal dither signal

Description Direct operated proportional spool valve in screw-in cartridge construction. Precise spool fit, low leakage, long service lifetime. The volume flow adjustment takes place by a Norgren proportional solenoid. The valve works according to the pull-push principle. With the control of the solenoids, the volume flow direction P to A or P to B can be selected. Thanks to the optimum spool form, sensitive movement processes are possible. For the control, Norgren proportional amplifiers are available (see proportional amplifier section under accessories).

Application Proportional spool valves are ideally suited for demanding tasks due to the high resolution, large volume flow and low hysteresis. For use in industrial and mobile hydraulics applications for the smooth control of hydraulic actuators. Some examples: control of the rotor blades of wind generators, forestry and earth moving machines, machine tools and paper production machines, simple position controls, robotics and fan control.


Standard Nominal Voltage

Limiting Current

Nominal Power

Limiting Power

Nominal Resistance

Weight of Solenoid

U = 12 VDC U = 24 VDC

IG = 2,225 mA IG = 1105 mA

39 watts 38 watts

27.1 watts 26.5 watts

3.7 ohms 15.2 ohms

2.22 lb (1.0 kg)



DIN EN 175301 – 803 D: IP 65



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Symbols*Symmetrical control

P T

BA

aa

bb0

ACB-S

P T

BA

aa

b

AC1-S

P T

BA

a bb

CB2-S

Meter-in controlADB-V AD1-V

P T

BA

a bb

DB2-V

P T

BA

baa b

P T

BA

aa

b

NW D P F 65 A10 - - 1 NSpool Valve NW

Direct Operated D

Proportional P


Nominal Volume Flow Rate QN 90 l/min 65

International Standard Interface ISO, NG10 A10

Symbol Code*


24 VDC 24

Without Coil* X5

Slip-on Coil Metal housing round (Skip if X5) W


Connector socket EN 175301-803 / ISO 440 D

Connector deutsch DT04-2P G


Manual Override Integrated N

Configurator



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ACB-S, AC1-S, CB2-S

100

80

60

40

20

00 50 100 150 200 250 300 350 p [bar]

K2086

Q [l/min]


ADB-V, AD1-V, DB2-V

100

80

60

40

20

00 50 100 150 200 250 300 350 p [bar]

K2087

Q [l/min]


ACB-S, AC1-S, CB2-S

141210

86420

0 10 20 30 40 50 60 70 Q [l/min]

K2088

p [bar]


ADB-V, AD1-V, DB2-V

141210

86420

0 10 20 30 40 50 60 70 Q [l/min]

K2089

p [bar]


-100 -80 -60 -40 -20 0 20 40 60 80 100 I [%]

K2090

Q [l/min]70605040302010

0

Q = f (I) Volume flow adjustment characteristics∆p = 10 barADB-V, AD1-V, DB2-V

-100 -80 -60 -40 -20 0 20 40 60 80 100 I [%]

K2091

Q [l/min]70605040302010

0

QL = f (p) Leakage volume flow characteristics per control edge

400350300250200150100

500

0 50 100 150 200 250 300 350 p [bar]

K2092

Q [ml]


Characteristics Oil viscosity v = 30 mm2/s


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Surface Treatment - The valve body is painted with a two component paint - The armature tube, the slip-on coil and the plug screw are zinc-nickel coated

307

BA

51

71

90

HS1

51

65

80

HF1

29

93 14

214

6.5

10.5

69.

5

72 35

W =

64

10

4

A

MD=

MD=

70 60 10 50

5Nm

5.2Nm

214 M

=60

35 72 1

05

A

10

Dimensions


46

54

1.5

16.

8

9.7

20.8

24

A B

P

T To

Manual Override • Integrated (–) Actuation pin integrated in the armature tube.

Actuation by pressing the pin.• Push-button (HF1) Integrated in the knurled nut. Actuation by pressing the push-button.• Spindle (HS1) Integrated in the knurled nut. Actuation by turning the spindle (continuously variable valve actuation)

Attention! The actuation of the manual override is possible up to a tank pressure of:• 20 bar Integrated (–)• 20 bar Push-button (HF1)• 80 bar Spindle (HS1)

AccessoriesProportional amplifier Mating connector grey (A) Mating connector black (B) Mounting screwsTechnical explanations Filtration & hydraulic fluidsRelative duty factor

NPD2, NSD7, NMD2Item # E209.21101 Item # E209.21102 Data sheet 5.400.046Data sheet 5.400.045Data sheet 5.400.044Data sheet 5.400.043

Installation Notes Mounting type

Mounting position


Any, preferably horizontal MD = 13.5 Nm ± 10 %, quality min. 10.9 MD = 10.5 Nm ± 10 %, quality 8.8: Maximum tank pressure without external connections: 1160 psi (80 bar) Maximum tank pressure and maximum pressure external connections: 507.5 psi (35 bar)

Note: The length of the fixing screw depends on the base material of the connection element.



50 S210.16120 S810.16124


60 S220.16182 O-ring ID 28.24 x 2.62 (NBR)



90 A703.25105 Spindle

Parts List

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NVPF90A10 NG10 Proportional Spool Valve Pilot Operated

Factory Automation

» Manifold construction » Pilot operated » Qmax =52.8 gpm (200 l/min) » QN max = 23.78 gpm (90 l/min) » pmax = 5076 psi (350 bar)

Technical DataDesignation: 4/3 proportional directional control valve

Construction: Pilot operated




Mounting Type: Manifold mounting 4 fixing holes for socket head screws M6 x 40



Fastening Torque: MD = 13.5 Nm ± 10 %, quality min. 10.9 MD = 10.5 Nm ± 10 %, quality 8.8


Ambient Temperature: -13…158 °F (25…+70 °C) NBR -4…158 °F (-20…+70 °C) FKM if » 122 °F (50 °C), IG is only conditionally achievable






Fluid Temperature: -4…158°F (-20…+70 °C)


Pilot Pressure: pv = 362.5…5076 psi (25...350 bar)

Connection X: pv = 362.5…2900 psi (25...200 bar)

Peak Pressure: pmax = 5076 psi (350 bar)

Tank Pressure: pT max = 2320 psi (160 bar), type of pilot operation ae and xi pT max = 1450 psi (100 bar), type of pilot operation ti and xe

Nominal Volume: QN max = 23.78 gpm (90 l/min)


Description Pilot operated proportional spool valve with 4 connections in 5-chamber system. Precise spool fit, low leakage, long service lifetime. Very compact construction with corresponding low weight. The pilot valve is a proportional solenoid operated pressure reducing valve. The function of the pilot and main valve as well as the interaction of both valves can be found in the hydraulic diagram. Proportional to the solenoid current, the spool stroke, the spool opening and the valve volume flow increase. The proportional spool valve is not pressure compensated. For the control, Norgren proportional amplifiers are available (see proportional amplifier section under accessories).

Application Proportional spool valves are ideally suited for demanding tasks due to the high resolution, large volume flow and low hysteresis. Pilot operated valves are used where large volume flows have to be controlled. Due to the large flow range and the high stiffness of the actuation, as a result of the pilot control, these valves are used for applications where fast acceleration and deceleration processes, high speeds and sensitive motion sequences are required. For use in industrial and mobile hydraulics applications for the smooth control of hydraulic actuators.

Pressure pilot oil drain: Minimum 362 psi (25 bar) lower than pv


Hysteresis: ≤ 7 % at optimal dither signalSolenoid Type: Proportional, wet pin push type, pressure tight



See solenoid NS37W datasheet in solenoid section of catalog


Limiting Current

Nominal Power

Limiting Power

Nominal Resistance

Weight of Solenoid

U = 12 VDC U = 24 VDC

IG =1.36 A IG = 0.68 A

27.1 watts

26.5 watts

5.5 ohms 22.7 ohms

0.5 lb (0.23 kg)



DIN EN 175301 – 803 D: IP 65


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P T

BA

ba 0a ab b

P T

BA

a b

P T

BA

BCA-S BC1-S CA2-S

Meter-in control

P T

BA

ba0

a a bb

P T

BA

a b

P T

BA

BDA-V BD1-V DA2-V

Types of pilot operation

P TYX P TYX P TYX P TYX

B

B

A BA BA BA

A

a

ti xi xe ae

b

BA

a b

BA

a b

BA

a b

NW V P F 90 A10 - - 1Spool Valve NW

Pilot Operated V

Proportional P



International Standard Interface ISO, NG10 A10

Symbol Code*

Type of pilot operation: Control oil supply (x) and drain (y)

(x) and (y) internally ti


24 VDC 24

Without Coil* X5


Metal housing round W





Configurator

* For ordering information please see Solenoid Coils section of this catalog, NS37W

Note: Use symbol codes for part number configurator.

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∆p = f (Q) Pressure drop / flow characteristic over 2 control edges[Types: BCA-S, BC1-S, CA2-S, BDA-V, BD1-V, DA2-V]

K4249

∆p [bar]

Q [l/min]160 180140100 12060 800 20 40 200

40

30

20

10

0

Q = f (I) Volume flow signal characteristics over 2 control edges[Types: BCA-S, BC1-S, CA2-S, BDA-V, BD1-V, DA2-V]

K4129

Q [l/min]

I [%]9070 8050 6020 30 40 100

200

160

120

80

40

0

10 bar

20 bar

30 bar

50 bar100,~200 bar

QL = f (p) Leakage volume flow characteristics main stageper control edge

400350300250200150100

500

0 50 100 150 200 250 300 350 p [bar]

K2092

Q [ml]

QL = f (p) Leakage volume flow pilot control stage

@ 350 bar, p red 0 bar: 100 ml/min @ 350 bar, p red 25 bar: 320 ml/min


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Dimensions Hydraulic Connection

70.8

68

46

54

93

16.

8 1

.5

20.8

9.7

48

12

To

B

P

A

T

X Y

35

27 93

147

6.5

10.5

205

57.2

192.6 6.2

29

146

.8

20

10 40 30

60

68

38

69.

6

118

.3

BA

4/2-way spool valve (spring reset)

138.35

176

146

.8

A

4/3-way spool valve (spring centring)


ISO 4401-05 DIN VDE 0580 EN 175301 – 803 EN 60 529 ISO 4406

Surface Treatment - The main valve body, the screw plugs, the slip-on coil

and the armature tube are zinc-nickel coated- The pilot valve body is coated with a two component

paint

ActuationPressure reducing valve (included)- NMDPFA04-P / AB-25 for BCA-S / BDA-V- NMDPFA04-P / B-25 for BC1-S / BD1-V- NMDPFA04-P / A-25 for CA2-S / DA2-V- Connector socket EN 175301 – 803



Installation Notes

Mounting type

Mounting position


Any, preferably horizontal MD = 13.5 Nm ± 10 %, quality min. 10.9 MD = 10.5 Nm ± 10 %, quality 8.8: Maximum tank pressure without external connections: 1160 psi (80 bar) Maximum tank pressure and maximum pressure external connections: 507.5 psi (35 bar)

Note: The length of the fixing screw depends on the base material of the connection element.


10 A729.23103 Screw Plug


30 S210.16120S810.16124


40 S200.16176 S800.16176


60 S200.16152 S600.16152


NS37W1950- Solenoid Coil NS37W 19x50

Parts List

Features

• Compact 4/3 functionality

• Direct and pilot operated options

• Linear flow control characteristics

• Low leakage oil characteristics

• 4.7 gpm ( l/min) to 39 gpm (150 l/min) flow rates at 5000 psi (350 bar)


Norgren’s proportional directional control cartridge valves feature 4/3 funtionality and high flow rates in a compact package, with robust and precise construction for low leakage, hysteresis and reliable operation. For use in speed control in industrial and mobile applications where footprint is a consideration.

Proportional Directional Control - Cartridge Valves

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NWDPU10 Proportional Spool Cartridge Valve Direct Operated

» Screw-in cartridge » Direct Operated » Qmax = 7.4 gpm (28 l/min) » QNmax =4.76 gpm (18 l/min) » pmax = 5076 psi (350 bar)




Mounting: Screw-in cartridge type


Mounting Type: 7/8“-14 UNF



Nominal size: 7/8“-14 UNF

Fastening Torque: Mounting screw MD = 10.5 Nm ± 10 % (screw quality 8.8, zinc coated) Max. tank pressure 1160 psi (80 bar) MD =13.5 Nm ± 10 % (screw quality 10.9, zinc coated) Knurled nut MD = 5 Nm The length of the fixing screw depends on the base material of the connection element.


Ambient Temperature: -13...+150 °F if »122 °F (-25…+70 °C if »50 °C), IG is only conditionally achievable

Solenoid Type: Switching solenoid, wet pin push type, pressure tight









Working Pressure: pmax = 5076 psi (350 bar)

Tank Pressure: pT max = 3625 psi (250 bar)

Max. Volume Flow: Qmax = 7.936 gpm (28 l/min), see characteristics Leakage Oil: See characteristics


Description Direct operated proportional spool valve in screw-in cartridge construction. Precise spool fit, low leakage, long service lifetime. The volume flow adjustment takes place by a Norgren proportional solenoid. The valve works according to the pull-push principle. With the control of the solenoids, the volume flow direction P to A or P to B can be selected. Thanks to the optimum spool form, sensitive movement processes are possible. For the control, Norgren proportional amplifiers are available (see proportional amplifier section under accessories).

Application Proportional spool valves are ideally suited for demanding tasks due to the high resolution, large volume flow and low hysteresis. For use in industrial and mobile hydraulics applications for the smooth control of hydraulic actuators. Some examples: control of the rotor blades of wind generators, forestry and earth moving machines, machine tools and paper production machines, simple position controls, robotics and fan control.












DIN EN 175301 – 803 D: IP 65


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Configurator NW D P U10 - 18 - W 1 X


3 1

42

ab 0

ACB-S Meter-in control

3 1

42

b a

ADB-V

Spool Valve NW

Directly Operated D

Proportional P

Screw-in Cartridge, 7/8 14 UNF U10

Symbol Code*


Nominal Voltage UN

12 VDC 12

24 VDC 24without coil* X5

Slip-on Coil (skip if X5)






Manual Override Without X

With W



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ACB-S

0 50 100 150 200 250 300 350 p [bar]

K4117

Q [l/min]3025201510

50

P - BA - T

P - AB - T


ADB-V

K4121

Q [l/min]3025201510

50

p [bar]0 50 100 150 200 250 300 350

P - BA - T

P - AB - T

∆p = f (Q Pressure drop volume flow characteristicsI = IG

20

15

10

5

00 5 10 15 20 25 Q [l/min]

K4116_1

p [bar]

Q = f (I) Volume flow adjustment characteristics∆p = 10 barACB-S

-100 -80 -60 -40 -20 0 20 40 60 80 100 I [%]

K4115

Q [l/min]20

16

12

8

4

0

P - BA - T

P - AB - T

Q = f (I) Volume flow adjustment characteristics∆p = 10 barADB-V

-100 -80 -60 -40 -20 0 20 40 60 80 100 I [%]

K4119

Q [l/min]20

16

12

8

4

0

P - BA - T

P - AB - T

QL = f (Q) Leakage volume flow characteristicsper control edgeACB-S

350300250200150100

500

p [bar]

K4114

Q [cm3/min]

0 50 100 150 200 250 300 350

QL = f (Q) Leakage volume flow characteristicsper control edgeADB-V

350300250200150100

500

p [bar]

K4118_1

Q [cm3/min]

0 50 100 150 200 250 300 350


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159.2

62 97.2

W =

37

77

M D= 5Nm

7/8"

-14U

NF-

2A

4(B) 3(P) 2(A)

1(T)

20 30 40 50 90 60 70 100 80 11010

s24

90°

Pull

PushLock

M =

35

74.

8

10

33.4

14

.5

HP

A

B B

A

Manual OverrideOptionally:HP

Surface Treatment - The valve body is painted with a two component paint - The armature tube, the slip-on coil and the plug screw are zinc-nickel coated

Dimensions

Hydraulic ConnectionCavity drawing according to Norgren Standard


Note: The actuation of the manual override is possible up to a tank pressure of approx. 100 bar. The manual override cannot be retrofitted.

