FWEC2 - Air-conditioner DAIKIN - Free user manual and instructions

USER MANUAL FWEC2 DAIKIN

INSTALLATION AND OPERATION MANUAL

Advanced electronic controller

Manuale d'installazione e d'uso FWEC2 COMANDO LCD PER TERMINALI

Installation and operation manual FWEC2 LCD CONTROLLER FOR INDOOR UNITS

DISPLAY LCD (VEDI FIGURA 2)

CONFIG.	UNITA'	SCHEMA
01-02-03	FWL-M-V	FC66002554 (1)
	FWD	UT66000889 (6)
		UT66000888 (5)
04-05-06	FWB	UT66000887 (4)
07-08-09	FWL-M-V	FC66002555 (2)
	FWD	UT66000892 (9)
		UT66000894 (11)
		UT66000891 (8)
		UT66000893 (10)
10-11-12	FWB	UT66000890 (7)
13-14-15	FWL-M-V	FC66002554 (1)
	FWD	UT66000889 (6)
		UT66000888 (5)
16-17-18	FWB	UT66000887 (4)
19-20-21	FWL-M-V	FC66002555 (2)
	FWD	UT66000892 (9)
		UT66000894 (11)
		UT66000891 (8)
		UT66000893 (10)
22-23-24	FWB	UT66000890 (7)
25-26-27	FWL-M-V	FC66002554 (1)
	FWD	UT66000889 (6)
		UT66000888 (5)
28-29-30	FWB	UT66000887 (4)
31-32-33	FWL-M-V	FC66002554 (1)
	FWD	UT66000889 (6)
		UT66000888 (5)
34-35-36	FWB	UT66000887 (4)
37	FWL-M-V	FC66002555 (2)
	FWD	UT66000892 (9)
		UT66000894 (11)
		UT66000891 (8)
		UT66000893 (10)
38	FWB	UT66000890 (7)

SCHEMI ELETTRICI

LCD controller has been designed to manage the operation of indoor units with single-phase multispeed asynchronous motor. Compared to the standard model it has the added features of advanced humidity control and serial communication.

This controller allows to set (figure 1) up a Master-Slave system (up to 247 slave terminals), in which one of the Microprocessor controllers plays the role of Master and controls all of the other slave elements.

In this case as well the connection is made via an RS485 bus, consisting of a simple shielded 2-conductor cable.

The master (identified by the address 255) sends the following information to the slave controllers:

(1) Operating mode (Cooling or Heating)
(2) Setpoint for room temperature.

The speed selector of each slave controller remains enabled and the room temperature can be adjusted within a range of ± 2^ around the setpoint value transmitted by the master controller.

MAIN FUNCTIONS AND FEATURES:

Air temperature adjustment through automatic variation of fan speed;
Regulation of air temperature via fan on-off control (fan runs at a fixed speed),
Control of On-Off valves for two or four-pipe systems
Control of electrical heater for auxiliary heating.
Cooling/heating switching in the following modes:

• local manual switching

• remote, manual (centralised);

• automatic, depending on water temperature
• automatic, depending on air temperature

Dehumidify Function
Serial Communication

ADDITIONAL FEATURES INCLUDE:

• no-voltage contact for external activation (e.g. window contact, remote ON/OFF, occupancy sensor, etc.) which may enable or disable unit operation (contact logic: see circuit board configuration parameters).
• no-voltage contact for centralised remote Cooling/Heating changeover (contact logic: see circuit board configuration parameters).
  no-voltage contact for remote enabling of the economy mode (contact logic: see circuit board configuration parameters).
  remote water temperature probe (accessory FWTSKAA)
  ■ built-in temperature probe
  ■ built-in humidity probe
  remote air temperature probe (accessory FWTSKAA) (this probe, if present, is used in place of the internal one for the measurement of room temperature).
  Remote humidity probe (accessory FWHSKAA - to be used in combination with the remote temperature probe)

The control panel is composed of:

LCD display
keyboard

LCD DISPLAY (SEE FIGURE 2)

(1) room temperature
(2) room humidity
(3) set temperature

ON fan status. When flashing it indicates that fans are off standing for a call from the thermostat. If the symbol is steadily lit it means that the fans are running

OFF fan status. Fans are off as speed is set to Off or the control is off.

AUTO automatic ventilation logic

fan speed

operation mode: Cooling. When flashing it indicates that water circuit is not enabled to fan ventilation.

operation mode: Heating. When flashing it indicates that water circuit is not enabled to fan ventilation.

Dehumidification. When flashing it indicates that the circuit is not enabled to dehumidification. If the symbol is steadily lit it means that the function is active.

Economy option enabled

Alarm triggered

Minimum Temperature Control

valve open

electrical heater: If the symbol flashes it means that the electrical heater is on; if steadily lit it means only that the electrical heater has been selected

24 serial communication active. The flashing symbol indicates that the controller is the master

KEY BOARD (SEE FIGURE 3)

On/Off key: Thermostat On/Off. During the procedure of parameter modification, it permits to return to normal operating conditions

Up and Down keys: changing of thermostat setting temperature (Heating:[5.0-30.0°C], Cooling:[10.0-35.0°C]). During the procedure of parameter modification, they are used to select the parameters or to change their value

SEL key: in the heating mode, the electrical heater element can be selected as auxiliary function

Mode key: selection of Heating/Cooling operating mode

Fan key: selection of operating speed

EC key: selection of Economy mode

ACTIVE KEY COMBINATIONS

With OFF thermostat: access to the parameter configuration procedure

With ON thermostat: display of current water temperature

Selection of Minimum air temperature function

Selection of dehumidify option

BOARD CONFIGURATION

The board can be configured according to the type of unit/ system to be governed by changing some parameters.

PARAMETER LIST

• P00 = controller configuration (see "Available configurations") to select the type of unit to be managed.
• P01 = type of controller installation
• 000: on the unit
• 001: wall mounted
• P02 = Modbus address (in order for the change in this parameter to become active (excepting in the case of internal transfer between values, it is necessary to switch the power off and back on again at the end of programming) -0: serial communication disabled

-1-247: slave

-255: master

• P03 = neutral zone [20 - 50^ / 10] ; parameter used in case of configurations with automatic cooling/heating changeover according to air temperature.
  P04 = water sensor

-0: not available
-1: available

Based on the set value, the sensor alarm and the electrical heater functions will be controlled

• P05 = Configuration logic for use of digital inputs 1 and 2:

• D: DIN1 = -DIN2 = -

• 1: DIN1 = - DIN2 = OnOff
• 2: DIN1 = Sum/Win DIN2 = -
  -3: DIN1 = Eco DIN2 = -
• 4: DIN1 = Sum/Win DIN2 = On/Off
• 5: DIN1 = EcoDIN2 = On/Off
• §: DIN1 = Sum/Win DIN2 = Eco

P06 = logic for use of digital input 1:

• : [open/closed] = [Cooling/Heating] = [-/ECO]
• [open/closed] = [Heating/Cooling] = [ECO/-]

P07 = logic for use of digital input 2:

• : [open/closed] = [OFF/ON] = [-/ECO]
  1: [open/closed] = [On/Off] = [ECO/-]

P08 = Remote humidity sensor

• : not available
• 1:available

Based on the set value, the associated probe alarm will be triggered accordingly.

PARAMETER CONFIGURATION PROCEDURE

Switch the thermostat OFF

Push the MODE keys at the same time

Use keys to modify the display value up to the password value "10", and press SEL. If it is correct, you will have access to the parameters

Use keys to scroll the various parameters (see "Parameter list" described above)
Press to confirm the parameter change (the value will start flashing)

use keys to change the value
Press to save the new value setting or to cancel the modification
After completing the modification of the parameters concerned press key to exit the procedure

N.B.: the parameter configuration phase is of limited duration. Once a certain time has elapsed (around 2 minutes) the thermostat will switch back into the Off status and only the saved changes will be retained.

