ECFWER(B)6 Controller - OM_tcm46-140438

INSTALLATION ANDOPERATION MANUAL

ECFWEB6ECFWER6ECFWDER6

Microprocessor controller for fan coils

2

7 86

3

4 5

109 11 12

1

22

11

3 4 5 6 7 8 911111 2222222 3 4 5 6 7 8 9

1

32

1 2

4

5

22.5°C

16.5°C 28.5°C

11

2222

11

105

90

70

869.3 19

130

7

9324

717.72 x (ø5x8)

2

1

2 3

4

5

6 7 8

9 10 11 12

21

15 18

13 16

14 17

20

19

4

2

13 16

14

15

17

18

19

20

21

TABLE OF CONTENTS Page

Main features .................................................................1Main functions and equipment.......................................1

Packing list..............................................................2Control panel ..........................................................2Temperature range .................................................2LED indicators ........................................................2Description of the operating modes........................3Technical data and operation limits ........................5

Possible configurations ..................................................7Before installation ..........................................................9ECFWEB6 installation instructions ................................9

Installation on the support and on the fan coil ........9ECFWER6 + ECFWDER6 installation instructions......10

Installation ............................................................10Setting the microswitches ............................................10Installing the air and water temperature probes...........11

Position of the air temperature probe ...................11Position of the water temperature probe...............11

Installing the power contactor ......................................12Wiring diagrams...........................................................12

Wiring parts table .................................................12

MAIN FEATURES

This controller is designed to control Daikin fan coil units.■ ECFWEB6 Built-in for FWV and FWL■ ECFWER6 Remote for FWV, FWL and FWM■ ECFWDER6 Remote for FWD

MAIN FUNCTIONS AND EQUIPMENT

■ Regulation of the air temperature via automaticvariation of the fan speed.

■ Regulation of the air temperature via ON/OFF switchof the fan at a fixed speed.

■ Time function (only for ECFWEB6).■ Regulation of the air temperature via control of ON/OFF

valves (on 2-pipe or 4-pipe systems).■ Control of the electric heater as integration or

replacement of a heating circuit with delayed fanstopping.

■ Cooling/Heating switching mode in following way:■ Manual — on the controller■ Manual — on the remote switch■ Automatic — based on the water temperature■ Automatic — based on the air temperature

■ The controller is also equipped with:■ Free contacts for external enabling signal (i.e.:

reed contact, remote ON/OFF switch, proximitycontact etc.) that may enable or disable the unit.(Closed contact = OFF; open contact= ON)

■ Free contacts for the centralized cooling/heatingswitching system. (Closed contact = cooling,open contact = heating)

■ Water temperature probe (white)■ Air temperature probe (black)

ECFWEB6ECFWER6ECFWDER6

Microprocessor controller for fan coils

Installation andoperation manual

Read this manual attentively before starting upthe unit. Do not throw it away. Keep it in yourfiles for future reference.

Improper installation or attachment ofequipment or accessories could result inelectric chock, short-circuit, leaks, fire or otherdamage to the equipment. Be sure only to useaccessories made by Daikin which arespecifically designed for the use with theequipment and have them installed by aprofessional.

If unsure of installation procedures or use,always contact your Daikin dealer for adviceand information.

If options need to be installed, always refer tothe relevant manual of the option for additionalinformation.

Installation and operation manual

1 4PW17551-1ECFWEB6+ECFWER6+ECFWDER6Microprocessor controller for fan coils

Packing list (See figure 1)

Control panelRefer to figure 2 to catch the look of the controller.

Temperature rangeThe print around the selector switch of the thermostatrepresents temperature ranges from minimum, overcomfort, to maximum. The ranges refer to differenttemperatures, depending on the selected operatingmode as illustrated in the figure below.

LED indicatorsThe various combinations in which the LED lights upindicate procedures and operating status of thecontroller.■ Blue LED lit indicates that the cooling mode is

running. The unit is running or waiting for an inputfrom the thermostat.

■ Red LED lit indicates that the heating mode isrunning. The unit is running or waiting for an inputfrom the thermostat.

■ Blue and red LEDs lit indicates that the unit did notreceive an enabling signal. The water temperaturedoes not enable the air cooling or heating functions(see "Automatic cooling/heating switching modebased on the water temperature" on page 3) or thetemperature of the air is within the neutral zone (see"Automatic cooling/heating switching mode based onthe air temperature" on page 4).

■ Double flashing of the blue LED means that thethermostat has sent an input to the unit for startingcooling mode. It flashes when the room temperatureand the set cooling temperature are the same.

■ Double flashing of the red LED means that thethermostat has sent an input to the unit for startingheating mode. It flashes when the room temperatureand the set heating temperature are the same.