AccessoriesProportional amplifier Mating connector grey (A) Mating connector black (B) Technical explanations Filtration & hydraulic fluidsRelative duty factor

NPD2, NSD7, NMD2Item # E209.21101 Item # E209.21102 Data sheet 5.400.045Data sheet 5.400.044Data sheet 5.400.043



20 C267.15100 Knurled nut M16 x 1 x 9

30 S210.16156 O-ring ID 15.60 x 1.78 (NBR)

40 S110.16162 O-ring ID 16.00 x 1.25 (NBR)

50 S210.16188 S610.16188


60 S210.16156 S610.16156


70 S210.16140 S610.16141


80 S210.16120 S610.16124


90 S319.04196 Backup ring rd 16.1 x 19 x 1.4

100 S319.77104 Back-up ring rd 14.6 x 17.5 x 1.4


Parts List

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NWVPM33 Proportional Spool Cartridge Valve Pilot Operated

» Pilot Operated » Qmax = 39.625 gpm (150 l/min) » pmax = 5076 psi (350 bar)



Operation: Pilot valve



Actuation: Proportional pressure reducing valve NMDPP16 (data sheet 5.400.030)

Minimum Pilot Pressure: 65.27 psi (4.5 bar)

Maximum Pilot Pressure: 435 psi (30 bar)

Fastening Torque: MD= 70…80 Nm Screw-in cartridge

Nominal Size: M33 x 2 according to Norgren standard

Weight: 1.74 lb (0.79 kg)

Ambient Temperature: -22 to +194 °F (-30…+90 °C)

MTTFd: 150 years

Seal Material: NBR as standard



Filtration: Required filtration grade ß 6 to 10 ≥ 75


Fluid Temperature: -4 to +158 °F (-20 to +70 °C)


Operating Pressure: pmax = 5076 psi (350 bar)

Nominal Volume: QN = 23.7 gpm (90 l/min)


Leakage Volume Flow: P→T at 2900 psi (200 bar): < 0.1057 gpm (0.4 l/min)

Description Pilot operated proportional spool valve in screw-in cartridge construction. Precise spool fit, low leakage, long service life time. Spool made of hardened steel. The valve is controlled externally through a pilot pressure via the x and y connections. Without control, the piston is held in the central positon by a spring. Proportional to thepilot pressure, the spool opening and the valve volume flow increase. Thanks to the optimum spool form, sensitive movement processes are possible. For the control, Norgren proportional pressure valves (NMDP16) and Norgren proportional amplifiers are available(see proportional amplifier section under accessories).

Application Proportional spool valves are ideally suited for demanding tasks due to the high resolution, large volume flow and low hysteresis. For use in industrial and mobile hydraulics applications for the smooth control of hydraulic actuators. Some examples: rotor blades control of wind generators, forestry and earth moving machines, machine tools and paper production machines with simple position control, robotics and fan control.

Configurator Spool Valve

Directly Operated

Proportional

Screw-in Cartridge M33 x 2

Symbol Code*


NW

V

P

M33

90

SymbolsSymmetrical control

P T

BA

x y

P T

BA

x y

ACB-S CB2-S

Meter-in controlADB-V DB2-V

P T

BA

x y

P T

BA

x y

NW V P M33 - 90


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Q = f (∆p) Volume flow pressure characteristics

160140120100

80604020

00 2 4 6 8 10 12 14 16 18 20 22 24 p [bar]

K1072

Q [l/min]A-T B-T

P-A, P-B

Q = f (pv) Volume flow pressure characteristics

20 16 12 8 4 0 4 8 12 16 20 pv [bar]

K1073

Q [l/min]100

80

60

40

20

0

P-A P-B


Connection Example

A

x y

B

P T

MDPPM16 MDPPM16NMDPM16NMDPM16 NMDPM16NMDPM16

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Surface Treatment - The valve body is painted with a two component paint - The armature tube, the slip-on coil and the plug screw are

zinc-nickel coated

s 30

Ø 40

6311

8.5

x

T

A

P

B

y

M33 x 2

30

MD = 70...80 Nm

Dimensions

Installation Notes Mounting type Mounting position Tightening torque

Screw-in cartridge M33 x 2 Any, preferably horizontal MD = 70...80 Nm Screw-in cartridge

Hydraulic ConnectionCavity drawing according to standard

M33x2

(1)

(2)

(4)

(x)

(y)

(3)


AccessoriesProportional amplifier Proportional pressure valvesFiltration & hydraulic fluidsTechnical Explanations

NPD2, NSD7, NMD2NMDP16 5.400.030 Data Data sheet 5.400.044Data sheet 5.400.045

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» Screw-in cartridge » Pilot Operated » Qmax = 66 gpm (250 l/min), pmax = 4,568 psi (315 bar) » 39.6 gpm (150 l/min) » M42 x 2






Actuation: Proportional pressure reducing valve NMDPP16 (data sheet 5.400.030)

Minimum Pilot Pressure: 65.27 psi (4.5 bar)

Maximum Pilot Pressure: 435 psi (30 bar)

Fastening Torque: MD= 70…80 Nm Screw-in cartridge

Nominal Size: M42 x 2 according to Norgren standard

Weight: 3.08 lb (1.4 kg) Ambient Temperature: -22 to +194 °F (-30…+90 °C)

MTTFd: 150 years






Fluid Temperature: -4 to +158 °F (-20 to +70 °C)



Nominal Volume: QN = 39.6 gpm (150 l/min)

Max. Volume Flow: Qmax = 66 gpm (250 l/min), see characteristics Leakage Volume Flow: P→T at 2,900 psi (200 bar): < 0.1321 gpm (0.5 l/min)

Description Pilot operated proportional spool valve in screw-in cartridge construction. Precise spool fit, low leakage, long service life time. Spool made of hardened steel. The valve is controlled externally through a pilot pressure via the x and y connections. Without control, the piston is held in the central positon by a spring. Proportional to the pilot pressure, the spool opening and the valve volume flow increase. Thanks to the optimum spool form, sensitive movement processes are possible. For the control, Norgren proportional pressure valves (NMDP16) and Norgren proportional amplifiers are available (see proportional amplifier section under accessories).

Application Proportional spool valves are ideally suited for demanding tasks due to the high resolution, large volume flow and low hysteresis. For use in industrial and mobile hydraulics applications for the smooth control of hydraulic actuators. Some examples: rotor blades control of wind generators, forestry and earth moving machines, machine tools and paper production machines with simple position control, robotics and fan control.

SymbolsSymmetrical control

P T

BA

x y

P T

BA

x y

ACB-S CB2-S

Meter-in controlADB-V DB2-V

P T

BA

x y

P T

BA

x y

Configurator Spool Valve

Directly Operated

Proportional

Screw-in Cartridge M42 x 2

Symbol Code*


NW

V

P

M42

150

NW V P M42 - 150


60

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Q = f (∆p) Volume flow pressure characteristics

0 2 4 6 8 10 12 14 16 18 20 22 24 26 p [bar]

K1044

Q [l/min]350300250200150100

500

A-T

B-TP-A, P-B

Q = f (pv) Volume flow pressure characteristics

20 16 12 8 4 0 4 8 12 16 20 p [bar]

K1045

Q [l/min]160

120

80

40

0

P-A P-B


Connection Example

A

x y

B

P T

MDPPM16 MDPPM16NMDPM16NMDPM16 NMDPM16NMDPM16

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M42x2

(1)

(2)

(4)

(x)

(y)

(3)

s 41

Ø 48

7013

9x

T

A

P

B

y

M42 x 2

41

MD = 80...100 Nm

Dimensions Hydraulic ConnectionCavity drawing according to standard


Installation Notes Mounting type Mounting position Tightening torque

Screw-in cartridge M42 x 2 Any, preferably horizontal MD = 80...100 Nm Screw-in cartridge

Surface Treatment - The valve body is painted with a two component paint - The armature tube, the slip-on coil and the plug screw are zinc-

nickel coated

AccessoriesProportional amplifier Proportional pressure ValvesFiltration & hydraulic fluidsTechnical Explanations

NPD2, NSD7, NMD2NMDP16 5.400.030 Data sheet 5.400.044Data sheet 5.400.045

Features• Linear flow control characteristics

• Flows up to 21 gpm (80 l/min)

• Low hysteresis ≤ 7%

• Pressure max. 350 bar (5000 psi)


Norgren’s direct operated 2-way normally closed and 3-way proportional flow control cartridge valves are rated for pressures up to 5000 psi (350 bar) and flows up to 21 gpm (80 l/min). These valves are ideal for speed regulation applications of actuators and hydraulic motors with precise and repeatable performance.


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NQPU16N Proportional 2-way Flow Control Cartridge Direct Operated - Load Compensated

» Screw-in cartridge » Direct operated, load compensated » Qmax = 21.8 gpm (80 l/min)» pmax = 5076 psi (350 bar) » 1 5/16”— 12 UN

Technical DataDesignation: Proportional 2-way flow control valve

Construction: Direct Operated


Mounting: Screw-in cartridge for cavity

Mounting Position: Any, preferable horizontal


Nominal Size: Screw-in thread 1-5/16″-12 UN

Weight:2.09 lb (0.95 kg)

Ambient Temperature: -13 to +122 °F (-25 to +50 °C)


Solenoid Type: Proportional, wet pin push type, pressure tight, Class H










Nominal Volume: QN =32; 63; 80 l/min(8.45; 16.64; 21 gpm)

Volume Flow Hysteresis: Qmax = 8.45; 21; 16.64 gpm (32; 63; 80 l/min) [1 → 2] Qmin = 0.10 gpm (0.4 l/min)

Volume Flow Direction: See symbols


Description Direct operated, load compensated proportional flow control valve screw-in cartridge for UNF cavity. When the solenoid is de-energized, the control spool closes practically leakage-free. The change of the electric current is followed by a proportional volume flow change. From the input (1), the fluid flows over the control and throttling spool to the controlled output (2). For the control, Norgren proportional amplifiers are available (see proportional amplifier section under accessories).

Application Proportional flow control valves are suitable for precise speed control, where the load current has to be maintained constant independent of the input and output pressure.

SymbolDetailed QN

2

1

2

1



DIN EN 175301 – 803 D: IP 65




Limiting Current

Nominal Power

Limiting Power

Nominal Resistance

Weight of Solenoid

U = 12 VDC U = 24 VDC

IG =1560 mA IG = 780 mA

28 watts

18 watts

5.3 ohms 20.6 ohms

0.79 lb (0.36 kg)


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Configurator


Q = f (I) Volume flow signal characteristics

0 10 20 30 40 50 60 70 80 90 100

K0978

Q [l/min]100

80

60

40

20

0


QN = 32 l/min

I [%]

Q = f (p) Volume flow pressure characteristics

100

80

60

40

20

00 50 100 150 200 250 300 350 p [bar]

K0979

Q [l/min]

QN = 80 l/min

QN = 63 l/min

QN = 32 l/min

QL = f (p) Leakage volume flow characteristics

400

300

200

100

00 50 100 150 200 250 300 350 p [bar]

K0980

Q [cm 3/min]

NQ P U16 N - W1 MFlow Control Valve NQ

Proportional P

Screw-in Cartridge 1 5/16“— 12 UN U16

Normally Closed N

Nominal Volume Flow Rate QN

63 l/min 63

80 l/min 80

Nominal Voltage UN

12 VDC 12

24 VDC 24

Without Coil* X5







Manual Override M

Configurator


65

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W =

45.3

95.1 47

145.1

85

MD=5.5Nm

MD=5Nm

15

12 17 10 18 50 60701-

5/16

"-12

UN

-2A

s36

(2)

(1)

M =

45

84.

8

10

MD= 9.5Nm15

HB0

1-5/16"-12 UN-2B

(2)

(1)

W =

45.3

95.1 47

145.1

85

MD=5.5Nm

MD=5Nm

15

12 17 10 18 50 6070

1-5/

16"-

12U

N-2

A

s36

(2)

(1)

M =

45

84.

8

10

MD= 9.5Nm15

HB0

1-5/16"-12 UN-2B

(2)

(1)

Installation Notes Mounting type Screw-in cartridge type M16 x 1.5


Tightening torque MD= 30 Nm Screw-in cartridge MD = 5 Nm knurled nut MD = 9.5 Nm HB0 MD = 5.5 Nm HB4.5

Surface Treatment • The cartridge body is gas-nitro carburised• The slip-on coil and the armature tube are zinc-/nickel-coated

Sealing Material NBR or FKM (Viton) as standard, choice in the type code

Manual Override HB4.5Optional: Screw plug (HB0), no actuation possible

AccessoriesProportional amplifier Connector EN 175301-803Technical explanations Filtration & hydraulic fluids

NPD2, NSD7, NMD2Article no. E209.21102Data sheet 5.400.045 Data sheet 5.400.044

Dimensions




10 NS45W2350- Solenoid Coil NS45W 23x50

12 C274.15101 Knurled nut M23 x 1.5 x 19.7

15 A803.25100 A209.23133

HB4.5 manual override HB0 Screw plug

17 S220.16122 O-ring ID 22.22x 2.62 (NBR)

18 S220.16122 O-ring ID 21.95 x 1.78 (NBR)

50 S220.16198 S620.16196

O-ring ID 29.82 x 2.62 (NBR)O-ring ID 29.82 x 2.62 (FMK)

60 S220.16138S620.16138

O-ring ID 23.81 x 2.62 (NBR) O-ring ID 23.81 x 2.62 (FMK)


Parts List

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» Screw-in cartridge » Direct operated, load compensated » Qmax = 26 gpm (100 l/min)» pmax = 5076 psi (350 bar) » 1 5/16”— 12 UN

Technical DataDesignation: 3-way proportional flow control valve



Nominal Size: Screw-in thread 15/16″-12 UN

Mounting: Screw-in cartridge for cavity


Weight:2.2 lb (1.0 kg)

Fastening Torque: MD = 80 Nm for screw-in cartridge MD = 7 Nm for knurled nut





Relative Duty Factor: 100 % ED / DF (data sheet 1.1- 430)


Solenoid Connection Execution:WD45/23x50 (see data sheet)WJ45/23x50 (see data sheet)WG45/23x50 (see data sheet)






Working Pressure: pmax = 5076 psi (350 bar)

Nominal Volume: QN =32; 63; 80 l/min

Volume Flow Hysteresis: Qmax = 26 gpm (100 l/min) [1 → 2] Qmin = 0.11 gpm (0.4 l/min)

Volume Flow Direction: See symbols


Description Direct operated, pressure compensated proportional flow control valve as a screw-in cartridge with a thread 15/16″-12 UN for cavity acc. Two flow ranges areavailable. The volume flow is adjusted by a Norgren proportional solenoid (VDE standard 0580). The cartridge body is made of steel. A special surface treatment guarantees a good protection against corrosion and wear as well as very good low-friction characteristics of the pressure compensating- and throttle spool. The solenoid coil is zinc- /nickel-coated.

Function The 3-way flow control valve serves for maintaning the speed of a consumer constant independent of the load. Superfluous pump output flow is fed into the return flow system in a cost saving manner, and as a result, prevents an overheating of the hydraulic system. The power controlled, proportional solenoid running in oil acts directly on the throttle spool, which opens the throttle segments in the cartridge body. Proportional to the current demand of the proportional solenoid, the throttle aperture changes, and with this the volume flow. In case of a current-free solenoid, the throttle spool is held in closed position by a spring. For driving the valve, Norgren proportional amplifiers are available (see proportional amplifier section under accessories).

Application Proportional flow control valves are suitable for feed control systems, where the consumer flow has to be maintained constant with a changing load. The screw-in cartridge is suitable for installation in control blocs.



