CLIveT CONTROL4NRG Air view Air Treatment Installation Guide
- September 17, 2024
- CLIVeT
Table of Contents
- CLIveT CONTROL4NRG Air view Air Treatment
- Product Specifications
- Product Usage Instructions
- FAQ
- MAIN FUNCTIONS
- System areas
- HEAT PUMP
- ELFOFRESH
- PROGRAMMING
- ZONE SCHEDULING
- INSTRUCTIONS FOR THE INSTALLER
- SOFTWARE UPDATE
- SYSTEM ACCESSORIES
- SYSTEM COMPONENT ADDRESSING
- SYSTEM COMPONENT CONFIGURATION
- SYSTEM INTERFACE
- DISPOSAL
- References
- Read User Manual Online (PDF format)
- Download This Manual (PDF format)
CLIveT CONTROL4NRG Air view Air Treatment
Product Specifications
- Product Name: CONTROL4 NRG
- Model Number: M0CZ00007-03
Product Usage Instructions
Main Functions
The CONTROL4 NRG system allows for the management of various functions within a home environment. It includes the following main functions:
- Management of ELFOSystem elements through touch screen panel or dedicated App.
- Heat pump for hot/cold water for various heating systems and domestic hot water.
- ELFOFresh for air renewal, humidity control, and air-conditioning.
- Production of domestic hot water with customizable settings.
- Area divisions for personalized temperature and humidity control.
- Setpoint adjustments for comfort and economic modes.
- Program scheduling for daily operation modes.
- Domotic systems connection.
Control and Display
- The system can be controlled through the touch screen panel or remotely via the dedicated App. The display provides detailed information on system status and configuration.
Domotic Systems Connection
- The system can be connected to other domotic systems for enhanced automation and control capabilities.
FAQ
- Q: How do I modify the setpoint manually?
- A: To modify the setpoint manually, navigate to the settings menu on the touch screen panel or App and adjust the comfort or economic setpoint as needed.
- Q: Can I add new programs to the scheduling?
- A: Yes, you can add new programs to the scheduling by selecting the desired program slot and customizing the operation modes for each hour of the day and day of the week.
“`
MAIN FUNCTIONS
Indications for the use
Keep this manual in an accessible place for the operator. In case of breakdown
or malfunction:
immediately deactivate the system. contact an assistance service centre
authorized by the manifac-
turer.
use original spares parts only
Ask the installer to be prepared on:
start-up / shutdown; set-point and scheduling personalization; maintenance;
what to do / what not to do in case of breakdown.
Main functions of the System.
Management of all ELFOSystem elements through the “touch screen” panel or
remotely with the use of the dedicated App, if there is an internet connection
module.
Heat pump for:
hot and cold water for radiators, radiant panels and fan convectors; domestic
hot water (DHW).
ELFOFresh for:
renew air by heating or cooling it; manage the ambient humidity by controlling
the intake air
humidity ;
air-condition in seasons when the heat pump, terminals and radiant
panels or radiators are not necessary;
renew and filter air without heating or cooling it (ventilation only).
Production of domestic hot water, for which it is possible to set:
the maximum temperature of water inside the storage tank; time bands where
water is taken to storage maximum temperature
or kept at a maintenance temperature;
production only with solar panels; production with boiler integrated.
Area Divisions:
the house can be divided into homogeneous areas depending on
the type of use (day or night area, up to a limit of 12 areas);
a different hour schedule can be combined with each area, either
from other areas or from day to day of the week; programs are common to all
areas
in one area, three operation modes can be set, comfort, economic
or off; for comfort and eco modes, temperature and humidity set points can be
configured together with the type of ventilation;
an area can be forced in the required operation mode for a certain
period, “stopping” temporarily the ongoing program .
Setpoint:
each area has a comfort setpoint (optimal comfort, greater
consumption) and an economic set (medium comfort, minimum consumption); the
economic set is calculated adding (in summer) or subtracting (in winter) a set
value to the comfort set point;
the set point can be modified manually, any time .
Programs:
a program can be selected among 7 available and modified
according to the requirements;
the time schedule sets the operation mode (comfort, economic or
off) for each hour of the day and each day of the week;
new programs can be added.
Domotic systems connection
Connection with the App
4
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DISPLAY
MAIN PAGE
CONTROL4 NRG comfort and energy assistant. The new main screen is split into 3 separate sections that display all the system information. The sections are displayed according to the system configuration:
1 ELECTRICAL SYSTEM This section can be found on the main screen if the SINERGY unit is available in the system configuration. The following information is displayed:
Photovoltaic system productiontaico
Energy consumption
Entry/withdrawal from the network
Sinergy battery level
1
2
3
select
1
Pressing anywhere in the section opens the “Energy report” page.
2 ENERGY This section can be found on the main screen if at least one energy measuring device is added to the system configuration. The following information is displayed:
Heat pump unit efficiency
Targeted energy tips
Energy usage statistics of the Sinergy unit connected
3 SYSTEM This section can always be found on the main screen. The following information is displayed:
Heat pump and area status
Air renewal status
DHW production status
select
3
Pressing anywhere in the section opens the area page.
Caution: If the Sinergy unit and an energy measuring device are not available in the configuration, the main screen is SYSTEM.
5
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DISPLAY
Information displayed:
1 Main control
1
System areas
3 System status
2
3
1 Main control
Switching on and off the system, away from home
Return to the main display
Return to the main display (displayed in the subsequent menus)
New software update availability notification
Date / Hour
Internet/Cloud connection status Multi-status icon displays CONTROL4 NRG
connectivity status Not connected = There is no Internet, Wireless or wired
connection Connected = CONTROL4 NRG is connected to the Internet via Wi-Fi or
wired Ethernet Not connected to the Cloud = CONTROL4 NRG is connected to the
Internet but not connected to the Cloud Connected to the Cloud = CONTROL4 NRG
is connected to the Internet and to the Cloud
Domotic control Green = connected domotics Red = disconnected domotics
Connected domotics, but not in communication (disabled)
Alarms Reports an alarm USB inserted Signals that a USB device is connected to
the panel Settings Provides access to the system/user settings panel Press to
access user settings Press and hold for 2 seconds to access the system
settings
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DISPLAY
2. System areas:
schedule
3. System status
System settings
Heat pump 1 operating status
automatic: red = heating, blue = cooling off : gray with x at the top DWH only
: drop 2 status 3 components found in the system: Radiators, Fan coils,
Radiant panels,
Production of domestic hot water 1 operating status
automatic / Off
ELFOFresh: (max. four units installed) 1 operating status
on / off / automatic / heating / cooling / ventilation off
1 2 3
1
Domestic hot water Automatic operation
1
1
7
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SYSTEM
START-UP AND SWITCH-OFF
1
1 – The system can be:
on off away from home
select
1
2 – Start up the system
3 – Switch off the system
Switch off the system until day / hour: at the due time, the system returns to
the status previously set.
Move cursor “5”
2
5
3
4
6
Press edit “6”
Set the SYSTEM START-UP date
Set the SYSTEM START-UP date 4 – Away from home
See management away from home
select
3
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SYSTEM
CHANGE MODE
1 – Operation of the system.
Select: 2 – Heating only (red background) 3 – Cooling only (blue background) 4
– Automatic
switches from heating to cooling automatically, depending on the outdoor and
indoor temperature detected mode enabled only if ELFOFresh EVO, is present
1
select
1
2 3 4
ADJUSTING DATE AND HOUR
Set date and hour to synchronise the system operation.
Settings:
Set date Set hour
press 2 sec.
1
2
select
2
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SYSTEM
After the date has been changed, press OK “3” to exit
After the time has been changed, press OK “4” to exit
select
3
After the time has been changed, press SAVE AND RESTART “5” to save the changes made
select
4
3 4
5
10
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HEAT PUMP
SET HEAT PUMP OPERATION
Information displayed:
supply water temperature supply water setpoint return water temperature
operation status (heating/cooling/off) compressor (% capacity) signal power
components found in the system (radiators, fan coils and
radiant panels) and relative status (enabled / excluded).
2 – Automatic operation: The heat pump is used to produce both air-
conditioning system water and domestic hot water.
3 – For domestic hot water only: The heat pump is used only to produce
domestic hot water.
4 – Deactivate the heat pump: The heat pump is switched off
5 – Distribution: Displays the components in the system.