The temperature of the air in the room can be seen atany time on the thermostat range turning the knob of thethermostat.

Part ECFWEB6 ECFWER6 ECFWDER6

1 Controller 1 1 1

2 Manual 1 1 1

3 Cover plate left 1 0 0

4 Cover plate right 1 0 0

5 Support 1 0 0

6 Accessory bag• wire clamp• 2 screws• probe holder

1 1 1

7 Water probe 1 1 1

8 Air probe 1 integrated in controller

9 Power interface 0 0 1

1 Operation mode selector, to turn the fan coil on and off, to choose the type of operating mode (automatic or at fixed speed) and to control the electric heating.

2 Operation LED indicating that cooling operation mode is active (blue).

3 Cooling/Heating selector.4 Operation LED indicating that heating operation

mode is active (red).5 Thermostat to control the room temperature.

Cooling mode Heating mode

25°C

19°C 31°C

20°C

14°C 26°C

When automatic cooling/heating switchingmode based on the air temperature is running,the temperature of the thermostat is asillustrated in figure 3.

NOTE To determine which operating mode isselected when an enabling signal ismissing (blue and red LEDs are both lit),turn the knob of the thermostat until one ofthe two LEDs starts to flash and thenremains lit. This LED points out theselected operating mode. Once theoperating mode has been established, turnthe thermostat back to the desiredposition.

ECFWEB6+ECFWER6+ECFWDER6Microprocessor controller for fan coils 4PW17551-1


2

Description of the operating modes

With the speed selector switch turned to , the fanspeed is switched automatically based on the differencebetween the temperature set on the thermostat and theroom temperature.

With the selector switch turned to , , or theventilation mode is of the ON/OFF type.


With the selector switch turned to , , or theventilation mode is of the ON/OFF type.The water valve is shut off once the desired temperatureis reachedIn cooling mode the fan continues at minimum speed,even after the valve of the cooling circuit has shut off.In heating mode the fan is stopped as soon as the valveof the heating circuit is shut off.


With the selector switch turned to , , or theventilation mode is of the ON/OFF type.The water valve is shut off once the desired temperatureis reachedIn cooling mode the fan continues at minimum speedeven after the valve of the cooling circuit has shut off.In heating mode the fan is stopped as soon the valve ofthe heating circuit is shut off.

The controller is pre-arranged to operate manually in thedesired mode. It is enabled by pressing the selector key.The blue (cooling) and red (heating) LEDs point out theselected operating mode.

The controller is pre-arranged to operate manually andremotely in the desired mode. This mode is carried outby connecting the system to a remote switch. Use thespecial terminals on the electronic PCB of the controller.

The controller automatically selects the cooling orheating mode based on the temperature of the water andaccording to the following logic:

Water temperature <17°C — cooling mode is setWater temperature >37°C — heating mode is setWater temperature between 17°C and 37°C — thesystem is disabled

Room thermostat with air temperature control

Room thermostat with ON/OFF valve control for 2-pipe systems

Room thermostat with ON/OFF valve control for 4-pipe systems

Manual built-in cooling/heating switching mode

Manual remote cooling/heating switching mode

Automatic cooling/heating switching mode based on the water temperature

For switching based on water temperature, thesupplied water probe needs to be installed.

See chapter "Position of the water temperatureprobe" on page 11 for installation of the watertemperature probe.

In this type of configuration, the input for thecentralised cooling/heating switching mode isdisabled.

M

MD

H2O



The controller selects the cooling or heating mode basedon the temperature of the air compared to a neutraltemperature interval (neutral zone) centred on the setvalue of the thermostat.

The neutral zone is a parameter related to the function"automatic cooling/heating switching mode based on theair temperature".The neutral zone is a temperature interval astride the settemperature. When the air is warmer than the top limit ofthe neutral zone, the cooling mode is selected.When the air is cooler than the lower limit of the neutralzone, the heating mode is selected.The following figure illustrates an example with:

Neutral zone = 5°CSet room air temperature = 21°CFor temperatures above 23.5°C the cooling operatingmode is selectedFor temperatures below 18.5°C the heating operatingmode is selected.

On the controller, the range of the neutral zone is 2°C or5°C and can be defined by setting microswitch number 4(see "Setting the microswitches" on page 10).

The time function is used to start the fan at mediumspeed for 2 minutes at regular intervals (every 10minutes) once the room temperature has reached thelevel as set on the thermostat. It ensures the constantmonitoring of the air temperature in the room. It is onlyused in summer and only if the enabling signal of thewater temperature probe is positive.The time function cycle is also executed when thecontroller is powered (first start-up or voltage reset).

