REMKO WKF-120-180 User Manual

Electrical wiring

REMKO WKF Duo - Inverter heat pump WKF 120/180 Duo

Instructions for the Technician

0078-2014-06 Edition 2, en_GB

Read the instructions prior to performing any task!

Read these operating instructions carefully before commissioning / using this device!

These instructions are an integral part of the system and must always be kept near or on the device.

Subject to modifications; No liability accepted for errors or misprints!

Translation of the original

Carefully read the operating manual before commissioning the units for the first time. It contains useful tips and notes such as hazard warnings to prevent personal injury and material damage. Failure to follow the directions in this manual not only presents a danger to people, the environment and the system itself, but will void any claims for liability.

Keep this operating manual and the refrigerant data sheet near to the units.

1.2

This section provides an overview of all important safety aspects for proper protection of people and safe and fault-free operation.The instructions and safety notes contained within this manual must be observed in order to prevent accidents, personal injury and material damage.

Notes attached directly to the units must be observed in their entirety and be kept in a fully legible condition.

Safety notes in this manual are indicated by symbols. Safety notes are introduced with signal words which help to highlight the magnitude of the danger in question.

Safety and usage instructions

General safety notes

Identification of notes

DANGER!

CAUTION!

This combination of symbol and signal word warns of a potentially hazardous situation, which if not avoided may cause injury or material and environmental damage.

NOTICE!

This combination of symbol and signal word warns of a potentially hazardous situation, which if not avoided may cause material and environmental damage.

This symbol highlights useful tips and recommendations as well as information for efficient and fault-free operation.

1.3

Personnel qualifications

Personnel responsible for commissioning, operation, maintenance, inspection and installation must be able to demonstrate that they hold a qualification which proves their ability to undertake the work.

Contact with live parts poses an immediate danger of death due to electric shock. Damage to the insulation or individual components may pose a danger of death.

DANGER!

This combination of symbol and signal word warns of a situation in which there is immediate danger, which if not avoided may be fatal or cause serious injury.

WARNING!

This combination of symbol and signal word warns of a potentially hazardous situation, which if not avoided may be fatal or cause serious injury.

Dangers of failure to observe

1.4 the safety notes

Failure to observe the safety notes may pose a risk to people, the environment and the units. Failure to observe the safety notes may void any claims for damages.

In particular, failure to observe the safety notes may pose the following risks:

n The failure of important unit functions. n The failure of prescribed methods of mainte-

nance and repair.

n Danger to people on account of electrical and

mechanical effects.

1.5

Safety-conscious working

The safety notes contained in this manual, the existing national regulations concerning accident prevention as well as any internal company working, operating and safety regulations must be observed.

4

1.6

Safety notes for the operator

The operational safety of the units and components is only assured providing they are used as intended and in a fully assembled state.

n The units and components may only be set up,

installed and maintained by qualified personnel.

n Protective covers (grille) over moving parts

must not be removed from units that are in operation.

n Do not operate units or components with

obvious defects or signs of damage.

n Contact with certain unit parts or components

may lead to burns or injury.

n The units and components must not be

exposed to any mechanical load, extreme levels of humidity or extreme temperature.

n Spaces in which refrigerant can leak sufficient

to load 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 a service tech-

nician at least once annually. Visual inspections and cleaning may be performed by the operator when the units are disconnected from the mains.

Safety notes for installation,

1.7 maintenance and inspection

n Appropriate hazard prevention measures must

be taken to prevent risks to people when performing installation, repair, maintenance or cleaning work on the units.

n The setup, connection and operation of the

units and its components must be undertaken in accordance with the usage and operating conditions stipulated in this manual and comply with all applicable regional regulations.

n Local regulations and laws such as Water

Ecology Act must be observed.

n The power supply should be adapted to the

requirements of the units.

n Units may only be mounted at the points pro-

vided for this purpose at the factory. The units may only be secured or mounted on stable structures, walls or floors.

n Mobile units must be set up securely on suit-

able surfaces and in an upright position. Stationary units must be permanently installed for operation.

n The units and components should not be oper-

ated in areas where there is a heightened risk of damage. Observe the minimum clearances.

n The units and components must be kept at an

adequate distance from flammable, explosive, combustible, abrasive and dirty areas or atmospheres.

n Safety devices must not be altered or

bypassed.

Unauthorised modification

1.8 and changes

Modifications or changes to units and components are not permitted and may cause malfunctions. Safety devices may not be modified or bypassed. Original replacement parts and accessories authorised by the manufactured ensure safety. The use of other parts may invalidate liability for resulting consequences.

1.9

Intended use

Depending on the model, the equipment and the additional fittings with which it is equipped is only intended to be used as an air-conditioner for the purpose of cooling or heating the air in an enclosed room.

Any different or additional use shall be classed as non-intended use. The manufacturer/supplier assumes no liability for damages arising from such use. The user bears the sole risk in such cases. Intended use also includes working in accordance with the operating and installation instructions and complying with the maintenance requirements.

Under no circumstances should the threshold values specified in the technical data be exceeded.

1.10

For warranty claims to be considered, it is essential that the ordering party or its representative complete and return the "certificate of warranty" to REMKO GmbH & Co. KG at the time when the units are purchased and commissioned.

The warranty conditions are detailed in the "General business and delivery conditions". Furthermore, only the parties to a contract can conclude special agreements beyond these conditions. In this case, contact your contractual partner in the first instance.

Warranty

5

REMKO WKF Duo

1.11

The devices are supplied in a sturdy shipping container. Please check the equipment immediately upon delivery and note any damage or missing parts on the delivery and inform the shipper and your contractual partner. For later complaints can not be guaranteed.

Plastic films and bags etc. are dangerous toys for children!

Why:

- Leave packaging material are not around.

- Packaging material may not be accessible to children!

1.12

Disposal of packaging

All products are packed for transport in environmentally friendly materials. Make a valuable contribution to reducing waste and sustaining raw materials. Only dispose of packaging at approved collection points.

Transport and packaging

WARNING!

Environmental protection and recycling

Disposal of equipment and components

Only recyclable materials are used in the manufacture of the devices and components. Help protect the environment by ensuring that the devices or components (for example batteries) are not disposed in household waste, but only in accordance with local regulations and in an environmentally safe manner, e.g. using certified firms and recycling specialists or at collection points.

6

IB

AB

NAM

KA1

STL

KML

AM1

VEN

STL

KML

IM

NIM

NZH

KA2

VHZ

AM2

VEN

KA1

NAM

GRL

2

2.1

Electrical wiring

System layout

Fig. 1: WKF 120 Duo system layout

AB: Outdoor area IB: Indoor area AM1,2: WKF 120 Duo outdoor unit IM: WKF 120 Duo indoor unit GRL: Common return pipe (DN 25) KA1: Condensate drain, OU (must be designed

KA2: Condensate drain, IU

to be frost proof!)

