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REMKO WKF 100 Instructions For Technicians Download Page 33

3.5  Electrical configuration - I/O module 01 - WKF 130/170 Duo

Use wire gauge corresponding with the connection cable supplied!

Lay load lines separately to measuring lines!

E

P/

N/

~

1/

V

0

3

2 

 :

s

s

ul

h

c

s

n

A

PE    N      L

PE    N 

    L`

PE    N 

    L`

PE    N 

  A10  L`

PE    N 

  A1

1  L`

PE    N   

A12  L`

PE    N   

A13  L`

PE    N   

A14  L`

PE   N   

A01

PE   N   

A02

PE   N   

A03

PE   N   

A04

PE  N  

A20  

A21

Power

Actuator Output

s

Actuator Supply

Actuator Outputs

Actuator Outputs

st

up

nI r

os

ne

S

S25 +5V GND

S26 +5V GND

S27 +5V GND

S28 +5V GND

S29 +5V GND

la

ngi

S r

ot

aut

kA

GND 

A40

GND 

A41

GND 

A42

GND 

A43

GND 

A44

GND 

A45

GND 

A46

MI MO CLK nSS GND

PT 

-  N KX

0T1 0T1

0T2 0T2

B2   

A2

+12V B1 

A1 GND

S20 +5V GND S40 S41

S21 +5V GND S42 S43

S22 +5V GND S44 S45

S23 +5V GND S46 S47

S24 +5V GND S48 S49

S01 GND

S02 GND

st

up

nI r

os

ne

S

S03 GND

S04 GND

S05 GND

S06 GND

S07 GND

S08 GND

st

up

nI r

os

ne

S

S09 GND

S10 GND

S1

1 GND

S12 GND

Potential Free Outputs

   A30   A30

   A31

  SD

Fuse

RJ 45

L

R 

si

er

kz

ie

H 

re

th

c

si

m

e

g 

.1

L

V 

si

er

kz

ie

H 

re

th

c

si

m

e

g 

.1

ru

ta

re

p

m

et

n

e

ß

u

A

et

ti

m

 r

e

h

ci

e

p

S

M

Zu
Auf

s

i

e

r

k

z

i

e

H

 r

e

t

h

c

s

i

m

e

g

 .

1

 

V

 

0

3

2

 

e

p

m

u

P

l

u

d

o

M

 

O

/I

 

g

n

u

g

r

o

s

r

e

v

s

g

n

u

n

n

a

p

S

s

i

e

r

k

z

i

e

H

 r

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t

h

c

s

i

m

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g

 .

1

V

 

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3

2

 r

e

h

c

s

i

M

 

M

 l

it

n

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v

tl

a

h

c

s

m

U

 r

e

g

u

e

z

r

e

e

m

r

ä

W

 

2

V

0

3

2

 r

a

l

o

S

  

e

p

m

u

P

ungeregelt 

 

e

p

m

u

p

s

n

o

it

a

l

u

k

ri

Z

W

) 

V

 

0

3

2

 (

  

r

e

s

s

a

w

m

r

a

L

V 

si

er

kz

ie

H 

re

th

c

si

m

e

g 

.2

 

L

R

 r

al

o

S

 

M

W

P

  

e

b

a

g

r

o

vl

h

a

z

h

e

r

D

e

p

m

u

p

r

al

o

S

g

n

u

si

e

p

s

ni

E

  

V

P

 0

S

h

W

k/

.p

m

I 

0

0

5 

.n

i

m

( 

g

ar

tr

E 

V

P 

0

S

h

W

k/

.p

m

I 

0

0

5 

.n

i

m

(

re

lh

äz

st

la

h

s

u

a

H 

 0

S

h

W

k/

.p

m

I 

0

0

5 

.n

i

m

(

P

W

  

0

S

re

lh

äz

m

or

tS

 

h

W

k/

.p

m

I 

0

0

5 

.n

i

m

(

Sensor Inputs

Sensor Inputs

r

ot

k

el

lo

K

-r

al

o

S

n

et

n

u 

re

h

ci

e

p

S-

ra

lo

S

D

N

G

/

9

2

S

D

N

G

/

8

2

S

S26/GND

S25/GND

S23

1

0

S

S02

S03

S04

S06

S09

S10

S11

S12

A40

A13

A01

A02

A04

2

2

/

1

2

A

V

ra

lo

S 

m

or

ts

n

e

m

ul

o

A42

A41

M

W

P 

/ 

V

0

1-

0 

e

p

m

u

P 

   

   

   

 

si

er

k

zi

e

H 

re

th

c

si

m

e

g 

.2

 

A46

T-

lo

rt

n

o

Ct

ra

m

S 

g

n

u

gr

o

sr

e

v

s

g

n

u

n

n

a

p

S

ouch

B1/A1

 n

oi

ta

ki

n

u

m

m

o

K

lu

d

o

m

n

e

ß

u

A

B2/A2

V

0

3

2

 

e

p

m

u

P

s

i

e

r

k

z

i

e

H

 r

e

t

h

c

s

i

m

e

g

 .