AVAILABLE CONFIGURATIONS (PARAMETER P00)

The LCD controller can be configured in various ways according to the type of system. Various configurations can be obtained through the P0D parameter (see configuration procedure of controller parameters).

001

System pipes: 2
Valve: NO
Electrical heater: NO
Fan speed: 3
Summer/winter switching logic: LOCAL MANUAL

002

System pipes: 2
Valve: NO
Electrical heater: NO
Fan speed: 3
Summer/winter switching logic: REMOTE MANUAL

003

System pipes: 2
Valve: NO
Electrical heater: NO
Fan speed: 3
Summer/winter switching logic: AUTOMATIC WATER SIDE

004

System pipes: 2
Valve: NO
Electrical heater: NO
Fan speed: 4
Summer/winter switching logic: LOCAL MANUAL

005

System pipes: 2
Valve: NO
Electrical heater: NO
Fan speed: 4
Summer/winter switching logic: REMOTE MANUAL

008

System pipes: 2
Valve: NO
Electrical heater: NO
Fan speed: 4
Summer/winter switching logic: AUTOMATIC WATER SIDE

007

System pipes: 2
Valve: NO
Electrical heater: YES
Fan speed: 3
Summer/winter switching logic: LOCAL MANUAL

008

System pipes: 2
Valve: NO
Electrical heater: YES
Fan speed: 3
Summer/winter switching logic: REMOTE MANUAL

009

System pipes: 2
Valve: NO
Electrical heater: YES
Fan speed: 3
Summer/winter switching logic: AUTOMATIC AIR SIDE

010

System pipes: 2
Valve: NO
Electrical heater: YES
Fan speed: 4
Summer/winter switching logic: LOCAL MANUAL

011

System pipes: 2
Valve: NO
Electrical heater: YES
Fan speed: 4
Summer/winter switching logic: REMOTE MANUAL

012

System pipes: 2
Valve: NO
Electrical heater: YES
Fan speed: 4
Summer/winter switching logic: AUTOMATIC AIR SIDE

013

System pipes: 2
Valve: 2-3 WAYS
Electrical heater: NO
Fan speed: 3
Summer/winter switching logic: LOCAL MANUAL

014

System pipes: 2
Valve: 2-3 WAYS
Electrical heater: NO
Fan speed: 3
Summer/winter switching logic: REMOTE MANUAL

015

System pipes: 2
Valve: 2-3 WAYS
Electrical heater: NO
Fan speed: 3
Summer/winter switching logic: AUTOMATIC WATER SIDE

016

System pipes: 2
Valve: 2-3 WAYS
Electrical heater: NO
Fan speed: 4
Summer/winter switching logic: LOCAL MANUAL

017

System pipes: 2
Valve: 2-3 WAYS
Electrical heater: NO
Fan speed: 4
Summer/winter switching logic: REMOTE MANUAL

AVAILABLE CONFIGURATIONS (PARAMETER P00)

018

System pipes: 2
Valve: 2-3 WAYS
Electrical heater: NO
Fan speed: 4
Summer/winter switching logic: AUTOMATIC WATER SIDE

019

System pipes: 2
Valve: 3 WAYS
Electrical heater: YES
Fan speed: 3
Summer/winter switching logic: LOCAL MANUAL

020

System pipes: 2
Valve:3WAYS
Electrical heater: YES
Fan speed: 3
Summer/winter switching logic: REMOTE MANUAL

021

System pipes: 2
Valve:3WAYS
Electrical heater: YES
Fan speed: 3
Summer/winter switching logic: AUTOMATIC AIR SIDE

022

System pipes: 2
Valve: 3 ways
Electrical heater: YES
Fan speed: 4
Summer/winter switching logic: LOCAL MANUAL

023

System pipes: 2
Valve:3WAYS
Electrical heater: YES
Fan speed: 4
Summer/winter switching logic: REMOTE MANUAL

024

System pipes: 2
Valve:3WAYS
Electrical heater: YES
Fan speed: 4
Summer/winter switching logic: AUTOMATIC AIR SIDE

025

System pipes: 4
Valve: NO
Electrical heater: NO
Fan speed: 3
Summer/winter switching logic: LOCAL MANUAL

026

System pipes: 4
Valve: NO
Electrical heater: NO
Fan speed: 3
Summer/winter switching logic: REMOTE MANUAL

027

System pipes: 4
Valve: NO
Electrical heater: NO
Fan speed: 3
Summer/winter switching logic: AUTOMATIC AIR SIDE

028

System pipes: 4
Valve: NO
Electrical heater: NO
Fan speed: 4
Summer/winter switching logic: LOCAL MANUAL

029

System pipes: 4
Valve: NO
Electrical heater: NO
Fan speed: 4
Summer/winter switching logic: REMOTE MANUAL

030

System pipes: 4
Valve: NO
Electrical heater: NO
Fan speed: 4
Summer/winter switching logic: AUTOMATIC AIR SIDE

031

System pipes: 4
Valve: 2-3 WAYS
Electrical heater: NO
Fan speed: 3
Summer/winter switching logic: LOCAL MANUAL

032

System pipes: 4
Valve: 2-3 WAYS
Electrical heater: NO
Fan speed: 3
Summer/winter switching logic: REMOTE MANUAL

033

System pipes: 4
Valve: 2-3 WAYS
Electrical heater: NO
Fan speed: 3
Summer/winter switching logic: AUTOMATIC AIR SIDE

034

System pipes: 4
Valve: 2-3 WAYS
Electrical heater: NO
Fan speed: 4
Summer/winter switching logic: LOCAL MANUAL

035

System pipes: 4
Valve: 2-3 WAYS
Electrical heater: NO
Fan speed: 4
Summer/winter switching logic: REMOTE MANUAL

AVAILABLE CONFIGURATIONS (PARAMETER P00)

036

System pipes: 4
Valve: 2-3 WAYS
Electrical heater: NO
Fan speed: 4
Summer/winter switching logic: AUTOMATIC AIR SIDE

037

System pipes: 4
Valve: NO
Electrical heater: YES
Fan speed: 3
Summer/winter switching logic: LOCAL MANUAL

038

System pipes: 4
Valve: NO
Electrical heater: YES
Fan speed: 4
Summer/winter switching logic: LOCAL MANUAL

SERIAL COMMUNICATION

Connection to the RS485 communication network

The communication network (bus type) relies on a simple shielded 2-conductor cable, directly connected to the RS485 serial ports of the controllers (terminals A, B and GND).

"For the network use a cable AWG 24 (diam. 0.511 mm)"

The communication network must have the following general structure (figure 4).

In the case of the "MASTER-SLAVE" solution a termination resistor will have to be installed on both controllers at the furthest ends of the network.

N.B.: (1) Comply with the polarity of the connection: indicated with A(-) and B(+)
(2) Ground shield at one end only

WARNING:

Use a shielded cable AWG24
Colours suggested for the communication network: A (-) Brown; B (+) Yellow

LOGICS

COOLING/HEATING SWITCHING

Four logics are present to select the thermostat operating modes according to the controller configuration setting:

1. Local: user choice made through the key
2. Distance: depending on the Digital Input DI1 status (contact logic: see configuration parameters of board)
3. Depending on water temperature

N.B.: in case of water sensor alarm, the controller returns to the Local mode temporarily.

1. depending on air temperature

Where:

Set is the temperature setting made by the arrows
ZN is the neutral zone (parameter P03)

The thermostat operating mode is indicated on the display by the symbols (cooling) and (heating)

FAN SPEED CONTROL

The controller can govern 3 or 4-speed indoor units

Using Fan key it is possible to select the following speeds:
Automatic ventilation: depending on the set temperature and the room air temperature

With 3-speed configurations :

where:

1 = low speed
2 = medium speed
3 = maximum speed

With 4-speed configurations

where:

sm = extra-low speed
1 = low speed
2 = medium speed
3 = maximum speed

N.B.: in case of 4-speed configuration and valve, ventilation in heating mode is shifted by 0.5^ C to permit a natural convection phase

Speed disabled: Can be selected only in heating mode and with 4-speed configuration only. The indoor unit operates by natural convection only.