Automatic cooling/heating switching mode based on the air temperature

When this function is selected, thetemperature range of the thermostat refers tothe values indicated in figure 3, both forcooling and for heating.

In this type of configuration, the input for thecentralised cooling/heating switching mode isdisabled.

Selecting the range of the neutral zone

AIR

<18.5°C =

>23.5°C =

2121°C21°C

Neutral zone

Position of microswitch no. 4 Range of the neutral zone

ON 2°C

OFF 5°C

Time function

The thermostat and the operating modeselector switch are disabled when the timefunction is in use.The time function can be used only for unitswithout valves and only in summer.The time function is not foreseen for theECFWER6 and ECFWDER6 versions.



4

The thermostat controls an electric heater as integrationor replacement of a hot water heating system.When the operating mode selector switch is turnedto and the electric heater is turned on, the fan runscontinuously at medium speed.For safety reasons, the fan is turned off 2 minutes afterthe electric heater is turned off, whether this occurswhen the desired air temperature is reached or when theelectric heater is turned off manually using the operatingmode selector.

The controller starts the unit according to the followinglogic based on the water temperature that is detected bya dedicated probe:■ Water temperature <17°C: Cooling mode enabling

signal■ Water temperature >37°C: Heating mode enabling

signalIn installations with electric heater control, the sameprobe sends the enabling signal for the electric heater toturn on according to the following logic:■ Water temperature <37°C: Additional electric heater

enabling signal. (This enabling signal is sent only ifthe operating mode selector switch is turnedto ).

■ Water temperature >39°C: The additional electricheater is switched off.

Technical data and operation limitsElectric heater control

■ During operation of the electric heater, thefan runs at medium speed only.

■ During heating operation of 2-pipe systemunits equipped with an electric heater andmotorised valves, only the electric heaterworks.

Fan coil enabling system based on the water temperature

For switching based on water temperature, thesupplied water probe needs to be installed.

See "Position of the water temperature probe"on page 11 for installation of the watertemperature probe.

Warehouse temperatures –40°C~85°C

Operation temperatures 0°C~40°C

Accuracy of temperature probes ±0.5°C

Maximum current on terminal V1, V2 and V3 (fan speed) 1.1 A

Maximum current on terminal R and V (valve and electric heater) 0.15 A



NOTES



6

POSSIBLE CONFIGURATIONS

In this chapter we describe all possible configurations(C1➞C18) for controlling the unit.Select the configuration that best complies to the systemcharacteristics. Possible functions are combined invarious configurations and are defined by setting themicroswitches on the electronic PCB accordingly. Referto "Installation on the support and on the fan coil" onpage 9 and to "Setting the microswitches" on page 10.To find the relation of the system characteristics with thecorrect wiring diagram and the correct setting of themicroswitches to be used in function of the desiredcontrol, combine the table on page 8 with the table at thevery end of this manual.This table lists the following items for all possibleconfigurations:■ activated functions

■ system characteristics

■ position of the microswitches■ corresponding controllers■ relevant reference to dedicated wiring diagram

( )■ other conventions for complete understanding of the

table:

Room thermostat with air temperature control

Room thermostat with ON-OFF valve for 2-pipe systems

Room thermostat with ON-OFF valve for 4-pipe systems

Manual built-in cooling/heating switching mode

Manual remote cooling/heating switching mode

Automatic cooling/heating switching mode based on the water temperature

Automatic cooling/heating switching mode based on the air temperature

Choice of the range of the neutral zone

Operational enabling signal based on the water temperature

Time function (not available for ECFWER6 + ECFWDER6)

Electric heater control

M

MD

H2O

AIR

Number of pipes (2 or 4)

Valve (✔ = present, — not present)

Electric heater (✔ = present, — not present)

with a number of units in parallel

1~ 1 phase

3~ 3 phase



Characteristics List of functions activated

C1 Standard two pipe system

C2 Two pipe system – Remote switching mode

C3 Two pipe system – One valve

C4 Two pipe system – One valve – Remote switching mode

C5 Four pipe system – Two valves

C6 Four pipe system – Two valves – Remote switching mode

C7 Four pipe system

C8 Four pipe system – Remote switching mode

C9 Two pipe system – Electric heater

C10 Two pipe system – Electric heater – Remote switching mode

C11 Two pipe system – One valve – Electric heater(a)

C12 Two pipe system – One valve – Electric heater – Remote switching mode(a)

C13 Two pipe systems – Automatic switching on water side(b)

C14 Two pipe systems – One valve – Automatic switching mode on water side(b)

C15 Four pipe systems – Automatic switching on air side(b)