DIN EN 175301 – 803 D: IP 65




Limiting Current

Nominal Power

Limiting Power

Nominal Resistance

Weight of Solenoid

U = 12 VDC U = 24 VDC

IG =1560 mA IG = 780 mA

28 watts

18 watts

5.3 ohms 20.6 ohms

0.79 lb (0.36 kg)


NQPU16D Proportional 3-way Flow Control Cartridge Direct Operated - Pressure Compensated

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(p3 = 100 bar) Q = f (p) Volume flow pressure characteristics (I = IG)

Δp = f (Q) Pressure drop-volume flow characteristics 1→ 2 (I = 0 mA) Δp = f (Q) Pressure drop-volume flow characteristics 1 → 3 (I = IG)

0 10 20 30 40 50 60 70 80 90 100

K0985

Q [l/min]100

80

60

40

20

0

QN = 63 l/min

QN = 32 l/min

I [%]

100

80

60

40

20

00 50 100 150 200 250 300 350 p [bar]

K0986

Q [l/min]

QN = 63 l/min

QN = 32 l/min

302520151050

0 20 40 60 80 100 Q [l/min]

K0987

p [bar]

0 10 20 30 40 50 60 70 80 Q [l/min]

K0988

p [bar]302520151050

QN = 63 l/min

QN = 32 l/min

NQ P U16 D - MFlow Control Valve NQ

Proportional P

Screw-in Cartridge 1 5/16“— 12 UN U16

3-Way D

Nominal Volume Flow Rate QN

32 l/min 32

63 l/min 63

Nominal Voltage UN

12 VDC 12

24 VDC 24

Without Coil* X5

Slip-on Coil Metal housing round W

ConnectionExecution




Manual Override M

Configurator



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22,6

62,2

2,9 95,2 75,8

171

(1)

(3) (2)

1-5/

16"-

12U

N-2

A

s36

3

2

1

1-5/16"-12UN-2B

10

15

17 18 50

70

80

20

6090

22,6

62,2

2,9 95,2 75,8

171

(1)

(3) (2)

1-5/

16"-

12U

N-2

A

s36

3

2

1

1-5/16"-12UN-2B

10

15

17 18 50

70

80

20

6090

Dimensions

Symbolssimplified detailed

1

2

31

2

3







20 C274.15101 Knurled nut M23 x 1.5 x 19.7

15 A803.25100 A209.23133

HB4.5 manual override HB0 Screw plug

17 S220.16122 O-ring ID 22.22x 2.62 (NBR)

18 S220.16120 O-ring ID 21.95 x 1.78 (NBR)

20 C274.15101 Knurled nut M23 x 1.5 x 19.7

50 S220.16198 S620.16196

O-ring ID 29.82 x 2.62 (NBR)O-ring ID 29.82 x 2.62 (FMK)

60 S220.16138S620.16138

O-ring ID 23.81 x 2.62 (NBR) O-ring ID 23.81 x 2.62 (FMK)

70 S220.16136 S620.16136


80 S329.04197 Backup ring RD 24.5 x 29 x 1.4

90 S329.04176 Backup ring RD 24.1 x 27 x 1.4

Parts List

Features• Linear pressure adjustment characteristics

• Precise control

• High repeatability


Norgren’s proportional pressure reducing cartridge valves are ideal for use in hydraulic systems that need frequent and precise adjustment. They pair perfectly with Norgrens pilot operated proportional directional control valves.


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Designation: Proportional spool valve

Construction: Screw-in cartridge for cavity


Mounting: Screw-in cartridge type M16 x 1.5

Mounting Position: Any, preferable horizontal


Nominal Size: M16 x 1.5 according to Norgren standard

NMPM16 Proportional Pressure Reducing Cartridge Direct Operated

» Direct operated, » Qmax = 16.12 gpm (61 l/min) » pmax = 3045 psi (210 bar), pmax = 5076 psi (350 bar) » pNred max = 580 psi (40 bar) » M16 X 1.5

Technical DataWeight:0.99 lb (0.45 kg)



Solenoid Type: Proportional, wet pin push type, pressure tight









Operating Pressure: pmax = 3045 psi (210 bar) pmax = 5076 psi (350 bar)

Nominal Pressure Range: PN red = 362 psi (25 bar), 580 psi (40 bar)

Nominal Flow Range: QN = 0 gpm -1.58 gpm (0 l/min – 6 l/min)


Repeatability: ≤ 1 % at optimal dither signal

Leakage oil: 25 bar execution at psys = 210 bar

pred = 0 bar: < 10 ml/min pred = 25 bar: < 50 ml/min

40 bar execution at psys = 210 bar pred = 0 bar: < 10 ml/min pred = 45 bar: < 40 ml/min

Description Direct operated proportional pressure reducing valve in screw-in cartridge construction for cavity according to Norgren standard. Proportionally to the solenoid current, the solenoid force and the pressure in port A (1) rise. The valve functions practically independently of the pressure in port P (2). Pressure increase in the consumer port A (1) to above the adjusted value, e.g. through an active consumer, is avoided by discharging excess oil to the tank T (3). With the solenoid deenergised, the oil flows freely from consumer port A (1) to port T (3). For the control, Norgren proportional amplifiers are available (see proportional amplifier section under accessories).

Application These valves are used in hydraulic systems where the pressure has to be changed frequently. The electrical remote control in conjunction with process controls allows economical solutions with repeatable processes.

Symbol

(T) 3

(A) 1

(P) 2



DIN EN 175301 – 803 D: IP 65

Deutsch DT04 – 2P G: IP 67 and 69k See solenoid NS37W datasheet in solenoid section of catalog


Limiting Current

Nominal Power

Limiting Power

Nominal Resistance

Weight of Solenoid

U = 12 VDC U = 24 VDC

IG =1.36 A IG = 0.68 A

27.1 watts

26.5 watts

5.5 ohms 22.7 ohms

0.5 lb (0.23 kg)


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NM P M16 D 40 - W 1 M 350Configurator


pred = f (Q) Pressure volume flow characteristicsMaximal adjustable pressure25 bar execution*Limit of the operating range

30

20

10

06 4 2 0 2 4 6

K1145

p [bar]

Q [l/min]A T P A

pred = f (Q) Pressure volume flow characteristicsMaximal adjustable pressure40 bar execution*Limit of the operating range

60

40

20

06 4 2 0 2 4 6

K1144

p [bar]

Q [l/min]A T P A

pred = f (n) Pressure adjustment characteristicsMeasured at Q = 0 l/min (static)25 bar execution**Slightly increased hysteresis

K114725

20

15

10

5

00 10 20 30 40 50 60 70 80 90 100 l [%]

**

p [bar]

pred = f (n) Pressure adjustment characteristicsMeasured at Q = 0 l/min (static)40 bar execution**Slightly increased hysteresis

0 10 20 30 40 50 60 70 80 90 100 l [%]

K1146

p [bar]40

30

20

10

0 **

Pressuring Reducing Valve NM

Proportional P


Direct Operated D

Nominal Pressure Range PN red 40 Bar 40

Nominal Voltage UN

12 VDC 12

24 VDC 24

Without Coil X5

Slip-on Coil Metal housing round W

ConnectionExecution




Manual Override M

System Pressure Max. 350 bar 350


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27.1

W =

37.1

78.3

111.6

76.

8 MD=5.5Nm

MD=5NmM

16x1

.5

(1)

(3) (2)

15

12 17 10 18 50 60 80

s30

M =

35

74.

8

10

MD= 9.5Nm15

HB0

(1)

(2)

(3)

(1)

M16x1 .5

27.1

W =

37.1

78.3

111.6

76.

8 MD=5.5Nm

MD=5Nm

M16

x1.5

(1)

(3) (2)

15

12 17 10 18 50 60 80

s30

M =

35

74.

8

10

MD= 9.5Nm15

HB0

(1)

(2)

(3)

(1)

M16x1 .5

Installation Notes Mounting type Screw-in cartridge type M16 x 1.5


Tightening torque MD= 30 Nm Screw-in cartridge MD = 5 Nm knurled nut MD = 9.5 Nm HB0 MD = 5.5 Nm HB4.5

Surface Treatment • The cartridge body is gas-nitro carburised• The slip-on coil and the armature tube are zinc nickel coated

Sealing Material NBR or FKM (Viton) as standard, choice in the type code

Manual Override HB4.5Optional: Screw plug (HB0), no actuation possible

Dimensions








15 A803.25100A209.23133

HB4.5 manual overrideHB0 Screw plug

17 S210.16187 O-ring ID 18.72 x 2.62 (NBR)

18 S210.16170 O-ring ID 17.17 x 1.78 (NBR)

50 S210.16140 S810.16140

O-ring ID14.00 x 1.78 (NBR)O-ring ID 14.00 x 1.78 (FKM)

60 S200.16193S800.16192

O-ring ID 9.25 x 1.78 (NBR)O-ring ID 9.25 x 1.78 (FKM)

80 S200.16176 S800.16176


Parts List

Features• Reliable and precise operation

• Corrosion resistant

• Integrated manual overide options

• Din and deutsch connectors


Norgren’s solenoid coils are available with your choice of connectors and voltages. Solenoid coil configurations are specic to your select valve family

Solenoid Coils

So

lenoid

Co

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Factory Automation

NPI29V Proportional Solenoid Coil For NWDPFA3 Valve Family

» Din VDE 0580 » Protection class IP 65 / 67 / 69K

Technical DataCoil Winding Insulation class: H (180 °C)

Relative Duty Factor: 100 %

Ambient temperature: 122 °F (50 °C)

Fluid Type: Mineral oil, other fluid on request

Corrosion Protection: Salt spray test according to EN ISO 9227: ≥ 1000 h

Seal: Viton, other on request


Solenoids Standard: DIN VDE 0580 Plug Plate to ISO 4400/DIN43650

Connection / Power Supply: Over device plug connection to ISO 4400 / DIN 43650,(2P+E), other connections on request

Protection Class to EN 60529: IP65

Switching Cycles: 15000/hr

Mounting Screws: 4 x M3 (Quality 8.8)

Housing: Zinc coated steel housing, other surface treatments on request

Description NPI29V is a proportional solenoid. Its design corresponds to VDE standard 0580. The steel housing is zinc coated as a standard. Static pressure tightness is 5076 psi (350 bar). All O-rings are Viton. The solenoids are fixed to the valve with four screws. Depending on the intended use, the solenoid can be supplied with a plug screw, or with integrated manual override. The connector plate corresponds to ISO 4400 and DIN 43650.

Function The horizontal force-stroke characteristics in the working stroke range means that: • a more or less linear force absorption can be achieved with constant stroke and increasing current absorption. • a more or less linear stroke variation can be achieved when working against a spring and with increasing current absorption.

This ensures that the reference voltage is adequate at the specified reference temperature to reach the limit current in every case. The solenoid coils are available with the standard nominal voltages 12 VDC and 24 VDC.

Application Essential for hydraulic proportional-way-, pressure- and current valves. Due to the risk of overheating, the solenoid must never be used separately. The length of the assembly screws depends on the base material of the body. An O-ring is used for the valve seal. Information on screws and O-rings will be found in the data sheets relating to the valve type. Before changing the plug screw or the screw with integrated manual override, care must be taken to ensure that the solenoid is not under pressure. Risk of injury! The maximum operating pressure is determined by the valve type actually required.






Inductivity 12 mH 45


Total Stroke 2.5 mm

Working Stroke 1 mm



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PerformanceF = f (s) Force-stroke characteristics

F [N] F [N]

s [mm]

K011035

30

25

20

15

10

5

0

35

30

25

20

15

10

5

00 0.5

0 20 40 60 80 1001 1.5 2 2.5

1 .2 lG

1 .0 lG

1 .8 lG

0.6 lG

0.4 lG

0.2 lG

= Working stroke

K0111

I [%]G

NPI 29 V MCoil Execution NPI

Housing Size 29 mm 29

Solenoid Completely Potted V

Nominal Voltage UN

12 VDC 12

24 VDC 24

Manual Override With mounted manual override M

Configurator

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Accessoires Plug HB0 Item No. A209.23133 (data sheet 5.400.039) Plug with integrated manual override HB4.5 Item No. A803.25100 (data sheet 5.400.039) Plug grey Item No. E209.21101 Plug black Item No. E209.21102 Technical explanation see data sheet 5.400.042

M8

x 0

.75

3542

55

1.7 2329

61.6

6.3*

∅ 2

0

∅ 6

.5∅

4.5

3.4

6839

.5∅

27∅

2.9

3.3

5 (∅

1.5)

Dimensions

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NE37V Proportional Solenoid Coil For NWDPFA4 and NSDSM Valve Families



Relative Duty Factor: 100% DF / ED combined with armature tube and valve

Ambient temperature: 24.8°F...+122 °F

(-20...+50 °C) Corrosion

Protection: Salt spray test according to EN ISO 9227: ≥ 200 h



Description The slip-on solenoid coil NE37V19 is available in 2 sizes and in three different connection versions (see type code). The construction corresponds to the VDE 0580 standard. The housing is made of steel (zinc- / nickel-coated), the connector socket is made of plastic material.

Function With the combination of an armature tube the function of a switching solenoid or of a proportional solenoid results. The solenoid coils are available with the standard nominal voltages 12 VDC and 24 VDC.

Application Slip-on solenoid coils are utilised in proportional hydraulic valve applications. They are secured to the valve armature tube using supplied knurled nut.

Configurator NE37 V 1 9 50 - Coil Execution NE37

Metal Housing Round with One Sided Collar V

Internal Coil Diameter 19 mm 19

ConnectionExecution



Coil Length 50 mm 50


24 VDC 24


Limiting Current IG = 1.20A IG = 0.63 A


Limiting Power 16 watts 15 watts




Caution: Because of the danger of over-heating the solenoid coil must only be commissioned together with an armature tube as well as with a valve.

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NE37V Proportional Solenoid Coil For NWDPFA4 and NSDSM Valve Families

Dimensions / Execution

Ø19Ø 37

47.5

40 /

50

40 /

50

40 /

50

47.5

55.3

Ø 23.2

Ø19Ø 37

47.5

40 /

50

40 /

50

40 /

50

47.5

55.3

Ø 23.2

Ø19Ø 37

47.5

40 /

50

40 /

50

40 /

50

47.5

55.3

Ø 23.2

Technical explanation see data sheet 5.400.042

Execution: NE37V19D50 • 3-poles 2 P+E • Protection class IP 65 with corresponding mating connector

(not included in delivery) and professional assembly.

Execution: NE37V19J50 • 2-poles 2P • Only for UN ≤ 75 VDC • Protection class IP 66 with corresponding mating connector


Execution: NE37V19G50• 2-poles 2P • Only for UN ≤ 75 VDC • Protection class IP 67 and 69 K with corresponding mating

connector (not included in delivery) and professional assembly.

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NE45W Solenoid Coil For NWDPFA6 Valve Family


Relative Duty Factor: 100 % DF / ED combined with armature tube and valve




Ambient temperature: See temperature curve at right


K4252

-40 -30 -20 -10 0 10 20 30 40 50 60 70 80 90 100 110 120 130

130

120

110

100

90

80

70

60

50

40

130

120

110

100

90

80

70

60

50

40

1

1

2

2

3

4

Dut

y fa

ctor

in %

Ambient temperature in °C

1 Duty factor at nominal voltage2 Duty factor at 110 % nominal voltage3 Max. voltage in % for 100 % duty factor4 Min. voltage in % for proportional

limiting current at 100% duty factor

Vol

tage

in %

Description The slip-on solenoid coil NE45W23 is available in three different connection versions (see type code). The construction corresponds to the VDE 0580 standard. The housing is made of steel (zinc- / nickel-coated), the connector socket is made of plastic material.

Function With the combination of an armature tube the function of a switching solenoid or of a proportional solenoid results. The solenoid coils are available with the standard nominal voltages 12 VDC ,24 VDC, 115 VAC and 230VAC.



Nominal Power 30.9 watts 31.8







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NE45W Solenoid Coil For NWDPFA6 Valve Family

56,245Ø

50

23.03Ø

50

65

50

63,2

56,245Ø

50

23,03Ø

50

65

50

63,2

56,245Ø

50

23,03Ø

50

65

50

63.2


Execution: NE45W23D50 • 3-poles 2 P+E • Protection class IP 65 with corresponding mating connector


Execution: NE45W23J50 • 2-poles 2P • Only for UN ≤ 75 VDC • Protection class IP 66 with corresponding mating connector


Execution: NE45W23G50• 2-poles 2P • Only for UN ≤ 75 VDC • Protection class IP 67 and 69 K with corresponding mating


Dimensions

NE45W 23 50 -

Coil Execution NE45

Metal Housing Round W


ConnectionExecution





24 VDC 24

Configurator

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NE64W Solenoid Coil For NWDPF65A10 Valve Family




Ambient temperature: -4...+150 °F (-20...+70 °C)




Description The slip-on solenoid coil NE64W31 is available in three different connection versions (see type code). The construction corresponds to the VDE 0580 standard. The housing is made of steel (zinc- / nickel-coated), the connector socket is made of plastic material.


Application The solenoid coils are mainly utilised in hydraulic applications.

NE64W 31 72 -


Nominal Power 39 watts 38 watts


Limiting Power 27.1 watts 26.5watts

Nominal Resistance 3.7ohms 15.2 ohms



Coil Execution NE64



ConnectionExecution





24 VDC 24

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NE64W Solenoid Coil For NWDPF65A10 Valve Family

Ø 3172

Ø 64

72

72

82,9

7272

Ø 31

72

Ø 64

72

72

82,9

7272

Ø 31

72

Ø 64

72

72

82,9

7272

↓ Valve side

↓ Valve side

↓ Valve side

Execution: NE64W31D72• 3-poles 2 P+E • Protection class IP 65 with corresponding mating connector


Execution: NE64W31J72• 2-poles 2P • Only for UN ≤ 75 VDC • Protection class IP 66 with corresponding mating connector


Execution: NE64W31G72• 2-poles 2P • Only for UN ≤ 75 VDC • Protection class IP 66 with corresponding mating connector




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NS37W Solenoid Coil For NVPF90A10 and NMPM16 Valve Families








Description The slip-on solenoid coil NS37W19 is available in three different connection versions (see type code). The construction corresponds to the VDE 0580 standard. The housing is made of steel (zinc- / nickel-coated), the connector socket is made of plastic material.