Extra low speed: can be selected only with 4-speed configuration. It works at extra low speed only.

Low speed

Medium speed

High speed

N.B.: In the case of fixed speed, the fan on/off logic will be equivalent to the automatic logic.

WATER CONTROL

The ventilation operation depends on the system water temperature control. Based on the operation mode, different heating or cooling thresholds will be enabled.

Upon a call of the thermostat, the absence of the enabling signal will be indicated on the display by the flashing of the

symbol representing the active mode (or

The enabling signal is ignored:

if the water sensor is not included (P04 = 0) or in alarm status because disconnected
in the cooling mode with 4-pipe configurations

LOGICS

FORCED OVERRIDES

The normal fan operating logic will be ignored in particular override situations that may be necessary to ensure correct control of the temperature or the unit's operation. This may occur:

in the cooling mode:

on-board controller (P01 = 0) and configurations with valve: the minimum speed available will be maintained even once the temperature has been reached.
on-board controller and valveless configurations: every 10 minutes in which the fan remains idle a 2 minute fan rotation is carried out at medium speed to enable the air sensor to read the room temperature more accurately.

In the heating mode

■ while the electrical heater is on: the fan is forced to run at medium speed
■ once the electrical heater has gone off: a 2 minute postventilation cycle will be run at medium speed. (N.B.: this cycle will be completed even if the thermostat is switched off or in the event of a changeover to the cooling mode)

DISPLAY

The display shows the fan status

On flashing: fan in standby mode
On steadily lit: fan on
OFF: fan disabled to operate by natural convection only

and fan speed (with indication of "automatic" logic if proper) enabled or selected (in case of stand-by fan)

Extra low speed

Low speed

Medium speed

High speed

N.B.: if the active speed is different from the one selected by the user (in the case of a forced override), pressing the

button Fan the selected speed will be displayed; pressing again will change this setting.

VALVE

The controller can manage 2 or 3-way On/OFF type valves, with 230V voltage.

OPENING

The valve opening is controlled according to the operating setpoint and air temperature setpoint

WATER CONTROL

The checking of water temperature to enable valve opening is a function that concerns only configurations with 3-way valves and electrical heater.

In such configurations the water temperature will be checked in the following cases:

Heating with electrical heater: operation of the electrical heater will force the fan to switch on; it is therefore necessary to prevent excessively cold water from passing through the unit.

• Post-ventilation due to switching off of the electrical heater: this function will be maintained until the set time has elapsed, even if the operating mode is changed. During post-ventilation the water temperature enabling signal will coincide with the one seen for fan operation.

DISPLAY

The active valve indication on the display will be shown by the symbol 品

ELECTRICAL HEATER

The electrical heater is a device used where necessary in the heating mode.

SELECTION

If provided for in the configuration, the electrical heater can be selected in the heating mode by pressing the Sel key

ACTIVATION

If the electrical heater is selected by the user, it will be activated on a call from the thermostat based on the room temperature

N.B.: switching it on will force the fan on as well

WATER CONTROL

Enabling of the electrical heater is tied to the water temperature. The related enabling logic is described below The enabling signal will not be given if the water sensor is either not present or disconnected

DISPLAY

The display will show the following information

■ electrical heater selected by the user: steadily symbol
active electrical heater: flashing symbol

ECONOMY

The Economy function corrects the setpoint by 2.5^ and forces the fan to run at the minimum available speed to reduce unit operation.

Cooling: setpoint + 2.5°C
Heating: setpoint -2.5°C

ACTIVATION

This function can be activated by pressing the key

DISPLAY

The Economy function is shown on the display by the symbol

MINIMUM TEMPERATURE CONTROL

This logic makes it possible to keep the room temperature from falling too far when the thermostat is off by forcing the unit into the heating mode if necessary and for the time required. If the electrical heater is present, it will be used only if it was previously selected as a resource in the heating mode.

SELECTION

When the thermostat is off, you can select the minimum temperature control by pressing at the same time the keys

The same key combination disables this function.

ACTIVATION

If this control is selected, the unit will switch on when the room temperature falls below 9^ .

When temperature exceeds 10^ the thermostat will resume the Off status.

N.B.: Any Off command from digital input will disable this logic

DISPLAY

The display shows the following information

Minimum temperature control selected: symbol
Minimum temperature control enabled: DEFR

DEHUMIDIFICATION

The dehumidification function, enabled only in the cooling mode, activates operation of the indoor unit in order to achieve a 10% reduction in the level of humidity present in the room at the time the function itself was selected.

SELECTION

Dehumidification can be selected/unselected in the Cooling

mode by simultaneously pressing the buttons. If the water probe (P04 = 0) or the remote humidity probe is not available, in cases where the controller is installed directly on the unit (P08 = 0) , selection will not be enabled. If selected, the dead band for automatic switching on the air side will be brought to 5^

LOGIC

Once selected, the dehumidification logic sets the target humidity level as the humidity present at the time the function was selected minus 10% . Where the room humidity is less than 40% the target level will be set at 30% .

The fan will be forced to run at low speed or, if the temperature is much higher than the setpoint, at medium speed.

In order to bring the humidity to the set value, the fan (and valve, if present) will be activated even if the room temperature has already reached the programmed setpoint (indicated on the display by the symbol 3). Should the room temperature fall too far below this threshold, the logic will be temporarily inhibited.

WATER CONTROL

Enabling of the dehumidification function is tied to the water temperature. The related enabling logic is described below

If enabling conditions do not exist, the dehumidification function will be temporarily inhibited.

The same will occur in the event that the probe is disconnected.

N.B.: once the target level of humidity is reached or the controller is switched off, the dehumidify option will be unselected

DISPLAY

The display shows the following information:

Dehumidification temporarily inhibited: flashing symbol

ALARMS

This control manages two types of alarms:

■ Serious Alarms: cause the forced switching off of the thermostat
Non-serious Alarms: do not cause the forced switching off of the thermostat, but disable possible critical functions

SERIOUS ALARMS

Code R01 = error of external air temperature sensor (in case of on-board thermostat)
Code R02 = error of internal air temperature sensor (in case of wall mounted thermostat and disconnected external air temperature sensor)

NON-SERIOUS ALARMS
Thermostat OFF

Thermostat ON

Code R03 = water sensor error
Code R04 = remote humidity probe error (only if a remote temperature probe is installed)
Code R05 = internal humidity probe error

N.B.: the alarm code is displayed only when the thermostat is switched off

MODBUS

The protocol implemented in the controller is Modbus RTU (9600, N, 8, 2) on RS485

FUNCTIONS IMPLEMENTED

0x03 : Read Holding Registers
0x04:Read Input Registers
0x10 : Write Multiple registers

EXCEPTIONS IMPLEMENTED

Exception Code 02: Invalidate data address

LIST OF SUPERVISION PARAMETERS

ADDRESS	REGISTER	TYPE	U.M.
0	Status	R	-
1	Speeds	R	-
2	Air temperature	R	[°C/10]
3	Humidity	R	%
4	Water temperature	R	[°C/10]
5	P00:Configuration	R	-
6	P05:Config. DIN	R	-
7	T. Active setpoint	R	[°C/10]
8	T. User setpoint	R	[°C/10]
9	LCD version	R	-
50	Digital 1	R/W	-
51	-	R/W	-
52	Setpoint - Cooling	R/W	[°C/10]
53	Setpoint - Heating	R/W	[°C/10]
54	Minimum Setpoint - Cool.	R/W	[°C/10]
55	Maximum Setpoint - Cool.	R/W	[°C/10]
56	Minimum Setpoint - Heat.	R/W	[°C/10]
57	Maximum Setpoint - Heat.	R/W	[°C/10]
58	Speeds	R/W	-
59	Economy Correction	R/W	[°C/10]

DESCRIPTION OF READ-ONLY REGISTERS [R]