C16 Four pipe systems – Two valves – Automatic switching on air side(b)(c)

C17 Two pipe systems – Electric heater – Automatic switching mode on air side(b)

C18 Two pipe systems – One valve – Electric heater – Automatic switching mode on air side(a)(b)

(a) Electric heater control: during heating operation only the electric heater works(b) In this type of configuration, the input for the centralised cooling/heating switching mode is disabled. (c) For configurations with automatic cooling/heating switching mode based on the air temperature in cooling mode, the fan stops

when the valve shuts off. The enabling signal refers to heating mode only (the water probe is placed on the hot water branch.) Cooling mode (fan) is always enabled apart from the water temperature (there is only one water temperature probe that is used to avoid the fan from running with cold water inside the heat exchanger).

M

MD

M

MD

M

MD

M

MD

M

MD

M

MD

H2O

H2O

AIR

AIR

AIR

AIR



8

BEFORE INSTALLATION

ECFWEB6 INSTALLATION INSTRUCTIONS

Built-in type controller

Installation on the support and on the fancoilIt is advisable to set the microswitches before installingthe controller, see paragraph "Setting the microswitches"on page 10.The controller can be installed on both sides of the unitusing a support and a cover plate.Proceed as follows to install the controller.1 Unscrew the four screws hidden behind the hatches

at the end of the grid and remove the fan coil cabinet(See figure 6).

2 Remove the blank plastic tabs from one of the twoslots of the support to be able to reach the "fast-on's"of the controller (see figure 4). (The supplied cableswith fast-on's will need to pass through one of theslots of the support, depending on whether thecontroller is to be installed on the right hand or lefthand side of the unit).

3 Feed the cables of the probes if any, in one of theslots of the support and secure the support andcontroller together using the two screws supplied.(See figure 10, it illustrates the installation of thesupport and controller when the controller is to beinstalled on the right hand side of the unit. If thecontroller is to be installed on the left hand side of theunit, the support is to be turned by 180° compared tothe drawing).

4 Complete all electrical connections according to thewiring diagrams.

5 Once the electrical connections have beencompleted, it is advisable to execute theautodiagnosis procedure to verify functioning of alloutputs before you finish installation of the controller(outputs of the fan at various speeds, of the valvesand electric heaters if installed): Refer to theparagraph "Installing the air and water temperatureprobes" on page 11.

6 Assemble the controller-support unit on the fan coilusing the bayonet fittings (see figure 11).

7 Install the air temperature probe (black) and watertemperature probe (white) (see figures 13 unto 20)following the instructions given in the paragraph"Installing the air and water temperature probes" onpage 11.

8 Fit the cabinet back in place fix it with the four screwsand then insert the correct cover plate, as illustratedin figure 12.

■ All field wiring and components must beinstalled by a licensed electrician and mustcomply with relevant local and nationalregulations.

■ Before obtaining access to terminals, allpower circuits must be interrupted.

The controller has been specially designed forFWV and FWL units; if used to control otherunits, make sure its operation limits arerespected.

1 Support2 Blank tabs

Ensure that all terminals required for theelectrical connections foreseen in theconfiguration chosen (valve, electric heater,external contacts, ...) can be accessed, evenafter the support has been installed (see thecorrect wiring diagram). If this is not the case,remove the protective blank tabs from thebase of the support first.



ECFWER6 + ECFWDER6 INSTALLATIONINSTRUCTIONS

Remote type controller

InstallationIt is advisable to set the microswitches before installingthe controller, see paragraph "Setting the microswitches"on page 10.The remote controller can be installed to a wall.Proceed as follows to fit the controller.1 Remove the controller lock screw and remove the

cover.

2 Drill 2 holes in the wall where the controller shall beinstalled, at the exact same position of the fixing slots(5 x 8 mm) located on the control base (see figure 9).

3 Make the electric connections to the control terminalboard according to the wiring diagram of the selectedconfiguration.

4 By means of screws, fix the control base to the wall.5 Reassemble the control cover part and make sure

the rotating knobs are in the same position as theywere upon disassembly. Secure the controller lockscrew back into place again.

6 Make the electric connections to the unit according tothe wiring diagram of the selected configuration.

SETTING THE MICROSWITCHES

1 Unscrew the controller lock screw from the bottomside of the controller. Remove the front panel of thecontroller.

2 Arrange the microswitches in the sequencecorresponding to one of the configurations explained(see "Possible configurations" on page 7).

List of microswitches and their functions (See figure 7)

To facilitate its re-installation, be careful not tomodify the position of the 2 rotating knobs onthe controller cover (operating mode selectorswitch and thermostat) and of thecorresponding potentiometers fit on theelectronic PCB.