KML: NAM: Power supply, OU = 230V / 1~ / 50Hz

NIM: Power supply, IU = 230V / 1~ / 50Hz

NZH: Power supply for auxiliary heater (optional),

STL: VEN: Fan VHZ: Inlet for heating (DN 25)

Refrigerant piping 3/8" and 5/8"

20A (z.B. 3x2.5 mm2)

16A (z.B. 3x1.5 mm2)

(e.g. 5x2.5 mm2) Control line (e.g. 2x1 mm2)

7

IB

AB

STL

KML

NAM

KA1

AM1

VEN

AM2

VEN

KA1

NAM

VEN VEN

STL

KML

IM

NIM

NZH

KA2

VHZGRL

REMKO WKF Duo

Fig. 2: WKF 180 Duo system layout

AB: Outdoor area IB: Indoor area AM1,2: WKF 180 Duo outdoor unit IM: WKF 180 Duo indoor unit GRL: Common return pipe (DN 25) KA1: Condensate drain, OU (must be designed

to be frost proof!)

KA2: Condensate drain, IU

KML: NAM: Power supply, OU = 400V / 3~ / 50Hz

NIM: Power supply, IU = 230V / 1~ / 50Hz

NZH: Power supply for auxiliary heater

STL: VEN: Fan VHZ: Inlet for heating (DN 25)

Refrigerant piping 3/8" and 5/8"

3x16A (e.g. 5x1.5 mm2)

16A (z.B. 3x1.5 mm2)

(e.g. 5x2.5 mm2) Control line (e.g. 2x1 mm2)

8

2

1

4

3

5

6

7

8

9

A

B

10

11

14

12

13

2.2

Overview of components in the indoor units

Fig. 3: Overview of components in the indoor units

A: Indoor unit A B: Indoor unit B 1: Common inlet 2: Electric heating element, 9kW / 400V - 50Hz 3: Electric medium flow rate meter, indoor unit A 4: Manual air bleeder 5: Electric medium flow rate meter, indoor unit B 6: Ball valve for filling/drainage

7: Safety assembly 8: Common return pipe 9: Refrigerant piping, indoor unit B 10: Refrigerant piping, indoor unit A 11: Plate heat exchanger, indoor unit A 12: 0-12V-regulated Wilo Stratos Para 1-11,

indoor unit A

13: 0-12V-regulated Wilo Stratos Para 1-11,

indoor unit B

14: Plate heat exchanger, indoor unit B

9

230V~/N/Pe

L1

N

Pe

L1

N

Pe

L1

N

Pe

400V/3~/N/Pe

L1

L2 L3NPe

1

A B C D E

G

F

REMKO WKF Duo

2.3

Overview of the electrical cables

WKF 120 Duo

Fig. 4: Overview of the electrical cables on the WKF 120 Duo

1: Main distributor A: Power supply, outdoor unit 1 B: Power supply, outdoor unit 2 C: Power supply, indoor unit

D: Power company disable signal, potential-free /

open = disabled

E: Power supply, 9 kW heating element,

indoor unit

F: Communication F1/F2,

Outdoor unit 1 / indoor unit3x1.5 mm2 shielded

G: Communication F1/F2,

Outdoor unit 2 / indoor unit3x1.5 mm2 shielded

10

WKF 180 Duo

1

A B C D E

G

F

230V~/N/Pe

400V/3~/N/Pe

L1

L2 L3NPe

L1

L2 L3NPe

400V/3~/N/Pe

L1

N

Pe

400V/3~/N/Pe

L1

L2 L3NPe

Fig. 5: Overview of the electrical cables on the WKF 180 Duo

1: Main distributor A: Power supply, outdoor unit 1 B: Power supply, outdoor unit 2 C: Power supply, indoor unit

D: Power company disable signal, potential-free /

open = AM disabled

E: Power supply, 9 kW heating element,

indoor unit

F: Communication F1/F2,

Outdoor unit 1 / indoor unit 3x1.5 mm2 shielded

G: Communication F1/F2,

Outdoor unit 2 / indoor unit 3x1.5 mm2 shielded

11

REMKO WKF Duo

2.4

General notes

n It is necessary to lay a power supply cable both

to the outdoor unit and, separately, to the indoor unit.

n Power to the indoor unit may not be discon-

nected by the power company if there is a disable period circuit (anti-freeze protection).

n The indoor unit requires a single-phase power

supply of 230 V / 50 Hz. The outdoor units if the WKF 180 Duo require

a three-phase power supply of 400 V / 50 Hz. The WKF 120 Duo outdoor units required a 230 V / 50 Hz power supply

n The electrical connection between outdoor and

indoor units is made using a shielded threecore control line.

n Where applicable, a separate power supply

shall be provided to the indoor unit for an auxiliary heater.

n The heat pump manager needs to know

whether a power-company enable or disable period is in effect. A potential-free switch must be provided by the customer for this purpose. (A closed switch signifies an enable, an open switch a disable period.)

n A connection schematic along with corre-

sponding circuit diagrams can be found in the "Connection diagram" chapter of this manual.

n Special rates for heat pumps may be offered

by the power company.

n Ask your local power company about the

details of any rates that might be available.

WARNING!

All cable sizes are to be selected according to VDE 0100. Special attention should be given to cable lengths, cable type and the kind of installation. The information in the connection diagram and in the system overview are to be seen as an acceptable installation possibility only in a standard case!

NOTICE!

Make sure to connect the outdoor unit neutral connector properly, otherwise the varistors on the line-filter circuit board will be destroyed.

NOTICE!

The electrical connection for the units must be made at a separate feedpoint with a residual current device in accordance with local regulations and should be laid out by an electrician.

DANGER!

All electrical installation work must be done 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.

Check all plugged and clamped terminals to verify that they are seated correctly and make permanent contact. Tighten as required.

12

1

Electrical connection -

2.5 indoor unit

The following instructions describe the electrical connection of the indoor unit.

1. Remove the housing of the upper section by

pushing it upwards and pulling it forwards out of the slot at the back.

2. Feed the supply line for the indoor unit

through the cable feedthroughs, as well as the control line between the indoor and outdoor unit, and the cables for the external devices and probes into the indoor unit.

3. Connect the power supply of the indoor unit

to the terminal strips.

4. Connect all secondary consumers (HGM,

HGU, changeover valves, etc.) to the I/O module.

NOTICE!

Attach cables in accordance with the connection schematic and/or the circuit diagram in the control box.