Staus"REGISTER

H
Bit 15	Bit 14	Bit 13	Bit 12	Bit 11	Bit 10	Bit 9	Bit 8
-	-	P04	Deum	P06	P07	DI2	DI1
L
Bit 7	Bit 6	Bit 5	Bit 4	Bit 3	Bit 2	Bit 1	Bit 0
Vh	Vc	Alarm	MinT	Eco	P01	S/W	On/Off

• On/Off: unit status (0: Off, 1=On)
• S/W: operation mode (0: S=cooling,1:W=heating)
• P01: "on unit/wall-mounted" parameter
• Eco: Economy logic active
  Min.T: Minimum Temperature logic selected
• Alarm: general alarm indication (activated when any of the managed alarms is triggered)
• Vc: status of digital output Vc
• Vh: status of digital output Vh
• DI1: logical value of dig. input 1 (the physical status of the input depends on the associated logic)
• DI2: logical value of dig. input 2 (the physical status of the input depends on the associated logic)
• P07: "DIN 2 Logic" parameter
• P06: "DIN 1 Logic" parameter
• Dehum: dehumidification ON (0:no, 1=yes)
• P04: "water probe present" parameter

■ "SPEED" REGISTER: current operating speed of the indoor unit
- 0: fan OFF
- 1: extra-low speed
- 2: low speed
- 3: medium speed
- 4: high speed
■ "AIR TEMPERATURE" REGISTER: room temperature read by the controller and shown on the display (N.B.: this temperature corresponds to the reading of the remote probe if the controller is located on the unit, or the reading of the internal probe in the case of a wall-mounted controller and remote probe disconnected)
■ “HUMIDITY” REGISTER: room humidity read by the controller via the probe associated with the temperature probe used
■ "WATER TEMPERATURE" REGISTER: value read by the water probe (SW)
“P00” Register: “Controller configuration” parameter
“T. ACTIVE SETPOINT” Register: setpoint used for temperature control
“T. USER SETPOINT” Register: setpoint programmed by the user (it may differ from the active setpoint due to corrections based on economy logics,...or use of the setpoint imposed by the supervision software)
"LCD VERSION" Register : defines the controller type and software version installed (0xHHSS: HH: ASCII character, SS:sw version)

DESCRIPTION OF READ/WRITE REGISTERS [R/W]

"Digital 1" REGISTER:

H
Bit 15	Bit 14	Bit 13	Bit 12	Bit 11	Bit 10	Bit 9	Bit 8
En.Vel	En.Min/Max	En.Set	En.MinT	En.ECO	En.RE	En.S/W	En.On/Off
L
Bit 7	Bit 6	Bit 5	Bit 4	Bit 3	Bit 2	Bit 1	Bit 0
-	-	Lock	MinT	Eco	RE	S/W	On/Off

• On/Off: On/Off via supervision system
• S/W: Mode set via supervision system (0: Cooling, 1: Heating)
• RE: selection of electrical heater via supervision system
• Eco: Economy mode ON via supervision system
• MinT.: Minimum Temperature control ON via supervision system
• Lock: keypad lock (0: unlocked, 1: locked)
• En.On/Off :enabling of On/Off control via supervision system
• En.S/W: enabling of mode control via supervision system
• En.RE: enabling of selection of electrical heater function via supervision system
• En.ECO: enabling of economy mode activation via supervision system
• En.MinT: enabling of selection of Minimum Temperature logic via supervision system
• En.Set: enabling of forced override of setpoint via supervi-sion system
• En.Min/Max: enabling of setpoint thresholds via supervi-sion system
• En.Vel: enabling of selection of fan speed via supervision system
  “SETPOINT - COOLING” Register: setpoint imposed by supervision system for the Cooling mode
  ■ “SETPOINT - HEATING” Register: setpoint imposed by supervision system for the Heating mode
  "MINIMUM SETPOINT - COOL." Register : lower limit for setpoint in cooling mode
  MAXIMUM SETPOINT - COOL." Register ": upper limit for setpoint in cooling mode
  ■ “MINIMUM SETPOINT - HEAT.” Register “: lower limit for setpoint in heating mode
  ■ “MAXIMUM SETPOINT - HEAT.” Register “: upper limit for setpoint in heating mode
  ■ "SPEED" Register: selection of fan speed via supervision system
  ECONOMY CORRECTION" Register: correction of setpoint in the case of economy mode imposed by supervisor (this correction is an amount subtracted from or added to the setpoint, based on the operating mode)

SELF-DIAGNOSIS PROCEDURE

This procedure allows you to check whether the individual outputs of the controller function correctly.

To run the procedure, follow the directions below:

Switch the thermostat off

Push the keys at the same time SEL MODE

Use the keys to change the value on the display until arriving at the password for self-diagnosis (030) and press SEL.

The following screen will be displayed:

Press the button to switch on the various thermostat outputs in sequence.

Symbol	Actuation	Terminals
×	Extra low speed	N-V0
-	Min. speed	N-V1
-	Med. speed	N-V2
-	Max. speed	N-V3
×	Valve	N-Vc
××	Electrical heater Second valve	N-Vh
no symbol	no active outlet

The electronic controller outputs can be checked one by one either by observing the respective component (valve, fan.) or verifying whether a voltage of 230V is present at the corresponding terminals.

To exit the self-diagnosis procedure press (after a few minutes the thermostat will automatically exit in any case).

ELECTRONIC BOARD (FIGURE 6)

Where

Vc	Valve
Vh	Heat valve/heater
V0	Extra low speed
V1	Low speed.
V2	Medium speed
V3	High speed
N	Neutral
L	Phase
PE	Ground
A-B-GND	RS 485
SU	Remote humidity sensor
SW	Water sensor
SA	Remote air probe
DI1	Dig.1 input
CI12	DI1-2 Common
DI2	Dig. 2 input

N.B.:

For power connections use cable w/ cross section size of 2mm^2
For digital inputs used AWG 24 cable
For sensor extensions and RS485 use AWG 24 shielded cable

WIRING DIAGRAMS

(See Wiring Diagrams enclosed)

UNIT TABLE/DIagrams

UNIT	TYPE	CONFIGURATION	DIAGRAM
FWL-M-V	-	1-2-3-13-14-15-25-26-27-31-32-33	FC66002554
		7-8-9-19-20-21-37	FC66002555
FWB	-	4-5-6-16-17-18-28-29-30-34-35-36	UT66000887
		10-11-12-22-23-24-38	UT66000890
FWD	04/12	1-2-3-13-14-15-25-26-27-31-32-33	UT66000889
		7-8-9-19-20-21-37	UT66000892
	06/12 3PH	7-8-9-19-20-21-37	UT66000894
	16/18	1-2-3-13-14-15-25-26-27-31-32-33	UT66000888
		7-8-9-19-20-21-37	UT66000891
	16/18 3PH	7-8-9-19-20-21-37	UT66000893
EPIMSB6	FWL-M-V	-	FC66002557
	FWB	-
	FWD	-

WIRING DIAGRAMS

(See Wiring Diagrams enclosed)

CONFIGURATION TABLE/DIagrams

CONFIG.	UNIT	DIAGRAM
01-02-03	FWL-M-V	FC66002554 (1)
	FWD	UT66000889 (6)
		UT66000888 (5)
04-05-06	FWB	UT66000887 (4)
07-08-09	FWL-M-V	FC66002555 (2)
	FWD	UT66000892 (9)
		UT66000894 (11)
		UT66000891 (8)
		UT66000893 (10)
10-11-12	FWB	UT66000890 (7)
13-14-15	FWL-M-V	FC66002554 (1)
	FWD	UT66000889 (6)
		UT66000888 (5)
16-17-18	FWB	UT66000887 (4)
19-20-21	FWL-M-V	FC66002555 (2)
	FWD	UT66000892 (9)
		UT66000894 (11)
		UT66000891 (8)
		UT66000893 (10)
22-23-24	FWB	UT66000890 (7)
25-26-27	FWL-M-V	FC66002554 (1)
	FWD	UT66000889 (6)
		UT66000888 (5)
28-29-30	FWB	UT66000887 (4)
31-32-33	FWL-M-V	FC66002554 (1)
	FWD	UT66000889 (6)
		UT66000888 (5)
34-35-36	FWB	UT66000887 (4)
37	FWL-M-V	FC66002555 (2)
	FWD	UT66000892 (9)
		UT66000894 (11)
		UT66000891 (8)
		UT66000893 (10)
38	FWB	UT66000890 (7)