When installing the ECFWDER6 controller,always install the supplied power contactor(see "Installing the power contactor" onpage 12).

To facilitate its re-installation, be careful not tomodify the position of the 2 rotating knobs on thecontroller cover (operating mode selector switchand thermostat) and of the correspondingpotentiometers fit on the electronic PCB.

Microswitch

number Function

Position

OFF ON

1 cooling/heating switching

controller remote

2 cooling/heating switching

manual automatic

3

automatic cooling/heating switching mode based on the temperature of the

air water

4

range of the neutral zone for the automatic cooling/heating mode based on the air temperature

5°C 2°C

5 valve presence on hydraulic circuit

— ✔

6 electric heater presence

— ✔

7 number of pipes of the hydraulic circuit

2 4

if the desired configuration does not includethe electric heaters control function and theoperating mode selector switch is turned to theelectric heater symbol, the fan coil willcontinue to run with an automatic fan speedand will regulate the air temperature by meansof the fan.



10

INSTALLING THE AIR AND WATERTEMPERATURE PROBES

Position of the air temperature probe (black)This chapter is valid for ECFWEB6 controllers only (FWVand FWL units). For ECFW(D)ER6 controllers, the probeis integrated in the controller itself.Use the plastic adhesive probe-holder supplied with thecontroller.Refer to the following figures for installing the air probe:■ Unit without supporting feet (figure 13)■ Unit with supporting feet (figure 14)■ Unit with front air intake (figure 15)

Position of the water temperature probe(white)

Position for FWV FWL FWMUse the special copper probe-holder for the watertemperature probe and install it as described below.■ For 2-pipe system units without valve, the water

temperature probe has to be placed on the heatexchanger (see figure 16 and figure 17).

■ For 4-pipe system units without valve, the watertemperature probe has to be placed on the heatexchanger of the heating circuit. (See figure 18)

■ For 2-pipe system units with valve, the watertemperature probe has to be placed on the valve inlet(on the branch coming from the system). (Seefigure 19).

■ For 4-pipe system units with valve, the watertemperature probe has to be placed on the heatingvalve inlet (on the branch coming from the circuit).(See figure 20).

Position for FWD■ Valve fit on the left side, see figure 21.NOTE ■ The standard wires connected to the

water probe (1.5 m) are not shielded.These wires are only intended to beused inside the unit and need to beinstalled away from the power supplycable. Always use shielded cable if thewater probe wires can not be installedaway from the power supply cables.

■ The water probe cable can beshortened if required.

■ Always use shielded cable to lengthenthe water probe cable.

■ The specifications of the shieldedcable are as follows:

- maximum length: 100 m- minimum section: 0.5 mm2

- the shield must be connected to of the basic unit. Do not

connect the shield on the controller side in order to avoid electromagnetic interference.

■ For the electrical connection, refer tothe appropriate wiring diagram.

4 Water probe for 4-pipe system2 Water probe for 2-pipe system

Direction of the air

Direction of the waterflow

For 2-pipe system FWD units without valve,the water probe has to be placed on the inletpipe of the heat exchanger.

For 4-pipe system FWD units without valve,the water probe has to be placed on the inletpipe of the heating circuit heat exchanger.



INSTALLING THE POWER CONTACTOR

This chapter is valid for FWD units onlyThe power interface permits to use ECFWDER6microprocessor-based control panels on the whole rangeof FWD units, even for models with current consumptiongreater than 1 A.The capacity of the power interface contacts is 16 A,IP 30 rating.

Dimensions of the power interface are shown in figure 8.Install the supplied DIN guide at the side of the FWDunit, on the side opposite the hydraulic fittings. (Seefigure 5).Fit the power interface into place on the DIN guide.Make the electrical connections according to the wiringdiagram.

WIRING DIAGRAMS

Once the configuration of the controller has been chosenamongst those listed in the section "Possibleconfigurations" on page 7, combine the table on page 8with the table at the very end of this manual to find thewiring diagram indicated for the desired solution. Thewiring diagrams can also be found at the end of thismanual.Each unit requires a switch (IL) on the power supply linewith a distance of at least 3 mm between the openingcontacts, and a suitable safety fuse (F).

Wiring parts table

The code of the terminals on ECFWEB6 controllers canbe found on the rear side of the plastic support.

Always install the power contactor.