The operation of single components of the system can be enabled or excluded:
select 6, 7 or 8 to Exclude / Enable
Example
6 – Radiators: Enabled
7 – Radiant panels: Excluded
8 – Terminals: Enabled
1
select
1
2 3 4
select
5
5
6 7 8
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HEAT PUMP
CLIMATE SETTINGS
Set the operation set point of each circuit:
winter or summer, fixed or compensated
2 – Hydraulic circuits of the system: Select the single circuit to customise
the set point
3 – Set point regular intervals: Winter Summer
4 – Supply water set point: Fixed:
– no compensation is set on the outdoor temperature; the value can be set
– dew compensation remains active in the Summer Compensated:
– varies according to the outdoor temperature 5 – Supply setpoint:
Set the flow temperature 6 – Circuits combined with the system components:
– Not mixed (high temperature) – Mixed circuit 1 or 2 or 3
1
select
1
6 3 4
2 5
CHANGE OF SET POINT, FROM FIXED
1 – Select the single circuit to customise the set point 2 – Press + o – to
change the setpoint
1
12
2
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HEAT PUMP
CHANGE OF SET POINT, FROM FIXED TO COMPENSATED
1
1 – Select the single circuit to customise the set point
2
2 – Select “fix”
3 – Compensated supply water set point:
set the compensation curve that corrects the water set point value,
depending on the outdoor air temperature value.
select
2
3
select
3
Example Outdoor air >= 30°C
Outdoor air <= 15°C
supply water set point = 7°C supply water set point = 12°C
MODIFICATION OF SUPPLY SET POINT
4
4 – Select supply set
5 – Set the required values: Max 12°C Min. 7°C
select
4
5
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HEAT PUMP
MODIFY THE OUTDOOR TEMPERATURE: 5 – select 6 – Set the required values:
Max 30°C Min. 15°C 7 – Modify the correction
5 7
select
5
6
8 – Modify the correction example: + 1.2°C
select
7
8
The correction can be used to modify the climatic curve rapidly. Example:
Outdoor air = 30°C supply water set point = 7°C Outdoor air = 15°C supply
water set point = 12°C Correction + 1.2°C in Summer Values after the
correction: Outdoor air = 30°C supply water set point = 7+1.2 = 8.2°C Outdoor
air = 15°C supply water set point = 12+1.2 = 13.2°C
For the winter correction, follow the same procedure.
14
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HEAT PUMP
AIR SET POINT COMPENSATION BASED ON THE OUTSIDE TEMPERATURE The air
temperature set point correction function is enabled in COOLING ONLY mode. The
function applies a correction to the zone set point based on the outside
temperature value. The same outside temperature limits set for the climate
curve of the PDC are used.
The function is only combined with the not mixed circuit. 2 – Set on Summer 3
– Maximum correction of ambient air set point (0°C max 2°C) 4 – Enabling room
air set point correction 5 – Outside temperature limits setting
3 – Modify the correction example: + 1.0°C
select
1
3 4
select
3
3
1
2 5
5 – Set the required values: Max 30°C Min. 15°C
select
5
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HEAT PUMP
Example of zone programming
6
The air set point is corrected by applying an offset to the slider of the individual thermostats
selezionare
6
7
8 – Press “Comfort” for 2 seconds Scheduled zone set point = 20°C
selezionare
7
8
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HEAT PUMP
Set point corrected by air climate = 20° C
The calculation interval of the air set point correction is set in Parameter 2
Default 1 minuto The parameter is the same one used to calculate the water set
point climate.
17
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DOMESTIC HOT WATER
DOMESTIC HOT WATER OPERATION Information displayed:
storage temperature
2 – Automatic operation: domestic hot water is produced automatically,
according to the requirement, using all the resources available.
3 – With thermal solar system only: the storage tank temperature is ensured
only using solar collectors, even with a greater set point.
4 – With auxiliary heating only: the storage tank temperature is maintained
only using the auxiliary heater (heater or integrated boiler).
5 – Deactivates the production: excludes the production of domestic hot water.
In this mode, the temperature of the storage tank is not controlled.
6 – Boost: Production of domestic hot water in the shortest time, in this way
the heat pump (and any electrical resistance) will work simultaneously to
reach the temperature set for domestic hot water as quickly as possible.
select
1
2 3 4 5 6
select
7
DOMESTIC HOT WATER SETTINGS
8 – Water set point with heat pump
8
is indicated as RELOAD in the programming
9
9 – Water set point with heat pump
10
is indicated as MAINTENANCE in the programming
11
10 – Maximum temperature allowed with solar collector
12
11 – Minimum temperature difference to activate the solar collector: the solar collector activates when the temperature is 5.0°C higher than the storage tank
12 – Activates the circulation for 3 minutes every 30 minutes
The recirculation function prevents the stratification in the ACS accumulation.
Is active only at the times foreseen by the scheduler (Maintenance + recirculation, Recharge + recirculation).
DOMESTIC HOT WATER PROGRAMMING Elfocontrol3 EVO is equipped with 3 preset time schedules. Up to 7 programs can be saved in the memory. All programs can be modified.
1 7
12
select
12
18
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DOMESTIC HOT WATER
Programming example: Day: Thursday Program: Circulation program 1 Operation Profile:
start time
end time
mode
1
4
Maintenance
5
8
Recharge and recirculation
9
19
Maintenance and recirculation
17
20 Recharge and recirculation
21
22 Maintenance
23
0
Recharge
set point (previous page) ref. 8 ref. 7 + ref. 11 ref. 8 + ref. 11 ref. 7 + ref. 11 ref. 8 ref. 7
A different program can be combined to each day of the week
select the day of the week to be programmed:
the selected day is highlighted in “red”.
select a program among the 7 available;
the saved program can be removed; a new program can be created
modify the program using buttons
19
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ELFOFRESH
FRESH AIR
1- Information displayed:
Elfofresh on / off
operation status:
heating / cooling / ventilation off If 4 units are available, data of unit
1,2,3 and 4 are displayed alternatively. The display shows the unit number to
which the data is combined with
1 = unit 1 data 2 = unit 2 data 3 = unit 3 data 4 = unit 4 data
2- Select the unit of which the operation must be set
Information displayed:
Outdoor air temperature Supply air temperature Ambient air temperature Ambient
set poin
Ventilation
Unit status
Ambient humidity % (not
available with ElfoFresh EVO)
Compressor status
3 – Continuous automatic operation: the fresh air unit operates without
interruptions
4 – Ventilation only: forces the “ventilation only” mode
5 – Scheduled automatic operation: operation according to the programming
6 – Exclude: ELFOFresh off
CONFIGURE THE SET POINTS: 8 – Ambient air setpoint in the summer
9 – Ambient air setpoint in the winter 10 – Ambient humidity set point in the
summer (not available with
ElfoFresh EVO) 11 – Ambient humidity set point in the winter (not available
with
ElfoFresh EVO) 12 – Ambient air setpoint increasing in summer with zones in
economic mode 13 – Ambient air setpoint decreasing in winter with zones in
economic
mode
If four units are installed inside the system, settings must be performed on
all units.
14 – select unit and repeat the procedure
select
1
select
7
1
2 3
4
7
5
6
8 9 10 11 12 13
14
20
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ELFOFRESH
PROGRAMMING
Provide fresh air depending on a daily time schedule.
5 preset daily programs are available (max 14 programs).
All programs can be modified.
A different program can be combined to each unit.
Operation mode:
Normal:
optimal fresh air. To be used in case rooms are occupied.
Reduced:
reduced ventilation flow rate. The volume of fresh air is reduced for greater saving and silence. To be used in case it is not necessary to provide fresh air continuously.
Switched Off: the unit is switched off.
Select 1
Select 2 3 appears
Programming example: Day: Wednesday Program: Fresh air program 1 Operation Profile: exsample Cooling
start
end
time
time
mode
0
8
Normal
9
12
Reduced
13
16
Switched Off
17
23
Normal
set point (previous page) ref. 8 + ref. 10 ref. 8 + ref. 10 + ref. 12 –
ref. 8 + ref. 10
A different program can be combined to each day of the week
select the day of the week to be programmed:
the selected day is highlighted in “red”.
select a program among the 14 available;
the saved program can be removed; a new program can be created
modify the program using buttons
2 1
3
21
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“AWAY FROM HOME” CONTROL
The “away from home” control mode can be activated when the room
1
is not occupied.
The “Away fom home” control allows setting the operation of:
climatic zones fresh air unit domestic hot water
“AWAY FROM HOME” SETTINGS It is possible
select
1
3 – Climatic Zones All zones can be set in the following modes:
Normal: follows the scheduled programming
Economic: follows the scheduled programming, but it is
forced in Eco
Off
3
4
2
5
4 – Fresh air unit Fresh air units can be set in the following modes:
Normal: automatic ventilation Reduced: reduced ventilation Off: ventilation
off
5 – Domestic hot water DHW can be set in the following modes:
Normal: follows the scheduled programming Reduced: is maintained at a lower
temperature for an higher
energy savings
Off
select
2
6
7 – If “AWAY FROM HOME” function is enabled :
the word “AWAY FROM HOME” is displayed
22
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REPORT ENERGETICO
The electric energy is displayed on the CONTROL4 NRG panel and provides a
weekly profile of the energy used by the air conditioning system and by the
photovoltaic system (when present).
To access the energy report, press anywhere in the ELECTRICAL SYSTEM section
on the main page.
Note: The function is active if the following is configured in the system: at
least one single-phase or three-phase electric energy measuring
device (see system component configuration) Clivet Sinergy unit
1
select
1
Consultation of weekly electric energy consumption.
Depending on the composition of the system, the following information
is available:
2
Air conditioning system consumption Electrical measuring device 1
Consumption of all electric utilities Photovoltaic production
Electrical measuring device 2
Clivet Sinergy Electrical measuring device 3 (for
third party PV systems)
A. Energy consumption B. Energy production
select
2
Select a line to access the daily details.
3
The Consumption tab shows the electric energy consumption curves on an hourly basis, broken down into:
Domestic water
Cooling
Select 3 – Production
The Production tab shows the electric energy consumption curves on an hourly
basis, broken down into
CAUTION The electric energy measuring device can be connected ONLY to a
single-phase unit.