Electrical connection -

2.6 outdoor unit

n In order to establish the electrical connections,

the right-hand cover panel must be removed (after undoing the screws).

Fig. 6: Series WKF 120 Duo - Removing the plastic cover by undoing the screw

1: Screw

NOTICE!

Ensure correct polarity when connecting the electrical leads, especially the control cable.

The number of lines and the sensors is dependent on the configuration of the heating system and the components.

Make sure to use enough cable when installing the indoor unit so that the control box can be fully lowered for future maintenance.

At the site, avoid adding cable inlets.

Fig. 7: Series WKF 180 Duo - Removing the cover panel by undoing the screws

1: Screw

n Electrical protection for the system is imple-

mented in accordance with the information in the technical data. Observe the required conductor cross-sections!

n All cables must be connected with the correct

polarity and strain relief.

n Follow the connection schematic and the circuit

diagram.

n The two-wire control line is to be connected to

terminals F1, F2 and the earth terminal.

n When connecting the control line, make sure

that polarity is correct.

13

1

REMKO WKF Duo

n If the outdoor unit is installed on a roof, it and

the supporting structure must be earthed separately (by connecting them to a lighting conductor or foundation earth electrode).

n With the series WKF 180 Duo, make sure that

on terminals L1(R), L2(S), L3(T) and N are connected (see Fig. 9).

Fig. 8: Connection terminals - Outdoor unit WKF 120 Duo

1: Power supply 230V/1~ /50Hz

Temperature probes

n The number of probes required can vary with

the type of system.

n Observe the pertinent notes for the probe posi-

tion found in the hydraulic schematic.

n The standard model includes an external probe

(S10) and an immersion probe (intended for use as a custom hot-water probe (S08)).

n If a solar plant is connected, a PT-1000 probe

(S01) must be used as a collector probe and a PT-1000 probe (S02) as a bottom storage tank probe.

n All probes are to be connected to the indoor

unit switching cabinet in accordance with the connection diagram.

Contact probe

Contact probes can be mounted on the pipes, to measure the heating-circuit temperatures, for example.

n The contact probe is fastened to a pipe with

the trapezoidal brackets and retaining strap provided.

n Clean the mounting point on the pipe. Subse-

quently a thermal compound (A) is applied and the probe is fixed in position.

Fig. 9: Connection terminals - Outdoor unit WKF 180 Duo

NOTICE!

Make sure to connect the outdoor unit neutral connector properly, otherwise the varistors on the line-filter circuit board will be destroyed.

Fig. 10: Fastening the contact probe in place

If the sensor cables are too short, they can be extended up to a maximum of 100m with wire having a cross-section of 1.5 mm².

14

External probe

The connection of an outdoor probe is always required for the Smart Control.

n Mount the external probe pointing skyward, in

a north-easterly direction, about 2.5 metres above the ground. 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

cover and secure the probe with the screws provided.

n The customer is recommended to provide a

cable with wire cross-section of 0.5 mm² for connecting the probe.

Fig. 11: External probe

15

2nd mixed heating cycle

Mixing valve 230 V

Closed Open

Closed

Open Closed Open

Bypass valve

Indoor unit 230 V

1st mixed heating cycle

Mixing valve 230 V

Circulation pump Hot water 230 V

Unmixed heating cycle Pump 230 V (optional)

1st mixed heating cycle

Pump 230 V

Pump solar 230 V

unregulated

Changeover valve

Pump, cooling

Pump 230 V

2nd mixed heating cycle

Not assigned

Changeover valve

2. Heat generator (BVT)

Changeover valve

Hot water preparation

Power supply

230 V

Power supply

Internal pump - indoor unit

Power supply I/0 module

Communication

Outdoor unit

2 x 1.5 mm2

Power supply

Indoor unit

3 x 1.5 mm2

Terminal block X1.1

Assigned

Mains voltage connection provided by

the customer (bauseitig) from sub-distribution!

Mains voltage connection provided by the customer (bauseitig) from sub-distribution!

Outdoor unit

WKF 120 / WKF 120 Duo

230V/1~/N/Pe

E.g. 3 x 2.5 mm2

Outdoor unit

WKF 180 / WKF 180 Duo

400V/3~/N/Pe

E.g. 5 x 1.5 mm2

Electric heating coil 9kW

Mains voltage

400V/3~/N/Pe

E.g. 5 x 2.5 mm2

Plug on the heating coil

Potential-free A34.1 General

alarm signal A33.1 no function

A32.1 enable

2. WE Smart BVT/Serv

A31.1 no function

A30.1 no function

Refrigerant

A24/25.1

S07.1

Solar return flow

S04.1

Solar storage tank, bottom

S02.1

Solar collector

S01.1

Medium flow rate HP

S24.1

Medium flow rate solar

S23.1

Not connected

A22/23.1

A20/21.1

A04.1

A03.1

A02.1

A01.1

A14.1

A13.1

A12.1

A11.1

A10.1

NOTE: without blocking contactor, jumper must be inserted Closed = enable

Energy supply provider contact

S16.1

Heat pump RF

S15.1

2nd mixed heating cycle RF

S14.1

Coding resistor

RC.1

Heat pump inlet

S13.1

Communication Com-Kit 1

B2/A2

1st mixed heating cycle RF

S11.1

1st mixed Heating cycle inlet

S12.1

Operating module SMT 1

B1/A1

Outside temperature

S10.1

Storage tank, centre

S09.1

Hot water probe

S08.1

2nd mixed Heating cycle inlet

S06.1

Pump 0-10V

A46.1

2nd mixed Heating cycle

Circulation

S05.1

Temperature or impulse

Solar probe inlet

S03.1

Pump 0-10V (indoor unit)

A43.1

Pump 0-10V (HGU)

A42.1

Unmixed Heating cycle

Pump 0-10V (HGM)

A41.1

1st mixed Heating cycle

Speed setting PWM

A40.1

Solar pump

S29.1/GND

S28.1/GND

S27.1/GND

S26.1/GND

S25.1/GND

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)

Not connected

SMT I/0 01

REMKO WKF Duo

2.7

Electrical configuration - I/0 module 01

Use wire gauge corresponding with the connection cable supplied! Lay load lines separately to measuring lines!