2

 

A11

V

W

 

m

or

ts

n

e

m

ul

o

re

s

s

a

w

m

ra

D

N

G

/

7

2

S

 O

/I 

T

M

S

s

i

e

r

k

z

i

e

H

  

r

e

t

h

c

s

i

m

e

g

n

u

) 

l

a

n

o

it

p

o

 (

 

V

 

0

3

2

 

e

p

m

u

P

A03

M

/l

it

n

e

v

tl

a

h

c

s

m

U

n

e

l

h

ü

K

 

e

p

m

u

P

A14

M

li

t

n

e

v

tl

a

h

c

s

m

U

W

g

n

u

ti

e

r

e

b

r

e

s

s

a

w

m

r

a

A10

PE  N  

A22  

A23

PE  N  

A24  

A25

C R

B3  

A3

R  GND

S13 GND

S14 GND

S15 GND

S16 GND

   A32

   A33

   A34

tk

at

n

o

K 

U

V

E

e

b

a

g

i

e

r

F

 

=

 

n

e

s

s

o

l

h

c

s

e

g

M

 

V

 

0

3

2

 l

i

t

n

e

v

s

s

a

p

y

B

M

s

i

e

r

k

z

i

e

H

 r

e

t

h

c

s

i

m

e

g

 .

2

V

 

0

3

2

 r

e

h

c

s

i

M

E

W

 

2

 

/

 

e

b

a

g

i

e

r

F

 

2

3

A

         

l

e

m

m

a

S

 

4

3

A

g

n

u

d

l

e

m

r

ö

t

S

i

e

rf

l

a

i

z

n

e

t

o

P

L

R 

si

er

kz

ie

H 

 r

et

h

c

si

m

e

g 

.2

 

S14

S16

3

2

/

2

2

A

5

2

/

4

2

A

z

t

ü

h

c

s

r

r

e

p

S

 

e

n

h

o

 :

S

I

E

W

N

I

H

n

e

d

r

e

w

 t

g

e

l

e

g

n

i

e

 

e

k

c

ü

r

B

 

s

s

u

m

d

n

at

sr

e

di

w

re

id

o

C

RC.1

V

2

1

+ 

& 

D

N

G 

e

m

m

el

K

 

M

W

P 

/V

 0

1 

- 

0 

e

p

m

u

P

 s

ie

rk

zi

e

H 

re

th

c

si

m

e

g

n

u

 

M

W

P 

/ 

V 

0

1 

- 

0 

e

p

m

u

P

 s

ie

rk

zi

e

H 

re

th

c

si

m

e

g 

.1

Zu
Auf

Zu
Auf

L

V 

re

lh

üf

ra

lo

S

S05

n

oi

ta

lu

kr

iZ

   

   

   

   

 

T

 s

lu

p

m

I r

e

d

o 

ru

ta

re

p

m

e

W

re

lh

ü

F 

re

s

s

a

w

m

ra

S08

(2.)

(1.)

ro

s

n

e

s

m

u

a

R 

n

oi

ta

ki

n

u

m

m

o

K

B3/A3

T-

lo

rt

n

o

Ct

ra

m

S 

n

oi

ta

ki

n

u

m

o

K

ouch

RJ 45

D

N

G

 S

S

n 

K

L

C 

O

M

 I

M

2

B

  

2

A

(3.)

(1.)

I/O Modul  

 n

oi

ta

ki

n

u

m

m

o

K 

s

s

ul

h

c

s

n

A

 e

ts

ie

ln

e

m

m

el

K

 l

u

d

o

m

n

e

ß

u

A

s t u p t u O   e e r F   l a i t n e t o P

I/O Modul

g

n

ul

ie

tr

e

vr

et

n

U 

re

d 

s

u

a 

st

ie

s

u

a

b

 t

gl

of

re

 g

n

u

gr

o

sr

e

v

s

g

n

u

n

n

a

p

S 

 l

u

d

o

M

 O

/I

(3.)