Limiting Current

Nominal Power

Limiting Power

Nominal Resistance

Number of Windings

Weight of Solenoid

U = 12 VDC U = 24 VDC

IG = 1.36 A IG = 0.68 A

26 watts

16 watts

5.5 ohms 22.7 ohms

705 1410

0.50 lb (0.23 kg)

NS37 W19 50 -

Coil Execution NS37



ConnectionExecution





24 VDC 24

Configurator

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NS37W Solenoid Coil For NVPF90A10 and NMPM16 Valve Families

Ø19.03

48.250

37Ø

57

5050

55,2

Ø19,03

48,2

50

37Ø

57

5050

55,2

Ø19,03

48,2

50

37Ø

57

5050

55.2

Execution: NS37W19D50• 3-poles 2 P+E • Protection class IP 65 with corresponding mating connector



Execution: NS37W19J50• 2-poles 2P • Only for UN ≤ 75 VDC • Protection class IP 66 with corresponding mating connector


Execution: NS37W19G50• 2-poles 2P • Only for UN ≤ 75 VDC • Protection class IP 67 and 69 K with corresponding mating


Dimensions

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NE37W Solenoid Coil For NWDPU10 Valve Family



Relative Duty Factor: 100% DF / ED combined with armature tube and valve





Description The slip-on solenoid coil NS37W16 is available in three different connection versions (see type code). The construction corresponds to the VDE 0580 standard. The housing is made of steel (zinc- / nickel-coated), the connector socket is made of plastic material.

Function With the combination of an armature tube the function of a switching solenoid or of a proportional solenoid results. The solenoid coils are available with the standard nominal voltages 12 VDC ,24 VDC, 115 VAC and 230VAC.


NE37 W 16 40 -





Nominal Resistance 7 ohms 28 ohms




Coil Execution NE37



ConnectionExecution





24 VDC 24

Configurator

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NE37W Solenoid Coil For NWDPU10 Valve Family


••

•••

•••

Ø 1647.5

Ø 37

40

47.5

40

55.3

40

Ø 1647.5

Ø 37

40

47.5

40

55.3

40

Ø 1647.5

Ø 37

40

47.5

40

55.3

40


Execution: NE37W16D40 • 3-poles 2 P+E • Protection class IP 65 with corresponding mating connector


Execution: NE37W16J40 • 2-poles 2P • Only for UN ≤ 75 VDC • Protection class IP 66 with corresponding mating connector


Execution: NE37W16G40• 2-poles 2P • Only for UN ≤ 75 VDC • Protection class IP 67 and 69 K with corresponding mating


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Solenoids Standard: VDE standard 0580Plug Plate to ISO 4400/DIN43650







Description The NSIS29V is a switching solenoid. Its design corresponds to VDE standard 0580. The steel housing is zinc coated as a standard. Static pressure tightness is 350 bars. All o-rings are Viton. The solenoids are fixed to the valve with four screws. Depending on the intended use, the solenoid can be supplied with a plug screw, or with integrated manual override. Theconnector plate corresponds to ISO 4400 and DIN 43650.

Function When the solenoid is energised with the specified nominal voltage, the armature moves from the starting position of its stroke (s = 2,5 mm)to the end position (s = 0 mm). The switching time is essentially dependent on the application. The power-stroke characteristics are designed to suit the requirements of hydraulic valves. AC versions include an electronic rectifier integrated into the connector plate. In this way maximum performance is assured.

Application Essential for hydraulic directional and poppet valves. Because of the risk of overheating, the solenoid must never be used separately. Thelenght of the fixing screws depends on the base material of the body. An o-ring is used for the valve seal. Information on screws and o-rings will be found in the data sheets relating to the valves concerned. Before changing the plug screw or the screw with integrated manual override, care must be taken to ensure that the solenoid is not under pressure. Risk of injury! The maximum operating pressure is determinded by the valve actually used.


Nominal Power 15 Watts


Inductivity 17 mH


Total Stroke 2.5 mm

Working Stroke 1 mm



NSIS29V Solenoid Coil For NB3S Valve Family

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Accessories Plug HB0 Item No. A209.23133 (data sheet 5.400.039) Plug with integrated Item No. A803.25100 (data sheet 1.1-300)

Plug grey Item No. E209.21101 Plug black Item No. E209.21102


manual override HB4.5

Dimensions

NSI S 29V OCoil Execution NSI

Super S



Nominal Voltage UN

12 VDC 12

24 VDC 24

Manual Override with mounted screw plug O

Configurator

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Description The NSIS35V is a switching solenoid. Its design corresponds to VDE standard 0580. The steel housing is zinc coated as a standard. Static pressure tightness is 5076 psi (350 bar). All O-rings are Viton. The solenoids are fixed to the valve with four screws. Depending on the intended use, the solenoid can be supplied with a plug screw or with integrated manual override. The connector plate corresponds to ISO 4400 and DIN 43650.

Function When the solenoid is energized with the specified nominal voltage, the armature moves from the starting position of its stroke (s = 4 mm) to the end position (s = 0 mm). The switching time is essentially dependent on the application. The power stroke characteristics are designed to suit the requirements of hydraulic valves. AC versions include an electronic rectifier integrated into the connector plate. In this way maximum performance is assured.

Application Essential for hydraulic directional and poppet valves. Due to the risk of overheating, the solenoid must never be used separately. The length of the assembly screws depend on the base material of the body. An O-ring is used for the valve seal. Information on screws and O-rings will be found in the data sheets relating to the valve types. Before changing the plug screw or the screw with integrated manual override, care must be taken to ensure that the solenoid is not under pressure. Risk of injury! The maximum operating pressure is determined by the valve required.



Nominal Resitance 7.2 ohms 25 ohms



Total Stroke 4 mm




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* Solenoid energized (s = 0 mm)

53

59.2

2.9

32 45.5

8M

x0.7

5

2.2

74

70

4.5

28

35

6.25

9.9*

4

8

5.25

( ∅1.

5)

1: U = 100 % UN Reference temperature = 20 °C (22W)2: U = 90 % UN Reference temperature = 50 °C

Solenoid in operating temperature (15W)

The values refer to UN = 24VDC.With other nominal voltages deviations can occur.For curve 2 the solenoid has been mounted on a body 38 x 54.

F [N]

s [mm]

K01 1 5

1

2

130

120

110

100

90

80

70

60

50

40

30

20

10

00 0.5 1 1.5 2 2.5 3 3.5 4

Accessories Plug HB0 Item No. A209.23133 (data sheet 5.400.039) Plug with integrated Item No. A803.25100 (data sheet 1.1-300)

Plug grey Item No. E209.21101 Plug black Item No. E209.21102


manual override HB4.5

Dimensions

NSI S 35 V MCoil Execution NSI

Super S



Nominal Voltage UN

12 VDC 12

24 VDC 24


Configurator

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NSIS45V Solenoid Coil For NA6S Valve Family







Corrosion Protection: Salt spray test according to EN ISO 9227:≥ 1000 h








Description The NSIS45V is a switching solenoid. Its design corresponds to VDE standard 0580.The steel housing is zinc coated as a standard. Static pressure tightness is 5075 PSI (350 bar). All O-rings are Viton. The solenoids are fixed to the valve with four screws. Depending on the intended use, the solenoid can be supplied with a plug screw, or with integrated manual override. The connector plate corresponds to ISO 4400 and DIN 43650.

Function When the solenoid is energized with the specified nominal voltage, the armature moves from the starting position of its stroke (s = 5.5 mm) to the end position (s = 0 mm). The switching time is essentially dependent on the application. The power stroke characteristics are designed to suit the requirements of hydraulic valves. AC versions include an electronic rectifier integrated into the connector plate. In this way maximum performance is assured.

Application Essential for hydraulic directional and poppet valves. Due to the risk of overheating, the solenoid must never be used separately. The length of the assembly screws depend on the base material of the body. An O-ring is used for the valve seal. Information on screws and O-rings will be found in the data sheets relating to the valve types. Before changing the plug screw or the screw with integrated manual override, care must be taken to ensure that the solenoid is not under pressure. Risk of injury! The maximum operating pressure is determined by the valve required.






Total Stroke 5.5 mm



Weight of Solenoid 1.67 lb (0.76kg)

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Accessoires Plug HB0 Item No. A209.23133 (data sheet 1.1-300) Plug with integrated manual override HB6 Item No. 253.8001 (data sheet 1.1-300) Plug grey Item No. E209.21101 Plug black Item No. E209.21102 Rectifier Plug Grey Item No. 219.2105 Rectifier Plug Black Item No. 219.2106


* Solenoid energized (s= 0 mm)

8M

x0.7

5

54.5 2.2

64.2

74

4.9

26 55.5

84

5.5

5.5

35,36

45

6

11.2

10*

( ∅2)

6.5

9.8

13.6




The values refer to UN = 24VDC.With other nominal voltages deviations can occur.For curve 2 the solenoid has been mounted on a body 36 x 64.

F [N]

s [mm]

K0062

0 1 2 3 4 5

160

140

120

100

80

60

40

20

0

1

2

Dimensions

NSI S 45 V MCoil Execution NSI

Super S



Nominal Voltage UN

12 VDC 12

24 VDC 24


Configurator

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» M40 to Din VDE 0580 » Plug plate to ISO 4400 / DIN 43650» Protection class IP 65














Description The SIS45DV-M40 is a switching solenoid. Its design corresponds to VDE standard 0580. The steel housing has a zinc coated finish as standard. Static pressure tightness is 350 bars. All o-rings are Viton. The solenoids are fixed to the valve with eight screws. The solenoid will be supplied with a plug screw as standard, or depending on the intended use, with integrated manual override. The connector plate corresponds to ISO 4400 and DIN 43650.

Function When the solenoid is energised with the specified nominal voltage, the armature moves from the starting position of its stroke (s = 5,5 mm) to the end position (s = 0 mm). The switching time is essentially dependent on the application. The power-stroke characteristics are designed to suit the requirements of hydraulic valves. AC versions include an electronic rectifier integrated into the connector plate. In this way maximum performance is assured.

Application Essential for hydraulic poppet valves. Because of the risk of overheating, the solenoid must never be used separately. The lenght of the fixing screws epends on the base material of the body. An o-ring is used for the valve seal. Information on screws and o-rings will be found in the data sheets relating to the valves concerned. Before changing the plug screw or the screw with integrated manual override, care must be taken to ensure that the solenoid is notunder pressure. Risk of injury! The maximum operating pressure is determinded by the valve actually used.Risk of injury! The maximum operating pressures determined by the valve type actually required.




Inductivity 17 mH


Total Stroke 2.5 mm

Working Stroke 1 mm



NSIS45DV-M40 Solenoid Coil For NA6S43 Valve Family

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NSIS45DV-M40 Solenoid Coil For NA6S43 Valve Family


Solenoids

Wandfluh AG Tel. +41 33 672 72 72 E-mail: [email protected] Illustrations not obligatory Data sheet no. Postfach Fax +41 33 672 72 12 Internet: www.wandfluh.com Data subject to change 1.1-127E 1/2 CH-3714 Frutigen Edition 06 20

type code SI S 45D V - - M40 - #

Solenoid, Industrial executionSuperDouble solenoid, 45mmSolenoid completly pottedNominal voltage UN 12 VDC G12 115 VAC R115 ∗ 24 VDC G24 230 VAC R230 ∗

AC = 50 to 60 Hz∗ Rectifier integrated in the plug plateOther nominal voltages and nominal power on request

Special sealing against the valve

with mounted screw plug (data sheet 1.1-300) HB0with mounted manual override (data sheet 1.1-300) HB6with mounted special manual override (data sheet 1.1-310) H...

Design-Index (Subject to change)

dimensions

solenoid sis45dV-…-m40to Vde 0580plug plate to iso 4400 / din 43650protection class ip65

descRiptionThe SIS45DV-M40 is a switching solenoid. Its design corresponds to VDE standard 0580. The steel housing has a zinc coated finish as standard. Static pressure tightness is 350 bars. All o-rings are Viton. The solenoids are fixed to the valve with eight screws. The solenoid will be supplied with a plug screw as standard, or depending on the intended use, with integrated manual override. The connector plate corre-sponds to ISO 4400 and DIN 43650.

functionWhen the solenoid is energised with the speci-fied nominal voltage, the armature moves from the starting position of its stroke (s = 5,5 mm) to the end position (s = 0 mm). The switching time is essentially dependent on the application. The power-stroke characteristics are designed to suit the requirements of hydraulic valves. AC versions include an electronic rectifier integrated into the connector plate. In this way maximum performance is assured.

AppLicAtionEssential for hydraulic poppet valves. Because of the risk of overheating, the solenoid must never be used separately. The lenght of the fixing screws depends on the base material of the body. An o-ring is used for the valve seal. Information on screws and o-rings will be found in the data sheets relating to the valves concerned. Before changing the plug screw or the screw with integrated manual override, care must be taken to ensure that the solenoid is not under pressure. Risk of injury! The maximum operating pressure is determinded by the valve actually used.

* Solenoid energised (s= 0 mm)

64,2 2,23,5

74

4,9

26

130

91 101,

5

35,36

45

5,5

10*

9

9,8

6,8

5,5

( ∅2)

10

20

Solenoids

Wandfluh AG Tel. +41 33 672 72 72 E-mail: [email protected] Illustrations not obligatory Data sheet no. Postfach Fax +41 33 672 72 12 Internet: www.wandfluh.com Data subject to change 1.1-127E 2/2 CH-3714 Frutigen Edition 06 20

AccessoiRes

cHARActeRisticsStatic pressure tightness 350 bar (seal diameter of valve max. 25 mm) With seal diameter of valve = 26 mm: Static pressure tightness = 315 bar Coil winding insulation class HConnection / Power supply Over device plug connection to ISO 4400 / DIN 43650, (2P+E), other connections on request.Protection class EN 60 529 IP65Relative duty factor 100 %Reference temperature 50 °CSeal Viton, other on requestFluid Mineral oil, other fluid on requestSwitching cycles 15 000/hMounting screws 8 x M5 (Quality 8.8)Housing Zinc coated steel housing, other surface treatments on request.

dc AcTotale stroke (mm) 5,5 5,5Working stroke (mm) 2,5 2,5Nominal power (W) 60 (VA) 70Armature weight (kg) 0,044 0,044Solenoid weight (kg) 1,650 1,650Voltage range (VDC) 10-250 (VAC) 80-250 ∗

∗ For AC voltages below 80 VAC DC solenoids plus rectifier plugs are available. 21 VDC to 24 VAC 32 VDC to 36 VAC 36 VDC to 42 VAC 42 VDC to 48 VAC

pARts List

Plug HB0 * Article No. 239.2033

Plug with integrated manual override HB6 * Article No. 253.8001 * acc. data sheet 1.1-300

Special manual override see data sheet 1.1-310

Plug grey Article No. 219.2001Plug black Article No. 219.2002 Rectifier plug grey Article No. 219.2105Rectifier plug black Article No. 219.2106

1: U = 100 % UN Reference temperature = 20 °C (30W)2: U = 90 % UN Reference temperature = 50 °C Solenoid in operating temperature (19W)The values refer to UN = 24 VDC. With other nominal voltages deviations can occur.For curve 2 the solenoids has been mounted on a body 46 x 92 x 64.

12Vdc 24Vdc 115VAc 230VAcNominal resistance (Ω) 5 21,8 445 1'400Number of windings (-) 770 1’560 7’000 13’000Inductivity (mH) 10 41

Technical explanation see data sheet 1.1-400

peRfoRmAncesF = f (s) Force-stroke characteristics (Valid for single coil)


10 212.0506 Washer 20 160.6456 O-ring ID 15,60 x 1,78

s [mm]

F [N]K0062

0 1 2 3 4 5

160

140

120

100

80

60

40

20

0

1

2

Dimensions

NSI S 45D V M40 - OCoil Execution NSI

Super S

Housing Size 45 mm 45D


Nominal Voltage UN

12 VDC 12

24 VDC 24

Special sealing against the valve M40

Manual Override with mounted screw plug O

Configurator

AccessoriesPlug HB0 Item No. A209.23133 (data sheet

5.400.039)

Plug with integrated manual override HB6

Item No. 253.8001 (data sheet 5.400.039)

Special manual override See data sheet (data sheet 5.400.040)

Plug grey Item No. E209.21101

Plug black Item No. E209.21102

Rectifier plug grey Item No. 219.2105

Rectifier plug black Item No. 219.2106


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SpecificationsCoil Winding Insulation class: H (180 °C)













Nominal Power

Limiting Power

Nominal Resistance

Inductivity

Number of Windings

Total Stroke

Working Stroke

Armature Weight

Weight of Solenoid

U = 12 VDC U = 24 VDC U=125 VDC U = 115 VAC U = 230 VAC

40 watts 46 VA

13 watts

4 ohms 16.5 ohms 400 ohms 260 ohms 920 ohms

17 mH 65 mH 1625 – –

780 1580 7760 5930 11400

8.5 mm

4 mm

0.22 lb (0.102 kg)

4.18 lb (1.9 kg)

Description The NSIS60V is a switching solenoid. Its design corresponds to VDE standard 0580. The steel housing is zinc coated as a standard. Static pressure tightness is 5076 psi (350 bar). All O-rings are Viton. The solenoids are fixed to the valve with four screws. Depending on the intended use, the solenoid can be supplied with a plug screw or with integrated manual override. The connector plate corresponds to ISO 4400 and DIN 43650.