WIRING DIAGRAMS

Key to symbols used in wiring diagrams:

Vo	Extra low speed
V1	Min. speed
V2	Med. speed
V3	Max. speed
L	Phase
PE	Ground
N	Neutral
RE	Electrical heater
SW	Water sensor
SA	Air sensor
SU	Humidity sensor
BK	Black (Max. speed)
BU	Blue (Med. speed)
RD	Red (Extra low speed)
WH	White (common)
GY	Grey
BN	Brown (Min. speed)
GN	Green
YE	Yellow
MS	Flap microswitch
DI1	Digital 1 input
DI2	Digital 2 input
CI2	Digital input common
A/B/GND	RS 485
F	Fuse (not supplied)
IL	Circuit breaker (not supplied)
CN	Terminal board
RHC	Heating/Cooling remote selecting switch
EXT	Remote ON/OFF contact
EPIMB6	Circuit board to control 4 indoor units
EPIB6	Circuit board for FWD units
M	Fan motor
VHC	Solenoid valve -Cool/Heat.
VC	Solenoid valve - Cooling
VH	Solenoid valve - Heating
TSA	Automatic safety thermostat
TSM	Safety fuse
SC	Wiring box
......	Electrical connections to be made by installer
ECONOMY	COMFORT / ECONOMY remote selecting switch

INSTALLATION OF WALL-MOUNTED CONTROLLER

NB: for wall mounting of the controller it is advisable to use an electric box behind the controller to accommodate the cables.

NB: Prior to installation, carefully remove the protective film from the display; removal of the film may cause some dark streaks to appear on the display but these will disappear after a few seconds and are not signs of a controller defect.

INSTRUCTIONS FOR WALL MOUNTING

1. Remove the fastening screw of the controller (FIGURE 8).
2. If a 503 electrical enclosure is used, pass the cables through the slot at the bottom of the controller and use the holes provided for fastening.
3. Otherwise, in the wall where you wish to mount the controller, drill holes to match up with the fastening slots (5x8mm) on the base of the controller; pass the cables through the slot on the base and screw it to the wall (previously drilled) (FIGURE 9).
4. Make the electrical connections to the indoor unit terminal block as per the wiring diagram.
5. Close the controller box and fix with the screw removed as described at point 1.

TECHNICAL DATA

Power supply	90-250Vac 50/60Hz
	Electrical input 8W
	Protection fuse 500mA delayed
Operating temp.	Range 0-50°C
Storage temp.	Range -10-60°C
Relay	NO 5A @ 240V (Resistive)
	insulation: coil-contact distance 8 mm
	4000V coil-relay dielectric
	Max ambient temperature 105°C
Connectors	250V 10A
Digital inputs	Clean contact
	Closing current 2mA
	Max. closing resistance 50 Ohm
Analog inputs	Temperature and relative humidity probes
Power outputs	Relay (see above)
Temperature sensors	NTC sensors 10K Ohm @25°C
	Range -25-100°C
Humidity probe	Resistive-type probe
	Range 20-90%RH

CHARACTERISTIQUES GENÉRALES

Tuyaux installation: 4

EXCEPTIONS APLIQUÉES

Exception Code 02: Invalidate data address

LISTE PARAMÉTRES DE SUPERVISION

ADRESSE	REGISTRE	TYPE	U.M.
0	États	R	-
1	Vitesse	R	-
2	Température air:	R	[°C/10]
3	Humidité	R	%
4	Température eau:	R	[°C/10]
5	P00: Configuration	R	-
6	P05: Config. DIN	R	-
7	T. Setpoint actif	R	[°C/10]
8	T. Setpoint utiliser	R	[°C/10]
9	Version LCD	R	-
50	Numériques 1	R/W	-
51	-	R/W	-
52	Setpoint - Rafraîchissement	R/W	[°C/10]
53	Setpoint - Chauffage	R/W	[°C/10]
54	Setpoint min. - rafraîch.	R/W	[°C/10]
55	Setpoint max. - rafraîch.	R/W	[°C/10]
56	Setpoint min. - chauff.	R/W	[°C/10]
57	Setpoint max. - chauff.	R/W	[°C/10]
58	Vitesse	R/W	-
59	Correction Economy	R/W	[°C/10]

DESCRIPTION REGISTRES DE LECTURE SEULEMENT [R]

■ Registre "ÉTATS"

H
Bit 15	Bit 14	Bit 13	Bit 12	Bit 11	Bit 10	Bit 9	Bit 8
-	-	P04	Déshum	P06	P07	DI2	DI1
L
Bit 7	Bit 6	Bit 5	Bit 4	Bit 3	Bit 2	Bit 1	Bit 0
Vh	Vc	Alarme	MinT	Eco	P01	S/W	ON/OFF

CONFIG.	UNITÉ	SCHEME
01-02-03	FWL-M-V	FC66002554 (1)
	FWD	UT66000889 (6)
		UT66000888 (5)
04-05-06	FWB	UT66000887 (4)
07-08-09	FWL-M-V	FC66002555 (2)
	FWD	UT66000892 (9)
		UT66000894 (11)
		UT66000891 (8)
		UT66000893 (10)
10-11-12	FWB	UT66000890 (7)
13-14-15	FWL-M-V	FC66002554 (1)
	FWD	UT66000889 (6)
		UT66000888 (5)
16-17-18	FWB	UT66000887 (4)
19-20-21	FWL-M-V	FC66002555 (2)
	FWD	UT66000892 (9)
		UT66000894 (11)
		UT66000891 (8)
		UT66000893 (10)
22-23-24	FWB	UT66000890 (7)
25-26-27	FWL-M-V	FC66002554 (1)
	FWD	UT66000889 (6)
		UT66000888 (5)
28-29-30	FWB	UT66000887 (4)
31-32-33	FWL-M-V	FC66002554 (1)
	FWD	UT66000889 (6)
		UT66000888 (5)
34-35-36	FWB	UT66000887 (4)
37	FWL-M-V	FC66002555 (2)
	FWD	UT66000892 (9)
		UT66000894 (11)
		UT66000891 (8)
		UT66000893 (10)
38	FWB	UT66000890 (7)

SCHEMAS ÉLECTRIQUES

• P05 = Konfigurationslogik Benutzung Digitaleingänge 1 und 2:

• D: DIN1 = - DIN2 = -

• l: DIN1 = - DIN2 = On/Off
• 2: DIN1 = Som/Win DIN2 = -
• 3: DIN1 = Eco DIN2 = -
• 4: DIN1 = Som/Win DIN2 = On/Off
• 5: DIN1 = EcoDIN2 = On/Off
• : DIN1 = Som/Win DIN2 = Eco

• : [offen/geschlossen] = [Off/On] = [-/ECO]
• l: [offen/geschlossen] = [On/Off] = [ECO/-]

Register "DIGITAL 1":

H
Bit 15	Bit 14	Bit 13	Bit 12	Bit 11	Bit 10	Bit 9	Bit 8
En.Vel	En.Min/Max	En.Set	En.MinT	En.ECO	En.RE	En.S/W	En.On/Off
L
Bit 7	Bit 6	Bit 5	Bit 4	Bit 3	Bit 2	Bit 1	Bit 0
-	-	Lock	MinT	Eco	RE	S/W	On/Off