D

N

G

 6

1

S

(2.)

     

e

b

a

gi

er

F 

= 

n

e

s

s

ol

h

c

s

e

G

!i

er

fl

ai

tn

et

o

P 

:t

k

at

n

o

K

  

6

1

S 

tk

at

n

o

K 

U

V

E 

   

  

tk

at

n

o

K 

U

V

E 

s

s

ul

h

c

s

n

A

E

P/

N/

~

1/

V

0

3

2 

 :

s

s

ul

h

c

s

n

A

g

n

ul

ie

tr

e

vr

et

n

U 

re

d 

s

u

a 

st

ie

s

u

a

b

 t

gl

of

re

 g

n

u

gr

o

sr

e

v

s

g

n

u

n

n

a

p

S 

 l

u

d

o

M

-

O/

I

GND

                

N                 

L1

N

L1

                

L1

)E

P/

N/

~

3/

V

0

0

4

g

n

ul

ie

tr

e

vr

et

n

U 

re

d 

s

u

a 

st

ie

s

u

a

b

 v

re

S 

tr

a

m

S 

tn

e

m

el

ez

ie

H 

.k

el

e 

g

n

u

gr

o

sr

e

v

s

g

n

u

n

n

a

p

S

3x 230V/1~/N/PE

dann Brücken N-Leiter entfernen

E

P

                

N

                

N

                

L1

                

L2

                

L3

                

E

P

                

N

                

L1

                

L2

                

L3

                

Belegt

Belegt

Belegt

Belegt

STB

E-Heizung Relais E-Heiz.

Belegt

E-Heizung

GND

                

N                 

L1

PE                

PE            

N

 

e

b

a

g

i

e

r

F

 

3

3

A

         

1

 

e

f

u

t

S

 

v

r

e

S

 

t

r

a

m

S

2

 

e

f

u

t

S

 

v

r

e

S

 

t

r

a

m

S

Belegt

Belegt

Assigned

Assigned

NOTE: without blocking 
contactor, jumper must be 
inserted, closed = enabled

Power utility contact

2nd mixed heating cycle RF

Coding resistor

Room sensor communication

Outdoor unit communication

Storage tank, centre

Terminal GND & +12V

Hot water probe

2nd mixed heating cycle

Temperature or impulse

Pump 0-10V / PWM

Circulation

Solar probe inlet

Smart Control Touch communication

1st mixed heating cycle INL

1st mixed heating cycle RF

Outside temperature

2nd mixed heating cycle INL

Smart Control Touch power supply

Unmixed heating

1st mixed heating cycle

Solar pump

Pump 0 - 10 V/PWM

S0 PV feed-in

(min. 500 lmp./kWh)
S0 PV yield

(min. 500 lmp./kWh)

S0 household meter

(min. 500 lmp./kWh)
S0 HP electricity meter

(min. 500 lmp./kWh)

Hot water medium flow rate

Pump 0 - 10 V/PWM

Speed setting PWM

EVU contact connection

I/O module: Communication connection

Elec. power supply Smart Serv heating element 

provided by the customer from the sub-distribution unit

Terminal block outdoor unit

Assigned

Power utility contact S16

Closed = enable

Contact: Potential-free!

Assigned

Assigned

STB 

assigned

Assigned Electrical 

heater

Electrical 

heater

Electric 

heater relay

3x 230V/1~/N/PE

then remove N-conductor jumpers

2nd mixed heating cycle

Potential-free

A34 General alarm 

code

A32 enable/2 HG

Smart Serv stage 2

1st mixed heating cycle

Pump 230 V

Changeover valve / 

Changeover valve

Changeover valve

Bypass valve 230 V

230 V mixing valve

Closed

Closed

Closed

230 V mixing valve

Pump 230 V

Unregulated

2nd mixed heating cycle

pump cooling

2 heat generators

Hot water preparation

Power supply I/O module

Solar RF

Solar storage tank, bottom

Solar collector

Medium flow rate solar

Hot water (230 V)

Pump 230 V (optional)

A32 enable

Smart Serv stage 1

Pump solar 230 V

1st mixed heating cycle

Unmixed heating cycle

Circulation pump

Open

Open

Open

I/O module: Power supply provided by 

the customer from the sub-distribution unit

Connection: 230V/1

~

/N/PE

 

 

 

 

 

33

Summary of Contents for WKF 100

Page 1: ...any task REMKO WKF series WKF 80 WKF 100 WKF 130 WKF 170 Smart heat pumps 0280 2021 06 Edition 1 en_GB Instructions for Technicians WKF compact 80 WKF compact 100 WKF compact 130 WKF compact 170 WKF 1...