Select
3
23
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ZONE SCHEDULING
The operation of every zone can be SCHEDULED or MANUAL.
Scheduled zone in temperature (gray)
Scheduled zone in call (red = heat; blue = cool) Zone off
Manual zone in temperature (gray)
Manual zone in call (red = heat; blue = cool)
In the time scheduling of the zones, for the slave terminals it is not
possible to do an off-set using the cursor
2 – Scheduled zone : uses one of the 7 preset programs.
3 – Zone managed in manual mode: The programming can be ignored and the zone
forced for a determined period of time in comfort, normal or off mode.
4 – Modification of a single component temperature
PROGRAMMED MODE
Comfort: Ideal temperature, to use when we are at home. Economic: Holding
temperature, to use when the zone is not used.
PROGRAM ZONE A different program can be combined to each day of the week
5 – Select:
cooling or heating select the day of the week to be programmed:
the selected day is highlighted in red.
summer or winter program among those available;
the saved program can be removed; a new program can be created
modify the program using buttons
1
select
1
2 3
select
2
5
2
6 – SETTING ZONE TEMPERATURES Set the zone temperature, selecting one of the
preset time schedules:
7 COOLING programs
7 HEATING programs.
select
2
24
4
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ZONE SCHEDULING
7 – Select:
cooling or heating
7
the day of the week to be programmed:
the selected day is highlighted in red.
cooling or heating program among those available
The temperature of the “Comfort” profile is preset for all the house zone:
24°C for cooling 21°C for heating
A different temperature can be set for each zone.
To modify the temperature:
8 – Press “Comfort” for 2 seconds 9 – Set
– zone temperature – humidity % – automatic / manual / silenced / off
ventilation
(fancoil = off)
8
press for 2 sec
8
9
25
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ZONE SCHEDULING
The temperature of the “Economic” profile depends on the temperature of
the”Comfort” profile:
it is higher in cooling lower in heating.
To modify the temperature difference:
press “Economic” for 2 sec
10
Set:
temperature difference compared to the “Comfort” mode humidity % automatic /
manual / silenced / off ventilation
Example
Cooling Temperature
Heating Temperature
Comfort 24°C
Comfort 21 °C
difference +2 °C
difference -2 °C
Economical 26°C
Economical 19°C
Temperature must be selected for both Cooling and Heating (section 7)
press for 2 sec 10
ZONE IN MANUAL MODE
1
The zone can be forced for a certain period of time in the desired mode, ignoring the time schedule.
At the due time, the program previously stopped is restarted.
Set the Zone manually in one of the following operation modes: 3 – Comfort:
for ever (it does not return to the programming)
for 1,2….3 hours…
4 – Economic:
for ever (it does not return to the programming)
for 1,2….3 hours…
5 – Off:
for ever (it does not return to the programming)
for 1,2….3 hours….
The minimum setting interval to force the preset time schedule is 1 hour. The
zone in “for ever” mode, enter into the programming to return to the normal
programming.
select
1
2 3 4
select
2
26
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ZONE SCHEDULING
Modification of a single component temperature
1
select
1
2 correction setting cursors
2
Example
sub-zone
Final temperature
2
Living room 1
20.0°C
2
Living room 2
19.0°C
Main entrance
21.5°C
27
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ALARMS
Attention: Before resetting an alarm, identify and remove the cause generating
that.
Repeated resets can cause system malfunctions or irreversible damage. In case
of doubt, contact the After Sales Centre.
Alarms are indicated by the symbol: Alarms are saved in the memory. Example:
heat pump in alarm or system main alarm
2- description of the alarm and date/hour of the event Alarm status: text in
RED = active alarm text in BLACK = alarm resetted by the user (by the Reset
button) text in GREEN = alarm reset (resetted by the user), or alarm reset
without user intervention
select
1
2
For contact the After Sales Centre 1 Open the Settings menu 2 Open the Info tab to access the support information.
select
3
1 3
1
select
1
2
28
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MODIFICATION OF THE PROGRAM NAME
Names of the following programs can be customised:
Domestic hot water Elfofresh Zone
select
1
1
3 2
select
2
3
4
press for 2 sec 4 5
select
5
29
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MODIFICATION OF THE PROGRAM NAME
Use the keyboard to type the name of the program. Key functions:
Capital or small letters Numbers Space Delete
6
select
6
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CLIVET APP
Search for the Clivet Eye App on PLAY STORE and APP STORE To install: download
the app register with your email + password associate your device(s) by
entering the serial number and
password provided access your system by selecting it from the list of
associated
devices
1
2
3
31
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INSTRUCTIONS FOR THE INSTALLER
GENERAL WARNINGS
Regulations The information contained in this manual must be integrated with
current statutory regulations and by the standards of good practice. Operate
with the safety regulations in force.
Planning The water and electric system must be determined by the system
designers in accordance with the regulation in force.
Installation All electrical and installation operations should be performed by
trained personnel having the necessary requirements by the regulations in
force and being informed about the risks relevant to these activities.
Maintenance Only qualified personnel can operate on the system, as required by
the regulation in force.
Modification Any type the modifications will end the warranty coverage and the
manufacturer responsibility.
Breakdown/Malfuction Using the system in case of breakdown or malfunction
voids the warranty. Disable the system immediately in case of breakdown or
malfunction. Contact a certified assistance service authorized by the
manufacturer. Use original spares parts only.
33
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MENU (SETTINGS)
Press the icon to open the Settings menu
CAUTION Access to parameters or modifications are only allowed to the
installer who takes full responsibility, in case of doubt contact Clivet
S.p.A.
For any changes not permitted or not approved by Clivet S.p.A., it declines
any responsibility for malfunctions and/or damage to the unit/ system.
The following operations are only necessary for special calibrations and
configurations, and are therefore only intended for authorised service centres
or in any case qualified technicians.
The following can be accessed from tab 2 – General: 3 – Language change 4 –
Software update 5 – Connectivity 7 – Weather 8 – Settings 9 – Advanced 10 –
System layout 11 – Area elements status 12 – Mixers status 13 – Energy
measuring devices
Press 2 sec
1
2
select
8
1
3 4 5 6
7 8 9
10
11
Mixers status
12
Energy measuring devices
13
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MENU (SETTINGS)
From the Settings menu, select:
1- Electricity to set the electrical system information.
This information is used by the system to provide personalised
statistics and energy tips on the home page of the “ELECTRICAL
SYSTEM” and “ENERGY” sections
1
3 – Set Installed meter capacity 4 – Set Maximum photovoltaic capacity 5 –
Select Time slots type:
– F0: Supply at a single hourly rate – F1, F2, F3: Supply at a twice-hourly
rate divided into 3 slots – F1, F23: Supply at a twice-hourly rate divided
into 2 slots
6,7,8 – Depending on the type, set the energy costs for the respective slots.
Note: The values can be found in the contractual conditions stipulated with
the electric energy supplier
To complete the operation, drag area “1” upwards.
Save the changes with 9 – Save
select
2
1
2
3 4 5 6 7 8
9
select
9
35
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ESS MENU
From the Settings menu, select: 1 – ESS to access information on the
electrical water tank unit
1
2 – Name of the unit in the system configuration 3 – Scrollable list showing the unit’s main parameters
select
1
2 3
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AIR PROBE MENU
From the Settings menu, select: 1 – Air quality probe to access information on
the electrical water tank unit
1
select
1
2 – List with the names of the air quality probes available in the system configuration.
2
3 – Dynamic icon representing the air quality index detected by the
probe
4
4 – List of environmental parameters measured in real time by the air
quality probe
3
37
M0CZ00007-03
SOFTWARE UPDATE
From the Settings menu, select:
1
2 – General to access information on the electrical water tank unit.
Note: The software update page can be accessed directly also by tapping the software update availability notification icon in the top bar “1”
2
select
2
3
4 – Software version displays the following information: Installed: version
currently in use in the device Available: Version number available and release
date Update from USB: the software version of the panel can be updated with a
USB flash drive
5 – Software update displays the following information: Version available and
release date Download update: Download button for
6 – Release notes displays the list of new features/bug fixes introduced with
the new version available.
38
select
3
4
5
Selezionare
5
6
M0CZ00007-03
SOFTWARE UPDATE
When the download is complete, press Install update to update the software
6
Please wait for
6
download to com-
plete
Wait for the update operations to finish. When finished, the main page will be displayed again.
