Coils for Operating Solenoids of Valves C* - · PDF fileCoils for Operating Solenoids of...

C* Size 03, 04, 06, 10

Subject to change · C_8007_1en_2/2017

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Coils for Operating Solenoids of Valves

Technical Features

Technical Data

Product Description

› Wide range of coil voltages › Wide range of connectors and electrical connection options › Easy replacement of coil solenoids › The coils can be rotated and the required connector direction can be adjusted › High resistance of coils against mechanical damage › Coils supplied with AC current, fitted with integrated rectifier › Coils with protection against possible damage due to induced voltage (Transil)

Valves designed for a change of fluid direction, such as directional control valves and poppet-type valves, are often solenoid operated. Proportional valves are another large group controlling continuously parameters in the circuit within the defined interval. Electric current flowing through the coil winding creates a magnetic field. This field acts on the armature of the solenoid part and allows its shift which is then transferred to the valve control element (spool, poppet). The excitation winding made of copper wire placed on a plastic core is the basis. The coil is inserted into the steel housing amplifying the magnetic field and to protect it against mechanical damage. Moreover, the coil is molded into the housing by plastic material. The connector part coupled with the coil is also made of the same plastic. A silicone seal protects the coil space against moisture and dust.

Coil Electrical Parameters

Standard control voltages are given in the table in the ordering code and coil currents are stated in the table of types. Electrical coil resistance is determined by the coil winding parameters. These along with input power of the coil can be calculated from the previous parameters. The coils are designed to be DC powered. When AC powered, it is necessary to use a coil with integrated rectifier or a connector plug with integrated rectifier.

In operation, the output power of coils is influenced both by keeping the given values of power supply and the operation conditions. Temperature rise of the winding causes an increase in its electrical resistance when exceeding operation conditions. This reduces both current flowing through the winding and generated magnetomotive force, thus magnetic field strength is also decreased. Hydraulic power of the solenoid operated valve is also decreased in an appropriate manner.

Protection of Control Electronics

A coil is an inductive load in an electrical circuit. Any change in the current flowing through a coil (e.g. when switching off the coil circuit), voltage is induced according to Lenz‘s law and opposes the change that produced it. This poses a damage risk to the control electronics. Especially for proportional valves, it is appropriate to use a coil with an integrated quenching diode - or transient-voltage-suppression diode (e.g. Transil). Transil is a proven and reliable semiconductor element connected in parallel to the coil. If the threshold voltage is exceeded, electric current starts to flow through it, thereby converting overvoltage energy to heat.

Quick disconnect

Induced voltage originating from a quick disconnect of the coil has according to Lenz‘s law a negative effect on OFF switching time regarding the solenoid armature. Special electronic circuit suppresses this unwanted phenomenon.

Quantity Unit Value

Nominal voltage (UN) V see the list of voltages

Allowable voltage fluctuation UN ±10 %, if not stated otherwise in the valve data sheet

Coil current at UN and 20 °C A see the table of coil types

Winding resistance at 20 °C Ω by calculation R = UN/I

Input power of coil at 20 °C W by calculation P = UN x I

Max. ambient temperature °C (°F) 50 (122), if not stated otherwise in the data sheet

Operation conditions see the data sheets of individual types of valves

Max. winding temperature °C (°F) 155 (311)

Data sheet Type

General information GI_0060 products and general conditions

Connectors K_8008 connectors EN 175301-803-A

d 19 mm(0.75 inch)

C19


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Connector Types

Basic connectors used to connect the power supply of the coils:

EN 175301-803-A

Other connector types available upon agreement with the manufacturer.

Identification of Coils

The CE conformity mark placed on the coil steel housing indicates that the product is in accordance with the following directives:

Connector EWAMP JUNIOR TIMER DEUTSCH DT04-2P

Coilsize

Diameterd [mm (inch)]

Valve sizeDirectional valves with housing Cartridge valves Proportional valvesHigh performance Lightline High performance Lightline Directional valves Pressure

C14 13.4 (0.53) Dn 03 RPEK1-03 RPEL1-04 SD2E-Ax/LSD3E-A2/L SP4P1-B4

C19 19.0 (0.75) Dn 04

RPE2-04RPE3-04SR4E2-B2

RPEL1-06 SD2E-Ax/HSD3E-A2/HSD1E-A2SD1E-A3ROE3

SD2E-Bx/LSD3E-B2/L

PRM2-04PRM7-04

SR1P2-A2SRN1P1-A2SR4P2-B2SRN4P1-B2SP4P2-B3SPN4P1-B3PVRM1-063

C22 22.0 (0.87) Dn 06RPE3-06RPEA3-06RPEW4-06

SD2E-Bx/HSD3E-B2/H

PRM2-06PRM7-06PRM8-06

PVRM3-10

C31 31.0 (1.22) Dn 10 RPE4-10RPEW4-10

PRM6-10PRM7-10

› Connector EN 175301-803-A (IP65) › Connector AMP JUNIOR TIMER (IP67) › Connector DEUTSCH DT04-2P (IP67 / IP69K) › Special 2-pin connector EW designed to be slipped into the wirebox › Loose conductors of standard length 300 mm (11.8 in) › Loose conductors equipped with the connector at the end

Loose Conductors

Coil sizes

For different sizes and versions of the valves, the appropriate coil sizes are used.Size designation corresponds approximately to the inner diameter of the coil.

Example:

*Winding resistance is given only for coils used in proportional solenoids. Limit (maximum) current, which is allowed to flow continuously through the coil winding, is also stated for these coils instead of rated current.

ratedvoltage

operation type

ratedcurrent*

winding resistance*

12 V DC 100 %ED 1,6 A 5,0 Ω31323800 1370815

CE

coil ordering number

conformity mark

mounting dose

› 2014/30/ES for electromagnetic compatibility › 2014/35/ES for low voltage equipment with rated voltage higher than 50 VAC and 75 VDC, respectively.