V1.......... Minimum speed

V2.......... Medium speed

V3.......... Maximum speed

L ............ Phase

PE ......... Earth

N ........... Neutral

RE ......... Electric heater

V............ Valve

RM ........ Remote control

EX ......... Auxiliary contact

SW........ Water probe

SA......... Air probe

BK......... Black (maximum speed)

BU......... Blue (medium speed)

RD......... Red (minimum speed)

WH........ White (common)

BR......... Brown

GNYE.... Green/yellow

BL ......... Clear blue

F............ Fuse (field supply)

IL........... Line switch (field supply)

CN......... Wire terminal

RHC...... Remote cooling/heating selector switch (closed contact = cooling; open contact = heating) (field supply)

EXT....... External auxiliary contact (closed contact = OFF; open contact = ON)

CRHC ... Centralised remote cooling/heating selector switch

EPIMSA6. Power interface for the control of 4 fan coils

IPM ....... Power interface for FWD units

M........... Fan coil motor

VHC ...... Solenoid valve

VC......... Cooling solenoid valve

VH......... Heating solenoid valve

TSA....... Automatic safety thermostat

TSM ...... Safety thermal fuse

SC......... Cabling box

.......... Ground

.... Electrical connections to be made by the installer

.... Part of diagram valid only for the centralised remote Cooling/Heating selector switch (CRHC)



12

AUTODIAGNOSIS PROCEDURE

For checking the correct operational efficiency of thecontroller when installing or for searching for possiblefaults, all outputs can be operated manually (fan, valves,electric heater) thanks to the autodiagnosis mode.Proceed as follows to access the autodiagnosis modeand to run the tests1 Turn the operating mode selector switch to the "OFF"

position.2 Turn the knob of the thermostat anti-clockwise until it

reaches the minimum temperature position.3 Hold the cooling/heating selector pushed for at least

5 seconds. At this stage both LEDs light up.4 Within 5 seconds, turn the knob of the thermostat

clockwise to the maximum temperature position. Thered LED switches off and the blue LED remains lit toindicate that the autodiagnosis mode has beenaccessed.

5 In the autodiagnosis mode, each position of theoperating mode selector switch corresponds to thesimulation of an output.

By running through the various positions of theoperating mode selector switch, the electroniccontroller outputs can be checked one after the othereither by observing the related component (valve,fan, electric heater) or by checking if thecorresponding terminals are powered at a voltage of230 V.

6 Exit the autodiagnosis mode by turning the operatingmode selector switch to the position.

NOTE If you wait more than 5 seconds beforeturning the knob again, the autodiagnosismode will be automatically exited.

Position Output Terminals

Valve N-V

Minimum speed N-V1

Medium speed N-V2

Maximum speed N-V3

Electric heater or second valve N-RE

NOTE If the operating mode selector switch is notmoved for more than one minute, theautodiagnosis mode is automaticallyexited.