Function When the solenoid is energized with the specified nominal voltage, the armature moves from the starting position of its stroke (s = 8.5 mm) to the end position (s = 0 mm). The switching time is essentially dependent on the application. The power stroke characteristics are designed to suit the requirements of hydraulic valves. AC versions include an electronic rectifier integrated into the connector plate. In this way maximum performance is assured.

Application Essential for hydraulic directional and poppet valves. Due to the risk of overheating, the solenoid must never be used separately. The length of the assembly screws depends on the base material of the body. An O-ring is used for the valve seal. Information on screws and O-rings will be found in the data sheets relating to the valve types. Before changing the plug screw or the screw with integrated manual override, care must be taken to ensure that the solenoid is not under pressure. Risk of injury! The maximum operating pressure is determined by the valve required.


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* Solenoid energized (s = 0 mm)

0.3

81.5

85

2.2

8M

x0.7

5

20

4.9

70.5

99

32

48.08

60

6.5

11.5

10*

8(∅

2)

6.8

15.5

Dimensions




The values refer to UN = 24VDC.With other nominal voltages deviations can occur.For curve 2 the solenoid has been mounted on a body 62 x 93

F [N]

s [mm]

350

300

250

200

150

100

50

00 2 4 6 8 10

K0061

12

Coil Execution NSI

Super S



Nominal Voltage UN

12 VDC 12

24 VDC 24


Configurator NSI S 60 V M

Accessoires Plug HB0 Item No. A209.23133 (data sheet 1.1-300) Plug with integrated manual override HB8.5 Item No. 253.8001 (data sheet 1.1-300) Plug grey Item No. E209.21101 Plug black Item No. E209.21102 Rectifier Plug Grey Item No. 219.2105 Rectifier Plug Black Item No. 219.2106


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NS45W Solenoid Coil For NQPU16 Valve Family

» Din VDE 0580» Protection class IP 65 / 67 / 69K

SpecificationsCoil Winding Insulation class: H (180 °C)






Description The slip-on solenoid coil NS45W23 is available in three different connection versions (see type code). The construction corresponds to the VDE 0580 standard. The housing is made of steel (zinc-/nickel-coated), the connector socket is made of plastic material.





Limiting Current

Nominal Power

Limiting Power

Nominal Resistance

Number of Windings

Weight of Solenoid

U = 12 VDC U = 24 VDC

IG = 1,560 mA IG = 780 mA

28 watts

18 watts

5.3 ohms 20.6 ohms

700 1330

0.79 lb (0.36 kg)

NS45 W 23 50 -

Coil Execution NS45



ConnectionExecution





24 VDC 24

Configurator

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NS45W Solenoid Coil For NQPU16 Valve Family

Execution: NS45W23D50• 3-poles 2 P+E • Protection class IP 65 with corresponding mating connector


Execution: NS45W23J50• 2-poles 2P • Only for UN ≤ 75 VDC • Protection class IP 66 with corresponding mating connector


Execution: NS45W23G50• 2-poles 2P • only for UN ≤ 75 VDC • Protection class IP 67 and 69 K with corresponding mating


50

56.2ø45

ø23

63.2

50

65

50



Features

• Din-rail, direct valve mount and mobile configurations

• Included configuration software

• Available USB interface


Norgren’s electronics are used to control current at the valve for highly sensitive movement and low-hysteresis. Our electronic controllers/amplifiers utilize pulse width modulation and superimposed dither signal to control solenoid positions precisely. Parameters for controllers with SSI or optional digital USB interface can be adjusted through Norgren’s included parameterization software.

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Digital Amplifier NSD7

» For 1 proportional or switching solenoid» With cable outlet for free choice of the valve connection plug» Max. 4 analog differential inputs » Max. 8 digital inputs » Fixed command values

Technical Data

Description Digital amplifier module for installation on dome rail for controlling proportional or switching valves with one or two solenoids. The parameterisation takes place by means of menu-controlled parameterisation and diagnostics software «PASO» from Norgren (USB interface) or optionally with a manual operation on the front panel. Separate ramps for up and down as well as fixed adjustable command values are integrated in the amplifier module as standard. The electronics are optionally available with different fieldbus interfaces.

Function The amplifier module has one, resp., two Pulse-Width-Modulated current outputs with superimposed dither signal. The solenoid outputs can also be parameterised for switching solenoids. The analog and digital inputs as well as the digital outputs can be programmed individually. With this device control tasks can be solved in a very simple manner. The fieldbus connection enables reading the command value signal as well as the parameterisation directly via the fieldbus.

Application As snap-on module, the amplifier module is mainly utilized in the industrial field. The module can be mounted on dome-rails. The connection with terminal screws enables commissioning without special tools in a short time. The amplifier module is particularly suitable for applications with additional functions such as ramps, fixed command values, etc. Customer specific requirements can be implemented in a simple manner.

Execution: Module for control cubicle, housing made of plastic

Dimensions:See drawing page 2

Ambient Temperature:-4...+158 °F (-20...+70 °C)

Installation:35 mm domerail according to EN60715

Connections:Screw terminals: max. cable cross-section 2.5 mm2 Protection Class:IP 67 acc. to EN 60 529

Residual Ripple: <10%

Fuse: Low

No-load Current: Approx. 40 mA

Resolution: 10-bit (analog inputs 1 and 2) 16-bit (analog inputs 3 and 4)

Temperature Drift: <1 % at ΔT = 40 °C

Serial Interface: USB (plug type B) for parameterising with «PASO»

Weight:

Max. Current Consumption:No-load current + 1.8 A per solenoid (with 24 VDC) No-load current + 2.3 A per solenoid (with 12 VDC)

Command Value Signal: Selectable by means of software Input 1 and 2 Differential Input not galvanically separated for ground potential difference up to 1.5 V 4…+20 mA / 0…+20 mA 0…+10 V (1- or 2-solenoid version) -10…+10 V (2-solenoid version only) Input 3 (option): Galvanically separated for HART signal

Analog Output: Enhanced amplifier: Voltage output ± 10 VDC Max. output current ± 3 mA

Enhanced amplifier with HART: Current output 0…20 mA Max. output voltage 12 VDC

Input Resistance: Voltage input »18 kΩ Load for current input = 250 Ω Stabilised Output Voltage: 10 VDC (with 24 VDC) 8 VDC (with 12 VDC) Max. load 30 mA

Fieldbus (option) • Device receptacle DSUB, 9-pole,

CANopen, J1939, Profibus • Screw terminals HART • Bus topology Line, differential

signal transmission • Potential separation 500 VDC

Solenoid current: • Minimal current Imin Adjustable 0…950 mA Factory setting 150 mA

• Maximal current Imax Adjustable Imin…1,8 A (with 24 VDC) Imin…2,3 A (with 12 VDC) Factory setting 700 mA

Dither: Frequency adjustable 20…500 Hz Factory setting 100 Hz Level adjustable 0…400 mA Factory setting 100 mA

Digital inputs: Switching threshold high 6…30 VDC Switching threshold low 0…1 VDC Digital input 5 – 7 can be used as frequency input (frequencies 0…5 kHz) and as PWM input (automatic frequency recognition)

Digital Outputs: Low-Side-Switch: Umax = 40 VDC Imax = -700 mA

EMV: Immunity EN 61 000-6-2 Emission EN 61 000-6-4

» For snapping on to dome rail » Adjustable via PC (Optional: manual operation on front panel) » Interface: - Profibus DP - CANopen / J1939 - HART

130 g

220 g

220 g

240 g

Basic amplifer analog

Basic amplifer fieldbus

Enhanced amplifier analog

Enhanced amplifier fiieldbus

Supply Voltage Voltage Range

24 VDC 21...30 V 12 VDC 10.5...15 V

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NS D7 A 3 2 Configurator

The parameterization cable is not included in the delivery (commercially available USB cable, plug type A to plug type B). The amplifier module can be configured by means of Norgren‘s included parameterization software through the USB-interface. In addition, the parameterization software makes a data analysis possible. Optionally the amplifier module is equipped with a manual operation, which enables the setting of the most important parameters by means of rotary selector switch and push-buttons and therefore makes a commissioning of the amplifier module possible without a PC.

Control Cubicle NS

Digital D7

Optional Fieldbus Without fieldbus A

Adjustable with PASO and manual operation 3

Adjustable with Basic Amplifier 0

Enhanced Amplifier 5

Number of Solenoids 2-solenoid Version 2

Supply Voltage12 VDC D12

24 VDC D24

Amplifier

Basic Amplifier without HART Analog input 1 and 2: 10 Bit Resolution A

Basic Amplifier with HART Analog input 1 and 2: 10-bit resolution Analog input 3: 16-bit resolution

B

Enhanced Amplifier Analog input 1 and 2: 10-bit resolution Analog input 3: 16-bit resolution

B

Inputs

Basic Amplifer

Analog input 1 and 2 both current Analog input 3 always current (with HART only)

2

Enhanced AmpliferAnalog input 1 and 3: both voltage Analog input 2 and 4: both current

4

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Command value scaling The command value can be applied as a voltage, current or digital signal, or via fieldbus. For every command value, the input utilized can be selected. The scaling takes place via the parameters «Interface» and «Reference». Furthermore every command value can be monitored for a cable break (except for voltage and digital signal). For every command value a dead band can also be set. Optionally one can operate with two command values. The characteristic of these command values can be adjusted.

Fixed command values • For the Basic amplifier, 3 fixed command values are available, which can be selected via 2 digital inputs. • For the Enhanced amplifier, 7 fixed command values are available, which can be selected via 3 digital inputs.

Command value generator For each solenoid output two linear ramps for up and down are available which can be adjusted separately.

HOLD command value (fieldbus only) If via Profibus DP the device is put into the «HOLD» state, the respective command value is activated.

Valve type Here the mode of operation is set. It is also possible to select whether proportional or switching solenoids are to be controlled.

Mode of operation «Command value unipolar (1-sol)» Dependent on a unipolar command value signal (voltage, current), the solenoid is driven (e.g. 0...10V correspond to 0...100% command value, 0...100% command value correspond to Imin...Imax solenoid driver 1).

Mode of operation «Command value unipolar (2-sol)» Dependent on a unipolar command value signal (voltage, current), according to the signal level one of the two solenoids is driven. The switching threshold between the two solenoids as standard is in the middle of the values range of the command value signal (e.g. 0….10V correspond to -100….+100 % command value, -100....0 % command value correspond to Imin….Imax solenoid driver 2, 0….+100 % command value correspond to Imin….Imax solenoid driver 1).

Mode of operation «Command value bipolar (2-sol)» Dependent on a bipolar command value signal (voltage), according to the signal level one of the two solenoids is driven. The switching threshold between the two solenoids as standard is at 0V (e.g. -10….+10V correspond to -100….+100 % command value, -100…0 % command value correspond to Imin….Imax solenoid driver 2, 0….+100 % command value correspond to Imin….Imax solenoid driver 1).

Mode of operation «Command value unipolar (2-sol with DigInp)» Dependent on a unipolar command value signal (voltage, current), the solenoid is driven by solenoid driver 1, when the selected digital input is «not activated», resp. the solenoid by the solenoid driver 2, when the selected digital input is «activated» (e.g. 0….10V correspond to 0….100 % command value, 0....100 % command value correspond to Imin….Imax solenoid driver 1 or 2).

Signal recording The NSD7 amplifier module has a signal recording function. This, by means of PASO, enables the recording of various system signals, such as command value, solenoid currents, etc., which can be represented on a common time axis.

Solenoid driver Two Pulse-Width-Modulated current outputs are available. To each output, a dither signal is superimposed, whereas dither frequency and dither level can be adjusted separately. For each output, the minimum (Imin) and maximum (Imax) current can be adjusted separately. The solenoid outputs can also be configurated as switching outputs. Therewith for each output a power reduction can be adjusted separately.

Optimization of characteristic curve A characteristic curve adjustable per solenoid «Command value input – solenoid current output» enables an optimized (e.g., linearized) characteristic of the hydraulic system.

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Block Diagram Basic Amplifier

Microcontroller

FEPROMRAM

EEPROM

DCDC

X1-5

X1-6

X1-7

+

-

LEDgreen

A

D

A

D

+-

X1-9

X1-10-

+

+-

X1-11

X1-12-

+

X1-1

X1-2

X1-8

UIPWM

A/D

X1-15

X1-16

UIPWM

A/D

X1-13

X1-14

X1-3

X1-4

USB see "Pin Assignment"

X2

+-

X1-21

X1-22-

+(Option)Analogue input 3 • current• HART

HART

X4Fieldbus (option)• CAN / S1939• Profibussee "Pin Assignment"

Option

LED red

LED yellow

Supply voltage

Stabilisedoutput voltage

Analogue input 1voltage

Analogue input 2current

Digital input 1

Digital input 2

Analogue ground

Solenoid A

Solenoid B

Digital output 1

Digital output 2

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* x = P only 0...10VDC possible

Configuration Analog inputs Basic amplifier

Type designation Analog input 1 Analog input 2

Voltage Current

Voltage Voltage*

Current Current

Configuration Analog inputs Enhanced amplifier

Type designation Analog inputs

Nr. 1 Nr. 2 Nr. 3 Nr. 4

Voltage Current Voltage Current

Voltage Voltage* Voltage Voltage

Current Current Current Current

Voltage Voltage* Current Current

Current Current Voltage Voltage

Configuration Analog inputs Basic amplifier HART


Nr. 1 Nr. 2 Nr. 3

Voltage Current Current

Voltage Voltage Current

Current Current Current

Configuration Analog inputs Enhanced amplifier HART


Nr. 1 Nr. 2 Nr. 3 Nr. 4

Voltage Current Current Current

Voltage Voltage Current Voltage

Current Current Current Current

Voltage Voltage Current Current

Current Current Current Voltage

NSD70A0

NSD70A1NSD70A2

NSD70B0

NSD70B1NSD70B1

NSD735B4

NSD735B5NSD735B6

NSD735B7

NSD735B8

NSD7H35B4NSD7H35B4

NSD7H35B5

NSD7H35B6

NSD7H35B7

NSD7H35B8

Function Description

HOLD Fieldbus onlyCommand

value

Commandvalue 1

Commandvalue 2

DigInp

Selection

Enable

Enable

Error

Error

Error

Number Enable Solenoid 2

Solenoid output

Solenoid output

Current measurement

Current measurement

DigInp DigInp DigInp

DigInp

DigInp

Fixedcommand

valuesValvetype

Commandvalue

Scaling

Commandvalue

generator

Solenoiddriver 2

Solenoiddriver 1

The amplifier module can be configured by means of Norgren’s included parameterisation software through the USB-interface. In addition, the parameterisation software makes a data analysis possible. Optionally the amplifier module is equipped with a manual operation, which enables the setting of the most important parameters by means of rotary selector switch and push-buttons and therefore makes a commissioning of the amplifier module possible without a PC.