16

2.8

Terminal assignment / legend - I/0 module

Terminal assignment I/0 module 01

Designation Input Output Signal Description

Power X Power supply I/O 230V

PE X Power supply primary pump IM

S01.1 X Solar probe collector

S02.1 X Solar probe storage tank, bottom

S03.1 X Solar probe inlet HM solar

S04.1 X Solar probe RF HM solar

S05.1 X Circulation RF temp./impulse

S06.1 X 2nd mixed heating cycle inlet probe

S07.1 X Probe refrigerant line

S08.1 X Domestic hot-water tank

S09.1 X Probe storage tank with solar heating (ext. energy)

S10.1 X External probe

S11.1 X 1st mixed heating cycle RF probe

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 connected

S21.1 X Not connected

S22.1 X Not connected

S23.1 X Ultrasonic flow rate meter solar, impulse rate

S24.1 X Ultrasonic flow rate meter HP, impulse rate

S25.1 X HP electricity meter S0

S26.1 X Household electricity S0

S27.1 X Not connected

S28.1 X PV yield electricity meter S0

S29.1 X PV in-feed electricity meter S0

A01.1 X Solar pump, unregulated (230V)

A02.1 X 1st mixed heating cycle pump (230V) switched

A03.1 X Unmixed heating cycle pump (230V)

A04.1 X Circulation pump (230V)

A10.1 X Changeover valve, hot water preparation

A11.1 X Changeover valve 2nd WE Smart BVT

17

REMKO WKF Duo

Designation Input Output Signal Description

A12.1 X Not connected

A13.1 X 2nd mixed heating cycle pump (230V) switched

A14.1 X Changeover valve / pump cooling (230V)

A20.1 X 1st mixed heating cycle mixer open (230V)

A21.1 X 1st mixed heating cycle mixer closed (230V)

A22.1 X Bypass valve indoor unit closed (230V)

A23.1 X Bypass valve indoor unit open (230V)

A24.1 X 2nd mixed heating cycle mixer open (230V)

A25.1 X 2nd mixed heating cycle mixer closed (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 setting 1st mixed heating cycle (0-10V)

A42.1 X Speed setting unmixed heating cycle (0-10V)

A43.1 X Speed setting primary pump M 0-10V

A44.1 X Not connected

A45.1 X Not connected

A46.1 X Pump second mixed heating cycle

MI

MO

CLK

nSS

GND

OT 1 (2x) Non functional

Non functional

OT 2 (2x) Non functional

B1, A1

+12 Volt, GND

B2 / A2 Communication Com-Kit 1

B3 / A2 Non functional

RC.1 RC coding resistance WKF 120/180 Duo

Operat. module SMT 1 and communic. I/0 module 2

18

4. mixed heating cycle Mixing valve 230 V

Not connected

3. mixed heating cycle

Mixing valve 230 V

3. mixed heating cycle

Pump 230 V

4. mixed heating cycle

Continuous operating voltage 230V

E.g.: Dewpoint monitoring

Power supply

Internal pump - indoor unit Power supply I/0 module

A24/25.2

A22/23.2

A20/21.2

A04.2

A03.2

A02.2

A01.2

A14.2

A13.2

A12.2

A11.2

A10.2

Not connected

Communication

Outdoor unit

2 x 1.5 mm2

Assigned

Terminal block X1.2

Assigned

Mains voltage connection provided by

the customer (bauseitig) from sub-distribution!

Outdoor unit

WKF 85/120 / WKF 120 Duo

230V/1~/N/Pe

E.g. 3 x 2.5 mm2

Outdoor unit

WKF 180 / WKF 180 Duo

400V/3~/N/Pe

E.g. 5 x 1.5 mm2

Potential-free A34.2 no

function A33.2 no function

A32.2 no function

A31.2 no function

A30.2 no function

Not connected

S02.2

Not connected

S01.2

Medium flow rate HP

S24.2

Not connected

S23.2

SMT I/0 02

Not connected

A43.2

Pump 0-10V internal

Indoor unit

A42.2 A41.2

A40.2

Not connected

Pump 0-10V

3rd mixed Heating cycle

Not connected

S07.2 A46.2

S06.2 A44.2

Not connected

Refrigerant

Pump 0-10V

4th mixed Heating cycle

4th mixed Heating cycle inlet

Not connected Not connected

S16.2

S14.2

RC.2 B3/A3

S11.2

S12.2

B2/A2

OT2

S13.2

B1/A1

OT1

Not connected

4th mixed heating cycle RF

3rd mixed Heating cycle inlet

3rd mixed heating cycle RF

Heat pump inlet

Coding resistor

Communication Com-Kit 2

Communication I/0 1

Not connected

Closed Open

2.9

Electrical configuration - I/0 module 02

Use wire gauge corresponding with the connection cable supplied! Lay load lines separately to measuring lines!

19

REMKO WKF Duo

2.10

Terminal assignment I/0 module 02

Designation Input Output Signal Description

Power X Power supply I/O 230V

PE X Power supply primary pump IM

S01.2 X Not connected

S02.2 X Not connected

S03.2 X Not connected

S04.2 X Not connected

S05.2 X Not connected

S06.2 X 4th mixed heating cycle inlet probe

S07.2 X Probe refrigerant line

S08.2 X Not connected

S09.2 X Not connected

S10.2 X Not connected

Terminal assignment / legend - I/0 module

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 connected

S20.2 X Not connected

S21.2 X Not connected

S22.2 X Not connected

S23.2 X Not connected

S24.2 X Ultrasonic flow rate meter HP, impulse rate

S25.2 X Not connected

S26.2 X Not connected

S27.2 X Not connected

S28.2 X Not connected

S29.2 X Not connected

A01.2 X Not connected

A02.2 X 3rd mixed heating cycle pump (230V) switched

A03.2 X Not connected

A04.2 X Not connected

A10.2 X Not connected

A11.2 X Not connected

20

Designation Input Output Signal Description

A12.2 X Not connected

A13.2 X 4th mixed heating cycle pump (230V) switched

A14.2 X Not connected

A20.2 X 3rd mixed heating cycle mixer open (230V)

A21.2 X 3rd mixed heating cycle mixer closed (230V)

A22.2 X Not connected

A23.2 X Not connected

A24.2 X 4th mixed heating cycle mixer open (230V)

A25.2 X 4th mixed heating cycle mixer 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 X Not connected

A43.2 X Speed setting primary pump IM 0-10V I/0 mod. 2

A44.2 X Not connected

A45.2 X Not connected

A46.2 X 4th mixed heating cycle pump (0-10V)

MI

MO

CLK

nSS

GND

OT 1 (2x) Non functional

Non functional

OT 2 (2x) Non functional

B1, A1

+12 Volt, GND

B2 / A2 Communication Com-Kit 2

B3 / A2 Non functional

RC.2 RC coding resistance slave 1

21

Communication I/0 module 1

Communication main circuit board CN31.1

Communication SMT I/O 1 CN33.1

230V supply transformer CN72.1

230V supply CN71.1

15V ~ CN11.1

CN32.1

Control board Com-Kit

1

2

3

1

3

1

3

2

1

2

1

2

1

-Com-Kit_1

Com-Kit circuit board

Changed:

Replaced by

Standard

Date of creation

Origin

001

Drafted by

Checked:

Date of issue:

Sheet title

Project title

1.0

ateisch

Status:

0

1

2 3 4

5

6 7

8

9 10 11

0

1 2 3

4

5 6 7

8

9

10

11

Sheet/tot.