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ContentInhalt

Ordering Code ................................................................................................................................................................................ 4

Coils C14B (d = 13.4 mm (0.53 inch)) .............................................................................................................................................. 5RPEK1-03, RPEL1-04 ......................................................................................................................................................................... 5SD2E-A2/L, SD2E-A3/L, SD2E-A4/L, SD3E-A2/L .................................................................................................................................. 5SP4P1-B4 .......................................................................................................................................................................................... 5

Coils C19 (d = 19 mm (0.75 inch)) .................................................................................................................................................... 6RPE2-04, RPE3-04, ROE3-04, ROE3-06, SR4E-B2 ............................................................................................................................... 6SD2E-B2/L, SD2E-B3/L, SD2E-B4/L, SD3E-B2/L ................................................................................................................................... 6SD2E-A2/H, SD2E-A3/H, SD2E-A4/H, SD3E-A2/H, SD1E-A2, SD1E-A3 .............................................................................................. 6RPE3-04 with CSA certification ......................................................................................................................................................... 7SD2E-A2/H, SD2E-A3/H, SD2E-A4/H, SD3E-A2/H, SD1E-A2, SD1E-A3, SR4E-B2 ................................................................................. 7PRM2-04, PRM7-04 .......................................................................................................................................................................... 8PRM2-04 proportional directional control valves without integrated electronic unit ........................................................................... 8PRM2-04, PRM7-04 proportional directional control valves with integrated electronic unit ................................................................ 8SR1P2-A2, SRN1P1-A2, SR4P2-B2, SRN4P1-B2, SP4P2-B3, SPN4P1-B3 .............................................................................................. 8PVRM1-063 ...................................................................................................................................................................................... 9

Coils C22 (d = 22 mm (0.87 inch)) .................................................................................................................................................. 10RPE3-06, RPEA3-06, RPEW4-06 ...................................................................................................................................................... 10SD2E-B2/H, SD2E-B3/H, SD2E-B4/H, SD3E-B2/H .............................................................................................................................. 10RPE3-06 with CSA certification ....................................................................................................................................................... 11RPEW4-06 with CSA certification .................................................................................................................................................... 11SD2E-B2/H, SD2E-B3/H, SD2E-B4/H, SD3E-B2/H .............................................................................................................................. 12PRM2-06, PRM7-06, PRM8-06 ........................................................................................................................................................ 12PRM2-06 proportional directional control valves with integrated electronic unit .............................................................................. 12PRM2-06 proportional directional control valves without integrated electronic unit ......................................................................... 12PRM7-06, PRM8-06 proportional directional control valves without integrated electronic unit ......................................................... 13PVRM3-10 ...................................................................................................................................................................................... 13

Coils C31 (d = 31 mm (1.22 inch)) .................................................................................................................................................. 14RPE4-10 .......................................................................................................................................................................................... 14RPEW4-10 (Wirebox) ....................................................................................................................................................................... 15RPE4-10 with CSA certification ....................................................................................................................................................... 15RPEW4-10 with CSA certification .................................................................................................................................................... 15PRM6-10, PRM7-10 ........................................................................................................................................................................ 15

Dimensions in millimeters (inch) .................................................................................................................................................... 16Mounting / dismantling the coils ............................................................................................................................................... 18

C - - /M

14192231

NF

01200014000240002700048001060020500115501206023050

ABC

AB

300xxx

NB


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Ordering Code

Rated voltage (on the coil terminals) 12 V DC 14 V DC 24 V DC 27 V DC 48 V DC106 V DC205 V DC115 V AC 50 Hz120 V AC 60 Hz230 V AC 50 Hz

Overview of connector types and electrical connections of coils

Connector Designation Description

EN 175301-803-A

E1 Connector EN 175301-803-AE2 Connector EN 175301-803-A + quenching diodeE5 Connector EN 175301-803-A + integrated rectifierE51 Connector EN 175301-803-A + integrated rectifier + quick disconnect

AMP Junior TimerE3 Connector AMP Junior Timer (2 pins)E4 Connector AMP Junior Timer (2 pins) + quenching diode

AMP Junior Timer axially orientedE3A Axial connector AMP Junior Timer (2 pins)E4A Axial connector AMP Junior Timer (2 pins) + quenching diode

Deutsch DT04-2P axially orientedE12A Axial connector Deutsch DT04-2P (2 pins)E13A Axial connector Deutsch DT04-2P (2 pins) + quenching diode

Loose conductorsE8 Loose conductorsE9 Loose conductors + quenching diode

Loose conductors with connector

E10 Loose conductors with connector DT04-2P (2 pins)E11 Loose conductors with connector DT04-2P (2 pins) + quenching diodeE16 Loose conductors with Metri-Pack connector, series 150 (2 pins)E17 Loose conductors with Metri-Pack connector, series 150 (2 pins) + quenching diodeE18 Loose conductors with Weather-Pack connector (2 pins)E19 Loose conductors with Weather-Pack connector (2 pins) + quenching diodeE20 Loose conductors with Weather-Pack connector (2 jacks)E21 Loose conductors with Weather-Pack connector (2 jacks) + quenching diodeE22 Loose conductors with Econoseal connector (2 pins)E23 Loose conductors with Econoseal connector (2 pins) + quenching diodeE24 Loose conductors with connector DT04-2P (2 pins)E25 Loose conductors with connector DT04-2P (2 pins) + quenching diode

Special connector for wireboxEW1 Special connector for wireboxEW2 Special connector for wirebox + quenching diode

Not all possible combinations of parameters are produced as actual coils. If the required coil is not included in the table of the standard types, please contact our technical department to verify feasibility and identification of the specific type.

Note explaining usage of coils:Coils with supply voltage 106 V DC are intended for rectified supply voltage 120V AC / 60 Hz.Coils with supply voltage 205 V DC are intended for rectified supply voltage 230 V AC / 60 Hz.Coils 115 V AC / 50 Hz have a built-in rectifier and can be also used for supply voltage 120 V AC / 50 Hz or 60 Hz.Coils 230 V AC / 50 Hz have a built-in rectifier.

Solenoid coil

Coil housing design versioncold rolled housingdrawn housinglong drawn housing

Connector typesee the table

Special coil design

Type of insulating materialstandard

for valves with CSA certificationno designationH

Housing surface treatmentzinc coated, 240 h salt spray test acc. to ISO 9227zinc coated, 520 h salt spray test acc. to ISO 9227

no designationP

Coil forswitching valves

proportional valves

Electrical winding resistance [Ω] at 20 °C (68 °F)

Coil detent type (for type C31 only)without detent

with detent (by pin)

Length of loose conductorsstandard length 300 mm (11.8 in)

other length in mm (in)

Additional protection of conductors (only for loose conductors)non-braided

braided

Coil sizeinner diameter of coilØ 13.4 mm (0.53 in)Ø 19.0 mm (0.75 in)Ø 22.0 mm (0.87 in)Ø 31.0 mm (1.22 in)


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o di

ffer

ent

pow

er c

lass

es m

ay b

e us

ed, d

epen

ding

on

oper

atin

g co

nditi

ons

(max

. env

ironm

enta

l tem

pera

ture

, to

lera

nce

of t

he s

uppl

y vo

ltage

).