7
select
7
2
39
M0CZ00007-03
INTERNET CONNECTION
The Connection screen displays the information on:
A
A – CONTROL4 NRG’s Internet connection status and the interface
used (Ethernet or Wi-Fi*)
B – Internet connection status
B
C – Enables/disables the Wi-Fi board (where available)
D – List of available Wi-Fi connections and any connected network
E – Cloud connection status
- Connection to a Wi-Fi network is only possible with a CONTROL4 NRG version that has Wi-Fi support
C
E
D
40
M0CZ00007-03
132.6
10.5
CONTROL4 NRG
193.6
UP
115.8
6.3
80,9 64
196,3
9 9
141,3 124,4
Dimensions of uncased box for wallmounting
1
Dimensions of metal bracket for fixing the CONTROL4 NRG in the box
2
3
41
M0CZ00007-03
BUS RS485
Twisted (B) and Shielded cable (A)
Bus
Power line
NO power line and signal cables together
A – Corrugated tube
Power line
Bus
NO power line and signal cables together
A – Metal conduit
SHIELDED CABLE
50-metre spool (optional CBSX) Pair of twisted and shielded conductors
Conductor section 0,22 mm2…0.35mm2 Nominal capacity between conductors < 50
pf/m
Typical impedance 120 Use a suitable cable to RS485 network
Maximum number of components: 40
Performed by trained and qualified
Maximum length of every single serial line
1000 m
personnel in data communication networks
Performed up to standard
Difference in potential between the “earth” of Separated from other cables, especially from
the two RS485 devices: lower than 7 v
power cables or supplied with different
Provide guards to protect against
electrostatic discharges of atmospheric
voltages
Far from cables or devices that can affect
origin
electromagnetically.
Complete last network component.
SERIAL LINE
INSTALLATION OF THE SERIAL LINE
42
M0CZ00007-03
BELUESCRTSR4IC85ITY METER – SINGLE PHASE
The energy value is acquired by the CONTROL4 NGR via a ModBUS serial
communication line Electrical connections
Terminals side
Assembly on DIN rail
A – Diagnostics LED
Blink
Communication OK
Fixed
Communication KO
Off
Not feeded
DIP position 43
M0CZ00007-03
BELUESCRTSR4IC85ITY METER – THREE-PHASE
The energy values is acquired by the CONTROL4 NGR via a ModBUS serial
communication line Electrical connections
A
A
Install 3 amperometric transformers (supplied) on the 3 phases to be
monitored.
Transformer (amperometric “split
core” type)
Assembly on DIN rail
Diagnostics Function Power (gren)
Fail (yellow) RX and TX (red) Dout (gren)
State On Off On Blink Off Not used
Meaning Powered Not powered Inverted current phase Communication OK
Communication KO
DIP position
44
M0CZ00007-03
SYSTEM DIAGRAMS
New building with radiant panels and radiators
CONTROL4 NRG
12 V
RS-485 BUS (shielded cable) BMZRX
230 V ~
Sonda H2O
230 V ~ 12 V
HID-TSmart
ELFOFresh EVO
HID-TSmart
230 /400 V ~
BMZRX
230 V ~
Sonda H2O
12 V
HID-TSmart
HID-TSmart
RS
485
CMRS X
230 V~
SPHERA EVO
Indicative diagram The components of the system are not indicated, because
they must be specified by both the Designer and Installer (e.g. expansion
tanks, vents, cocks, calibration/safety valves, etc.)
45
M0CZ00007-03
UNIT FOR PRODUCING THERMAL AND COOLING ENERGY
SPHERA EVO 2.0 SQKN-YEE 1 TC+MiSAN-YEE 1 S 2.1-8.1 R-32
SPHERA EVO 2.0 SQKN-YEE 1 BC+MiSAN-YEE 1 S 2.1-8.1 R-32
SPHERA EVO 2.0 SQKN-YEE 1 BC+MiSAN-YEE 1 S 2.1-5.1 R-32
UNIT KEYBOARD
–
46
M0CZ00007-03
UNIT FOR PRODUCING THERMAL AND COOLING ENERGY
SPHERA EVO 2.0 EASYHybrid SQKN-YEE 1 BH+MiSAN-YEE 1 S 2.1-8.1 R-32
47
M0CZ00007-03
UNIT FOR PRODUCING THERMAL AND COOLING ENERGY
SPHERA EVO SRHME+MDAN-YMi 2.1-5.1 R-32
SPHERA EVO SRHME-BC+MDAN-YMi 2.1-5.1 R-32
SPHERA EVO SRHM-IC+MDAN-YMi 2.1-5.1 R-32
ELFOEnergy Edge EVO WSAN-YMi 21-141 R-32
SHEEN EVO WSAN-YSi 10.1-22.2 R-32
ELFOEnergy Edge WSAN-YMi 21-81 R-32
CONTROLL WIRED
CONTROLL WIRED
CONTROLL WIRED
UNIT CONTROLL WIRED
–
48
M0CZ00007-03
UNIT FOR PRODUCING THERMAL AND COOLING ENERGY
Edge EVO 2.0 – EXC WiSAN-YME 1 S 2.1-14.1
CONTROLL WIRED
UNIT CONTROLL WIRED
–
49
M0CZ00007-03
UNIT FOR THE PRODUCTION OF DHW
AQUA Plus SWAN-2 190-300
UNIT
50
M0CZ00007-03
FRESH AIR UNIT
ELFOFresh EVO CPAN-YIN Size 2 R-32
CONTROLL WIRED
UNIT CONTROLL WIRED
–
51
M0CZ00007-03
FRESH AIR UNIT
ELFOFRESH2 CPAN-U 70-120 R134a
ELFOFRESH2 CPAN-U 200-650 R410a
ELFOFRSH LARGE CPAN-U 17-51 R410a
SP1X – RS485 serial port for remote communication – optional 52
Termination
M0CZ00007-03
UNIT FOR PRODUCING THERMAL AND COOLING ENERGY
GAIA ARIA MSER-XEE 31-61 R-410A
GAIA ACQUA WSHR-XEE 31-61 R-410A
ELFOENERGY GROUND MEDIUM WSH/N-XEE 82-802
Version AD
GAIA MAXI ARIA MSER-XIN 61 R-410A
Version AD
GAIA MAXI ACQUA WSHR-XIN 61 R-410A
ELFOENERGY VULCAN MEDIUM WBAN 82-802 R-407C
GND
-+
RS 485
RS485
AB
GND
+-
12Vdc
Termination
53
M0CZ00007-03
UNIT FOR PRODUCING THERMAL AND COOLING ENERGY
GAIA L Comfort GLC 2.1-8.1 R-410A
GAIA L Hybrid GLH 2.1-8.1 R-410A
GAIA-i GIGA 2.1-4.1 R-410A
54
M0CZ00007-03
UNIT FOR PRODUCING THERMAL AND COOLING ENERGY
SPHERA T Comfort SRHM+MDAM-XMi 2.1-8.1 R-410A
SPHERA T Hybrid SRHM+MDAM-XMi 2.1-8.1 R-410A
SPHERA-i SRHM+MDAM-XMi 2.1-4.1 R-410A
SPHERA B SRHM+MDAM-XMi 2.1-8.1 R-410A
55
M0CZ00007-03
UNIT FOR PRODUCING THERMAL AND COOLING ENERGY
ELFOENERGY EXTENDED INVERTER WSAN/T-XIN 21-171 R-410A
ELFOENERGY DUCT INVERTER WSN/T-XIN 21-141 R-410A
CMSC2X – Serial communication module with RS485 serial converter kit- optional 56
M0CZ00007-03
UNIT FOR PRODUCING THERMAL AND COOLING ENERGY
ELFOENERGY GROUND WSH/N-EE17-121 R-410A
ELFOENERGY MEDIUM WSAN/T-XEE 82-302 R-410A
CMMBX – Serial communication module with supervisor (MODBUS) – optional 57
M0CZ00007-03
AMBIENT TERMINALS
ELFOROOM2 OUTVOT 003.0-015.0
ELFOROOM2 OUTVOT 003.0-015.0
ELFOROOM2 INVOT 003.0-015.0
ELFOROOM2 INVOT 003.0-015.0
SERIAL CARD Set as shown in the figure
58
M0CZ00007-03
AMBIENT TERMINALS
AURA CAS (cased) CFFA 1-12
AURA UNC (uncased) CFFA 1-12
CONNECTION WITH THERMOSTAT (AURA AC VERSIONS) KJRP-86A
A
A = Thermostat
59
M0CZ00007-03
AMBIENT TERMINALS
AURA CAS (cased) CFF 1-12
AURA UNC (uncased) CFF 1-12
DIRECT CONNECTION WITH RS-485 SERIAL (AURA DC VERSIONS)
A
A = Thermostat
60
M0CZ00007-03
AMBIENT TERMINALS
ELFOSPACE BOX3 CFK 007.0 – 011.0 – 015.0
A
A = main board 61
M0CZ00007-03
AMBIENT TERMINALS
ELFOSPACE BOX3 CFK 021.0 – 031.0
ELFOSPACE BOX3 CFK 031.0 – 041.0
CC2 – 2-pipe system (size 021.0 and 031.0) CC4 – 4-pipe system (size 021.0)
CC2 – 2-pipe system (size 041.0) CC4 – 4-pipe system (gr 031.0 and 041.0)
A
A = main board 62
M0CZ00007-03
AMBIENT TERMINALS
MOOD CFW-2 1-5
A
A = main board 63
M0CZ00007-03
AMBIENT TERMINALS
ELFOSPACE OUT-V 003.0-051.0
ELFOSPACE OUT-H 003.0-051.0
ELFOSPACE IN-V 003.0-051.0
ELFOSPACE IN-H 003.0-051.0
ELFODUCT MP 15-71
ELFODUCT HP 015.0-071.0
1 S5
ON
S1
ON
LV
RS485
S4 S3
J1
SP1X – RS485 serial port for remote communication – optional
S2
ON
J3
LR
30292827 26252423222120
L1 L2 L3 L4 N N N N L
BT2 BT1
121110 S L 9 8 7 6
36 35 34 33 32 31
CTS
CLIVET TALK TERMINAL SPACE
L0L0 N N
V1V2V3 N
CTS- CLIVET TALK TERMINAL SPACE Electronic for HID-T2 or HID-T3 thermostats – optional
64
M0CZ00007-03
AMBIENT TERMINALS
ELFODUCT CF-V 31-242
1 S5
ON
S1
ON
LV
RS485
S4 S3
J1
SP1X – RS485 serial port for remote communication – optional
S2
ON
J3
LR
30292827 26252423222120
L1 L2 L3 L4 N N N N L
BT2 BT1
121110 S L 9 8 7 6
36 35 34 33 32 31
CTS
CLIVET TALK TERMINAL SPACE
L0L0 N N
V1V2V3 N
CTS- CLIVET TALK TERMINAL SPACE Electronic for HID-T2 or HID-T3 thermostats – optional
65
M0CZ00007-03
ENERGY STORAGE SYSTEMS
SINERGY 51.05 – 51.20
CONNECTOR “COM”
PIN
DESCRIPTION
3
RS-485 A+
4
RS-485 B-
66
M0CZ00007-03
SMART THERMOSTAT
HID-TSmart
Lato posteriore
+12V –
A+ B-
RS485
RS485
AB
GND
+-
12Vdc
67
M0CZ00007-03
SYSTEM ACCESSORIES
CONTROL4 NRG CONTROL4 NRG
193x132x5 3mm LxHxP
PS installation box Metal fixing bracket 196,3x141x80,9 mm LxHxP
(mounting accessories supplied in the package)
Room thermostats and sensors
HID-TSmart T
Thermostat with 3.5″ touchscreen display
and temperature sensor
112x77x18 mm
LxHxP
HID-TSmart T&H
Thermostat with 3.5″ touchscreen display
and temperature and humidity sensor
112x77x18 mm
LxHxP
HIDURNX
HIDUR Modbus temperature and
humidity sensor HIDUR (built-in)
In built-in 503 box (by only)
22,4×45,5×51,6
LxHxP
z-IAQX
Multi sensor for air quality acquisition
with 9 monitored ambient variables
110x70x28 mm
LxHxP
Electricity meter
M1NRGX
Electricity meter only for a single-phase
unit.