Page 2: ...hese operating instructions carefully before commis sioning using this device These instructions are an integral part of the system and must always be kept near or on the device Subject to modificatio...

Page 3: ...6 Overview of electrical cables 12 2 7 Electrical connection general notes 14 2 8 Electrical connection indoor unit 14 2 9 Electrical connection outdoor unit 15 2 10 Electrical drawings for outdoor u...

Page 4: ...n Operate the device only when fully installed and with all safety equipment n Protect the unit from dust and dirt during the building phase 1 2 Identification of notes This section provides an overv...

Page 5: ...and vent Otherwise there is danger of suffocation n All housing parts and device openings e g air inlets and outlets must be free from foreign objects fluids or gases n The units must be inspected by...

Page 6: ...nts beyond these conditions In this case contact your contractual partner in the first instance 1 11 Transport and packaging The devices are supplied in a sturdy shipping con tainer Please check the e...

Page 7: ...rn flow DN 25 2 Condensate drain outdoor unit must contain anti freeze 3 Refrigerant lines 1 4 and 1 2 4 Outdoor unit power supply 230V 1 50Hz 16A e g 3x1 5 mm2 5 Indoor unit power supply 230V 1 50Hz...

Page 8: ...densate drain outdoor unit must contain anti freeze 3 Refrigerant lines 3 8 and 5 8 4 Outdoor unit power supply 230V 1 50Hz 20A e g 3x2 5 mm2 5 Indoor unit power supply 230V 1 50Hz 16A e g 3x1 5 mm2 6...

Page 9: ...ensate drain outdoor unit must contain anti freeze 3 Refrigerant lines 3 8 and 3 4 4 Outdoor unit power supply 400V 3 50Hz 3x20A e g 5x2 5 mm2 5 Indoor unit power supply 230V 1 50Hz 16A e g 3x1 5 mm2...

Page 10: ...WKF 130 Duo 1 Common return flow 2 Condensate drain outdoor unit must contain anti freeze 3 Refrigerant lines 3 8 and 5 8 4 Outdoor unit power supply 230V 1 50Hz 20A e g 3x2 5 mm2 5 Indoor unit power...

Page 11: ...utdoor unit 2 WKF 170 Duo 1 Common return flow 2 Condensate drain outdoor unit must contain anti freeze 3 Refrigerant lines 3 8 and 3 4 4 Outdoor unit power supply 400V 3 50Hz 3x16A e g 5x1 5 mm2 5 In...

Page 12: ...N Pe 400V 3 N Pe L1 L2 L3 N Pe E Fig 6 Overview of electrical cables 1 Main distribution A Power supply outdoor unit B Power supply indoor unit C Power utility disable signal potential free open locke...

Page 13: ...L2 L3 N Pe 1 A B C D E Fig 7 Overview of electrical cables 1 Main distribution A Power supply outdoor unit B Power supply indoor unit C Power utility disable signal potential free open AM locked D Pow...

Page 14: ...by an electrician WARNING Always note the currently applicable VDE guidelines and the notes in TAB 2007 The size and type of the fuse are to be taken from the technical data WARNING All cable sizes ar...

Page 15: ...WKF compact 170 series remove the trim panel by unfastening the screws 1 Screw n Electrical protection for the system is imple mented in accordance with the information in the Technical Data Observe...

Page 16: ...a domestic hot water probe S08 as well as a probe for the com plete inlet in the indoor unit n When connecting up a solar plant use a PT 1000 probe S01 as a collector probe and a PT 1000 probe S02 as...

Page 17: ...d It may not be subjected to direct sunlight and is to be protected against excessive wind Installation above windows or air ducts is to be avoided n In order to carry out the installation remove the...

Page 18: ...oard B Power supply cable C Communication line to indoor unit 1 TP evaporator probe 2 TS suction pipe probe 3 Sensor TD heat gas 4 Sensor TA air suction 5 Electric expansion valve 6 High pressure tran...

Page 19: ...y 400V 3 50Hz C Communication to indoor unit 1 Indoor unit communication 2 High pressure transducer 3 Low pressure transducer 4 Compressor 5 Transformer 6 Electric expansion valve 7 High pressure swit...

Page 20: ...m e g n u M W P V 0 1 0 e p m u P s i e r k z i e H r e t h c s i m e g 1 Zu Auf Zu Auf L V r e l h f r a l o S S05 n o i t a l u k r i Z T s l u p m I r e d o r u t a r e p m e W r e l h F r e s s a...