›C

oils

of

high

er p

ower

list

ed in

thi

s ta

ble

may

be

used

for

env

ironm

enta

l tem

pera

ture

s be

twee

n -2

0…+

50 °

C (-

4…+

122

°F) a

nd s

uppl

y vo

ltage

fluc

tuat

ions

of

up t

o ±

10

% U

N. A

dditi

onal

coi

ls f

or s

uppl

y vo

ltage

s of

14

VD

C, 2

7 V

DC

, 205

VD

C a

nd 2

30 V

AC

/50

Hz

may

eve

n be

use

d fo

r en

viro

nmen

tal t

empe

ratu

res

betw

een

-20…

+80

°C

(-4…

+17

6 °F

) and

sup

ply

volta

ge fl

uctu

atio

ns o

f up

to

±15

% U

N.

›C

oils

of

low

er p

ower

list

ed in

tab

le o

n p.

7 m

ay b

e us

ed f

or e

nviro

nmen

tal t

empe

rtur

es b

etw

een

-20…

+80

°C

(-4…

+17

6 °F

) and

sup

ply

volta

ge fl

uctu

atio

ns o

f up

to

±15

% U

N.


www.argo-hytos.com

RPE

3-04

wit

h C

SA c

erti

fica

tio

nSu

rfac

e tr

eatm

ent

A: 2

40 h

sal

t sp

ray

test

acc

. to

ISO

922

7Vo

ltage

Cur

rent

Con

nect

or t

ypes

[V]

[A]

E1E5

12 D

C2.

4124

1407

00no

t av

aila

ble

C19

A-0

1200

E1-4

.98N

AH

24 D

C1.

1524

1408

00no

t av

aila

ble

C19

A-0

2400

E1-2

1NA

H

115

AC

50

Hz

0.24

not

avai

labl

e24

1409

00C

19A

-115

50E5

-433

NA

H

230

AC

50

Hz

0.12

not

avai

labl

e24

1410

00C

19A

-230

50E5

-165

3NA

H

Co

ils C

19 (d

= 1

9 m

m (0

.75

inch

))

Am

bien

t te

mpe

ratu

re °

C (°

F)Fl

uid

tem

pera

ture

°C

(°F)

Supp

ly v

olta

ge t

oler

ance

% o

f U

N

SD2E

-A2/

H, S

D2E

-A3/

H, S

D2E

-A4/

H, S

D3E

-A2/

H, S

D1E

-A2,

SD

1E-A

3, S

R4E

-B2

→-2

0…+

80 (-

4…+

176)

-20…

+80

(-4…

+17

6)±

15

Surf

ace

trea

tmen

t A

: 240

h s

alt

spra

y te

st a

cc. t

o IS

O 9

227

Volta

geC

urre

ntC

onne

ctor

typ

es[V

][A

]E1

E2E3

E4E4

AE1

2AE1

3A

12 D

C2.

0027

6697

0027

6699

0027

6700

0027

6701

00on

req

uest

3282

9300

2987

1300

C19

B-01

200E

1-6N

AC

19B-

0120

0E2-

6NA

C19

B-01

200E

3-6N

AC

19B-

0120

0E4-

6NA

C19

B-01

200E

12A

-6N

AC

19B-

0120

0E13

A-6

NA

24 D

C0,

9327

6706

0027

6707

0027

6708

0027

6709

0030

1178

0031

3300

0032

8016

00C

19B-

0240

0E1-

25.7

5NA

C19

B-02

400E

2-25

.75N

AC

19B-

0240

0E3-

25.7

5NA

C19

B-02

400E

4-25

.75N

AC

19B-

0240

0E4A

-25.

75N

AC

19B-

0240

0E12

A-2

5.75

NA

C19

B-02

400E

13A

-25.

75N

A

Surf

ace

trea

tmen

t B

: 520

h s

alt

spra

y te

st a

cc. t

o IS

O 9

227

Volta

geC

urre

ntC

onne

ctor

typ

es[V

][A

]E1

E3

24 D

C0.

9330

4491

0033

0908

00C

19B-

0240

0E1-

25.7

5NB

C19

B-02

400E

3-25

.75N

B


www.argo-hytos.com

Co

ils C

19 (d

= 1

9 m

m (0

.75

inch

))

PRM

2-04

pro

po

rtio

nal

dir

ecti

on

al c

on

tro

l val

ves

wit

ho

ut

inte

gra

ted

ele

ctro

nic

un

itSu

rfac

e tr

eatm

ent

A: 2

40 h

sal

t sp

ray

test

acc

. to

ISO

922

7

Volta

geC

urre

ntC

onne

ctor

typ

es[V

][A

]E1

E2E3

E4E3

AE1

2AE1

3A

12 D

Cm

ax. 1

.727

8219

00on

req

uest

2782

2000

on r

eque

st31

6886

0027

8212

00on

req

uest

C19

B-01

200E

1-4.

68N

AP

C19

B-01

200E

3-4.

68N

AP

C19

B-01

200E

3A-4

.68N

AP

C19

B-01

200E

12A

-4.6

8NA

P

24 D

Cm

ax 0

.827

8242

0027

8243

0028

1452

0027

8244

0031

8913

0030

7549

0029

8686

00C

19B-

0240

0E1-

20.6

NA

PC

19B-

0240

0E2-

20.6

NA

PC

19B-

0240

0E3-

20.6

NA

PC

19B-

0240

0E4-

20.6

NA

PC

19B-

0240

0E3A

-20.

6NA

PC

19B-

0240

0E12

A-2

0.6N

AP

C19

B-02

400E

13A

-20.

6NA

P

Surf

ace

trea

tmen

t B

: 520

h s

alt

spra

y te

st a

cc. t

o IS

O 9

227

Volta

geC

urre

ntC

onne

ctor

typ

es[V

][A

]E3

E12A

24 D

Cm

ax 0

.831

8052

0031

8053

00C

19B-

0240

0E3-

20.6

NBP

C19

B-02

400E

12A

-20.