FC66000634

FC66000633

FC66000635

3TW60016-2

3TW60016-1

3TW60016-3

POWER RELAY

3A 250V ~

POWER RELAY

3A 250V ~

POWER RELAY

3A 250V ~

13 L14 N15 L16 N

2345

C123

4

SW

EPIMSA6

F

RMRM

L

ILF

230V 1~ 50HzN

EXT

CRHC

RH

C

EC

FW

ER

6

1920

22

21

2 2728

30

29

M1~

WHBKBURD

M1~

WHBKBURD

M1~

WHBKBURD

M1~

WHBKBURD

1 3132

34

33

3 2324

26

25

L

IL

230V 1~ 50HzN

RMRM

EC

FW

EB

6

NL7654

CNV3V2V1

L

NN

REV

RMRMEXEX

PE

RMRM

LILF

230V 1~ 50HzN

EXT

CRHCEC

FW

ER

6

M1~

WHBKBURD

BKBURDBRGNYEWH

BRBL

BL

BKBURDBRGNYEWHBL

NL7654

CN

LILF

230V 1~ 50HzN

M1~

WHBKBURD

BRBL

LILF

230V 1~ 50Hz

N

RHC

RMRM

EC

FW

EB

6

ECFWEB6

SA

SW

V3V2V1

L

NN

REV

RMRMEXEX

PE

ECFWEB6

SA

BKBURDBRGNYEWHBL

SW

V3V2V1

L

NN

REV

RMRMEXEX

PE

RMRM

EXT

CRHCEC

FW

ER

6

LILF

230V 1~ 50Hz

N

RHC

RMRM

EC

FW

EB

6

ECFWEB6

VHC

SA

2

1

3

NL7654

CN

NL7654

CN

NL7654

CN

NL7654

CN

FC66000636

FC66000638

FC66000637

3TW

3TW

3TW

SW

V3V2V1

L

NN

REV

RMRMEXEX

PE

RMRM

EXT

CRHCEC

FW

ER

6

LILF

230V 1~ 50Hz

N

RHC

RMRM

EC

FW

EB

6

ECFWEB6

VC

SA

VH

SW

V3V2V1

L

NN

REV

RMRMEXEX

PE

RMRM

EXT

TSA

CRHCSC

EC

FW

ER

6

M1~

BK

TS TS

BURDWH

LILF

230V 1~ 50Hz

N

LILF

230V 1~ 50Hz

N

RHC

RMRM

EC

FW

EB

6

ECFWEB6

SA

N LN

61

0 4 8

2

L

RETSM

SW

V3V2V1

L

NN

REV

RMRMEXEX

PE

RMRM

EXT

CRHCSC

EC

FW

ER

6

M1~

BK

TS TS

BURDWH

LILF

230V 1~ 50Hz

N

LILF

230V 1~ 50Hz

N

RHC

RMRM

EC

FW

EB

6

ECFWEB6

VC

SA

N LN

61

0 4 8

2

L

4

6

5

BKBURDBRGNYEWHBL

BKBURDBRGNYEWHBL

BKBURDBRGNYEWHBL

NL7654

CN

LILF

230V 1~ 50HzN

M1~

WHBKBURD

BRBL

TSA RETSM

FC66000628

FC66000627

FC66000629

3TW60026-2

3TW60026-1

3TW60026-3

POWER RELAY

3A 250V ~

POWER RELAY

3A 250V ~

POWER RELAY

3A 250V ~

13 L14 N15 L16 N

2345

C123

V3V2V1

L

NNN

REV

RMRMEXEX

SW

PE

F

RMRM

L

ILF

230V 1~ 50HzN

EXT

CRHC

RH

C

EC

FW

ER

6

SA

L

IL

230V 1~ 50HzN

RMRM

EC

FW

EB

6

ECFWER6

V3V2V1

L

NNN

REV

RMRMEXEX

SW

PE

SA

ECFWER6

V3V2V1

L

NNN

REV

RMRMEXEX

SW

PE

SA

ECFWER6

8

7

EXTRMRM

CRHCEC

FW

ER

6

LILF

230V 1~ 50Hz

N

RHC

RMRM

EC

FW

EB

6

RMRMEXT

CRHCEC

FW

ER

6

LILF

230V 1~ 50Hz

N

RHC

RMRM

EC

FW

EB

6

VHC

9

4

EPIMSA6

1920

22

21

2 2728

30

29

M1~

WHBKBURD

M1~

WHBKBURD

M1~

WHBKBURD

M1~

WHBKBURD

1 3132

34

33

3 2324

26

25

NL7654

CN

NL7654

CN

NL7654

CN

NL7654

CN

NL7654

CN

LILF

230V 1~ 50HzN

M1~

WHBKBURD

NL7654

CN

LILF

230V 1~ 50HzN

M1~

WHBKBURD

FC66000630

FC66000632

FC66000631

3TW

3TW

3TW

RMRM

EXT

CRHCSC

EC

FW

ER

6

TS TS

LILF

230V 1~ 50Hz

N

LILF

230V 1~ 50Hz

N

RHC

RMRM

EC

FW

EB

6

VC

N LN

61

0 4 8

2

L

10

12

11

V3V2V1

L

NNN

REV

RMRMEXEX

SW

PE

SA

ECFWER6

V3V2V1

L

NNN

REV

RMRMEXEX

SW

PE

SA

ECFWER6

RMRMEXT

CRHCEC

FW

ER

6

RMRM

EXT

CRHCSC

EC

FW

ER

6

TS TS

LILF

230V 1~ 50Hz

N

LILF

230V 1~ 50Hz

N

RHC

RMRM

EC

FW

EB

6N LN

61

0 4 8

2

L

V3V2V1

L

NNN

REV

RMRMEXEX

SW

PE