KONFIG.	GERÄT	SCHALTPLAN
01-02-03	FWL-M-V	FC66002554 (1)
	FWD	UT66000889 (6)
		UT66000888 (5)
04-05-06	FWB	UT66000887 (4)
07-08-09	FWL-M-V	FC66002555 (2)
	FWD	UT66000892 (9)
		UT66000894 (11)
		UT66000891 (8)
		UT66000893 (10)
10-11-12	FWB	UT66000890 (7)
13-14-15	FWL-M-V	FC66002554 (1)
	FWD	UT66000889 (6)
		UT66000888 (5)
16-17-18	FWB	UT66000887 (4)
19-20-21	FWL-M-V	FC66002555 (2)
	FWD	UT66000892 (9)
		UT66000894 (11)
		UT66000891 (8)
		UT66000893 (10)
22-23-24	FWB	UT66000890 (7)
25-26-27	FWL-M-V	FC66002554 (1)
	FWD	UT66000889 (6)
		UT66000888 (5)
28-29-30	FWB	UT66000887 (4)
31-32-33	FWL-M-V	FC66002554 (1)
	FWD	UT66000889 (6)
		UT66000888 (5)
34-35-36	FWB	UT66000887 (4)
37	FWL-M-V	FC66002555 (2)
	FWD	UT66000892 (9)
		UT66000894 (11)
		UT66000891 (8)
		UT66000893 (10)
38	FWB	UT66000890 (7)

SCHALTPLANE

• 0: DIN1 = - DIN2
• 1: DIN1 = - DIN2 = On/Off
• 2: DIN1 = Ver/Inv DIN2 = -
• 3: DIN1 = EcoDIN2 = -
• 4: DIN1 = Ver/Inv DIN2 = On/Off
• 5: DIN1 = EcoDIN2 = On/Off
• 6: DIN1 = Ver/Inv DIN2 = Eco

• 0: [abierto/cerrado] = [Off/On] = [-/ECO]
• 1: [abierto/cerrado] = [On/Off] = [ECO/-]

■ resistencia seleccionada por usuario: « » Simbolo fijo
Resistencia activada: ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®, ®®

ECONOMY

CONFIG.	UNIDAD	ESQUEMA
01-02-03	FWL-M-V	FC66002554 (1)
	FWD	UT66000889 (6)
		UT66000888 (5)
04-05-06	FWB	UT66000887 (4)
07-08-09	FWL-M-V	FC66002555 (2)
	FWD	UT66000892 (9)
		UT66000894 (11)
		UT66000891 (8)
		UT66000893 (10)
10-11-12	FWB	UT66000890 (7)
13-14-15	FWL-M-V	FC66002554 (1)
	FWD	UT66000889 (6)
		UT66000888 (5)
16-17-18	FWB	UT66000887 (4)
19-20-21	FWL-M-V	FC66002555 (2)
	FWD	UT66000892 (9)
		UT66000894 (11)
		UT66000891 (8)
		UT66000893 (10)
22-23-24	FWB	UT66000890 (7)
25-26-27	FWL-M-V	FC66002554 (1)
	FWD	UT66000889 (6)
		UT66000888 (5)
28-29-30	FWB	UT66000887 (4)
31-32-33	FWL-M-V	FC66002554 (1)
	FWD	UT66000889 (6)
		UT66000888 (5)
34-35-36	FWB	UT66000887 (4)
37	FWL-M-V	FC66002555 (2)
	FWD	UT66000892 (9)
		UT66000894 (11)
		UT66000891 (8)
		UT66000893 (10)
38	FWB	UT66000890 (7)

ESQUEMAS ELECTRICOS

• : [aberta/fechada] = [Off/On] = [-/ECO]
• 1: [aberta/fechada] = [Off/On] = [ECO/-]

CONFIG.	UNIDADE	ESQUEMA
01-02-03	FWL-M-V	FC66002554 (1)
	FWD	UT66000889 (6)
		UT66000888 (5)
04-05-06	FWB	UT66000887 (4)
07-08-09	FWL-M-V	FC66002555 (2)
	FWD	UT66000892 (9)
		UT66000894 (11)
		UT66000891 (8)
		UT66000893 (10)
10-11-12	FWB	UT66000890 (7)
13-14-15	FWL-M-V	FC66002554 (1)
	FWD	UT66000889 (6)
		UT66000888 (5)
16-17-18	FWB	UT66000887 (4)
19-20-21	FWL-M-V	FC66002555 (2)
	FWD	UT66000892 (9)
		UT66000894 (11)
		UT66000891 (8)
		UT66000893 (10)
22-23-24	FWB	UT66000890 (7)
25-26-27	FWL-M-V	FC66002554 (1)
	FWD	UT66000889 (6)
		UT66000888 (5)
28-29-30	FWB	UT66000887 (4)
31-32-33	FWL-M-V	FC66002554 (1)
	FWD	UT66000889 (6)
		UT66000888 (5)
34-35-36	FWB	UT66000887 (4)
37	FWL-M-V	FC66002555 (2)
	FWD	UT66000892 (9)
		UT66000894 (11)
		UT66000891 (8)
		UT66000893 (10)
38	FWB	UT66000890 (7)

ESQUEMAS ELECTRICOS

Legendadosimbolos dos esquemas electricos:

LCD DISPLAY (ZIE AFBEELDING 2)

TOETSENBORD (ZIE AFBEELDING 3)

• 4: DIN1 = Zom/WintDIN2 = On/Off
• 5: DIN1 = EcoDIN2 = On/Off
• : DIN1 = Zom/WintDIN2 = Eco

• : [open/dicht] = [Off/On] = [-/ECO]
  1: [open/dicht] = [On/Off] = [ECO/-]

Tabel Unit / Schema's

UNIT	TYPE	CONFIGURATIE	SCHEMA
FWL-M-V	-	1-2-3-13-14-15-25-26-27-31-32-33	FC66002554
		7-8-9-19-20-21-37	FC66002555
FWB	-	4-5-6-16-17-18-28-29-30-34-35-36	UT66000887
		10-11-12-22-23-24-38	UT66000890
FWD	04/12	1-2-3-13-14-15-25-26-27-31-32-33	UT66000889
		7-8-9-19-20-21-37	UT66000892
	06/12 3PH	7-8-9-19-20-21-37	UT66000894
	16/18	1-2-3-13-14-15-25-26-27-31-32-33	UT66000888
		7-8-9-19-20-21-37	UT66000891
	16/18 3PH	7-8-9-19-20-21-37	UT66000893
EPIMSB6	FWL-M-V	-	FC66002557
	FWB	-
	FWD	-

Tabel Configurations /Schema's

CONFIG.	UNIT	SCHEMA
01-02-03	FWL-M-V	FC66002554 (1)
	FWD	UT66000889 (6)
		UT66000888 (5)
04-05-06	FWB	UT66000887 (4)
07-08-09	FWL-M-V	FC66002555 (2)
	FWD	UT66000892 (9)
		UT66000894 (11)
		UT66000891 (8)
		UT66000893 (10)
10-11-12	FWB	UT66000890 (7)
13-14-15	FWL-M-V	FC66002554 (1)
	FWD	UT66000889 (6)
		UT66000888 (5)
16-17-18	FWB	UT66000887 (4)
19-20-21	FWL-M-V	FC66002555 (2)
	FWD	UT66000892 (9)
		UT66000894 (11)
		UT66000891 (8)
		UT66000893 (10)
22-23-24	FWB	UT66000890 (7)
25-26-27	FWL-M-V	FC66002554 (1)
	FWD	UT66000889 (6)
		UT66000888 (5)
28-29-30	FWB	UT66000887 (4)
31-32-33	FWL-M-V	FC66002554 (1)
	FWD	UT66000889 (6)
		UT66000888 (5)
34-35-36	FWB	UT66000887 (4)
37	FWL-M-V	FC66002555 (2)
	FWD	UT66000892 (9)
		UT66000894 (11)
		UT66000891 (8)
		UT66000893 (10)
38	FWB	UT66000890 (7)

• DIN1 = - DIN2 = -
• 1: DIN1 = - DIN2 = OnOff
• 2: DIN1 = Nyár/Tel DIN2 = -
• 3: DIN1 = EcoDIN2 = -
• 4: DIN1 = Nyar/Tel DIN2 = On/Off
• 5: DIN1 = EcoDIN2 = On/Off
• §: DIN1 = Nyár/Tel DIN2 = Eco