6NBP

PRM

2-04

, PR

M7-

04 p

rop

ort

ion

al d

irec

tio

nal

co

ntr

ol v

alve

s w

ith

inte

gra

ted

ele

ctro

nic

un

itSu

rfac

e tr

eatm

ent

A: 2

40 h

sal

t sp

ray

test

acc

. to

ISO

922

7

Volta

geC

urre

ntC

onne

ctor

typ

es[V

][A

]E1

12 D

Cm

ax. 1

.716

1861

00C

19A

-012

00E1

-4.9

8NA

P

24 D

Cm

ax 0

.816

1862

00C

19A

-024

00E1

-21N

AP

Am

bien

t te

mpe

ratu

re °

C (°

F)Fl

uid

tem

pera

ture

°C

(°F)

PRM

2-04

, PR

M7-

04→

+50

(+17

6)-3

0…+

80 (-

22…

+17

6)

Am

bien

t te

mpe

ratu

re °

C (°

F)Fl

uid

tem

pera

ture

°C

(°F)

SR1P

2-A

2, S

RN

1P1-

A2,

SR

4P2-

B2,

SR

N4P

1-B

2, S

P4P2

-B3,

SPN

4P1-

B3

→-2

0…+

80 (-

4…+

176)

-20…

+12

0 (-

4…+

248)

Surf

ace

trea

tmen

t A

: 240

h s

alt

spra

y te

st a

cc. t

o IS

O 9

227

Volta

geC

urre

ntC

onne

ctor

typ

es[V

][A

]E1

E2E3

E4E3

AE1

2AE1

3A

12 D

Cm

ax. 1

2814

5500

2814

5600

2814

5700

2814

5800

3379

3900

2818

4900

2986

7600

C19

B-01

200E

1-6.

5NA

PC

19B-

0120

0E2-

6.5N

AP

C19

B-01

200E

3-6.

5NA

PC

19B-

0240

0E4-

6.5N

AC

19B-

0120

0E3A

-6.5

NA

PC

19B-

0120

0E12

A-6

.5N

AP

C19

B-02

400E

13A

-6.5

NA

P

24 D

Cm

ax 0

.627

8242

0027

8243

0028

1452

0027

8244

0031

8913

0030

7549

0029

8686

00C

19B-

0240

0E1-

20.6

NA

PC

19B-

0240

0E2-

20.6

NA

PC

19B-

0240

0E3-

20.6

NA

PC

19B-

0240

0E4-

20.6

NA

PC

19B-

0240

0E3A

-20.

6NA

PC

19B-

0240

0E12

A-2

0.6N

AP

C19

B-02

400E

13A

-20.

6NA

P

Surf

ace

trea

tmen

t B

: 520

h s

alt

spra

y te

st a

cc. t

o IS

O 9

227

Volta

geC

urre

ntC

onne

ctor

typ

es[V

][A

]E3

E12A

24 D

Cm

ax 0

.631

8052

0031

8053

00C

19B-

0240

0E3-

20.6

NBP

C19

B-02

400E

12A

-20.

6NBP


www.argo-hytos.com

Co

ils C

19 (d

= 1

9 m

m (0

.75

inch

))

Am

bien

t te

mpe

ratu

re °

C (°

F)Fl

uid

tem

pera

ture

°C

(°F)

PVR

M1-

063

→-3

0…+

90 (-

22…

+19

4)-3

0…+

90 (-

22…

+19

4)

Max

. red

uce

d p

ress

ure

20

bar

(29

0 PS

I)Su

rfac

e tr

eatm

ent

A: 2

40 h

sal

t sp

ray

test

acc

. to

ISO

922

7

Volta

geC

urre

ntC

onne

ctor

typ

es[V

][A

]E1

2A

12 D

Cm

ax. 1

2782

1300

C

19B-

0120

0E13

A-6

.85N

AP

Max

. red

uce

d p

ress

ure

32

bar

(47

0 PS

I)Su

rfac

e tr

eatm

ent

A: 2

40 h

sal

t sp

ray

test

acc

. to

ISO

922

7

Volta

geC

urre

ntC

onne

ctor

typ

es[V

][A

]E4

E13A

12 D

Cm

ax. 1

.527

7856

0029

8690

00C

19B-

0120

0E4-

4.68

NA

PC

19B-

0120

0E13

A-4

.68N

AP

Max

. red

uce

d p

ress

ure

20

and

32

bar

(29

0 an

d 4

70 P

SI)

Surf

ace

trea

tmen

t A

: 240

h s

alt

spra

y te

st a

cc. t

o IS

O 9

227

Volta

geC

urre

ntC

onne

ctor

typ

es[V

][A

]E1

E2E3

E3A

E4E1

2AE1

3A

24 D

Cm

ax 0

.75

2782

4200

2782

4300

30

1181

00

31

8913

0027

8244

00

3075

4900

29

8686

00C

19B-

0240

0E1-

20.6

NA

PC

19B-

0240

0E2-

20.6

NA

PC

19B-

0240

0E3-

20.6

NA

PC

19B-

0240

0E3A

-20.

6NA

PC

19B-

0240

0E4-

20.6

NA

PC

19B-

0240

0E12

A-2

0.6N

AP

C19

B-02

400E

13A

-20.

6NA

P

Max

. red

uce

d p

ress

ure

20

and

32

bar

(29

0 an

d 4

70 P

SI)

Surf

ace

trea

tmen

t B

: 520

h s

alt

spra

y te

st a

cc. t

o IS

O 9

227

Volta

geC

urre

ntC

onne

ctor

typ

es[V

][A

]E3

E12A

24 D

Cm

ax 0

.75

3180

5200

31

8053

00C

19B-

0240

0E3-

20.6

NBP

C19

B-02

400E

12A

-20.

6NBP


www.argo-hytos.com

Co

ils C

22 (d

= 2

2 m

m (0

.87

inch

))

Surf

ace

trea

tmen

t A

: 240

h s

alt

spra

y te

st a

cc. t

o IS

O 9

227

Volta

geC

urre

ntC

onne

ctor

typ

es[V

][A

]E1

E2E3

AE4

AE5

E12A

E13A

12 D

C2.

7216

2114

0024

1561

0024

1596

0024

1597

00no

t av

aila

ble

2493

0801

1969

5100

C22

B-01

200E

1-4.

41N

AC

22B-

0120

0E2-

4.41

NA

C22

B-01

200E

3A-4

.41N

AC

22B-

0120

0E4A

-4.4

1NA

C22

B-01

200E

12A

-4.4

1NA

C22

B-01

200E

13A

-4.4

1NA

14 D

C2.

1424

1582

0024

9309

0027

6621

0027

6622

00no

t av

aila

ble

2766

3000

2766

3100

C22

B-01

400E

1-6.

55N

AC

22B-

0140

0E2-

6.55

NA

C22

B-01

400E

3A-6

.55N

AC

22B-

0140

0E4A

-6.5

5NA

C22

B-01

400E

12A

-6.5

5NA

C22

B-01

400E

13A

-6.5

5NA

24 D

C1.

2916

2116

0024

1574

0024

1598

0024

1599

00no

t av

aila

ble

1969

5900

1969

6000

C22

B-02

400E

1-18

.6N

AC

22B-

0240

0E2-

18.6

NA

C22

B-02

400E

3A-1

8.6N

AC

22B-

0240

0E4A

-18.