Assembly on vertical or horizontal DIN
rail.
63×46,2×26,4
LxHxP
M3NRGX
Electricity meter only for a three-phase
unit.
Supplied with three amperometric
transformers type “split core”
Assembly on vertical or horizontal DIN
rail.
70,8×55,26×17,5
LxHxP
Installation
AL12X
Power supply 230/1/50 – 12Vdc 2A
2 DIN modules
77x90x55 mm
LxHxP
CBSX Shielded cable for RS485 bus;
Radiant panels – Ambient terminals
BMZRX
Radiant area module with generic input/
output mode with RS485 communication
port + TTL/485 converter for Modbus
temperature and humidity sensor.
157x90x60 mm
LxHxP
CMRSX Single area module with RS485 communication port; 6 DIN modules + 2 DIN modules of the TTL/485 converter
105x90x60 mm
LxHxP
EMRSX Mixing unit control module; 6 DIN modules + 2 DIN modules of the TTL/485 converter
105x90x60 mm
LxHxP
Interface module
DOMX Connection device with home automation systems
53x92x63 mm
LxHxP
68
M0CZ00007-03
SYSTEM ACCESSORIES
MODULE OF RADIANT Module addressing is done using the selectors.
A
B
There are three red selectors on the front of the module. To change addresses,
refer to selector A and B as shown below: SELECTOR A = Set X10 SELECTOR B =
Set X1
Example to assign address 12: : Selector A = 1, selector B = 2
PROCEDURE
1 – Switch off the module
2 – Using a flat blade screwdriver, turn selectors A and B to the required
position to set the address
Example to assign address 12: Selector A = 1, selector B = 2
3 – Switch on the module
If the system configuration includes several radiant area modules (MAX 5): the
first must have address = 11 the second must have address = 12 the third must
have address = 13 the fourth must have address = 14 the fifth must have
address = 15
COMPONENT PARAMETERS
ONTROL4 NRG will automatically set the control of the various outputs. Below
are the parameters that are set by the autoconfiguration on the various system
components; the list should be considered as indicative and is an operational
outline to be assessed based on the type and configuration of the system.
Channel 1 2
……… 6
Setting parameters
Parameter
Value
P02
0 = Disabled
P03
1 = Thermoregulation 1G
2 = Thermoregulation 2 G
…..
3 = I/O
4 = Relay control ID
P07
5 = Thermostat Module
Serial Communication Parameters
Parameter
Mnemonic Name
Description
Value
33
Index
Device address
11,12….
34
Baud Rate
Baud Rate 0=4800 1 :9600 2 :19200
1
35
Parity
Parity 0=NO / 1=Odd 2=Even
0
69
M0CZ00007-03
SYSTEM COMPONENT CONFIGURATION
Radiant area module: configuration of the channels
Modbus Parameter
Value
1001
02 (A)
0 = Disabled 1 = Thermoreg. 1 G.- HID-T3
2 = Thermoreg. 2 G. – HID-T3
5 = Thermostat Module – HID-T2;
6 = Electromechanical thermostat
1002
03 (A)
As EnChannel1
1003
04 (A)
As EnChannel1
1004
05 (A)
As EnChannel1
1005
06 (A)
As EnChannel1
1006
07 (A)
As EnChannel1
1054
55 (A)
1055 1056 1057 1058 1059
56 (A) 57 (A) 58 (A) 59 (A) 60 (A)
0 = Summer only 1 = Winter only 2 = Summer / Winter
As UseMode1 As UseMode1 As UseMode1 As UseMode1 As UseMode1
1030
31 (A)
3
1031
32 (A)
0.0
1069
870 (A)
20C°
1070
71 (B)
1071
72 (B)
1072
73 (B)
0 = Clivet 1 = Modbus; 2 = Modbus Touch
0 = Temperature + RH 1 = Temperature only 2 = RH only
As TermostatCh1
1073
74 (B)
As TermostatCh1
1074
75 (B)
As TermostatCh1
1075
76 (B)
As TermostatCh1
1076
77 (B)
As TermostatCh1
Description
EnChannel1: Type of function associated to channel 1
Electromechanical thermostat (connected between “-” and “GND”; closed = active
call; No par.71 = 1) EnChannel2: Type of function associated to channel 2
EnChannel3: Type of function associated to channel 3 EnChannel4: Type of
function associated to channel 4 EnChannel5: Type of function associated to
channel 5 EnChannel6: Type of function associated to channel 6
UseMode1: Use type of channel 1
UseMode2: Use type of channel 2 UseMode3: Use type of channel 3 UseMode4: Use
type of channel 4 UseMode5: Use type of channel 5 UseMode6: Use type of
channel 6 Delay of the dew alarm signal (E07), set at 15 minutes to prevent
delayed alarm signals, due to the deactivation of the compressor, once the set
has been reached.
It is an offset on the dew point, normally it is set at -2C°, considering that
between the temperature of both the panels and surface there is a difference
and on the latter, condensation is not formed on the panels. This allows
working with lower water temperatures at the dew point, enhancing the cooling
capacities.
Dew point limit exceeded, whose channel is excluded automatically from the
calculation, in order to not affect the water temperature inside the entire
system and the head closes.
If thermostat model =1 (Modbus thermostats) the parameters from P02 to P07
cannot be set at 5 or 6.
ThermostatCh1 Only if thermostat=1
ThermostatCh2 Only if thermostat=1
ThermostatCh3 Only if thermostat=1
ThermostatCh4 Only if thermostat=1
ThermostatCh5 Only if thermostat=1
ThermostatCh6 Only if thermostat=1
A: parameters set by the AUTOCONFIGURATION function B: should always be set
only with probe ambiant HID-UR (Parameter 71 = 1)
70
M0CZ00007-03
SYSTEM ACCESSORIES
MODULE OF RADIANT AREAS
Example on how to use:
Step management Output 5 controls the shut-off valve for the radiant panel
Radiator management Output 6 controls the water shut-off valve for the heated
towel rail
Thermostat 6 controls the valve for the heated towel rails
BT1 BT2 COM
RS485
+ – GND
CH 1
CH 2
GND – + GND – +
CH 3 GND – +
CH1
CH2
CH3
CH 4
GND –
CH 5 GND – +
CH4
CH5
CH 6 GND – +
CH6
ID1 ID2 COM BT1 BT2 COM
RS 485
+ – GND
ID1 ID2
PWR
230V LN
4
3 2 1
5 6 7
8 9
0
ZONE
G G0
4
5
3
2
1
0
X 10
6 7
8 9
ADDRESS
G1
G2
G3
G4
4
5
3
2
1 0 X 1
6 7 8
9
G5
G6
G1 G0 G2 G0 G3 G0 G4 G0
G5 G0 G6 G0
AUX C1 NO1
LN ac
G1 G0
5
6
G G0
G6….