Page 21: ...External probe S11 X 1st mixed HC RF probe S12 X 1st mixed HC INL probe S13 X Heat pump inlet S14 X 2nd mixed HC RF probe S15 X Heat pump RF S16 X Energy supplier contact NC dew point monitoring exter...

Page 22: ...sed 230V A30 X Not connected A31 X Not connected A32 X Enable 2 WE booster heating or boiler A33 X Not connected A34 X Alarm codes A40 X Speed setting solar pump PWM A41 X Speed specification 1st mixe...

Page 23: ...x 230V muss die Br cke zwischen X2 7 X2 8 und X2 9 entfernt und jeweils ein Neutralleiter angeschlossen werden muss die Br cke zwischen X2 7 X2 8 und X2 9 entfernt und jeweils ein Neutralleiter angesc...

Page 24: ...Auf Zu A20 A21 Mischventil 230V 1 gem Kreis B AM1 Kommunik AM Au enmodul bauseits A M N Auf Zu A22 A23 Ventil 230V Bypass B B3 A3 Kommunikation Raumsensor B A A 1 2 RC Kodierwiderstand Ger teabh ngig...

Page 25: ...Stufe 1 1 Heizwendel E Heizer 1 2 S15 PT1000 R cklauf W rmepumpe A34 Sammelst rmeldung Potentialfreier Kontakt S16 S16 Br cke ffner K EVU Sperre GND Bei Verwendung ein e EVU Sperre ist das Sperrsigna...

Page 26: ...esse Siehe Bedienunsanleitung des Raumsensors Raumthermostats Siehe Bedienunsanleitung des Raumsensors Raumthermostats 0 1 2 3 4 5 6 7 8 9 10 11 4 4 WKF 2021 0 1 2 3 4 5 6 7 8 9 10 11 03 03 2021 Proje...

Page 27: ...heating element EHZ Electric heating element EVU Electrical power company power utility Gem Mixed HC Heating cycle HTG Heating Imp Impulse PV Photovoltaic PWM Pulse width modulation RL Return flow Un...

Page 28: ...D2 Outdoor unit 2 WKF 130 Duo 1 Common return flow 2 Condensate drain outdoor unit must contain anti freeze 3 Refrigerant lines 3 8 and 5 8 4 Outdoor unit power supply 230V 1 50Hz 20A e g 3x2 5 mm2 5...

Page 29: ...utdoor unit 2 WKF 170 Duo 1 Common return flow 2 Condensate drain outdoor unit must contain anti freeze 3 Refrigerant lines 3 8 and 3 4 4 Outdoor unit power supply 400V 3 50Hz 3x16A e g 5x1 5 mm2 5 In...

Page 30: ...l cables 1 Main distribution A1 Power supply outdoor unit 1 A2 Power supply outdoor unit 2 B Power supply indoor unit C Power utility disable signal potential free open AM locked D Power supply heatin...

Page 31: ...l cables 1 Main distribution A1 Power supply outdoor unit 1 A2 Power supply outdoor unit 2 B Power supply indoor unit C Power utility disable signal potential free open AM locked D Power supply heatin...

Page 32: ...nd Circuit plans chapters of this manual n Special rates for the operation of heat pumps may be offered by the power utility n Ask your local power utility about the details of any rates that might be...

Page 33: ...s i m e g n u M W P V 0 1 0 e p m u P s i e r k z i e H r e t h c s i m e g 1 Zu Auf Zu Auf L V r e l h f r a l o S S05 n o i t a l u k r i Z T s l u p m I r e d o r u t a r e p m e W r e l h F r e s...

Page 34: ...S12 1 X 1st mixed heating cycle inlet probe S13 1 X Heat pump inlet S14 1 X 2nd mixed heating cycle RF probe S15 1 X Heat pump RF S16 1 X Energy supplier contact NC dew point monitoring S20 1 X Not c...

Page 35: ...ed 230V A30 1 X Non functional A31 1 X Non functional A32 1 X Enable 2nd WE booster heating or boiler A33 1 X Non functional A34 1 X Alarm codes A40 1 X Speed setting solar pump PWM A41 1 X Speed sett...

Page 36: ...P A43 2 M W P e p m u P l u d o m n e n n I S24 2 V P W m o r t s n e m u l o l e t t i m e t l K S07 2 Z B Taupunktw chter oder Easy Control EC 1 t g e l e b t h c i N t g e l e b t h c i N A12 2 t...