6NA

C22

B-02

400E

12A

-18.

6NA

C22

B-02

400E

13A

-18.

6NA

27 D

C1.

0716

2117

0024

1576

0019

7446

0019

7445

00no

t av

aila

ble

2766

3200

2766

3300

C22

B-02

700E

1-25

.3N

AC

22B-

0270

0E2-

25.3

NA

C22

B-02

700E

3A-2

5.3N

AC

22B-

0270

0E4A

-25.

3NA

C22

B-02

700E

12A

-25.

3NA

C22

B-02

700E

13A

-25.

3NA

205

DC

0.15

1621

1500

not

avai

labl

eno

t av

aila

ble

not

avai

labl

eno

t av

aila

ble

not

avai

labl

eno

t av

aila

ble

C22

B-20

500E

1-14

00N

A

230

AC

50

Hz

0.15

not

avai

labl

eno

t av

aila

ble

not

avai

labl

eno

t av

aila

ble

1884

9000

not

avai

labl

eno

t av

aila

ble

C22

B-23

050E

5-14

00N

A

Am

bien

t te

mpe

ratu

re °

C (°

F)Fl

uid

tem

pera

ture

°C

(°F)

Supp

ly v

olta

ge t

oler

ance

% o

f U

N

RPE

3-06

, RPE

A3-

06, R

PEW

4-06

→-3

0...+

50 (-

22…

+12

2)-3

0…+

80 (-

22…

+17

6)±

10

SD2E

-B2/

H, S

D2E

-B3/

H, S

D2E

-B4/

H, S

D3E

-B2/

H→

-20…

+50

(-4…

+12

2)-2

0…+

80 (-

4…+

176)

± 1

0

Surf

ace

trea

tmen

t B

: 520

h s

alt

spra

y te

st a

cc. t

o IS

O 9

227

Volta

geC

urre

ntC

onne

ctor

typ

es[V

][A

]E1

E2E3

AE4

AE5

E12A

E13A

12 D

C2.

7234

0077

0032

4890

00on

req

uest

on r

eque

stno

t av

aila

ble

3153

6900

on r

eque

stC

22B-

0120

0E1-

4.41

NB

C22

B-01

200E

2-4.

41N

BC

22B-

0120

0E12

A-4

.41N

B

24 D

C1.

2924

1568

0032

0929

0024

1602

0024

1603

00no

t av

aila

ble

3115

6300

3308

9500

C22

B-02

400E

1-18

.6N

BC

22B-

0240

0E2-

18.6

NB

C22

B-02

400E

3A-1

8.6N

BC

22B-

0240

0E4A

-18.

6NB

C22

B-02

400E

12A

-18.

6NB

C22

B-02

400E

13A

-18.

6NB

27 D

C1.

0733

5706

00on

req

uest

3180

2800

on r

eque

stno

t av

aila

ble

3180

2900

on r

eque

stC

22B-

0270

0E1-

25.3

NB

C22

B-02

700E

3A-2

5.3N

BC

22B-

0270

0E12

A-2

5.3N

B

RPE

A3-

06Su

rfac

e tr

eatm

ent

A: 2

40 h

sal

t sp

ray

test

acc

. to

ISO

922

7

Volta

geC

urre

ntC

onne

ctor

typ

es[V

][A

]E1

EW1

24 D

C0.

3324

1577

0024

0140

00C

22B-

0240

0E1-

72N

AC

22C

-024

00EW

1-72

NA

/M

Rem

arks

co

nce

rnin

g C

oil

Usa

ge

For

valv

es S

D2E

-B2/

H, S

D2E

-B3/

H, S

D2E

-B4/

H, S

D3E

-B2/

Hco

ils o

f tw

o di

ffer

ent

pow

er c

lass

es m

ay b

e us

ed, d

epen

ding

on

oper

atin

g co

nditi

ons

(max

. env

ironm

enta

l tem

pera

ture

, tol

eran

ce o

f th

e su

pply

vo

ltage

).

› C

oils

of

high

er p

ower

list

ed in

thi

s ta

ble

may

be

used

for

env

ironm

enta

l tem

pera

ture

s be

twee

n -2

0…+

50 °

C (-

4…+

122

°F) a

nd s

uppl

y vo

ltage

fluc

tuat

ions

of

up t

o ±

10

% U

N.

›C

oils

of

low

er p

ower

list

ed in

tab

le o

n p.

12 m

ay b

e us

ed f

or e

nviro

nmen

tal t

empe

rtur

es b

etw

een

-20…

+80

°C

(-4…

+17

6 °F

) and

sup

ply

volta

ge fl

uctu

atio

ns o

f up

to

±15

% U

N.


www.argo-hytos.com

Co

ils C

22 (d

= 2

2 m

m (0

.87

inch

))

RPE

W4-

06Su

rfac

e tr

eatm

ent

A: 2

40 h

sal

t sp

ray

test

acc

. to

ISO

922

7

Volta

geC

urre

ntC

onne

ctor

typ

es[V

][A

]EW

1EW

2

12 D

C2.

6416

2051

0016

2054

00C

22C

-012

00EW

1-4.

54N

A/M

C22

C-0

1200

EW2-

4.54

NA

/M

24 D

C1.

3216

2050

0016

2055

00C

22C

-024

00EW

1-18

.2N

A/M

C22

C-0

2400

EW2-

18.2

NA

/M

RPE

3-06

wit

h C

SA c

erti

fica

tio

nSu

rfac

e tr

eatm

ent

A: 2

40 h

sal

t sp

ray

test

acc

. to

ISO

922

7

Volta

geC

urre

ntC

onne

ctor

typ

es[V

][A

]E1

E5

12 D

C2.

7224

1543

00no

t av

aila

ble

C22

A-0

1200

E1-4

.41N

AH

24 D

C1.

2924

1544

00no

t av

aila

ble

C22

A-0

2400

E1-1

8.6N

AH

115

AC

50

Hz

0.30

not

avai

labl

e24

1545

00C

22A

-115

50E5

-344

NA

H

230

AC

50

Hz

0.15

not

avai

labl

e24

1546

00C

22A

-230

50E5

-139

3NA

H

RPE

W4-

06 w

ith

CSA

cer

tifi

cati

on

Surf

ace

trea

tmen

t A

: 240

h s

alt

spra

y te

st a

cc. t

o IS

O 9

227

Volta

geC

urre

ntC

onne

ctor

typ

es[V

][A

]EW

1EW

2

12 D

C2.

6424

1547

0024

1555

00C

22C

-012

00EW

1-4.

54N

AH

/MC

22C

-012

00EW

2-4.

54N

AH

/M

24 D

C1.