Low temperature bath zone
High temperature bath zone
Low temperature High temperature
BT2
THE MODULE CAN CONTROL: 230v valve on/off
24ac valve on/off (transformer provided by the
client)
Technical Data Operating Temperature from 0 C° to 70 C° IP20 isolation degree Operating humidity (non-condensing) from 10% to 90%
CH 1
CH 2
GND – + GND – +
CH 3 GND – +
CH1
CH2
CH3
CH 4
GND –
CH 5 GND – +
CH4
CH5
CH 6 GND – +
CH6
ID 1 ID2 COM BT1 BT2 COM
RS 485
+ – GND
ID 1 ID2
PWR LN
4 3
2
5 6
7
1
8
0
9
ZO NE
G G0
4 3
2
5 6
7
1
8
0
9
X 10
ADDRESS
G1
G2
G3
G4
4 3
2
5 6
7
1
8
0
9
X 1
G5
G6
G1 G0 G2 G0 G3 G0 G4 G0
G5 G0 G6 G0
AUX C1 NO1
60
H
P 90
L 157
71
M0CZ00007-03
SYSTEM ACCESSORIES
MODULE OF RADIANT AREAS WITH HID-UR BUILT-IN MODBUS TEMPERATURE AND HUMIDITY SENSOR
The thermostats run only if combined with the radiant module.
Example on how to use: Step management The sensor 1 – 2 – 3 controls one area
with 1 component Double step management The sensor 4 controls one area with 2
components Radiator management The sensor 6 controls the valve for the heated
towel rails Warning: to disable the humidity function (see page 94)
60
Set as indicated in the figure
H P
90 L
36
Supplied with module of radiant areas
- Serial line Temperature and humidity sensors 4-conductor shielded cable 2×0,75 + 2×0,22mm2, distance max 1000m
72
M0CZ00007-03
SYSTEM ACCESSORIES
RADIANT AREA MODULE WITH ELECTRO-MECHANICAL THERMOSTAT WITH DRY CONTACT
This option does not allow the temperature to be displayed by Control4 NRG, it
only allows ON/OFF management of the area and time schedule. This option does
not allow temperature changes to be made by Control4 NRG.
Low temperature bath zone
High temperature bath zone
Low temperature High temperature
73
M0CZ00007-03
SYSTEM COMPONENT ADDRESSING
ADDRESSING Each unit inside the network is recognised thanks to an address. The address must be stored in the memory of the unit using a keyboard or thermostat.
Serial addressing
Domestic hot water module
1
Heat pump
2
Unit for fresh air (Elfo Fresh EVO)
3,4,5,6
Generic I/O modules
7,8
Unit Sinergy
9
Elfo Pack
10
Multiple area modules
11,12,13,14,15
Terminals / Single zone modules
17,18…,48,49,60,61,…*
Mixing module
50,51,52
Air quality probes
110..121
HID-TSmart thermostats
150…179
Electricity meter
170,171,172
- The addresses 17,18 and next are used both for terminals and for the single zone modules (page 89). The addresses with the lowest value must be assigned to single zone modules. Example: First zone module: address 17 Second zone module: address 18 First terminal:address 19 Second terminal: address 20
SPHERA EVO / SPHERA EVO 2.0 / WiSAN-YME 1 S EDGE EVO 2.0 – EXC
The Modbus addressing of the unit can be set in two modes: with the rotary
switches (Method A) or from the HMI keyboard (Method B, Sphera Evo 2.0,
Edge EVO 2.0) Where possible, it is recommended to make the setting from the
HMI.
S3
Method A Setting Unit main board
S3 = 2
Method B Setting For serviceman > 17 HMI address set > 17.2 HMI address from BMS = 2
WSAN-YMI 21-141 EDGE EVO
The Modbus addressing of the unit can be set in two modes: with the rotary
switches (Method A, for AA models, size 21-81) or from the HMI keyboard
(Method B) Where possible, it is recommended to make the setting from the HMI.
S3
Method A Setting Unit main board S3 = 2
Method B Setting For serviceman > 17 HMI address set > 17.2 HMI address from BMS Check that each unit has a different address.
WSAN-YSI 10.1-22.2 SHEEN
Enabling Menu > Project menu > set password >controller select > modbus >YES
Modbus address = 2
74
M0CZ00007-03
SYSTEM COMPONENT ADDRESSING
WSAN-YMI 21-81 EDGE
S3
Setting Unit main board S3 = 2
ELFOFRESH EVO CPAN-YIN SIZE 2
if one unit is present: address = 3
if four units are presents: First unit address = 3 Second unit address = 4
Third unit adress = 5 Fourth unit adress = 6
Enter the password Maintenance operator to access the parameters.
Press MENU Select “Assistance Setting”
Parameters to be modified
Parameter
Mnemonic Name
Description
1.15
BmsAddSet ModBus serial address
UP DOWN
Press
OK
Enter the PASSWORD
Press Select “Operation Parameter”
OK
UP DOWN
Press Select “1.15 BmsAddSet”
OK
UP DOWN
Value 3,4,5,6
Edit value as indicated in the table 75
M0CZ00007-03
SYSTEM COMPONENT ADDRESSING
SPHERA EVO 2.0 EASYHYBRID
Parameters to be modified
Parameter
Mnemonic Name
101
Index
102
Baud Rate
103
Parity
Description
ModBus supervision serial address
Baud Rate (0=4800 / 1=9600 2 =19200)
Parity 0=NO / 1=Odd 2=Even supervision serial
Value 2 1 0
Enter the password Maintenance operator to access the parameters.
Press “Setting”
Enter the Password Press Confirmation
Set password
CANCELL
CONFIRMATION
Select “Parameters” Press
Select “All” Press
Select the parameter to be modified “101” Confirm Enter the value Confirm the
value entered Set parameters 102 and 103.
PARAMETERS KEYBOARD SYSTEM INFO ALARMS
SETTINGS
PDC – PARAMETERS ALL CONFIGURATION
DURATION COMPENSATION
76
M0CZ00007-03
SYSTEM COMPONENT ADDRESSING
CFW-2 1 – 5 MOOD
SW1
On / off switch ENC2
CFFC / CFFU / CFFAC / CFFAU 1-12 AURA
On / off switch
S4
ENC1
CFK 021.0-041.0 ELFOSPACE BOX3
On / off switch
S4
ENC1
77
Address network 01 – 16 17 – 32 33 – 48 49 – 64
Address network 01 – 16 17 – 32 33 – 48 49 – 64
Address network 01 – 16 17 – 32 33 – 48 49 – 64 M0CZ00007-03
SYSTEM COMPONENT ADDRESSING
CFK 007.0-015.0 ELFOSPACE BOX3
SWAN-2 190-300 – AQUA PLUS
On / off switch
S1
ENC1
Press 3 sec. Select C02 Press Select 1 Press
Addressing
Address network
64 01 – 15 16 – 31 32 – 47 48 – 63
78
M0CZ00007-03
SYSTEM COMPONENT ADDRESSING
GAIA ARIA and ACQUA version AC / GAIA MAXI / GROUND MEDIUM / GAIA L COMFORT and HYBRID / GAIA-i / SPHERA
15-04-2011
25.9°
41.2°
09:30
Esterna: 25.6°
Parameters to be modified
Parameter
Mnemonic Name
315
Index
316
Baud Rate
317
Parity
Description
ModBus supervision serial address
Baud Rate (0=4800 / 1=9600 2 =19200)
Parity 0=NO / 1=Odd 2=Even supervision serial
Value 2 1 0
Enter the password Maintenance operator to access the parameters. Press
Confirm
Press to select the “Settings ” menu Confirm
Press to select the “Parameters ” menu Confirm and enter the PASSWORD
Press to select the “Communication ” menu Confirm
Select the parameter to be modified Confirm
Enter the value Confirm the value entered
Set parameters 316 and 317 Press to return to the main screen
15-04-2011
25.9° 41.2°
09:30 ACCESO
50%
T
Esterna: 25.6°
30.9° 45.0°
ACCESO IMPIANTO
PRONTO 69.9°
25.2°
22.2°
45.2°
35.2°
Heat pump Boiler only DHW only Normal operation Settings Operation status
HP – Parameter Secondary circuit 1 Set point Supply set Current set Parameter / PWD
HP – Parameter All Configuration Set point Demand limit Communication
HP – Parameter
Id 315
address
ModBus Svision address
Min 0
Max 127
Valore 1
HP – Parameter
Id 315
address
IndiMrizinzo mod0bus Svision
MinMa0x
127
Max 127 2 Value 1
HP – Parameter
Id 315
address
ModBus Svision address
Min 0
Max 127
Value 2
79
M0CZ00007-03
SYSTEM COMPONENT ADDRESSING
VULCAN MEDIUM
Enter the Maintenance operator password to access the parameters.
Vulcan Medium – Parameters to be modified
Parameter
Mnemonic Name
Description
315 Address ModBus supervision serial address
316 Baud Rate Baud Rate (0=4800 / 1=9600 2 =19200)
317 Parity
Parity 0=NO / 1=Odd 2=Even supervision serial
Value 2 1 0
Press. Rotate to select the “Scheduling” menu.
Press. Rotate to select the “Configuration” menu.