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Block Diagram Enhanced Amplifier

LED red

LED yellow

DCDC

X1-5

X1-6

X1-7

Supplyvoltage

Stabilised outputvoltage

+

0 VDCLEDgreen

X1-9

X1-10-

+Analogue input 1

X1-11

X1-12-

+Analogue input 2

X1-1Digital input 1

X1-2Digital input 2

Solenoid A

UI

X1-15

X1-16

Solenoid B

UI

X1-13

X1-14

Digital output 1X1-3

Digital output 2X1-4

Microcontroller

FEPROMRAM

EEPROM

PWM

A/D

PWM

A/D

+-

+-

A

Digital output 3

Digital output 4

-Analogue input 3

-

+Analogue input 4

+-

+-

A

D

10-Bit

16-Bit


Ref

SPI

Digital input 3

Digital input 4

Digital input 5

Digital input 6

Digital input 7

Digital input 8

SPIA

D12-Bit

Analogue output

Ref

Analogue groundX1-8

Analogue ground

X1-17

X1-18

X1-19

X1-20

X1-21

X1-22

X1-31

X1-25

X1-26

X1-27

X1-28

+

X1-32

X1-30

X1-23

X1-24

Digital ground

FEPROMRAM

EEPROM

X1-29

X4Fieldbus (Option)• CAN / S1939• Profibussee "Pin Assignment"

USB see "Pin Assignment"

X2

Option

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Block Diagram Enhanced Amplifier with HART

DCDC

X1-5

X1-6

X1-7

+

0 VDCLEDgreen

X1-9

X1-10-

+

X1-11

X1-12-

+

X1-1

X1-2

UI

X1-15

X1-16

UI

X1-13

X1-14

X1-3

X1-4

Microcontroller

FEPROMRAM

EEPROM

PWM

A/D

PWM

A/D

+-

+-

A

D

-

-

+

+-

+-

A

D

10-Bit

16-Bit

Ref

SPI

HART

A

D12-Bit

Ref

X1-8

X1-19

X1-20

X1-21

X1-22

X1-23

X1-24

+

X1-17 +

X1-18 -A

H-GND

H-GND

H

A

D16-Bit

X2 USB see "Pin Assignment"

LED red

LED yellow

Supplyvoltage


Analogue input 1

Analogue input 2

Digital input 1

Digital input 2

Solenoid A

Solenoid B

Digital output 1

Digital output 2

Analogue input 3

Analogue input 4

Digital input 3

Digital input 4

Analogue output

Analogue ground

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Connection Example Basic Amplifier

Mode of operation „Command value unipolar (2-sol)“ or „Command value unipolar (2-sol with DigInp)“

Supply voltage +Supply voltage -

Command value presetwith potentiometeron analogue input 1

Enableon digital input 1

Solenoid B activeOnly with mode of operation«command value unipolar(2-Sol with DigInp)»on digital input 2

Fuse Solenoid A

Error active/Solenoid A active

Solenoid B active

Solenoid B

on Digital input 1

Supply voltage +

on Digital input 2


Command value preset 1with potentiometeron analogue input 1


Enableon Digital input 1

Fuse Solenoid A


Solenoid B active

Solenoid B

on Digital input 1

Supply voltage +

on Digital input 2

OptionCommand value presetand enable via fieldbus

X4FieldbusMaster

HARTMaster X1-22

X1-21OptionCommand value presetand enable via HART


FieldbusMaster X4

HARTMaster X1-22


Option

Option



Enableon digital input 1

Solenoid B activeOnly with mode of operation«command value unipolar(2-Sol with DigInp)»on digital input 2

Fuse Solenoid A


Solenoid B active

Solenoid B

on Digital input 1

Supply voltage +

on Digital input 2





Fuse Solenoid A


Solenoid B active

Solenoid B

on Digital input 1

Supply voltage +

on Digital input 2


X4FieldbusMaster

HARTMaster X1-22



FieldbusMaster X4

HARTMaster X1-22


Option

Option

Mode of operation „Command value unipolar (1-sol)“

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Connection Example Enhanced Amplifier

Connection Example Enhanced Amplifier with HARTMode of operation „Command value unipolar (2-sol)“ or „Command value unipolar (2-sol with DigInp)“

Mode of operation „Command value unipolar (2-sol)“ or „Command value unipolar (2-sol with DigInp)“

Ramp off

Fixed command value 1Fixed command value 2Fixed command value 4

Disable solenoid ADisable solenoid B




Solenoid B active(only with mode of operation 5)on Digital input 4

Fuse Solenoid A


Solenoid B active

Solenoid B

on Digital input 5

on Digital input 6–8

on Digital input 1–2

on Digital input 1

Supply voltage +

on Digital input 2

X1-17

X1-18

X1-19

X1-20

X1-21

X1-22

X1-1

X1-2


FieldbusMaster X4

Option

X1-22X1-21

Solenoid B active

Solenoid A activeError active/

Solenoid A Solenoid BFuseSupply voltage +Supply voltage -

Supply voltage +

on Digital input 1

on Digital input 2

Command value presetand enable via HARTon analogue input 3

X1-5X1-6

X1-3

X1-4

X1-15X1-16

X1-13X1-14HART

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Type: Fieldbus

Type: NSD730 Type: NSD720 Type: NSD735

L

AB

CD

A B

C D45

AB

CD

1 2 3 45 6 7 8

13 14 15 169 10 11 12

ERRO

RFU

NCTIO

NSU

PPLY

FIEL

DBU

S X4

USB

L

AB

CD

A B

C D

Control cubicle module, plastic housing

Mounting on 35 mm dome rail according to EN 60715

Basic amplifier PIN-assignment X1

1 = Digital input 12 = Digital input 23 = Digital output 14 = Digital output 25 = Supply voltage +6 = Supply voltage 0 VDC7 = Stabilised output voltage8 = Analog ground9 = Analog input 1+10 = Analog input 1 -11 = Analog input 2+12 = Analog input 2 -13 = Output solenoid driver 2 +14 = Output solenoid driver 2 -15 = Output solenoid driver 1 +16 = Output solenoid driver 1 –21 = HART (option) Analog input 3 +22 = HART (option) Analog input 3 -

AdditionalEnhanced amplifier

17 = Digital input 318 = Digital input 419 = Digital input 520 = Digital input 621 = Digital input 722 = Digital input 823 = Digital output 324 = Digital output 425 = Analog input 3 +26 = Analog input 3 -27 = Analog input 4 +28 = Analog input 4 -29 = Digital ground30 = Analog ground31 = Stabilised output voltage32 = Analog output

USB-interface, USB Type B X2

1 = VBUS2 = D -3 = D+4 = GND

The parameterisation cable is not included in the delivery(commercially available USB cable, plug type A to plug type B)

Device receptacle CANopen, J1939 (male) X4 (option)

1 = Reserved 6 = Reserved2 = CANLow 7 = CANHigh3 = CANGnd 8 = Reserved4 = Reserved 9 = Reserved5 = CANShield

The mating connector (plug female, DSUB, 9-pole) is not included in the delivery.

Device receptacle Profibus (female) X4 (option)

1 = Reserved 6 = VP2 = Reserved 7 = Reserved3 = RxD / TxD - P 8 = RxD / TxD - N4 = Reserved 9 = Reserved5 = DGND

The mating connector (plug male, DSUB, 9-pole) is not included in the delivery.

1 2 3 45 6 7 8

13 14 15 169 1011 12

ER

RO

RFU

NC

TIO

NS

UPP

LY

17 18 19 2021 22 23 24

FIE

LDB

US

X4

293031 32252627 28

USB

54321

9876

2

14

3

12345

6789

12345

6789

54321

9876

12345

6789

Enhanced amplifierwith HART

17 = Analog output +18 = Analog output -19 = Digital input 320 = Digital input 421 = Analog input 3 + HART22 = Analog input 3 - HART23 = Analog input 4 +24 = Analog input 4 -

Dimensions

Connector Wiring Diagram / Pin Assignment

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NPD2 Digital Amplifier Electronics

» For 1 proportional or switching solenoid» With cable outlet for free choice of the valve connection plug» Protection class IP 67» 1 analog input» 1 digital input

Technical Data

Description Norgren‘s NPD2 Amplifier with cable outlet allows for your choice of the connection plug such as DIN EN 175301-803/ISO 4400, AMP Junior Timer or Deutsch DT04-2P. Protection class IP67. The connection and solenoid cable are mounted fixed in the device. The voltage range enables the control of 12 VDC and 24VDC devices. The amplifier is also available mounted directly on the solenoid.

Function The electronics has a Pulse-Width-Modulated current output. The solenoid output can also be parameterised for switching solenoids. Configuration can be carried out directly on the device by means of push-buttons and display, or through Norgren‘s included parameterisation and diagnostics software.

Application Due to its water spray resistant connection, the amplifier is suitable for challenging environments. NPD2‘s easy connection enables assembly and commissioning with conventional tools. All settings can be carried out easily and quickly using its integrated buttons and display.

Designation: With cable outlet for free choice of the valve connection plug

Dimensions:See drawing page 2

Ambient Temperature:-40...+85 °C, -40...+185 °F

Installation:2 screws M3x20, tightening torque 0.1 Nm

Connection:

Protection Class:IP 67 acc. to EN 60 529

Supply Voltage: 8…32 V

Residual Ripple: < +/-5 %

Fuse: Low

No-load Current:Approx. 20 mA

Max. Current Consumption:No-load current + 2.5 A per solenoid

*Analog Input:1 input non-differentialVoltage / current (switchable by means of parameter)0...+/- 10V or 0/4...20mA

Dither:Frequency adjustable 4…500 HzFactory setting 80 HzLevel adjustable 0…400 mAFactory setting 180 mA

Resolution:10-bit

USB interface:Via digital inputRequires the Norgren USB adapter

Input Resistance:Voltage input »100 kΩ(Input current < 5 mA)Load for current input = 124 Ω

Stabilized Output Voltage:5 VDC Max. load 20 mA

Solenoid Current:Minimal current lmin: Adjustable 0…Imax mAFactory setting 150 mAMaximal current lmax: Adjustable Imin…2450mAFactory setting 700 mA

Temperature Drift:<1 % at ΔT = 40 °C

Digital Inputs:1 input high-active, no pull-up/downSwitching threshold high 6...32 VDCSwitching threshold low 0…1 VDCUsable as frequency input(frequency 5...5000 Hz) and as PWM input(automatic frequency recognition)

EMV:Immunity EN 61 000-6-2Emission EN 61 000-6-4

5 x 0.34 mm2,Exterior coating PVClength = 1.5 m or 7.5 m

2 x 0.34 mm2,Exterior coating PVClength = 0.5 m

Via connection«Digital input»requires the Norgren USB adapter NPD2

Connection Cable

Solenoid Cable

USB interface

» Interface: - analog - CANopen / J1939» Adjustable with pushbuttons and display directly on the device or via PC

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NP D2 A 3 0 1 D8 0 A 15Configurator

Block Diagram

Analog Interface CANopen Interface

Control Cubicle NP

Digital D2


Adjustable with PASO and manual operation 3



Supply Voltage 8...32 VDC D8

10-bit resolution 0

Analog Input Voltage / current (not for fieldbus) A

Connection Cable Length 15 cm 15

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Dimensions4/3 way spool valve (spring centered)

Connector AssignmentConection cable (X1)

1 brown2 green3 white

4 yellow5 gray

1 brown

2 white1 = + VCC2 = Command value

3 = Dig Inp4 = Stab out

5 = GND1 = Solenoid +2 = Solenoid -

Accessories

USB-adapter NPD2Incl. USB-cable, type A-B, 1.8 m(for parameterrisation via PC)

Item No. N018271

Start-upInformation regarding installation and commissioning are contained in the information leaflet supplied with the amplifier electronics and in the operating instructions.Additional information can be found on our website: www.norgren.com

Free-of-charge download:• «NPD2» Parameterisation software• Operating instruction (*.pdf)

AdjustmentsThe NPD2 electronics have push-buttons and a 7 segment display which enable setting the most important parameters. In addition, the digital input can be used as a communication interface, through which, by means of Norgren’s included parameterisation software, the complete parameterisation and diagnostics can be carried out. For this, Norgren USB-NPD2 adapter is required. (not included in the delivery)Important: During the communication, the digital input cannot be used.

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Function Description

NPD2 Amplifier FunctionCommand Value ScalingThe command value can be applied as a voltage, current, digital, frequency or PWM signal. The scaling takes place via the parameter "Interface”. Furthermore, the command value can be monitored for a cable break. A dead band can also be set.

Fixed Command ValueThere is 1 fixed command value available, which can be selectedvia the digital input. This function has to be configurated beforein parameterization software.

Ramp GeneratorTwo linear ramps for up and down are available which can beadjusted separately.

Valve TypeAdjustment possibilities: switching solenoid or proportional solenoid.

Mode of Operation, Command value unipolar/bipolar (1-Sol)Dependent on a command value signal (voltage, current, digital, frequency or PWM), (CAN-bus, digital, frequency or PWM), the solenoid is driven (e.g. 0….10V correspond to 0 to 100% command value, 0 to +100% command value correspond to Imin….Imax solenoid driver), (e.g. 0….16383 CAN-commandcorrespond to 0….100% command value, 0….+100% commandvalue correspond to Imin….Imax solenoid driver)

Signal recordingFurthermore, the "NPD2“ amplifier electronics have a signalrecording function. This, by means of Norgren’s included parameterization software, enables the recording of various system signals, such as command value, solenoid current, etc., which can be represented on a common time axis.

Solenoid driverA Pulse-Width-Modulated current output is available. A dithersignal is superimposed, whereby the dither frequency and thedither level are separately adjustable. The minimum (Imin) andmaximum (Imax) current can be adjusted. The solenoid outputcan also be configurated as switching solenoid output. In thiscase, a power reduction can be adjusted. Optimization of characteristic curve An adjustable characteristic curve "Command value input – solenoid current output“ enables an optimised (e.g. linearised) characteristic of the hydraulic system.

Channel enablingAs per factory setting, devices with analog interface is enabled ("on“) CANbus interface devices be enabled via CANbus. This "enable channel“ can be set to "on“, "off“ or "external“ (digital input) via Norgren’s included parameterization software or via menu item.

Important!Digital input: If deenergised, not wired, the state is not definedAnalog input: If deenergised, the voltage input will read 1.11 V constantly

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NPD2 Amplifier

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Digital Amplifier Controller NMD2

» Robust construction for mobile applications

» For 4 or 8 proportional- or switching solenoids

» Plug-in connection suitable for mobile applications

» Protection class IP67

Technical DataExecution:Housing made of plasticConnections:Screw terminals-max. cable cross-section 2.5 mm2Weight: 1.11 lb (0.50 kg)Dimensions:153 x 57 x 147 (see dimensions)Ambient Temperature:-40...+185 °F (-40…+85 °C)Installation:On metallic surface, screwed onMating Connector:Plug (female) type SHS, 30-poles (not incl. in delivery)Plug (female) type SHS, 18-poles (for NMD2 «Enhanced» only, not incl. in delivery)Environmental Compatability:The material limit values from the RoHS-directive (2002/95/EC) and the ELV «end-of life vehicles directive» (2000/53/EC) are complied with.Protection Class:IP67 acc. to DIN / EN 60 529Supply Voltage:8...32 VDC (for logic part)Residual Ripple:<10 %Fuse:Slow-blowNo-load Current:Approx. 55 mAMax. Current Consumption:No-load current + 2 A per solenoidAnalog Inputs: • Voltage 0…+5 V / 0…+10 V / -10…+10 V• Current 4…20 mA / 0…+20 mA• Resolution Basic: Analogue inputs 1 and 2: 10-Bit resolutionEnhanced: Analogue inputs 1 to 4:16 bit resolution• Input resistance Voltage input » 18 k! Load for current input = 250 !

Stabilised Output Voltage:5 VDC Max. load 50 mASolenoid current:• Minimal current Imin Adjustable 0…950 mAFactory setting 150 mA• Maximal current Imax Adjustable Imin…2 A Factory setting 700 mA• Accumulated current limitation 10 AThe number of solenoids simultaneously supplied with current and their maximum current are dependent on the ambient temperature. Further information can be found in the operating instructions.Analog Output:Enhanced amplifier:Voltage output ± 10 VDCMax. output current ± 3 mAEnhanced amplifier with HART:Current output 0…20 mAMax. output voltage 12 VDCResolution:10-bit (analog inputs 1 and 2)16-bit (analog inputs 3 and 4)Input Resistance:Voltage input »18 kΩLoad for current input = 250 ΩStabilised Output Voltage:10 VDC (with 24 VDC)8 VDC (with 12 VDC)Max. load 30 mACANopen® Interface (optional): Two-wire line acc. to ISO 11898 differential signal transmissionBustopology:LineVoltage Separation:CANopen® to NMD2 500 VDCDither: Frequency adjustable 20…500 HzFactory-preset 100 HzAmplitude adjustable 0…400 mAFactory-preset 100 mATemperature Drift: <1 % at ΔT = 40 °C

Digital inputs:Switching threshold high 6…32 VDCSwitching threshold low 0…1 VDCUtilisable as frequency input (frequencies 0…5 kHz) and as PWM-input (automatic frequency identification)Digital Outputs: • High-Side-Switch• Maximum load 500 mA per output• Ramps adjustable 0…500 s• Serial interface USB (receptacle

type B) to set parameters with «PASO»

LED:Green: – is lit, when the NMD2 – electronics are ready for operation.– blinks twice, if the supply voltage is too low for the solenoid outputs.Red: – is lit, when an error has occurred The cause for the error can be indentified by means of the «PASO» - software.EMV:• Immunity EN 61 000-6-2• Emission EN 61 000-6-4• Road vehicles ISO 7637-2 and RL

2004/104/EC• Vibration / shock• Oscillation IEC 60 068-2-6• Single shock IEC 60 068-2-27• Continuous shock IEC 60 068-2-29

» Adjustable via PC» CANopen®-Connection » Available as amplifier or controller

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Configurator

The parameterization cable is not included in the delivery (commercially available USB cable, plug type A to plug type B). The amplifier module can be configured by means of the parameterization software through the USB-interface. In addition, the parameterization software makes a data analysis possible. Optionally the amplifier module is equipped with a manual operation, which enables the setting of the most important parameters by means of rotary selector switch and push-buttons and therefore makes a commissioning of the amplifier module possible without a PC.