3224

1549

0024

1553

00C

22C

-024

00EW

1-18

.2N

AH

/MC

22C

-024

00EW

2-18

.2N

AH

/M

106

DC

0.27

2415

5100

not

avai

labl

eC

22C

-106

00EW

1-40

0NA

H/M


www.argo-hytos.com

Co

ils C

22 (d

= 2

2 m

m (0

.87

inch

))

Am

bien

t te

mpe

ratu

re °

C (°

F)Fl

uid

tem

pera

ture

°C

(°F)

Supp

ly v

olta

ge t

oler

ance

% o

f U

N

SD2E

-B2/

H, S

D2E

-B3/

H, S

D2E

-B4/

H, S

D3E

-B2/

H→

-20…

+80

(-4…

+17

6)-2

0…+

80 (-

4…+

176)

± 1

5

Surf

ace

trea

tmen

t A

: 240

h s

alt

spra

y te

st a

cc. t

o IS

O 9

227

Volta

geC

urre

ntC

onne

ctor

typ

es[V

][A

]E1

E2E3

AE4

AE5

E12A

E13A

12 D

C1.

8327

2224

0027

2225

0027

2226

0027

2227

00no

t av

aila

ble

1881

5601

1990

9000

C22

B-01

200E

1-6.

55N

AC

22B-

0120

0E2-

6.55

NA

C22

B-01

200E

3A-6

.55N

AC

22B-

0120

0E4A

-6.5

5NA

C22

B-01

200E

12A

-6.5

5NA

C22

B-01

200E

13A

-6.5

5NA

24 D

C0.

9527

2228

0027

2229

0027

2230

0027

2231

00no

t av

aila

ble

1990

9101

1990

9200

C22

B-02

400E

1-25

.3N

AC

22B-

0240

0E2-

25.3

NA

C22

B-02

400E

3A-2

5.3N

AC

22B-

0240

0E4A

-25.

3NA

C22

B-02

400E

12A

-25.

3NA

C22

B-02

400E

13A

-25.

3NA

205

DC

0.09

2416

0100

not

avai

labl

eno

t av

aila

ble

not

avai

labl

eno

t av

aila

ble

not

avai

labl

eno

t av

aila

ble

C22

B-20

500E

1-23

53N

A

230

AC

50

Hz

0.09

not

avai

labl

eno

t av

aila

ble

not

avai

labl

eno

t av

aila

ble

2000

4200

not

avai

labl

eno

t av

aila

ble

C22

B-23

050E

5-23

53N

A

Surf

ace

trea

tmen

t B

: 520

h s

alt

spra

y te

st a

cc. t

o IS

O 9

227

Volta

geC

urre

ntC

onne

ctor

typ

es[V

][A

]E1

E13A

24 D

C0.

9530

1295

0033

0280

00C

22B-

0240

0E1-

25.3

NB

C22

B-02

400E

13A

-25.

3NB

Am

bien

t te

mpe

ratu

re °

C (°

F)Fl

uid

tem

pera

ture

°C

(°F)

PRM

2-06

, PR

M7-

06, P

RM

8-06

→+

50 (+

176)

-30…

+80

(-22

…+

176)

PRM

2-06

pro

po

rtio

nal

dir

ecti

on

al c

on

tro

l val

ves

wit

h in

teg

rate

d e

lect

ron

ic u

nit

Surf

ace

trea

tmen

t A

: 240

h s

alt

spra

y te

st a

cc. t

o IS

O 9

227

Volta

geC

urre

ntC

onne

ctor

typ

es[V

][A

]E1

12 D

Cm

ax 1

.616

1875

00C

22A

-012

00E1

-5.1

5NA

P

24 D

Cm

ax 1

1618

6800

C22

A-0

2400

E1-1

3.4N

AP

PRM

2-06

pro

po

rtio

nal

dir

ecti

on

al c

on

tro

l val

ves

wit

ho

ut

inte

gra

ted

ele

ctro

nic

un

itSu

rfac

e tr

eatm

ent

A: 2

40 h

sal

t sp

ray

test

acc

. to

ISO

922

7

Volta

geC

urre

ntC

onne

ctor

typ

es[V

][A

]E1

E3A

E12A

E13A

12 D

Cm

ax 2

.518

8385

0019

7447

0019

6961

0019

9093

00C

22B-

0120

0E1-

2.33

NA

PC

22B-

0120

0E3A

-2.3

3NA

PC

22B-

0120

0E12

A-2

.33N

AP

C22

B-01

200E

13A

-2.3

3NA

P

24 D

Cm

ax 1

1883

8300

1974

4300

1969

6200

3069

1600

C22

B-02

400E

1-13

.4N

AP

C22

B-02

400E

3A-1

3.4N

AP

C22

B-02

400E

12A

-13.

4NA

PC

22B-

0240

0E13

A-1

3.4N

AP


www.argo-hytos.com

Co

ils C

22 (d

= 2

2 m

m (0

.87

inch

))

PRM

2-06

pro

po

rtio

nal

dir

ecti

on

al c

on

tro

l val

ves

wit

ho

ut

inte

gra

ted

ele

ctro

nic

un

itSu

rfac

e tr

eatm

ent

B: 5

20 h

sal

t sp

ray

test

acc

. to

ISO

922

7

Volta

geC

urre

ntC

onne

ctor

typ

es[V

][A

]E1

E3A

E12A

E13A

12 D

Cm

ax 2

.534

1808

00on

req

uest

on r

eque

ston

req

uest

C22

B-01

200E

1-2.

33N

BP

24 D

Cm

ax 1

3418

4200

3328

8400

on r

eque

st28

8112

00C

22B-

0240

0E1-

13.4

NBP

C22

B-02

400E

3A-1

3.4N

BPC

22B-

0240

0E13

A-1

3.4N

BP

PRM

7-06

, PR

M8-

06 p

rop

ort

ion

al d

irec

tio

nal

co

ntr

ol v

alve

s w

ith

ou

t in

teg

rate

d e

lect

ron

ic u

nit

Surf

ace

trea

tmen

t A

: 240

h s

alt

spra

y te

st a

cc. t

o IS

O 9

227

Volta

geC

urre

ntC

onne

ctor

typ

es[V

][A

]E1

E3A

E12A

E13A

12 D

Cm

ax 2

.518

8385

0019

7447

0019

6961

0019

9093

00C

22B-

0120

0E1-

2.33

NA

PC

22B-

0120

0E3A

-2.3

3NA

PC

22B-

0120

0E12

A-2

.33N

AP

C22

B-01

200E

13A

-2.3

3NA

P

24 D

Cm

ax 1

1883

8300

1974

4300

1969

6200

3069

1600

C22

B-02

400E

1-13

.4N

AP

C22

B-02

400E

3A-1

3.4N

AP

C22

B-02

400E

12A

-13.