Press. Rotate to select the “Machine” menu.
Press. Rotate to select the unit.
Press. Select the parameter to be modified.
Press Enter the value.
Press
Press to return to the main screen.
80
Main Menu Stata Scheduling Date and hour Password
Main Menu Stata Alarms Configuration Date and hour
Configuration Menu Keypad Unit
System’s variables
Unit configuration All Configuration Setpoint Charge compensation
Manufacturer parameters
Id 39 MaxSetHeat
Max Set in heat
Min -60
Max 90
Value 40.0
Manufacturer parameters
Id 39 Min Max-S6e0tH.0eat Max SMeat xin heat 90.0 Min -60 50Max 90 Value 40.0
Manufacturer parameters
Id 39 MaxSetHeat Max Set in heat
Min -60
Max 90
Value 50.0
M0CZ00007-03
SYSTEM COMPONENT ADDRESSING
WSAN/T-XIN / WSN/T-XIN
Press Press Select CF menu Press Select CF30 Press Set the value Confirm Back
to the previous menu Repeat the sequence for the other parameters
Parameters
Parameters to be modified Description
Value
CF30
ModBus protocol controller Address
2
CF31
ModBus protocol Baud Rate (2=4800 / 3=9600 4 =19200)
3
CF32
Parity modbus 1=EVEN / 2=NONE / 3=ODD
2
CL43
DI4 Digital input Configuration ( remote OFF)
-2
CL44
DI5 Digital input Configuration (remote Summer / Winter )
0
PAr
- CL CF
/
CF01 CF30
/
0 2
/
2
81
M0CZ00007-03
SYSTEM COMPONENT ADDRESSING
ELFOENERGY / CPAN-U
Units can be CPAN-U 70-650 and / or CPAN-U 17-51
if one unit is present: address = 3
if four units are presents: First unit address = 3 Second unit address = 4
Third unit adress = 5 Fourth unit adress = 6
ELFOEnergy – Parameters to be modified
Parameter
Mnemonic Name
Description
164
Address
ModBus serial address
165
Baud Rate Baud Rate (0=4800 / 1=9600)
166
Parity
Parity 0=NO / 1=YES
Value 2 1 0
CPAN-U – Parameters to be modified
Parameter
Mnemonic Name
Description
165
Address
ModBus serial address
Value 3,4,5 or 6
166
Baud Rate Baud Rate (0=4800 / 1=9600)
1
167
Parity
Parity 0=NO / 1=YES
0
1 Press 2 Enter the PASSWORD
SE T
– +
Parameter
0
Value
1 0. 3
3 2 1
3 Access parameter 164
1 6 4
X Y
4 Edit value as indicated in the table
– +
1 6 4
2
5
Repeat the sequence for the other parameters indicated in the table
6
Save in the memory Exit
1 0. 3
SE T
82
M0CZ00007-03
SYSTEM COMPONENT ADDRESSING
HID-TSMART THERMOSTATS
The indications given are valid for all versions of HID-TSmart
HID-TSmart addressing
Unit
Modbus address
HID-TSmart 1
150
HID-TSmart 2
151
HID-TSmart 3
152
HID-TSmart 4
153
…
…
HID-TSmart 30
179
The thermostat is connected in daisy-chain topology (in-out) directly to the
CONTROL4 NRG serial bus 485
ADDRESSING PROCEDURE HID-TSmart is supplied by default with Modbus address
150. Follow the procedure below to address the HID-TSmart if there is more
than one unit in the system.
Step 1
Action Alimentare il dispositivo
Picture
2
Press for more than 5 seconds at the bottom center where the context bar is present
3
You access the CONFIGURATION menu
4
Select PARAMETERS menu
5
Scroll down to the Address parameter
6
Select the numeric value to the right of the parameter name
83
M0CZ00007-03
SYSTEM COMPONENT ADDRESSING
7
Set the desired address using the + and – keys displayed on the screen
8
Press OK to confirm
9
Verify that the BaudRate parameter is set to 9.6Kbps
10
AAfter making the changes, press the icon at the top right to return to the main screen
Diagnostics When the module is powered, it boots up during which the display shows the thermostat’s Modbus address.
84
M0CZ00007-03
SYSTEM COMPONENT ADDRESSING
HID-TI6 THERMOSTATS
The thermostat only works in conjunction with ELFOROOM2 fan coil units The
terminals for connecting to the CONTROL4 NRG bus are located on the HID-T6
thermostat unit CONNECTIONS
- Connection terminal block (fancoils serial) 2) Connection terminal block of presence contact 3) Electronic board 4) Serial connection to the CONTROL4 NRG bus (via serial RS-485)
Use the icons to move inside the menu.
Use the icon to select menu items and to confirm changes made.
Pressing
and confirming the change will switch to the next item.
To exit from menu:
Press the icon for 10sec.
Or wait 30 sec. for automatic shutdown
Attention: after 30 seconds from the last action, the control goes off and the settings is memorised.
85
M0CZ00007-03
SYSTEM COMPONENT ADDRESSING
DEVICE ADDRESS To view and change the address: with panel in stand-by press
and hold for 5 sec. the AUTO key. it appears address 001 flashing use the
and keys to set a value from 1 to 255 press the button and wait 10 seconds to
confirm the setting
It is advisable to table the addresses that the individual fancoils must
assume so that they are then easily identifiable once recognized by the
system.
Contact Clivet service for changing the unit parameters for connecting the
HID-T6 thermostat.
Fancoil address Andress 17 Andress 18 Andress 19 Andress 20 …..
Destination Leave free
kitchen Livingh room
Room 1 ….
Attention Do not leave fancoils with address 001. This precaution will allow any substitutions and / or additions of devices on the network.
FEATURES OF THE SERIAL PORT
Protocol The “Modicon ModBus” RTU serial communication protocol, with the
following settings: Bauderate = 9600 Data bits= 8 Parità = none Stop bit = 1
See the accessory instruction sheet for configuring and modifying the
operating parameters.
86
M0CZ00007-03
SYSTEM COMPONENT ADDRESSING
HID-UR TEMPERATURE AND HUMIDITY SENSOR HIDUR built-in temperature and humidity sensor
Sensor addressing
Channel
Flashings
1
2
2
4
3
6
4
8
5
10
6
12
The thermostat runs only if combined with the radiant module.
Signalling LED A multi-colour LED is fitted on the front part (visible from
the front slot) which indicates the device status.
After powering on: – The device boots up.
– The device is set to operating mode.
Boot up. After turning on, the red LED flashes fast once. If there are no problems, the LED goes off, otherwise it continues flashing.
Red LED flashing. Indicates that no firmware is installed.
Red LED on fixed. Indicates that the sensor is not communicating with the master board. The red LED stays on for maximum 4 seconds and then goes off in the next 8 seconds.
Operating mode. During operation the LED is off. Note that in the first 30 seconds of turning on, a blue LED flashes to indicate proper functioning.
Address assignment. During address assignment, the green LED comes on waiting for the onboard button to be pressed. After assignment, the LED goes off and flashes N times (the number of flashes corresponds to the new address).
Address check. Pressing the onboard button during sensor operation, the green LED flashes N times (the number of flashes corresponds to the new address).
On the back of the sensor there is an addressing button: 1 – Power up and hold
down the addressing button; the blue LED will flash 6 times. 2 – Count the
number of slow flashes of the green LED up to the address to be assigned and
release the button. 3 – After 7 flashes of the blue LED, the sensor repeats
the number of the assigned address with flashes of the green LED and confirms
the procedure with 1 flash of the blue LED.
Refer to page 68 to address the radiant area module.
Addressing key
87
M0CZ00007-03
SYSTEM COMPONENT ADDRESSING
MIXING MODULE
Mixing unit control module for managing a section of the circuit at a
different temperature to that of the main system.
The area module must be powered at 230 Vac 50 Hz. Mounting on a DIN rail
Type of cable used: 2×0.35 mm2 with screen on GND
Parameters to be modified
Parameter
Mnemonic Name
Description
33
Index
Device address
34
Baud Rate
Baud Rate 0=4800 1 :9600 2 :19200
35
Parity
Parity 0=NO / 1=Odd 2=Even supervision serial
Value 50..,52
1 0
TETREMRINMAINTAIOTNION JUJMUPMEPRER
H
P 90
H
AP1
AP2
P
90
60 60
L 105
L 36
Termination
No
Yes
RS485 MODULE
Addressing can be done using the selectors on the RS485 module. Follow this
procedure:
1 – Disconnect power supply to the RS485 module and mixing module 2 – Set the
address with the selectors on the RS485 module
S5 = hundreds. Must always be set to OFF S3 = tens S4 = unit 3 – Set
parameters 34 and 35 under Other parameters in the Advanced settings of
CONTROL4 NRG (see page 110)
J1
+-G
ON
ON
N
S1
D S2
RS485
J3
LV
LR
ON
S5 S3 S4
BT2 EXSTERNAL TEMPERATURE READING PROBE
PE3S0006 – Option Enable BT2 probe:
System setting menu (page 110) Parameter menu Setting parameter 1 = mixing
module
88
M0CZ00007-03
SYSTEM COMPONENT ADDRESSING
ZONE MODULE (HEATED TOWEL )
The module operation opens and closes the valve, according to the temperature
detected by the thermostat, in the cooling mode, the module closes the valve.