• 0 : [nyitott/zárt] = [Off/On] = [-/ECO]
• 1: [nyitott/zárt] = [On/Off] = [ECO/-]

KONFIG.	EGYSEG	KAPCSOLÁSI RAJZ
01-02-03	FWL-M-V	FC66002554 (1)
	FWD	UT66000889 (6)
		UT66000888 (5)
04-05-06	FWB	UT66000887 (4)
07-08-09	FWL-M-V	FC66002555 (2)
	FWD	UT66000892 (9)
		UT66000894 (11)
		UT66000891 (8)
		UT66000893 (10)
10-11-12	FWB	UT66000890 (7)
13-14-15	FWL-M-V	FC66002554 (1)
	FWD	UT66000889 (6)
		UT66000888 (5)
16-17-18	FWB	UT66000887 (4)
19-20-21	FWL-M-V	FC66002555 (2)
	FWD	UT66000892 (9)
		UT66000894 (11)
		UT66000891 (8)
		UT66000893 (10)
22-23-24	FWB	UT66000890 (7)
25-26-27	FWL-M-V	FC66002554 (1)
	FWD	UT66000889 (6)
		UT66000888 (5)
28-29-30	FWB	UT66000887 (4)
31-32-33	FWL-M-V	FC66002554 (1)
	FWD	UT66000889 (6)
		UT66000888 (5)
34-35-36	FWB	UT66000887 (4)
37	FWL-M-V	FC66002555 (2)
	FWD	UT66000892 (9)
		UT66000894 (11)
		UT66000891 (8)
		UT66000893 (10)
38	FWB	UT66000890 (7)

ELEKTROMOS KAPCSOLÁSI RAJZOK

ELEKTROMOS KAPCSOLÁSI RAJZOK JELEINEK MAGYARÁZATA:

Honka Mode: Bb6op pexnma pa6oTbI OToPJIeHne / OxnaJdeHne

HONKa Fan: BbI6Op ckOPOCTn pa6oTbI

Honka EC: Bb6op pexkma paobToEconomy

COYETAHNE AKTUBHbIX KHONOK

EcnI TePmocTaT haoOniTcB nOIoJKeHn Off: dOnyck K npoueDype KOhFnguraqnnnapaMeTpOB

EcIn TepMoCTaHaxOuNTcB NIOLOXeHNn On: MTHOBeHHoe BbIBeHeHne TempePaTypbI BObl

BbI6opФyHKUIMMImaJIbHaT TempepaTpa Bo3duxa

BbI6OppeKImaYdaJeHnBbIaN

OHΦιΓΥΑζησι ΠΠΑΤ𝑏ι

Moxho BbIOnHnTb KOHcHpyaHIO PJIaTb I COOTBcTBn C TINOM 06CnyKBaEMO TepMNHaJa/CnCTembl, NocpeDCTBOM MoNcKaaHn HEckOJIbKx NapaMeTpOB.

CINCOK IAPAMETPOB

P00 = KOhФураци nahelny npaBneHn（CMOTpe "IpeDycmatpnaBaembe KoHФураци")ДЯ Bbl6opa Tnna 06cnyKbAeMOrO TepmHaJa.
P01 = Tn yctahOBkn naHennynpapBneHHN

-000: BCTpoehhbi, B TepMHaHe
-001: BbIHOCHOH, HA CTHe

P02 = aDpec Modbus (ДлгTORO,чTOБыakTNBnpoBaTb MoNФИКaUHIO ДAnHOrO napAmEtpa (3a NCKIQUeHHeM CnyaH BByTppeHrero nepexoJa MExJy 3NaYe HnHnM) Heo6xOdmo OTKIOuHTb,a 3aTeM BHOBb NOaTb 3JIeKTPo3HeprHIO nocne OKOHuaHnI porpamMnPOBaHnA)

-：BbIKIOueHHe NocLeIOBaTeJbHOI KOMMyHnKaun
-1-247:“ПоДчИн缴ньи"
-255:"Xo38nH"

P03 = HeɪtpaɪbHaɪnəHa[20-50°C/10];napaMeTpɪncNoJIb3yeTcπpɪnHaɪnɪn KOHɒŋrɪyaɪn C aBtOMaɪtueckɪm IpekeKJIʊchEneM pekɪma pa6oTBI OXlaɪkʌdEne/OToIJIeHne B 3aɪbɪcɪmoCTN OT TempepaTpybl BO3duxa.
POY = TaTnK BoDbl:

-：He npeDyCMatpnuBaETCA
-: npéycmatpmbaetc
B 3aBnCmOCTn OYctaHOBJIeHHoro 3NaueHnra, ynpaBJIreT COOTBeTCTBYUOIM mAbapINHbIM CnIHaIOM dATNkAIOITnPaIOIm CnIHaON dIg 3NeKtpuyeCKORo HarpeBaTeJIa

-0: DIN1 = - DIN2 = -
-1: DIN1 = - DIN2 = On/Off
-2: DIN1 = JIeTH/3IMH DIN2 = -
-3: DIN1 = EcoDIN2 = -
-4: DIN1 = JIeTH/3IMH DIN2 = On/Off
-5: DIN1 = Eco DIN2 = On/Off
-5: DIN1 = JeTH/3mH DIN2 = Eco

P06 = noRika nCnoJIb3OBAHnI uDpPoBOr BOxOJa 1:

-0: [OtKpbITo/3aKpbITo] = [OxnaJ./OTonn.] = [-/ECO]
-1: [OtKpbITo/3aKpbITo] = [OxnaJd./OTonn.] = [ECO/-]

P07= Iorika nCnoJIb3OBAHnIuΦpoBOrBOxOJa2:

-0: [oTKePbITo/3aKpbITo] = [Off/On] = [-/ECO]
-1: [OTkpblto/3aKpbITo] = [On/Off] = [ECO/-]

SM = CBepXMHHMaJIbHaR CKOpOCTb

1=MHHIMaJIbHaCRKOpOCTb
2 = cpe dHnAckopoctb
3 = MaKcImaJIbHaI CKOpOCTb

nprimeaHHe: B KOHcHrpyaCm C 4 - M# cKOpocTAMn # KJanaHOM, BeHTINJIaIePnOToJIpeHmN 3aDepxkBaetcHa0.5°C, YTO6bI Ha NaJIbHOM 3TaNe pa6oTaB b PexIme eCTeCTBeHHoKOHBeKuHn.

CkopocTb BbIKIOHeHa. DaHHbI peKIM MOxHO BbI6paTb TOnbKO npn pa6Ote Ha OToPJIeHne n C KOHcHrpyauee n C 4 - MckOpocTmN. TepMHNan pa6OtaeT TOnko c eCTeTBENHO KOHBekUeN.
CbepxmHIMMaJIbHaNcCKOpOCTb MoXeT bIb TbBbPaHa TOJIbKO C KOHcHpyrpaUnei c 4 -McCKOpOCTaMn, B KaueCTBeΦNKcUPOBaHHoN CKOpOCTn pIpMeHReTc CbepxmHIMMaJIbHaNcCKOpOCTb
MNHIMaJIbHaA CKOPOCTb
CpeDnRACKOPOCTb
MakcimMaJIbHaR cKOpOCTb

nprimeaHne:B clyuae pa6oTbI c qnkncpoBaHHo cnKocpbIO IOrnKa BkJIoueHn BeHTnIaTOPa Ta Je, YTO N B aBTOMaTnueCKOM pexmpe6oTbI.

OTNIPAIOUIN CINHAI BOBBI

Функюнороваиме В entnlaци звсит OT KOHTPOTЯmpeapotypi BOдьВ сnteme.ВЗвсимoc'tO pexkma pa6otbI nmeIoTc npedeьдг OxlaжdeHnИ OTOpJIeHnI.