Description Digital amplifi er electronics, with four or eight solenoid outputs. They are characterised by a robust and compact construction. The extensivesupply voltage range enables the driving of 12VDC- and 24VDC- devices. The parameterisation takes place through the menu controlled through Norgren‘s parameterisation and diagnostics software (USB-interface). The electronics are available as an amplifier and as a controller function with optional CANinterface (according to CANopen® DSP-408).

Function The electronics have four, resp., eight pulse width modulated current outputs with superimposed dither signal. The solenoid outputs can also be parameterised for black /white solenoids. The two, resp. four analogue- and digital inputs as well as the two digital outputs are individually programmable. With the device, control- and closed-circuit control tasks can very easily be solved. The CAN-connection enables the reading-in of command value- and feedback value signals as well as the parameterisation directly through the fieldbus.

Application As snap-on module, the amplifier module is mainly utilized in the industrial field. The module can be mounted on dome-rails. The connection with terminal screws enables commissioning without special tools in a short time. The amplifier module is particularly suitable for applications with additional functions such as ramps, fixed command values, etc. Customer specific requirements can be implemented in a simple manner.

NM D2 A 3 0 4 D8 A-3Mobile NM

Digital D2


Adjustable with PASO Software 3



Supply Voltage 8...32 VDC D8

Amplifier Basic Amplifier without HART Analog input 1 and 2: 10 Bit Resolution A

InputsBasic Amplifer

Analog input 1 and 2 both current Analog input 3 always current (with HART only)

3

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Command value scaling The command value can be applied as a voltage -, current -, digital -, frequency - or PWM-signal. For each command value the input utilized can be selected. The scaling takes place through the parameters «Interface» and «Reference». Furthermore each command value can be monitored for cable break (excepting the voltage - and digital signal). For each command value a dead band can be set.

Fixed command valuesThere are 7 fixed command values available, which can be selected through 3 digital inputs.

Command value generator Per solenoid output, two linear ramps separately settable for Up and Down are available.

Valve type Here the operating mode is set, when in open-loop controller mode. In addition it can be selected, whether proportional - or switching solenoids are to be driven.

Operating mode command value unipolar (1-solenoid)» The solenoid is driven in dependence of a unipolar command value signal (voltage, current, frequency or PWM) (e.g., 0...10V correspond to 0...100 % command value, 0...100 % command value correspond to Imin...Imax solenoid driver 1).

Operating mode command value unipolar (2-solenoids)» Depending on the signal level (voltage, current, frequency or PWM), one of the two solenoids is driven in dependence of a unipolar command value signal. The switching point between the two solenoids, as standard, is at the centre of the values range of the command value signal (e.g., 0...10V correspond to -100...+100 % command value, -100...0 % command value correspond to Imin...Imax solenoid driver 2, 0...+100 % command value correspond to Imin...Imax solenoid driver 1).

Operating mode command value bipolar (2-solenoids)» In dependence of a bipolar command value signal (voltage), according to the signal level, one of the two solenoids is driven. The changeover point between the two solenoids as standard is at 0V (e.g., -10...+10V correspond to -100...+100 % command value, -100...0 % command value correspond to Imin...Imax solenoid driver 2, 0...+100 % command value correspond to Imin...Imax solenoid driver 1).

Operating mode command value unipolar (2-solenoids with DigIn)» In dependence of a unipolar command signal (voltage, current, frequency or PWM) the solenoid is driven by the solenoid driver 1, if the selected digital input is «not activated», resp. the solenoid is driven by the solenoid driver 2, if the selected digital input is «activated» (e.g., 0...10V correspond to 0...100 % command value, 0...100 % command value correspond to Imin...Imax solenoid driver 1 or 2).

Solenoid driversFour (in case of the basic version) or eight (in case of the enhanced version) pulse width modulated current outputs are available. A dither signal is superimposed on the output, whereby the dither frequency and the dither level are separately adjustable. For each output the minimum (Imin) and the maximum (Imax) current can be separately set. The solenoid outputs are also configurable as switching outputs. In doing so,a power reduction can be separately set for each output.

Design The mobile electronics can be configured by means of the parameterization software through the USB-interface. In addition, the parameterisation software makes a data analysis possible, with integrated graphic signal recording. The software is supported by Windows 2000, Windows XP, Windows Vista and Windows 7.

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Block Diagram Basic Amplifier

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Dimensions

Assembly

Parameterisation software Refer to commissioning

Connection-Set for NMD2

«Basic» Item No. EN997.72100

- 1 pce mating connector 30-poles

- 50 pce crimp terminals

- 30 pce cavity filler plugs

Connection-Set for NMD2

«Enhanced»

Item No. EN997.72101



- 80 pce crimp terminals

- 50 pce cavity filler plugs

Mating connector Plug (female) type SHS 30-poles

Cinch Item No. EN0115830029

Mating connector Plug (female) type SHS 18-poles


Crimp terminal 0.8–1.0 mm2


Cavity filler plug Cinch Item No. EN00158000111

Tool (to open mating connector) Cinch Item No. EN11959116218

Item No. T909.08395

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Connector Wiring Diagram / Pin Assignment

Start-upInformation regarding installation and commissioning are contained in the information leaflet supplied with the amplifier electronics and in the operating instructions.Additional information can be found on our website: www.norgren.com

Free-of-charge download:• «PASO-NMD2» Parameterisation software• Operating instruction (*.pdf)

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K0930_e.ai

K0932_e.ai

Function

NMD2 AmplifierCommand Value Scaling:The command value can be applied as a voltage -, current -, digital -, frequency - or PWM-signal. For each command value the input utilized can be selected. The scaling takes place through the parameters «Interface» and «Reference». Furthermore each command value can be monitored for cable break (excepting the voltage - and digital signal). For each command value a dead band can be set.

Fixed Command Values:There are 7 fixed command values available, which can be selected through 3 digital inputs.

Command Value Generator:Per solenoid output, two linear ramps separately settable for Up and Down are available.

Valve Type:Here the operating mode is set, when in open-loop controller mode. In addition it can be selected, whether proportional - or switching solenoids are to be driven.

Operating Mode Command Value Unipolar (1-solenoid):The solenoid is driven in dependence of a unipolar command value signal (voltage, current, frequency or PWM) (e.g., 0...10V correspond to 0...100 % command value, 0...100 % command value correspond to Imin...Imax solenoid driver 1).

K0930_e.ai

K0932_e.ai

Operating Mode Command Value Unipolar (2-solenoids):Depending on the signal level (voltage, current, frequency or PWM), one of the two solenoids is driven in dependence of a unipolar commandvalue signal. The switching point between the two solenoids, as standard, is at the centre of the values range of the command value signal (e.g., 0...10V correspond to -100...+100 % command value, -100...0 % command value correspond to Imin...Imax solenoid driver 2, 0...+100 % command value correspond to Imin...Imax solenoid driver 1).

Operating Mode Command Value Bipolar (2-solenoids):In dependence of a bipolar command value signal (voltage), according to the signal level, one of the two solenoids is driven. The changeoverpoint between the two solenoids as standard is at 0V (e.g., -10...+10V correspond to -100...+100 % command value, -100...0 % command valuecorrespond to Imin...Imax solenoid driver 2, 0...+100 % command value correspond to Imin...Imax solenoid driver 1).

K0930_e.ai

K0932_e.ai

Design The mobile electronics can be configured by means of the parameterization software through the USB-interface. In addition, the parameterisation software makes a data analysis possible, with integrated graphic signal recording. The software is supported by Windows 2000, Windows XP, Windows Vista and Windows 7.

Description of NMD2 amplifer electronics

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Connection Example Basic AmplifierAmplifier module: NMD2 Basic (all analogue inputs voltage)

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Operating Mode Command Value Unipolar (2-solenoids with DigIn):In dependence of a unipolar command signal (voltage, current, frequency or PWM) the solenoid is driven by the solenoid driver 1, if the selected digital input is «not activated», resp. the solenoid is driven by the solenoid driver 2, if the selected digital input is «activated» (e.g., 0...10V correspond to 0...100 % command value, 0...100 % command value correspond to Imin...Imax solenoid driver 1 or 2).

Solenoid Drivers:Four (in case of the basic version) or eight (in case of the enhancedversion) pulse width modulated current outputs are available. A dithersignal is superimposed on the output, whereby the dither frequency andthe dither level are separately adjustable. For each output the minimum(Imin) and the maximum (Imax) current can be separately set. The solenoid outputs are also configurable as switching outputs. In doing so,a power reduction can be separately set for each output.

K0933_e.aiK0931_e.ai

Connection Example Basic Amplifier

K0933_e.ai

K0931_e.ai

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Amplifier module: NMD2 Basic (all analogue inputs voltage)

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Function

NMD2 AmplifierCommand Value Scaling:The command value can be applied as a voltage -, current -, digital -, frequency - or PWM-signal. For each command value the input utilised can be selected. The scaling takes place through the parameters «Interface» and «Reference». Furthermore each command value can be monitored for cable break (excepting the voltage - and digital signal). In the version with CAN-connection, the command value can also be digitally transmitted.Fixed Command Values:There are 7 fixed command values available, which can be selected through 3 digital inputs.Command Value Generator:In the open-loop controller modes, two linear ramps separately settable for Up and Down are available per solenoid output.In the closed-loop controller modes, a positive and a negative travelling speed are available.Valve Type:Here the operating mode is set, when in open-loop controller mode. In addition it can be selected, whether proportional - or switching solenoids are to be driven.Feedback value scaling The solenoid is driven in dependence of a unipolar command value signal (voltage, current, frequency or PWM) (e.g., 0...10V correspond to 0...100 % command value, 0...100 % command value correspond to Imin...Imax solenoid driver 1).Windows Available are a target -, contouring error - and solenoid-off window. Ineach window the threshold and the delay time can be adjusted.Controller Two (for the Basic version) or four (for the Enhanced version) controllercircuits are available. The following controller modes can be selected:

Controller mode 3 «Pressure / volume fl ow valve control»Driving of a pressure relief -, pressure control -, throttle - or fl ow controlvalve in the open control circuit (without feedback value return). Thenumber of solenoids that are driven is dependent on the selectedoperating mode.Controller mode 4 «Pressure / volume fl ow valve control (1-solenoid)»Driving of a 1-solenoid pressure relief -, pressure control -, throttle - orfl ow control valve in the closed control circuit (with feedback valuereturn). With it, only one solenoid can be driven (corresponds to thesolenoid driver 1).

Operating Mode Command Value Bipolar (2-solenoids):In dependence of a bipolar command value signal (voltage), according to the signal level, one of the two solenoids is driven. The changeoverpoint between the two solenoids as standard is at 0V (e.g., -10...+10V correspond to -100...+100 % command value, -100...0 % command valuecorrespond to Imin...Imax solenoid driver 2, 0...+100 % command value correspond to Imin...Imax solenoid driver 1).

N

N

Design

The mobile electronics can be configured by means of the parameterization software through the USB-interface. In addition, the parameterisation software makes a data analysis possible, with integrated graphic signal recording. The software is supported by Windows 2000, Windows XP, Windows Vista and Windows 7.

Description of NMD2 amplifer electronics

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Controller Mode 6 «Axis Position Controlled»Driving of a directional control valve in the open control circuit (without feedback value return). The number of solenoids that are driven is dependent on the selected operating mode.

Controller Mode 9 «Axis Position Controlled»Driving of a 2-solenoid directional control valve in the closed control circuit (with feedback value return). With it, two solenoids can be driven.

Controller Mode 9 «Axis Position Controlled»Driving of a 2-solenoid directional control valve in the closed control circuit (with feedback value return). With it, two solenoids can be driven.

Controller mode -6 «2-Point controller (1-solenoid)»Driving of a 1-solenoid valve with switching solenoid in the closed control circuit (with feedback value return). With it, only one solenoid can be driven (corresponds to the solenoid driver 1).

Controller mode -7 «2-Point controller (2-solenoids)»Driving of a 2-solenoid valve with switching solenoid, resp. of two 1-solenoid valves with switching solenoid in the closed control circuit (with feedback value return). With it, two solenoids can be driven.

Controller mode -8 «3-Point controller (2-solenoids)»Driving of a 2-solenoid valve with switching solenoid, resp., of two 1-solenoid valves with switching solenoid in the closed control circuit (with feedback value return). With it, two solenoids can be driven.

Valve typeHere the operating mode is set when in open-loop controller mode. In addition it can be selected, whether proportional - or switching solenoids are to be driven. A detailed description of the operating modes can be found in the section «Description of the NMD2-amplifier electronics», page 6.

Solenoid driversFour (in the basic version) or eight (in the enhanced version) pulse width modulated current outputs are available. A dither signal is superimposed on the output, whereby the dither frequency and the dither level areseparately adjustable. For each output the minimum (Imin) and the maximum (Imax) current can be separately set. The solenoid outputs are also confi gurable as switching outputs. In doing so, for each output a power reduction can be separately set.

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Selection of filter / recommendationIn the following table, the degrees of contamination (extract) in accordance with ISO 4406:1999 with number of particles/100 ml, as well as hydraulicvalve groups with the filter fineness recommended for them are indicated.

Hydraulic Fluids and Filtration

Contamination in hydraulic unitsOne differentiates between the following kinds of contamination:

Initial contamination:This contamination takes place during the erection and commissioning of the hydraulic units.(Dust, swarf, rust, hammer scale, packaging residues, etc.)

Contamination by new oil:The oil supplied by the oil supplier is often contaminated, therefore the oil definitely must be filtered before filling it into the unit.

Contamination during operation:Entry of dirt into the hydraulic tank due to insufficient ventilation, piston rod seals, etc.

Filter / degree of contaminationIn the Norgren product documentation, degrees of contamination and recommended filters are indicated as follows:Example: Maximum admissible degree of contamination ISO 4406:1999, class 18/16/13

Recommended filter with retention rate ß 6…10 ≥ 75

Contamination classesThe contaminations classes indicate how many particles of a certain size are contained in 100 ml of hydraulc fluid. Usually control- and proportionalvalves are the components most sensitive to contamination in the hydraulic unit. Therefore they determine the overall degree of contamination ofthe hydraulic oil. At the moment, 5 classification systems are available (ISO 4406:1999, resp. NAS 1638 , SAE, Mil. std. 1246A). In the Norgrenproduct documentation the maximum admissible degrees of contamination are indicated in classes in accordance with ISO 4406:1999.

Retention rate / beta - valueThe retention rate of a filter element is the measure for the separation capacity of the filter for defined particle sizes. It is defined by the beta-value(ß x) The ß x value is the ratio of all particles » x μm before the filter, to the particles » x μm after the filter.

Example: Filter element with retention rate ß 10 ≥ 75

Contamination level before the filter

Filter with retention rate Contamination level afterthe filter

Filtering

Wandfluh AG Tel. +41 33 672 72 72 E-mail: [email protected] Illustrations not obligatory Data sheet no.Postfach Fax +41 33 672 72 12 Internet: www.wandfluh.com Data subject to change 1.0-50E 1/1CH-3714 Frutigen Edition 17 01

CONTAMINATION IN HYDRAULIC UNITSOne differentiates between the following kinds of contamination:Initial contamination:This contamination takes place during the erection and commissioning of the hydraulic units. (Dust, swarf, rust, hammer scale, packaging residues, etc.)



FILTER / DEGREE OF CONTAMINATIONIn the Wandfluh product documentation, degrees of contamination and recommended filters are indicated as follows:Example:

Maximum admissible degree of contamination ISO 4406:1999, class 18/16/13Recommended filter with retention rate ß 6…10 ≥ 75

CONTAMINATION CLASSESThe contaminations classes indicate how many particles of a certain size are contained in 100 ml of hydraulc fluid. Usually control- and proportional valves are the components most sensitive to contamination in the hydraulic unit. Therefore they determine the overall degree of contamination of the hydraulic oil. At the moment, 5 classification systems are available (ISO 4406:1999, resp. NAS 1638 , SAE, Mil. std. 1246A). In the Wandfluh product documentation the maximum admissible degrees of contamination are indicated in classes in accordance with ISO 4406:1999.