SA

ECFWER6

LILF

230V 1~ 50Hz

N

RHC

RMRM

EC

FW

EB

6

VC VH

NL7654

CN

LILF

230V 1~ 50HzN

M1~

WHBKBURD

NL7654

CN

M1~

WHBKBURD

NL7654

CN

M1~

WHBKBURD

TSA RETSM

TSA RETSM

UT66000280

UT66000279

3TW60226-2

3TW60226-1

14

13

EXT

V3V2V1

L

NNN

REV

RMRMEXEX

SW

PE

SA

ECFWDER6

14 L15 L16 N17 N

1234

CV1V2V3

IPM

2726

28

25

V3V2

C

V1

RMRM

EXT

CRHCEC

FW

ER

6

LILF

230V 1~ 50Hz

N

LILF

230V 1~ 50Hz

N

RHC

RMRM

EC

FW

ER

6

V3V2V1

L

NNN

REV

RMRMEXEX

SW

PE

SA

ECFWDER6

VHC

14 L15 L16 N17 N

1234

CV1V2V3

IPM

2726

28

25

V3V2

C

V1

F

RMRM

LIL F

230V 1~ 50HzN

CRHC

RH

C

EC

FW

ER

6

L

IL

230V 1~ 50HzN

RMRM

EC

FW

ER

6

NL7654

CN

M1~

WHBK

BU or GYRD

NL7654

CN

M1~

WHBK

BU or GYRD

UT66000282

UT66000281

3TW60226-4

3TW60226-3

16

15

VC VH

RMRM

EXT

CRHCEC

FW

ER

6

LILF

230V 1~ 50Hz

N

LILF

230V 1~ 50Hz

N

RHC

RMRM

EC

FW

ER

6

V3V2V1

L

NNN

REV

RMRMEXEX

SW

PE

SA

ECFWDER6

14 L15 L16 N17 N

1234

CV1V2V3

IPM

2726

28

25

V3V2

C

V1

14 L15 L16 N17 N

1234

CV1V2V3

IPM

2726

28

25

V3V2

C

V1

RMRM

EXT

TSA

CRHC

SC

EC

FW

ER

6

TS TS

LILF

230V 1~ 50Hz

N

LILF

230V 1~ 50Hz

N

RHC

RMRM

EC

FW

ER

6

N LN

4A1

A2 1 3

2

L

RE

TSM

V3V2V1

L

NNN

REV

RMRMEXEX

SW

PE

SA

ECFWDER6

NL7654

CN

M1~

WHBK

BU or GYRD

NL7654

CN

M1~

WHBK

BU or GYRD

UT66000314

UT66000313

18

17

VC

14 L15 L16 N17 N

1234

CV1V2V3

IPM

2726

28

25

V3V2

C

V1

RMRM

EXT

TSACRHC

SC

EC

FW

ER

6

TS N

L3

ILF

400V 3+N 50Hz

L2L1N

LILF

230V 1~ 50Hz

N

RHC

RMRM

EC

FW

ER

6

N L2 L3L1

6A1

A2 3 5

4

L1

RE RE RE

1

2

TSM

V3V2V1

L

NNN

REV

RMRMEXEX

SW

PE

SA

ECFWDER6

14 L15 L16 N17 N

1234

CV1V2V3

IPM

2726

28

25

V3V2

C

V1

RMRM

EXT

TSACRHC

SC

EC

FW

ER

6

TS N

L3

ILF

400V 3+N 50Hz

L2L1N

LILF

230V 1~ 50Hz

N

RHC

RMRM

EC

FW

ER

6

N L2 L3L1

6A1

A2 3 5

4

L1

RE RE RE

1

2

TSM

V3V2V1

L

NNN

REV

RMRMEXEX

SW

PE

SA

ECFWDER6

NL7654

CN

M1~

WHBK

BU or GYRD

NL7654

CN

M1~

WHBK

BU or GYRD

UT66000283 3TW19

VC

14 L15 L16 N17 N

1234

CV1V2V3

IPM

2726

28

25

V3V2

C

V1

RMRM

EXT

TSA

CRHC

SC

EC

FW

ER

6

TS TS

LILF

230V 1~ 50Hz

N

LILF

230V 1~ 50Hz

N

RHC

RMRM

EC

FW

ER

6

N LN

61

0 4 8

2

L

RE

TSM

V3V2V1

L

NNN

REV

RMRMEXEX

SW

PE

SA

ECFWDER6

NL7654

CN

M1~

WHBK

BU or GYRD

H2O

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

✓

AIR

FWV • FWL • FWM FWD

1 2 76543

H2O

M

M

M

M

M

M

MD

MD

MD

MD

MD

MD

AIR

AIR

AIR

C1

C2

C3

C4

C5

C6

C7

C8

C9

C10

C11

C12

C14

C15

C16

C17

C18

C13

– –2

2 – –

2 –✓

2

2

–✓

4 –✓

4 ––

–

2 – –

4 –

–

–

4 –

2

2

–

4 ––

4 –✓

✓

2 – ✓

2 ✓✓

2 ✓✓

✓

✓

✓

2 ✓✓

61 23 4 5 7 89 10 11 12 13 14 15 16 17 1819

ECFWEB6

ECFWEB6

ECFWER6

ECFWER6ECFWDER6

1~ 3~

4PWEN17551-1Zandvoordestraat 300, B-8400 Oostende, Belgium

ECFWER(B)6 Controller - OM_tcm46-140438

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Transcript of ECFWER(B)6 Controller - OM_tcm46-140438