7/20/2012

Sheet

System

mweiss

Overview Com-Kit 1

Edition

Customer:Remko

vlöchte

WKF-DUO

Project:

3

2/19/2014

Edited

6/52

Replacement for

WKF DUO 120/180

REMKO WKF Duo

2.11

Circuit diagrams

22

Control board Com-Kit

CN32.2

15V ~ CN11.2

230V supply CN71.2

230V supply transformer CN72.2

Communication SMT I/O 2 CN33.2

Communication main circuit board CN31.2

1

2

3

1

3

1

3

2

1

2

1

2

1

-Com-Kit_2

Com-Kit circuit board

Changed:

Replaced by

Standard

Date of creation

Origin

001

Drafted by

Checked:

Date of issue:

Sheet title

Project title

1.0

mweiss

Status:

0

1

2 3 4

5

6 7

8

9 10 11

0

1 2 3

4

5 6 7

8

9

10

11

Sheet/tot.

12/16/2013

Sheet

System

mweiss

Overview Com-Kit 2

Edition

Customer:Remko

vlöchte

WKF-DUO

Project:

4

2/19/2014

Edited

7/52

Replacement for

WKF DUO 120/180

23

L

-X1.1

13

-Com-Kit_1

CN71.1

230V

L N N PE

L N PE

-SMTIO1

PW.1

230V supply

L

-X1.2

13

-Com-Kit_1

CN71.2

230V

L

N N

PE

L N PE

-SMTIO2

PW.2

230V supply

12

34

-T1

13

-Com-Kit_1

CN72.1

230V

13

-Com-Kit_1

CN11.1

15V~

12

34

-T2

13

-Com-Kit_2

CN72.2

230V

13

-Com-Kit_2

CN11.2

15V~

L

-X1.2

L N PE

-SMTIO1

PP2.1

230V supply

N PE

-Supply Com-Kit 1

br

blu

-Supply SMT I/O 1

br

blu

gn/yel

-Supply Com-Kit 2

br

blu

-Supply SMT I/O 2

br

blu

gn/yel

-Supply transformer T1

1

-Transformer T1 15 V

red

2red

-Supply transformer T2

1

-Transformer T2 15 V

red

2red

-Supply terminal block X1.2

br

blu

gn/yel

Changed:

Replaced by

Standard

Date of creation

Origin

001

Drafted by

Checked:

Date of issue:

Sheet title

Project title

1.0

mweiss

Status:

0

1

2 3 4

5

6 7

8

9 10 11

0

1 2 3

4

5 6 7

8

9

10

11

Sheet/tot.

12/17/2013

Sheet

System

mweiss

Supply

Edition

Customer:Remko

vlöchte

WKF-DUO

Project:

5

4/23/2014

Edited

8/52

Replacement for

WKF DUO 120/180

REMKO WKF Duo

24

GND

S51

+12V

B

A

GND

-SMT1

GND

S51

+12V

B

A

GND

-SMT2

GND

S51

+12V

B

A

GND

-SMT3

12VB1 A1GND

-SMTIO2

BUS1.2

Communication

12VB1 A1GND

-SMTIO1

BUS1.1

Communication

-BUS line

1

2

3

4

REMKO Smart-Control remote controls

Changed:

Replaced by

Standard

Date of creation

Origin

001

Drafted by

Checked:

Date of issue:

Sheet title

Project title

1.0

mweiss

Status:

0

1

2 3 4

5

6 7

8

9 10 11

0

1 2 3

4

5 6 7

8

9

10

11

Sheet/tot.

12/17/2013

Sheet

System

mweiss

Communication

Edition

Customer:Remko

vlöchte

WKF-DUO

Project:

6

4/14/2014

Edited

9/52

Replacement for

WKF DUO 120/180

25

12

-Com-Kit_1

CN33.1

RS485

A2

B2

-SMTIO1

BUS2.1

Communication

12

-Com-Kit_1

CN31.1

RS485

F1

-X1.1

F2

-X1.1

12

-Com-Kit_2

CN33.2

RS485

A2

B2

-SMTIO2

BUS2.2

Communication

12

-Com-Kit_2

CN31.2

RS485

F1

-X1.2

F2

-X1.2

-SMT I/O 1 - Com-Kit 1

red

blu

-Com-Kit 1 - AM 1

red

blu

-SMT I/O 2 - Com-Kit 2

red

blu

-Com-Kit 2 - AM 2

red

blu

Changed:

Replaced by

Standard

Date of creation

Origin

001

Drafted by

Checked:

Date of issue:

Sheet title

Project title

1.0

mweiss

Status:

0

1

2 3 4

5

6 7

8

9 10 11

0

1 2 3

4

5 6 7

8

9

10

11

Sheet/tot.

12/16/2013

Sheet

System

mweiss

Communication

Edition

Customer:Remko

vlöchte

WKF-DUO

Project:

7

4/23/2014

Edited

10/52

Replacement for

WKF DUO 120/180

REMKO WKF Duo

26

S01 GND

-SMTIO1

S01.1

Probe PT1000



1

2

-S01.1

Collector probe

PT1000

S02 GND

-SMTIO1

S02.1

Probe PT1000



1

2

-S02.1

Storage tank, bottom

PT1000

S03 GND

-SMTIO1

S03.1

Probe PT1000



1

2

-S03.1

Solar inlet

PT1000

S04 GND

-SMTIO1

S04.1

Probe PT1000



1

2

-S04.1

Solar return flow

PT1000

S05 GND

-SMTIO1

S05.1

Probe PT1000 / impulse sensor



1

2

-S05.1

Circulation

PT1000

F

1

2

-S05.1

Circulation

Impulse sensor

S06 GND

-SMTIO1

S06.1

Probe PT1000



1

2

-S06.1

2nd mix. heating cycle inlet

PT1000

S07 GND

-SMTIO1

S07.1

Probe PT1000



1

2

-S07.1

Refrigerant - liquid

PT1000

- Collector probe

red

whi

-Tank probe

red

whi

-Solar inlet

red

whi

-Solar return flow

red

whi

-Circulation

red

whi

- 2nd mix. HC inlet

red

whi

-Refrigerant

red

whi

Circulation, elective

Changed:

Replaced by

Standard

Date of creation

Origin

001

Drafted by

Checked:

Date of issue:

Sheet title

Project title

1.0

mweiss

Status:

0

1

2 3 4

5

6 7

8

9 10 11

0

1 2 3

4

5 6 7

8

9

10

11

Sheet/tot.