OcytCTBne OTnnpaIoUero CnHana npu BbIOBe co CTOpOHbI TepMOCTata BbIODNTca Ha DnCInNe. Miraet ycNoBHy 3HaK

3TOT CnHaI nHHoppyetcB clyueae,ecn:

He npédymatpmbaetc daTne BOdbI (P04 = 0) nJn Jx eCnJ daTnK HaxoINTcB aBapHOM COCTORHN N3-3a OTCYTCTBnJ npncOeDnHeHn.
Ppi pa6oTe B pexkme oxlaekdeHn c 4 - x trpybHO nCCTeMoI.

JIoΓNKI

ΦOPCNPOBKA

ObHnA JnKa BENTINIgHOpNpyTcB OOCbIX CNTyaIHXΦOpCnPOBKN, KOTOpBIE MOrTy 6bITb HeoXoDmMbIMn IJI npaBnBHorO KOHTPONr TEMnepaTpybI INI pa60tI TepMNHa. MorTy 6bITb:

Ppi pa6oTe BpeXnme OxnaXdHnA:

CLOKaJIbHbIMUynpaBHeHnEM,BCTpoEHHbIMB npnbop (P01 = 0) IN KOHNpyraCne C KlaNaHOM: NOJdepXNBaETcM NHMaJIbHaN IMeOuAraCCKOpocTB DaJce NoCNe IOCTNXeHn3aDaHHoI TEMpePaTypbl.
CLOkAIBHbIM ynpabLeHnEM, BcTpoeHHbIM B npu6op IN KOHfumrypaunei 6e3 KlaanaHa: Nocne KaKdbix 10-Tm MInHyT OCTaHOBKn BEHTINATOPa npOn3BOJNTCA npOMbIBKa CO cpeDnei CKOpOCTbIO pOoONXtJIbHOCTBIO 2 MInHyTbI, YTObI DaTb BO3MOxHOCtB DaTHNKy TEMpePaTypbI BO3dyxA CHTbIBaTb BoJeepaBnIbHyIO TempePaTyB NOMeUeHN.

Ppna pa6oTe B pexnme OToJIeHnA:

C BKJIOUeHHbIM 3JIeKTPuYeCKM HaIpeBaTeJeM: IPOUN3BOIDITcHΦOpCINOBKa BEHTNIIaRcMo C CpEHei CKOpOCTbIo.
Iocne BbIKIOUeHn3JeKTPuYeCKoRHOHarpeBaTeJIa: NOdEprXINBAETcN DOnONHInTeNbHaB EHTUNLAuC O CpeJHeckOpocTbIO NpOdoJKNtEhBOcTbIO 2 MNHyTbI. (PpIMeuaHne: DaHHa BEHTUNAun6yDet BblONHeHa Do KOHca, daXe ecn TepMOCTa BbIKIOUaEtc NII NpePxOaNTBpeXm OxJaXDeHn).

DINCNNEI

Ha ncnne BbIOHTcOCToHHe BENTnIaTopa

On mraet: BeHTnIaTOp B pexmme oXnDaHnR - standby
On BKJIIOUeHO qINKcnpoBaHHe: BeHTnIaTOp BKJIIOUeH
OFF:BeHTnIaTOp BbIKIIOueH dIpa6oTbIBpeXIMe eCTeCTBeHHO KOHBekuIN

CBepxMnHMaJIbHaayCKOpOCTb MInHMaJIbHaayCKOpOCTb CpeHNrCKOpOCTb
MaKcImaJIbHaY CKOpOCTb

PnmuueaHHe: B clyuae, ecnn npabooay cKOpocTb OTnUyaeTcra OT 3aDaHHo nOTpe6bnteIeM (B clyuae fopcnpOBKn..), TO pni nepBOM haxatm Ha KHOKNy BBIONDTCa

yctahOBJIeHHoe 3NaueHne ; npn nobTOpHOM HaxKaTIN Ha KHOJky yCTaHOBJIeHHoe 3NaueHne MeHReTc.

JIANAH

PanaJIb ynpaBJIeHnMoKTe KOHTpOJIuPObaTb pa60Tu 2 - x nII3 - x XOIOBbIX KJIaIaHOB TINa ON/OFF c HapRJaXeHEm NITaHnNCPOHNItebHorO MEXaHn3Ma 230 V.

OTKPBITNE

OTkpbltnem KlananaHa ynpabJIaIOT B 3aBnCIMOCTn OT 3aDaHHbIX 3NaueHn - set n TempepaTypb I Bo3dyxa

OTNIPAQUOUI CNHNAI BObl

OHTpOJIb Tempeatypb BOIb IJr OTnnpaIOUeero CnHnla IJr OTKpblTBAIINHReTcA TOnbKO B KOHpNpyauqnx C3-X XoDobbIM KlanahOM n3JeKtpuYeCKM HarpeBaTelem. B TaKnx KOHpNpyauqnx 6yDet npOn3BOIDtBCa KOHTpOJIb Tempeatypb BOIb B CNeDyIOUx nClyuaX:

OTOpIeHHeNc3JNeKTPnueckmHarpeBaTeJIem:ФyHKUHOHPOBaHne 3JIeKTPnueckOHorHarpeBaTeJIaPnIBoDITKΦopCnpOBKe BEHTINJIAu;CJeIOBaTeJIbHO，HEo6XoDmIO N36eRaTbNoDAuB TepMHaJI CNIuKOM XOLOdHO BODJI.

Otnnpaounn CnHn He NoctynaeT ecn DaTnK BoDbl He npedyCMatPnBaETcNn Hn NpncoeHNHe

DUNPNEN

Ha nCnIe BbIODntc SJIeDyUOaH INΦOpMaun:

3NEKTPUeCKn HaPeBaTeJIb BbI6paH NOpJIb3ObaTeJIem: W-BKNIOeHO OIKCUPOBAHHO yCNOBHO 06O3HaYeHe
3NeKtpnueckn HarpBeBaTeIb pa6oTaET: MmraIoee yCNoBHOe 0603HaueHne

ECONOMY

Ha nCnIeBbIOBDITcR cIeDyUOaH INΦOpMaIa:

BkIoueHa cyHKzra ydaJeHnBaI: BkIIOueHo ycNoBHO 6o03NaueHne

КOHФИГУРALT.	ЗЛЕМЕТ	СХЕМ
01-02-03	FWL-M-V	FC66002554 (1)
	FWD	UT66000889 (6)
		UT66000888 (5)
04-05-06	FWB	UT66000887 (4)
07-08-09	FWL-M-V	FC66002555 (2)
	FWD	UT66000892 (9)
		UT66000894 (11)
		UT66000891 (8)
		UT66000893 (10)
10-11-12	FWB	UT66000890 (7)
13-14-15	FWL-M-V	FC66002554 (1)
	FWD	UT66000889 (6)
		UT66000888 (5)
16-17-18	FWB	UT66000887 (4)
19-20-21	FWL-M-V	FC66002555 (2)
	FWD	UT66000892 (9)
		UT66000894 (11)
		UT66000891 (8)
		UT66000893 (10)
22-23-24	FWB	UT66000890 (7)
25-26-27	FWL-M-V	FC66002554 (1)
	FWD	UT66000889 (6)
		UT66000888 (5)
28-29-30	FWB	UT66000887 (4)
31-32-33	FWL-M-V	FC66002554 (1)
	FWD	UT66000889 (6)
		UT66000888 (5)
34-35-36	FWB	UT66000887 (4)
37	FWL-M-V	FC66002555 (2)
	FWD	UT66000892 (9)
		UT66000894 (11)
		UT66000891 (8)
		UT66000893 (10)
38	FWB	UT66000890 (7)

3JEKTPNUECKA CXEMA

CneuФиkaця ycNoBbIX o6o3HaueHn 3JIeKtpnuecknx CXEM:

-0: [avOIKTO/ kλεIσTó] = [Off/On] = [-/ECO]
-1: [avoiKTo/ kλεισTo] = [Off/On] = [ECO/-]