RETENTION RATE / BETA - VALUEThe retention rate of a filter element is the measure for the separation capacity of the filter for defined particle sizes. It is defined by the beta-value (ß x) The ß x value is the ratio of all particles > x µm before the filter, to the particles > x µm after the filter.


Filter with retention rateContamination levelbefore the filter

Contamination level after the filter

1'000'000particles> 10 µm

13'333particles> 10 µm

In the Wandfluh product documentation, the retention rate is indicated as ß x ≥ 75. Further customary retention rates are: ß x ≥ 2, 20 und 200

SELECTION OF FILTER / RECOMMENDATIONIn the following table, the degrees of contamination (extract) in accordance with ISO 4406:1999 with number of particles/100 ml, as well as hydraulic valve groups with the filter fineness recommended for them are indicated.

over 15 µm

Filterß 10 ≥ 75

Contaminationclasses

Number of particles per 100 ml

over 5 µm

16/14/11 > 8000…16000 > 1000…2000 ß 3…6

18/16/13 > 32000…64000 > 4000…8000 ß 6…10

20/18/14 > 130000…250000 > 8000…16000 ß 10…16

21/19/15 > 250000…500000 > 16000…32000 ß 16…25

Con

trol v

alve

s

Pro

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alve

s in

gen

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Sof

t shi

ftva

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Recommendedfilter finenessß x ≥ 75(x = µm)

Pro

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sin

con

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Valv

es w

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Valv

es in

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l>

160

bar

Valv

es in

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l<

160

bar

Pressure filterrequired

Pressure filterrecomended return line filter

Filtering

Wandfluh AG Tel. +41 33 672 72 72 E-mail: [email protected] Illustrations not obligatory Data sheet no.Postfach Fax +41 33 672 72 12 Internet: www.wandfluh.com Data subject to change 1.0-50E 1/1CH-3714 Frutigen Edition 17 01

CONTAMINATION IN HYDRAULIC UNITSOne differentiates between the following kinds of contamination:Initial contamination:This contamination takes place during the erection and commissioning of the hydraulic units. (Dust, swarf, rust, hammer scale, packaging residues, etc.)



FILTER / DEGREE OF CONTAMINATIONIn the Wandfluh product documentation, degrees of contamination and recommended filters are indicated as follows:Example:

Maximum admissible degree of contamination ISO 4406:1999, class 18/16/13Recommended filter with retention rate ß 6…10 ≥ 75

CONTAMINATION CLASSESThe contaminations classes indicate how many particles of a certain size are contained in 100 ml of hydraulc fluid. Usually control- and proportional valves are the components most sensitive to contamination in the hydraulic unit. Therefore they determine the overall degree of contamination of the hydraulic oil. At the moment, 5 classification systems are available (ISO 4406:1999, resp. NAS 1638 , SAE, Mil. std. 1246A). In the Wandfluh product documentation the maximum admissible degrees of contamination are indicated in classes in accordance with ISO 4406:1999.

RETENTION RATE / BETA - VALUEThe retention rate of a filter element is the measure for the separation capacity of the filter for defined particle sizes. It is defined by the beta-value (ß x) The ß x value is the ratio of all particles > x µm before the filter, to the particles > x µm after the filter.


Filter with retention rateContamination levelbefore the filter

Contamination level after the filter

1'000'000particles> 10 µm

13'333particles> 10 µm

In the Wandfluh product documentation, the retention rate is indicated as ß x ≥ 75. Further customary retention rates are: ß x ≥ 2, 20 und 200

SELECTION OF FILTER / RECOMMENDATIONIn the following table, the degrees of contamination (extract) in accordance with ISO 4406:1999 with number of particles/100 ml, as well as hydraulic valve groups with the filter fineness recommended for them are indicated.

over 15 µm

Filterß 10 ≥ 75

Contaminationclasses

Number of particles per 100 ml

over 5 µm

16/14/11 > 8000…16000 > 1000…2000 ß 3…6

18/16/13 > 32000…64000 > 4000…8000 ß 6…10

20/18/14 > 130000…250000 > 8000…16000 ß 10…16

21/19/15 > 250000…500000 > 16000…32000 ß 16…25

Con

trol v

alve

s

Pro

p. v

alve

s in

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eral

Sof

t shi

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Recommendedfilter finenessß x ≥ 75(x = µm)

Pro

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Valv

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Pressure filterrequired

Pressure filterrecomended return line filter

In the Norgren product documentation, the retention rate is indicated as ß x ≥ 75.Further customary retention rates are: ß x ≥ 2, 20 und 200

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Tool Article Description of Contents Component #

Ecoline 2-way M18 x1.5 T908.0839 Form drill Form reamer

Form tool set 2-way M18 x 1.5 T908.0839

Form drill Form reamerTap

T901.0830T902.0830T906.0830

Cavity Tools

Valve Family

NSDSM18BA

NSDSM18AB

Application

Cartridge Cavity ISO 7789-18-01-0-98Cavities

:epyt egdirtraC :rebmun teehs ataD Data sheet number:

Tel. +41 33 672 72 72 E-mail: Illustrations not obligatory Data sheet no.Postfach Fax +41 33 672 72 12 Internet: www Data subject to change 2.13-1002E 1/1 CH-3714 Frutigen Edition 19 40

Cavity toolsDenomination: Article number: Content: Article number:

Cartridge cavity ISO 7789–18–01–0–98

Gen

eral

tole

ranc

esIS

O 2

768

Surface textureEdges according to ISO 13715

mmHHH

N8+0.4

±1 ±0.5 ±0.2

±0.3 ±0.2 ±0.1±0.1>30-120>6-30>3-6>0,5-3

Extract general tolerances ISO-2768-1

Radiuses, chamfer height

Linear dim.Nominal dim.-0.1

-0.3

Length dimensions, curves, chamfers AnglesStraightness, flatness Perpendicularity, symmetryRadial runout, axial runout Envelope condition acc. to ISO 14405

2-way-cavity forgeneral function(without pressure relief)

- PG - Migration - Default - 11.04.11/00:04:10

Ecoline 2-way M18 x 1,5 983.0809 Form drillForm reamer

Tool kit 2-way M18 x 1,5 983.0800 llird mroF 983.0100 remaer mroF 983.0200

Tap 983.0600

1.11-2050 DNIPM18-... 2.4-5121.11-2052 DR.PM18-... 2.4-6101.11-2054 QA.PM18-... 2.5-5101.11-2080 D.PPM18-... 2.6-510

ApplicationCartridge type: NSDSPM18-... NSDYPM18-... NSDZPM18-... NSVSPM18-... DN.PM18-... 2.4-510

Electro

nics & A

ccesories

128

7


Factory Automation

3-way Cavity M18 x 1.5

Tool Article Description of Contents Component #

Form tool set 3-way Cavity M18 T908.0835


T901.0835T902.0835T983.0600

Cavity ToolsValve Family

NSDSM18FG

Application

129

Electro

nics & A

ccesories

7


Factory Automation

Valve Family

NSDSM18FG

Valve Family

NSDSM22BA

NSDSM22AB

Application Tool Article Description of Contents Component #



T901.0834T902.0834T906.0831

Cavity Tools

Cartridge Cavity ISO 7789-22-01-0-98

Cavity toolsDenomination: Article number: Content: Article number:

Application :epyt egdirtraC :epyt egdirtraC :rebmun teehs ataD Data sheet number:

Tel. +41 33 672 72 72 E-mail: Illustrations not obligatory Data sheet no.Postfach Fax +41 33 672 72 12 Internet: Data subject to change 2.13-1008E 1/1 CH-3714 Frutigen Edition 19 33

Cavities

Cartridge cavity ISO 7789–22–01–0–98

34 min.

M22x1.5

R0.1...0.2

0.3

R0.1...0.2

45° ±5°

30°

-0°

2°

18.5 max.

19 H8 + 0.0330 /38.5 tief min.

23.8 + 0.10 15° ±1°

0

2.4 + 0.40

15.5 min.

28 + 0.40

29.3 + 0.40

0

17 min.

27.5 max.

39 min. 40

+ 20

1

2

1

Ra 1.6

Ra 1.6

0.1 B

0.05 A

B

A

Allg

emei

n-to

lera

nzen

ISO

276

8

M 2:1

Dokument darf ohne schriftliche Einwilligung weder kopiert,verwertet noch an Dritte weitergegeben werden.Zuwiderhandlung ist strafbar und wird gerichtlich verfolgt.

Material: Material <nicht festgelegt>

Blatt 1 von 1

Revision

Gewicht

Gezeichnet

FreigegebenGeprüft

29.09.201629.11.2017

BEH

29.11.2017BRBR

Datum Name Änderungsbeschrieb

IND07.08.2017 Toleranz bei Ø23.8 auf +0.1/0 korrigiert04

Ersetzt durch:Ersatz für: 3-395.4 Rev.02Dok.-Nr.

Art.-Nr.

Rev. Änderungsnr.

Oberflächenbeschaffenheit

Serie freigegeben

Längenmasse, Rundungen,FasenWinkelGeradheit, EbenheitRechtwinkligkeit, SymmetrieRundlauf,PlanlaufHüllbedingung nach ISO 14405

Kanten nach ISO 13715

2-Wege Allgemeine FunktionSenkung ISO 7789-22-01-0-98

2 316020\eguezkreW_essülhcsnA_01\eihcrareihlekitrA\hulfdnaW_00\:C

A4

04

mmHHH

0.000 kg

3-395.4

0206132

Ra 3.2

03 BEH Neu in SolidWorks 29.09.2106

+0.4

±1 ±0.5 ±0.2

±0.3 ±0.2 ±0.1±0.1>30-120>6-30>3-6>0,5-3

Auszug Allgemeintoleranzen ISO-2768-1

Radien, Fasenhöhe

LängenmasseNennmass

Format

-0.1-0.3

E

Gen

eral

tole

ranc

esIS

O 2

768

Surface texture Length dimensions, curves, chamfersAnglesStraightness, flatnessPerpendicularity, symmetryRadial runout, axial runout

Edges according to ISO 13715

mmHHH

+0.4

±1 ±0.5 ±0.2

±0.3 ±0.2 ±0.1±0.1>30-120>6-30>3-6>0,5-3

Extract general tolerances ISO-2768-1

Radiuses, chamfer height

Linear dim.Nominal dim.-0.1

-0.3

Envelope condition acc. to ISO 14405

Ra 3.2

2-way-cavity forgeneral function(without pressure relief)

QZ.PM22-… 2.5-535D.PPM22-… 2.6-531 D.BPM22-… 2.6-535DNPPM22-../ME 2.6-541QNPPM22-… 2.6- 631QNPPM22-../ME 2.6-633QNBPM22-… 2.6-634

2-way M22 x 1,5 983.0804 llird mroF 983.0104 remaer mroF 983.0204

Tap 983.0601

SDSPM22-BA/AB-… 1.11-2060 SDSPM22-BA/AB-… 1.11-2061SDYPM22-BA/AB-… 1.11-2064 SVSPM22-BC/CB-… 1.11-2082SVYPM22-… 1.11-2084 MS.PM22 2.2-532

...-22MPIND 2.4-532QRSPM22-... 2.5-530

Electro

nics & A

ccesories

130

7


Factory Automation

Valve Family

NSDSM22FG

Application Tool Article Description of Contents Component #



T901.0832T902.0832T906.0831

Cavity Tools

Cartridge Cavity ISO 7789-22-04-0-98

33--wwaayy--ccaavviittyyggeenneerraall ffuunnccttiioonn(without pressure relief)

131

Electro

nics & A

ccesories

7


Factory Automation

Valve Family

NSDSM22FG

2-way Cavity 1 5/16-12 UN-2B

Valve Family

NQPU16N

Application

2-way-cavity

10

Electro

nics & A

ccesories

132

7


Factory Automation

Valve Family

NQDPU16D

Application

3-way-cavity

3-way Cavity 1 5/16-12 UN-2B

133

Electro

nics & A

ccesories

7


Factory Automation

Valve Family

NMPM16D

Application

3-way Cavity M16 x 1.5

R0.1...0.2

R0.1...0.2

R0.1...0.2

3-way cavity

Valve Family

NQDPU16D

Electro

nics & A

ccesories

134

7


Factory Automation

Valve Family

NWVPFM33

Application

4-way Cavity M33 x 2

4-way cavity with 2 pilot pipes

135

Electro

nics & A

ccesories

7


Factory Automation

Valve Family

NWVPFM42

Application

4-way Cavity M42 x 2

4-way cavity with 2 pilot pipes

Valve Family

NWVPFM33

Electro

nics & A

ccesories

136

7


Factory Automation

Valve Family

NWDPPU10

Application

4-way Cavity 7/8“-14 UNF-2B

ApplicationCartridge type: Data sheet number: Cartridge type: Data sheet number:

Wandfluh AG Tel. +41 33 672 72 72 E-mail: [email protected] Illustrations not obligatory Data sheet no.Postfach Fax +41 33 672 72 12 Internet: www.wandfluh.com Data subject to change 2.13-1057E 1/1 CH-3714 Frutigen Edition 15 46

Cavities

Cartridge cavity

4-way-cavity

WDPPU10 1.10-2720

30° +2°0°

Radien können auchals Fasen gefertigtwerden

X (5 : 1)

R0.1-0.2

0.8

max

.

R0.1

30 min.

14.27 max.

15.9 ±0.025

6.75

max

.

20.6 + 0.050

17.5 ±0.025

R1.6

R1.6

R1.6

19.08 ±0.025

45°

7/8"-14 UNF-2B

15°

0 2.75 ±0.2

38.1

54

63.5 min.

24 ±0.05

15.9

22.1

0

18.26

49.78

33.78

X

1

2

4

3X

XRa 1.6

Ra 1.6

ø0.01 B

0.025 A0.05 B

A

B

Ra 1.6

0.01 B

30° +

2°0°

Radii can also be made as chamfers

X (5 : 1)

R0.1-0.2

0.8

max

.

R0.1

30 min.

14.27 max.

15.9 ±0.025

6.75

max

.

20.6 +0.05

0

17.5 ±0.025

R1.6

R1.6

R1.6

19.08 ±0.025

45°

7/8"-14 UNF-2B

15°

0 2.75 ±0.2

38.1

54

63.5 min.

24 ±0.05

15.9

22.1

0

18.26

49.78

33.78

X

1

2

4

3X

XRa 1.6

Ra 1.6

ø0.01 B

0.025 A0.05 B

A

B

Ra 1.6

0.01 B

Norgren, Buschjost, FAS, Herion, Kloehn, Maxseal and Thompson Valves are registered trademarks of Norgren companies.Due to our policy of continuous development, Norgren reserve the right to change specifications without prior notice.z9774CT en/05/21Selected Images used under license from Shutterstock.com

For further information, scan this QR code or visit

www.norgren.com

2

4

5

6

3

1Direct Operated Spool Valve32 NWDPFA3 NG3-Mini 36 NWDPFA4 NG4-Mini 39 NWDPFA6 NG6 43 NWDPF65A10 NG10

Pilot Operated Spool Valve47 NVPF90A10 NG10

Manifold Mount05 NB3S NG3-Mini08 NB4S NG4-Mini 12 NA6S NG6 16 NA6S43 4/3 -way NG6 19 NA10M NG10

Cartridge23 NSDSM18 M18 X1.5 ISO 778927 NSDSM22 M22 X1.5 ISO 7789

Cartridge70 NMPM16D M16 x 1.5

Direct Operated Spool Valve52 NWDPU10 - 7/8“-14 UNFPilot Operated Spool Valve56 NWVPM3359 NWVPM42

Cartridge63 NQPU16N 2-way 1 5/16”— 12 UN66 NQPU16D 3-way 1 5/16”— 12 UN

74 NPI29V 77 NE37V79 NE45W81 NE64W

83 NS37W85 NE37W87 NSIS29V89 NSIS35V

91 NSIS45V93 NSIS45DV-M40 95 NSIS60V97 NS45W

Proportional Directional Control Valves - Manifold Mount

Proportional Directional Control Valves - Cartridge

Poppet Valves



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7Proportional Amplifiers 100 NSD7 Digital Amplifier Controller110 NNP2 Digital Amplifier Controller115 NMD2 Digital Amplifier Controller

Technical Information 126 Hydraulic Fluids and Filtration 127 Cavity drawingsElectronics & Accessories

hydraulic valves - norgren

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