12/17/2013

Sheet

System

mweiss

Probes

Edition

Customer:Remko

vlöchte

WKF-DUO

Project:

8

4/14/2014

Edited

11/52

Replacement for

WKF DUO 120/180

Temperature or impulse-

controlled via a flow switch

27

S08 GND

-SMTIO1

S08.1

Probe PT1000



1

2

-S08.1

HW, storage tank top

PT1000

S09 GND

-SMTIO1

S09.1

Probe PT1000



1

2

-S09.1

Buffer, storage tank centre

PT1000

S10 GND

-SMTIO1

S10.1

Probe PT1000



1

2

-S10.1

External probe

PT1000

S11 GND

-SMTIO1

S11.1

Probe PT1000



1

2

-S11.1

1st mix. heating cycle return flow

PT1000

S12 GND

-SMTIO1

S12.1

Probe PT1000



1

2

-S12.1

1st mix. heating cycle inlet

PT1000

S245V

GND

-SMTIO1

S24.1

Medium flow rate



12345

-S24.1/S13.1

Medium flow rate / inlet probe

Imp. / PT1000

S13 GND

S13.1

Probe PT1000

S14 GND

-SMTIO1

S14.1

Probe PT1000



1

2

-S14.1

2nd mix. heating cycle return flow

PT1000

-Hot water

red

whi

-Buffer, storage tank centre

red

whi

-Outside temperature

red

whi

-1st mix. heating cycle RF

red

whi

- 1st mix. heating cycle inlet

red

whi

-INLET SMTIO 1

blu

br

blk

whi

gr

- 2nd mix. HC RF

red

whi

Changed:

Replaced by

Standard

Date of creation

Origin

001

Drafted by

Checked:

Date of issue:

Sheet title

Project title

1.0

mweiss

Status:

0

1

2 3 4

5

6 7

8

9 10 11

0

1 2 3

4

5 6 7

8

9

10

11

Sheet/tot.

12/17/2013

Sheet

System

mweiss

Probes

Edition

Customer:Remko

vlöchte

WKF-DUO

Project:

9

4/23/2014

Edited

12/52

Replacement for

WKF DUO 120/180

REMKO WKF Duo

28

S15 GND

-SMTIO1

S15.1

Probe PT1000



1

2

-S15.1

Return flow probe

PT1000

S16 GND

-SMTIO1

S16.1

Open contact

ES

13

14

-S16.1

Energy supplier contact

Opener

TP

13

14

S23 GND

-SMTIO1

S23.1

Medium flow rate

Β

1

2

-S23.1

Medium flow rate solar

Imp.

R GND

-SMTIO1

RC.1

Coding resistor

1

2

-RC1

Coding resistor

XX Ohm

S06 GND

-SMTIO2

S06.2

Probe PT1000



1

2

-S06.2

4th mix. heating cycle inlet

PT1000

S07 GND

-SMTIO2

S07.2

Probe PT1000



1

2

-S07.2

Refrigerant - liquid

PT1000

S11 GND

-SMTIO2

S11.2

Probe PT1000



1

2

-S11.2

3rd mix. HC return flow

PT1000

-Return flow

red

whi

- Medium flow rate solar

blu

br

- 4th mix. HC inlet

red

whi

-Refrigerant SMTIO2

red

whi

- 3rd mix. HC RF

red

whi

Dewpoint monitoring

provided by the customer

WKF120 Master --> 130 Ohm

WKF180 Master --> 110 Ohm

WKF120 Master --> 130 Ohm

WKF180 Master --> 110 Ohm

Changed:

Replaced by

Standard

Date of creation

Origin

001

Drafted by

Checked:

Date of issue:

Sheet title

Project title

1.0

mweiss

Status:

0

1

2 3 4

5

6 7

8

9 10 11

0

1 2 3

4

5 6 7

8

9

10

11

Sheet/tot.

12/17/2013

Sheet

System

mweiss

Probes

Edition

Customer:Remko

vlöchte

WKF-DUO

Project:

10

4/23/2014

Edited

13/52

Replacement for

WKF DUO 120/180

A parameter set is loaded

according to the value of the

coding resistor.

29

S12 GND

-SMTIO2

S12.2

Probe PT1000



1

2

-S12.2

3rd mix. heating cycle inlet

PT1000

S245V

GND

-SMTIO2

S24.2

Medium flow rate



12345

-S24.2/S13.2

Medium flow rate / inlet probe

Imp. / PT1000

S13 GND

-SMTIO2

S13.2

Probe PT1000

S14 GND

-SMTIO2

S14.2

Probe PT1000



1

2

-S14.2

4th mix. HC return flow

PT1000

R GND

-SMTIO2

RC.2

Coding resistor

1

2

-RC2

Coding resistor

XX Ohm

- 3rd mix. HC inlet

red

whi

-INLET SMTIO 2

blu

br

blk

whi

gr

- 4th mix. HC RF

red

whi

WKF Slave 1 --> 160 OhmWKF Slave 1 --> 160 Ohm

Changed:

Replaced by

Standard

Date of creation

Origin

001

Drafted by

Checked:

Date of issue:

Sheet title

Project title

1.0

mweiss

Status:

0 1 2 3 4 5 6 7 8 9

10

11

0

1 2 3 4 5 6 7 8 9 10 11

Sheet/tot.

12/17/2013

Sheet

System

mweiss

Probes

Edition

Customer:Remko

vlöchte

WKF-DUO

Project:

11

4/14/2014

Edited

14/52

Replacement for

WKF DUO 120/180

A parameter set is loaded

according to the value of

the coding resistor.

REMKO WKF Duo

30

kWh

3~

S0

12

3

45

6

7

-S25.1

Heat pump current

Imp.

S25 5V GND

-SMTIO1

S25.1

Electricity meter S0

kWh

3~

S0

12

3

45

6

7

-S26.1

Domestic electricity

Imp.

S26 5V GND

-SMTIO1

S26.1

Electricity meter S0

kWh

3~

S0

12

3

45

6

7

-S28.1

PV yield

Imp.

S28 5V GND

-SMTIO1

S28.1

Electricity meter S0

kWh

3~

S0

12

3

45

6

7

-S29.1

PV feed-in

Imp.

S29 5V GND

-SMTIO1

S29.1

Electricity meter S0

-Heat pump electricity

red

-Domestic electricity

red

-PV yield

red

-PV feed-in

red

Changed:

Replaced by

Standard

Date of creation

Origin

001

Drafted by

Checked:

Date of issue:

Sheet title

Project title

1.0

mweiss

Status:

0

1

2 3 4

5

6 7

8

9 10 11

0

1 2 3

4

5 6 7

8

9

10

11

Sheet/tot.