Page 37: ...connected S11 2 X 3rd mixed heating cycle RF probe S12 2 X 3rd mixed heating cycle inlet probe S13 2 X Heat pump inlet S14 2 X 4th mixed heating cycle inlet probe S15 2 X Not connected S16 2 X Not co...

Page 38: ...valve closed 230V A30 2 X Not connected A31 2 X Not connected A32 2 X Not connected A33 2 X Not connected A34 2 X Not connected A40 2 X Not connected A41 2 X 3rd mixed heating cycle pump 0 10V A42 2...

Page 39: ...Elektro Heizstabs 3x 230V muss die Br cke zwischen X2 7 X2 8 und X2 9 entfernt und jeweils ein Neutralleiter angeschlossen werden muss die Br cke zwischen X2 7 X2 8 und X2 9 entfernt und jeweils ein...

Page 40: ...M N Auf Zu A20 A21 Mischventil 230V 1 gem Kreis B AM1 Kommunik AM1 Au enmodul 1 bauseits A M N Auf Zu A22 A23 Ventil 230V Bypass B B3 A3 Kommunikation Raumsensor B A A 1 2 RC Kodierwiderstand Ger teab...

Page 41: ...tufe 1 1 Heizwendel E Heizer 1 2 S15 PT1000 R cklauf W rmepumpe A34 Sammelst rmeldung Potentialfreier Kontakt S16 S16 Br cke ffner K EVU Sperre GND Bei Verwendung ein e EVU Sperre ist das Sperrsignal...

Page 42: ...s 1 M PE N L A02 2 Pumpe 230V 3 gem Kreis B1 SMT1 1 Kommunik Master SMT I O 1 unten A1 M N Auf Zu A20 2 A21 2 Mischventil 230V 3 gem Kreis B AM2 Kommunik AM2 Au enmodul 2 bauseits A 1 2 RC 2 Kodierwid...

Page 43: ...ND S46 S47 S24 5V GND S48 S49 S01 GND S02 GND RJ45 S03 GND S04 GND S05 GND S06 GND S07 GND S08 GND S09 GND S10 GND S11 GND S12 GND S13 GND S14 GND S15 GND S16 GND SMT2 2 Systemregler oben 1 2 S14 2 PT...

Page 44: ...se Siehe Bedienunsanleitung des Raumsensors Raumthermostats Siehe Bedienunsanleitung des Raumsensors Raumthermostats 0 1 2 3 4 5 6 7 8 9 10 11 6 6 WKF DUO 2021 0 1 2 3 4 5 6 7 8 9 10 11 03 03 2021 Pro...

Page 45: ...ent EHZ Electric heating element EVU Electrical power company power utility Gem Mixed HC Heating cycle HTG Heating Imp Impulse PV Photovoltaic PWM Pulse width modulation RL Return flow Unmixed Unmixed...

Page 46: ...7 3 1943 6 10 9023 38 3 0815 7 10 4393 39 2 9733 8 9 9987 40 2 8694 9 9 5794 41 2 7697 10 9 1801 42 2 6740 11 8 7999 43 2 5821 Temp C Resistance K Temp C Resistance K 44 2 4939 56 1 6663 45 2 4091 57...

Page 47: ...7 3077 41 25 528 76 7 0667 42 24 524 77 6 8345 43 23 566 78 6 6109 44 22 648 79 6 3960 Temp C Resistance K Temp C Resistance K 80 6 1890 115 2 1522 81 5 9894 116 2 0934 82 5 7976 117 2 0365 83 5 6126...

Page 48: ...0 2735 171 0 5446 206 0 2684 172 0 5329 207 0 2634 173 0 5216 208 0 2585 174 0 5105 209 0 2537 175 0 4997 210 0 2491 176 0 4892 211 0 2445 177 0 4789 212 0 2400 178 0 4689 213 0 2357 179 0 4591 214 0...

Page 49: ...act 80 18 WKF WKF compact 100 18 WKF WKF compact 130 18 WKF WKF compact 170 19 Electrical system layout WKF 130 Duo 33 36 WKF 170 Duo 33 36 WKF WKF compact 80 20 WKF WKF compact 100 20 WKF WKF compact...

Page 50: ...REMKO WKF series 50...

Page 51: ......

Page 52: ...5232 606 260 E mail info remko de URL www remko de REMKO GmbH Co KG Klima und W rmetechnik Im Seelenkamp 12 32791 Lage Hotline within Germany 49 0 5232 606 0 Hotline International 49 0 5232 606 130 W...

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