4NA

PC

22B-

0240

0E13

A-1

3.4N

AP

PRM

7-06

, PR

M8-

06 p

rop

ort

ion

al d

irec

tio

nal

co

ntr

ol v

alve

s w

ith

ou

t in

teg

rate

d e

lect

ron

ic u

nit

Surf

ace

trea

tmen

t B

: 520

h s

alt

spra

y te

st a

cc. t

o IS

O 9

227

Volta

geC

urre

ntC

onne

ctor

typ

es[V

][A

]E1

E3A

E12A

E13A

12 D

Cm

ax 2

.534

1808

00on

req

uest

on r

eque

ston

req

uest

C22

B-01

200E

1-2.

33N

BP

24 D

Cm

ax 1

3418

4200

3328

8400

on r

eque

st28

8112

00C

22B-

0240

0E1-

13.4

NBP

C22

B-02

400E

3A-1

3.4N

BPC

22B-

0240

0E13

A-1

3.4N

BP

Am

bien

t te

mpe

ratu

re °

C (°

F)Fl

uid

tem

pera

ture

°C

(°F)

PVR

M3-

10→

-30…

+90

(-22

…+

194)

-30…

+90

(-22

…+

194)

Surf

ace

trea

tmen

t A

: 240

h s

alt

spra

y te

st a

cc. t

o IS

O 9

227

Volta

geC

urre

ntC

onne

ctor

typ

es[V

][A

]EA

3

12 D

Cm

ax 1

.524

1579

00C

22B-

0120

0E3A

-5N

AP

24 D

Cm

ax 1

1974

4300

C22

B-02

400E

3A-1

3.4N

AP


www.argo-hytos.com

Co

ils C

31 (d

= 3

1 m

m (1

.22

inch

))

Am

bien

t te

mpe

ratu

re °

C (°

F)Fl

uid

tem

pera

ture

°C

(°F)

Supp

ly v

olta

ge t

oler

ance

% o

f U

N

RPE

4-10

→-3

0...+

50 (-

22…

+12

2)-3

0…+

80 (-

22…

+17

6)±

10

RPE

4-10

Surf

ace

trea

tmen

t A

: 240

h s

alt

spra

y te

st a

cc. t

o IS

O 9

227

Volta

geC

urre

ntC

onne

ctor

typ

es[V

][A

]E1

E2E3

E4E5

E12A

E13A

12 D

C3.

1716

1957

0027

6608

0016

1970

0016

1969

00no

t av

aila

ble

3325

2200

on r

eque

stC

31A

-012

00E1

-3.7

8FA

C31

A-0

1200

E2-3

.78F

AC

31A

-012

00E3

-3.7

8FA

C31

A-0

1200

E4-3

.78F

AC

31A

-012

00E1

2A-3

.78F

A

14 D

C2.

9816

1959

0027

6609

0027

6611

0027

6612

00no

t av

aila

ble

on r

eque

ston

req

uest

C31

A-0

1400

E1-4

.73F

AC

31A

-014

00E2

-4.7

3FA

C31

A-0

1400

E3-4

.73F

AC

31A

-014

00E4

-4.7

3FA

24 D

C1.

7316

1961

0023

8960

0016

1972

0016

1971

00no

t av

aila

ble

3325

2300

3423

4400

C31

A-0

2400

E1-1

3.9F

AC

31A

-024

00E2

-13.

9FA

C31

A-0

2400

E3-1

3.9F

AC

31A

-024

00E4

-13.

9FA

C31

A-0

2400

E12A

-13.

9FA

C31

A-0

2400

E13A

-13.

9FA

27 D

C1.

5216

1963

0027

6610

0027

6613

0027

6614

00no

t av

aila

ble

on r

eque

st33

8639

00C

31A

-027

00E1

-17.

8FA

C31

A-0

2700

E2-1

7.8F

AC

31A

-027

00E3

-17.

8FA

C31

A-0

2700

E4-1

7.8F

AC

31A

-027

00E1

3A-1

7.8F

A

205

DC

0.20

1619

6700

not

avai

labl

eno

t av

aila

ble

not

avai

labl

eno

t av

aila

ble

not

avai

labl

eno

t av

aila

ble

C31

A-2

0500

E1-1

027F

A

230

AC

50

Hz

0.20

not

avai

labl

eno

t av

aila

ble

not

avai

labl

eno

t av

aila

ble

1619

5100

not

avai

labl

eno

t av

aila

ble

C31

A-2

3050

E5-1

027F

A

RPE

4-10

Surf

ace

trea

tmen

t B

: 520

h s

alt

spra

y te

st a

cc. t

o IS

O 9

227

Volta

geC

urre

ntC

onne

ctor

typ

es[V

][A

]E1

E3E4

E5E1

2A

24 D

C1.

7331

6489

0029

4279

0033

0811

00no

t av

aila

ble

3326

7000

C31

A-0

2400

E1-1

3.9F

BC

31A

-024

00E3

-13.

9FB

C31

A-0

2400

E4-1

3.9F

BC

31A

-024

00E1

2A-1

3.9F

B

27 D

C1.

52on

req

uest

3180

3100

on r

eque

stno

t av

aila

ble

on r

eque

stC

31A

-027

00E3

-17.

8FB

205

DC

0.20

3435

3800

not

avai

labl

eno

t av

aila

ble

not

avai

labl

eno

t av

aila

ble

C31

A-2

0500

E1-1

027F

B

230

AC

50

Hz

0.20

not

avai

labl

eno

t av

aila

ble

not

avai

labl

e31

8846

00no

t av

aila

ble

C31

A-2

3050

E5-1

027F

B


www.argo-hytos.com

Co

ils C

31 (d

= 3

1 m

m (1

.22

inch

))

RPE

W4-

10 (

Wir

ebo

x)Su

rfac

e tr

eatm

ent

A: 2

40 h

sal

t sp

ray

test

acc

. to

ISO

922

7Vo

ltage

Cur

rent

Con

nect

or t

ypes

[V]

[A]

EW1

12 D

C3.

1724

1720

00C

31A

-012

00EW

1-3.

78FA

/M

24 D

C1.

7324

1722

00C

31A

-024

00EW

1-13

.9FA

/M

106

DC

0.38

2417

2400

C31

A-1

0600

EW1-

276F

A/M

RPE

4-10

wit

h C

SA c

erti

fica

tio

nSu

rfac

e tr

eatm

ent

A: 2

40 h

sal

t sp

ray

test

acc

. to

ISO

922

7

Volta

geC

urre

ntC

onne

ctor

typ

es[V

][A

]E5

12 D

C0.