12/17/2013

Sheet

System

mweiss

Probes

Edition

Customer:Remko

vlöchte

WKF-DUO

Project:

12

4/14/2014

Edited

15/52

Replacement for

WKF DUO 120/180

31

A01 N PE

-SMTIO1

A01.1

Pump 230V

M

1

UN

-A01.1

Pump

Solar / unregulated

A02 N PE

-SMTIO1

A02.1

Pump 230V

M

1

UN

-A02.1

Pump

1st mix. heating

cycle / unregulated

A03 N PE

-SMTIO1

A03.1

Pump 230V

M

1

UN

-A03.1

Pump

unmix. Heating

cycle / unregulated

A04 N PE

-SMTIO1

A04.1

Pump 230V

M

1

UN

-A04.1

Pump

Circulation / unregulated

PE N A10 L

-SMTIO1

A10.1

Changeover valve 230V

M

N DP SP

-A10.1

Changeover valve

Hot water

PE N A11 L

-SMTIO1

A11.1

Changeover valve 230V

M

N DP SP

-A11.1

Changeover valve

2. heat generator

PE N A13 L

-SMTIO1

A13.1

Pump 230V

M

1

NU

-A13.1

Pump

2nd mix. heating

cycle / unregulated

-Solar pump

br

blu

gn/yel

-Pump 1st mix. HC

br

blu

gn/yel

-Pump mix. HC

br

blu

gn/yel

-Circ. pump

br

blu

gn/yel

-Valve HW

blu

blk

br

-Valve 2nd WE

blu

blk

br

-Pump 2nd mix. HC

gn/yel

blu

br

Changed:

Replaced by

Standard

Date of creation

Origin

001

Drafted by

Checked:

Date of issue:

Sheet title

Project title

1.0

mweiss

Status:

0

1

2 3 4

5

6 7

8

9 10 11

0

1 2 3

4

5 6 7

8

9

10

11

Sheet/tot.

12/17/2013

Sheet

System

mweiss

Actuators

Edition

Customer:Remko

vlöchte

WKF-DUO

Project:

13

4/23/2014

Edited

16/52

Replacement for

WKF DUO 120/180

REMKO WKF Duo

32

PE N A14 L

-SMTIO1

A14.1

Changeover valve/pump 230V

M

N DP SP

-A14.1

Changeover valve

Cooling

M

1

UN

-A14.1-

Pump

Cooling

PE N A20 A21

-SMTIO1

A20.1/A21.1

Mixing valve 230V

M

Nopenclosed

-A20.1

Mixing valve

1st mix. heating cycle

PE N A22 A23

-SMTIO1

A22.1/A23.1

Mixing valve 230V

M

N open closed

-A22.1

Mixing valve

Bypass

PE N A24 A25

-SMTIO1

A24.1/A25.1

Mixing valve 230V

M

N open closed

-A24.1

Mixing valve

2nd mix. heating cycle

A32

-SMTIO1

A32.1

Potential-free

HTG

-X1

L1

-X1

A34

-SMTIO1

A34.1

Potential-free

1

-Xx

General alarm device

2

-Xx

-Cooling

blu

blk

br

-Pump, cooling

br

blu

gn/yel

-Mixing valve HC 1

blu

blk

br

-Bypass

blu

blk

br

-Mixing valve HC 2

blu

blk

br

-Booster heater

1

2

-General alarm

1

2

Changed:

Replaced by

Standard

Date of creation

Origin

001

Drafted by

Checked:

Date of issue:

Sheet title

Project title

1.0

mweiss

Status:

0

1

2 3 4

5

6 7

8

9 10 11

0

1 2 3

4

5 6 7

8

9

10

11

Sheet/tot.

12/17/2013

Sheet

System

mweiss

Actuators

Edition

Customer:Remko

vlöchte

WKF-DUO

Project:

14

4/23/2014

Edited

17/52

Replacement for

WKF DUO 120/180

33

L

-X

N

PE

A40 GND

-SMTIO1

A40.1

Pump PWM

1

M

UN

-A40.1

Pump

Solar cycle

L

-X

N

PE

A41 GND

-SMTIO1

A41.1

Pump 0-10V

1

M

UN

-A41.1

Pump

1st mix. heating cycle

L

-X

N PE

A42 GND

-SMTIO1

A42.1

Pump 0-10V

1

M

UN

-A42.1

Pump

unmix. Heating cycle

L N PE

-SMTIO1

PP1.1

230V supply

1

M

UN

-A43.1

Pump

internal

A43 GND

-SMTIO1

A43.1

Pump 0-10V

-Voltage A40.1

br

blu

gn/yel

-Solar cycle pump

whi

br

-Voltage A41.1

br

blu

gn/yel

-1st mix. heating cycle

whi

br

-Voltage A42.1

br

blu

gn/yel

-unmix. Heating cycle

whi

br

-Voltage A43.1

br

blu

gn/yel

-Internal pump SMT I/O 1

whi

br

Changed:

Replaced by

Standard

Date of creation

Origin

001

Drafted by

Checked:

Date of issue:

Sheet title

Project title

1.0

mweiss

Status:

0

1

2 3 4

5

6 7

8

9 10 11

0

1 2 3

4

5 6 7

8

9

10

11

Sheet/tot.

12/17/2013

Sheet

System

mweiss

Actuators

Edition

Customer:Remko

vlöchte

WKF-DUO

Project:

15

4/23/2014

Edited

18/52

Replacement for

WKF DUO 120/180

REMKO WKF Duo

34

L

-X

N

PE

A46 GND

-SMTIO1

A46.1

Pump 0-10V

1

M

UN

-A46.1

Pump

2nd mix. heating cycle

A02 N PE

-SMTIO2

A02.2

Pump 230V

M

1

UN

-A02.2

Pump

3rd mix. heating cycle / unregulated

PE N A13 L

-SMTIO2

A13.2

Pump 230V

M

1

NU

-A13.2

Pump

4th mix. heating cycle / unregulated

PE N A20 A21

-SMTIO2

A20.2/A21.2

Mixing valve 230V

M

N open closed

-A20.2

Mixing valve

3rd mix. heating cycle

PE N A24 A25

-SMTIO2

A24.2/A25.2

Mixing valve 230V

M

N open closed

-A24.2

Mixing valve

4th mix. heating cycle

-Voltage A46.1

br

blu

gn/yel

-2nd mix. heating cycle

whi

br

-Pump 3. mix. HC

br

blu

gn/yel

-Pump 4. mix. HC

gn/yel

blu

br

-Mixing valve HC 3

blu

blk

br

-Mixing valve HC 4

blk

blu

br

Changed:

Replaced by

Standard

Date of creation

Origin

001

Drafted by

Checked:

Date of issue:

Sheet title

Project title

1.0

mweiss

Status:

0

1

2 3 4

5

6 7

8

9 10 11

0

1 2 3

4

5 6 7

8

9

10

11

Sheet/tot.

12/17/2013

Sheet

System

mweiss

Actuators

Edition

Customer:Remko

vlöchte

WKF-DUO

Project:

16

4/23/2014

Edited

19/52

Replacement for

WKF DUO 120/180

35

L

-X

N

PE

A41 GND

-SMTIO2

A41.2

Pump 0-10V

1

M

UN

-A41.2

Pump

3rd mix. heating cycle

L N PE

-SMTIO2

PP1.2

230V supply

1

M

UN

-A43.2

Pump

internal

A43 GND

-SMTIO2

A43.2

Pump 0-10V

L

-X

N PE

A46 GND

-SMTIO2

A46.2

Pump 0-10V

1

M

UN

-A46.2

Pump

4th mix. heating cycle

-Voltage A41.2

br

blu

gn/yel

-3rd mix. heating cycle

whi

br

-Voltage A43.2

br

blu

gn/yel

-Internal pump SMT I/O 2

whi

br

-Voltage A46.2

br

blu

gn/yel

-4th mix. heating cycle

whi

br

Changed:

Replaced by

Standard

Date of creation

Origin

001

Drafted by

Checked:

Date of issue:

Sheet title

Project title

1.0

mweiss

Status:

0

1

2 3 4

5

6 7

8

9 10 11

0

1 2 3

4

5 6 7

8

9

10

11

Sheet/tot.

12/17/2013

Sheet

System

mweiss

Actuators

Edition

Customer:Remko

vlöchte

WKF-DUO

Project:

17

4/14/2014

Edited

20/52

Replacement for

WKF DUO 120/180

REMKO WKF Duo

36

1

-X2

L3

1

-X2

L3

2

-X2

L2

2

-X2

L2

3

-X2

L1

3

-X2

L1

4

-X2

N

4

-X2

N

PE

-X2

PE

-X2

PE

2

-X3

N

2

-X3

N

-X1

1

-X3

HTG

1

-X3

HTG

PE

-X3

PE

-X3

PE

1L1 2T1

/02.9

1L1 2T1

9

3L2 4T2

/02.9

3L2 4T295L3 6T3

/02.10

5

L

3

6

D

3

9

A1

A2

-Q1

1 20

B6 B4 A3 A1

B5 A2

-S1

Selector switch

auto/off/emergency heat

1

2

-R1

X1

X2

-H1

Status display

1L1

2T1

-Q1

6

STB 95°C



30°C - 78°C

-E1

Booster heater

400V 13A 9kW

3L2

4T2

5L3

6T3

-Provided by the customer

e.g. NYM

blk

br

gr

blu

gn/yel

-Control conductor Booster heater

br

blu

gn/yel

Changed:

Replaced by

Standard

Date of creation

Origin

Supplement

Drafted by

Checked:

Date of issue:

Sheet title

Project title

1.3

ateisch

Status:

0

1

2 3 4

5

6 7

8

9 10 11

0

1 2 3

4

5 6 7

8

9

10

11

Sheet/tot.

9/4/2012

Sheet

System

mweiss

Booster heater

Edition

Customer:Remko

vlöchte

WKF-DUO

Project:

1

2/19/2014

Edited

21/52

Replacement for

WKF DUO 120/180

Plug connector, power supply,

installation performed by

customer

Control line plug on

the terminal block in

the indoor unit

connected

37

REMKO WKF Duo

Legend for circuit diagrams

Colour codes: blu: Blue br: Brown yel: Yellow gn: Green gr: Grey red: Red blk: Black whi: white Other Abbreviations: EVU: Power company Gem.: Mixed HK: Heating cycle HZG: Heating Imp.: Impulse PP: Primary pump PV: Photovoltaic PWM: Phase width modulation RL: Return Ungem.: Unmixed UV: Changeover valve VL: Inlet WE: Heat generator WP: Heat pump WW: Hot water

38

3

C

Contact probe.................................................... 14

D

Disposal of equipment......................................... 6

E

Electrical connection

Environmental protection..................................... 6

External probe.................................................... 15

I

Intended use........................................................ 5

S

Safety

Index

Indoor unit..................................................... 13

Outdoor unit.................................................. 13

Dangers of failure to observe the safety

notes............................................................... 4

General........................................................... 4

Identification of notes...................................... 4

Notes for inspection........................................ 5

Notes for installation....................................... 5

Notes for maintenance.................................... 5

Personnel qualifications.................................. 4

Safety-conscious working............................... 4

Safety notes for the operator.......................... 5

Unauthorised modification ............................. 5

Unauthorised replacement part manufacture

T

Temperature probes.......................................... 14

W

Warranty.............................................................. 5

.. 5

39

REMKO WKF Duo

40

41

REMKO WKF Duo

42

Consulting

Thanks to intensive training, our consultants are always completely up-to-date in terms of technical knowledge. This has given us the reputation of being more than just an excellent, reliable supplier: REMKO, a partner helping you ﬁnd solutions to your problems.

Distribution

REMKO offers not just a well established sales network both nationally and internationally, but also has exceptionally highlyqualiﬁed sales specialists. REMKO ﬁeld staff are more than just sales representatives: above all, they must act as advisers to our customers in air conditioning and heating technology.

SFlbCustomer Service

Our equipment operates precisely and reliably. However, in the event of a fault, REMKO customer service is quickly at the scene. Our comprehensive network of experienced dealers always guarantees quick and reliable service.

REMKO INTERNATIONAL

… and also right in your neighbourhood! Make use of our experience and advice

We reserve the right to make technical changes, and provide no guarantee as to the accuracy of this data!

REMKO GmbH & Co. KG Air conditioning and heating technology

Im Seelenkamp 12 D-32791 Lage Postfach 1827 D-32777 Lage Telephone +49 5232 606-0 Telefax +49 52 32 606-2 60 E-mail info@remko.de Website www.remko.de

REMKO WKF-120-180 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

Table of contents

Safety and usage instructions

General safety notes

Identification of notes

Personnel qualifications

Safety-conscious working

Safety notes for the operator

Intended use

Warranty

Transport and packaging

Environmental protection and recycling

Electrical wiring

System layout

Overview of components in the indoor units

Overview of the electrical cables

General notes

Electrical configuration - I/0 module 01

Terminal assignment / legend - I/0 module

Electrical configuration - I/0 module 02

Terminal assignment / legend - I/0 module

Circuit diagrams

Index