3824

1728

00C

31A

-120

60E5

-276

FAH

RPE

W4-

10 w

ith

CSA

cer

tifi

cati

on

Surf

ace

trea

tmen

t A

: 240

h s

alt

spra

y te

st a

cc. t

o IS

O 9

227

Volta

geC

urre

ntC

onne

ctor

typ

es[V

][A

]EW

1

120

AC

60

Hz

0.38

2417

2600

C31

A-1

0600

EW1-

276F

AH

/M

Am

bien

t te

mpe

ratu

re °

C (°

F)Fl

uid

tem

pera

ture

°C

(°F)

PRM

6-10

, PR

M7-

10→

+50

(+12

2)-3

0…+

80 (-

22…

+17

6)

Surf

ace

trea

tmen

t A

: 240

h s

alt

spra

y te

st a

cc. t

o IS

O 9

227

Volta

geC

urre

ntC

onne

ctor

typ

es[V

][A

]E1

E3E1

2A

12 D

Cm

ax 1

.916

1958

0033

2239

0033

2524

00C

31A

-012

00E1

-4.7

3FA

PC

31A

-012

00E3

-4.7

3FA

PC

31A

-012

00E1

2A-4

.73F

AP

24 D

Cm

ax 1

.116

1962

0031

3548

0033

2518

00C

31A

-024

00E1

-13.

9FA

PC

31A

-024

00E3

-13.

9FA

PC

31A

-024

00E1

2A-1

3.9F

AP

Surf

ace

trea

tmen

t B

: 520

h s

alt

spra

y te

st a

cc. t

o IS

O 9

227

Volta

geC

urre

ntC

onne

ctor

typ

es[V

][A

]E1

24 D

Cm

ax 1

.133

4615

00C

31A

-024

00E1

-13.

9FBP

34,1

(1.3

5)

39,3

(1.5

5)

49,4(1.95)

29(1

.14)

19 (0

.75)

37(1

.46)

49,4(1.95)

50,6(1.99)

19 (0

.75)

37(1

.46)30

(1.1

8)

35(1

.38)

34,4

(1.3

5)

37,6

(1.4

8)37

,6 (1

.48)

A29

(1.1

4)

39 (1

.54)


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Dimensions in millimeters (inch)

C14B

E1, E2 IP65 E3A, E4A IP67 E12A , E13A IP67 / IP69K

C19A

E1, E2 IP65 E5 IP65

A = Standard 300 mm (11.8 inch), other lengths on demand

C19B

E1, E2 IP65 E5, E51 IP65 E3, E4 IP67

E3A , EA4 IP67 E12A , E13A IP67 / IP69K E8, E9

C22A

E1, E2 IP65 E5 IP65

22(0

.87)

45(1

.77)32

,5(1

.28)

52(2.05)

38,4

(1.5

1)

41,1

(1.6

2)

46,3

(1.8

2)

32,5

(1.2

)8A

52 (2

.05)

A46

,5 (1

.83)

22 (0

.87)

44 (1

.73) 33,6

(1.7

3)

54,1 (2.13)


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C22B

E1, E2 IP65 E5, E51 IP65 E3A , E4A IP67

E12A , E13A IP67 / IP69K E8, E9

C22C

EW1, EW2 IP65

C31A

E1, E2 IP65 E5, E51 IP65 E3, E4 IP67

E12A , E13A IP67 / IP69K E8, E9 EW1 IP65

Detent of the coil to the valves body

Dimensions in millimeters (inch)



Tightening torque of nutFor coils C14, C19, C22: 3+1 Nm (2.2+0.7 lbf.ft)For coils C31: 6+1 Nm (4.4+0.7 lbf.ft)


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Mounting / dismantling the coils

CAUTION

WARNING

Operation

CAUTION

› Choose the correct coil type according to the valve type given in this data sheet HA 8007. When AC power supply is chosen, the connector with integrated rectifier or the connector plug with integrated rectifier must be used. › The coil is placed on the solenoid actuating system (as indicated in the picture) and its position is fixed by a nut.

The nut must be tightened with the specified torque. › The connector position can be set by rotating the coil around its longitudinal axis - continuously in the range of 0 - 360° / by 90°

for coils with a locating pin.

› Coil mounting, especially the connection to power supply, must be carried out by a competent person only.

› Before any handling the coil must be disconnected from the power supply. › The hydraulic circuit must be switched off and unloaded during installation. › Disconnect the coil from the power supply before dismounting and let it cool down to avoid burns.

The temperature may exceed 100 °C (212 °F) during operation.

Basic operating parameters are stated in the data sheet of the relevant solenoid operated valve and the coil description is given in the data sheet HA 8007.

› Power supply parameters must correspond to the specified coil type. Switching coils are controlled by voltage. The voltage indicated on the coil is the nominal voltage. Control voltage should not deviate from nominal by more than ±10 %, if not stated otherwise in the data sheet. Proportional coils are controlled by current. The current indicated on the coil is the limit (maximum) current which may continuously flow through the coil winding. › The coil may be energized only if correctly placed on the solenoid actuating system and properly fixed by a nut. › If a valve is operated by two solenoids acting in the opposite directions, the two solenoids must never be energized

simultaneously. › Protect the coil against the effects of high temperatures and thermal shocks. The operating temperature range of hydraulic

fluid and maximum ambient temperature are stated in the data sheet of the given valve. In general, there must be a sufficient heat removal from the coil so that the mean winding temperature does not exceed 155 °C (311 °F). › Protect the coil against peak voltages by a suitable overvoltage protection. › Protect the coil against mechanical damage, excessive vibrations and shocks. › Protect the coil against effects of a corrosive environment and aggressive chemicals. › The coil is not designed for operation immersed in fluid.

› Directive 2014/30/EU for electromagnetic compatibility of electrical equipment › Directive 2014/35/EU for low voltage equipment with rated voltage higher than 75 V DC and 50 V AC, respectively.

Applicability of legal regulations

› Damaged coils, coils with damaged parts of the power supply connector or a damaged cable must be taken out of operation immediately. There is a possibility of electric shock. › Don’t touch the coil surface during operation. The coil becomes warm and there is a risk of burns.

WARNING - notices regarding the residual risks

The following requirements apply to the coils:

Coils are designated by the CE conformity mark and they are delivered with instructions. The declaration of conformity is issued for each item.Tests of coils according to the CSA standard are carried out together with the hydraulic part. The certification covers the complete directional control valves.

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