The module can be used also to control 1 radiant circuit. The area module must
be powered at 230 Vac 50 Hz. Assembly on DIN guide
Type of cable used: 2×0.35 mm2 with screen on gnd
Maximum distance: 15 m
Parameters to be modified
Parameter
Mnemonic Name
Description
33
Index
Device address
34
Baud Rate
Baud Rate 0=4800 1 :9600 2 :19200
35
Parity
Parity 0=NO / 1=Odd 2=Even supervision serial
Value 17,18…
1 0
Addressing can be done using the selectors on the RS485 module. Follow this
procedure: 1 – Disconnect power supply to the RS485 module and mixing module 2
– Set the address with the selectors on the RS485 module
S5 = hundreds. Must always be set to OFF S3 = tens S4 = unit example: 17= S3
=1 , S4 =7 3 – Set parameters 34 and 35 under Other parameters in the Advanced
settings of CONTROL4 NRG (see page 110) For module RS485, see page 88
TERMINATION JUMPER
H
P 90
H
AP1
AP2
P
90
60 60
L 105
L 36
89
Termination
No
YES
M0CZ00007-03
SYSTEM COMPONENT CONFIGURATION
CONTROL4 NRG – SYSTEM CONFIGURATION
1
The configuration is performed directly on ELFOControl3 EVO introducing:
type of system; name of the climatic areas (kitchen, living room, etc.); mixed
and not mixed circuits; units installed ( which and how many: heat pumps,
terminals, etc.); modules installed (input/output modules, single modules,
etc.); number of hydraulic circuits (booster pumps, area valve); combining
components with the areas.
press for 2 sec. 1
select
2
2 3
select
3
4
select
4
90
M0CZ00007-03
SYSTEM COMPONENT CONFIGURATION
Create / modify areas:
new modify remove installation reset
Use the keyboard to type the name of the area. Key functions:
Capital or small letters Numbers Space Delete
5
select
5
5
select
6
7
select
7
8
select
8
91
M0CZ00007-03
SYSTEM COMPONENT CONFIGURATION
Define the hydraulic circuits:
high temperature non-mixed circuits (max. 10)
Circuits greater than 4 refer to the 1st high temperature area
low temperature mixed circuits (max. 3) refer to the
subsequent page
Possible combinations with boosters: STD booster
area 1: high temperature only
optional boosters
2 areas: high temperature only 2 areas: one high temperature + one low
temperature 3 areas: high temperature only 3 areas: two high temperature + one
low temperature 3 areas: one high temperature + two low temperature 4 areas:
high temperature only 4 areas: three high temperature + one low temperature 4
areas: two high temperature + two low temperature 4 areas: one high
temperature + three low temperature
select
9
10
select
10
select
11
9 11
select
12
92
12
M0CZ00007-03
SYSTEM COMPONENT CONFIGURATION
Define mixed circuits:
low temperature mixed circuits (max. 3) for combinations, refer to the
previous page
Define the composition of the system: A. heat pump type B. number of Elfofresh
units (max. 4) C. number of Fancoil modules (max. 40 including other
components found) Important: check the fancoil model to see if the direct bus
connection is to the unit’s board or via thermostat/HMI D. number of HID-
TSmart thermostats (max. 30) E. number of Input/Output modules (max. 2, for
MIOX compatibility) F. number of single area modules (max. 40 including other
components found) G. number of multiple area modules (max. 5) H. number of
mixing modules (max. 3) I. type of ESS (max.1) J. number of probes K. presence
of domestic hot water module: none ACS da PDC AQUA / Combo On-Off SWAN-2 /
Combo Modbus L. home Automation interface module M. type of energy meter N.
absorbed energy 1 O. absorbed energy 2 P. producer energy meter
To see the other components, drag area “1” upwards
13
select
13
A
B
C
D
E
1
F
G H I J K L
1
select
14
select
15
93
M N O P
15
M0CZ00007-03
SYSTEM COMPONENT CONFIGURATION
Multiple zone module For each module available, define the type of controlled
component for
each channel:
single step radiant panel (Temperature + Humidity)
single step radiant panel (Temperature only)
double step radiant panel (Temperature + Humidity)
B
triple step radiant panel(Temperature + Humidity)
radiator
fan coil with electro-mechanical thermostat
radiator with electro-mechanical thermostat
radiant panel with electro-mechanical thermostat
not used
Generic I/O
Reference terminal (Master) pag. 101
Use mode
HeatCool
Cool only
Heat only
Belonging area:
kitchen, living room, etc.
Type of circuit assigned:
mixed
non-mixed
Number of circuit:
mixed circuit n.1 / 2 / 3
non-mixed circuit n.1 / 2 / 3
Thermostats connected:
Clivet Bus
See ELFO Control3 EVO installation manual
Modbus
Modbus Touch
Sensor thermostat+ humidity
Thermostat only (temperature only)
Sensor only (temperature+humidity
Ambient probe (HID-UR) See ELFO Control3 EVO in-
stallation manual
See ELFO Control3 EVO installation manual
To modify the name, select B.
94
M0CZ00007-03
SYSTEM COMPONENT CONFIGURATION
GENERIC INPUT/OUTPUT MODES PROVIDED BY THE MULTIPLE RADIANT AREA MODULE
Select I/O from Controlled element
Define the inputs and outputs of multiple radiant area module canals:
Remote consent remotely activates the CONTROL4 NRG
16
system;
Boiler alarm acquires the backup heater’s alarm.
Configure the outputs to control the following functions:
Circulator activation: activates when there is a request for
the water circuit associated with the circulator;
Zone valve control: activates when there is a request for
the water circuit associated with the zone valve;
Seasonal management: with the system in heating mode it
closes the contact, when it is in cooling mode it opens it. If the system includes a Chiller combined with a boiler, it can be used to control the shut- off valves of the water circuit;
select
16
Heating resource activation: activates when the system is
in heating mode and one of the areas needs to be activated. If only the boiler is to be used and not combined with a heat pump.
Delayed heating resource activation: activates with a delay
time (set in the parameter) when the system is in heating mode and one of the areas needs to be activated. If only the boiler is to be used and not combined with a heat pump.
Pump on secondary: activates according to the actual
energy request from a specific area
Dehumidifier: activates up to 4 auxiliary dehumidifiers
with ON/OFF input contact for remote consent.
select
17
ElfoFresh post-heating heater in dehumidification:
activates the use of a post-heating heater for Elfo Fresh units in dehumidification
Cooling resource activation: if the boiler is used in
combination with a unit to produce cooling energy only, the module will also switch circuits according to the system’s heating or cooling operating mode. – normally open contacts on stand-by to chiller.
– powered contacts to boiler.
Delayed cooling resource activation: the same as the
previous mode with the introduction of a delay time that can be set in parameter.
Photovoltaics
In compliance with the thresholds in parameter 67 and 68
Coil
select
18
In compliance with the thresholds in parameter 70 and 71
17 18
95
M0CZ00007-03
SYSTEM COMPONENT CONFIGURATION
GENERIC INPUT/OUTPUT MODES PROVIDED BY THE MULTIPLE RADIANT AREA MODULE Remote
On / off from telephone dial
Configure parameter 49. Use remote consent in the Advanced settings
Par.49
Configuration
CLOSE
OPEN
Note
0
Not used
1
System (NC)
System OFF DHW OFF System ON-OFF from CONTROL4 NRG keypad disabled
System ON DHW ON System ON-OFF from CONTROL4 NRG key-
pad
At CLOSED contact it switches off the whole system including
DHW
2
Air-conditioning only (NC)
System OFF DHW ON
(ONLY DHW) System ON-OFF from CONTROL4 NRG
keypad
System ON DHW ON
(NORMAL CONF. ) System ON-OFF from CONTROL4 NRG key-
pad
At CLOSED contact is switches off only the air-conditioning
system, leaving the DHW pro-
duction active.
System ON
System OFF
3
System (NA)
DHW ON System ON-OFF from CONTROL4 NRG
DHW OFF System ON-OFF from CONTROL4 NRG
At OPEN contact it switches off the whole system including DHW
keypad
keypad disabled
4
Air-conditioning only (NA)
System ON DHW ON
(NORMAL CONF. ) System ON-OFF from CONTROL4 NRG
keypad
System OFF DHW ON
(ONLY DHW) System ON-OFF from CONTROL4 NRG key-
pad
At OPEN contact is switches off only the air-conditioning system,
leaving the DHW production active.
96
M0CZ00007-03
SYSTEM COMPONENT CONFIGURATION
Zone elements
They are listed:
A. Element 1 to be defined:
A
Single zone modules
Terminals (fan coils)
B
B. Smart thermostats
A – Single radiant zone modules
For each single zone module available, define the type of controlled component
for each channel:
Fan coil Radiator Radiant panel
Local control (keypad/thermostat)
C
select
A
Belonging area:
kitchen, living room, etc.
Type of circuit assigned:
mixed non-mixed
Number of circuit:
mixed circuit n.1 / 2 / 3 non-mixed circuit n.1 / 2 / 3
Terminal of reference (master)
Use mode
HeatCool Cool only Heat only
To modify the name, select D.
Zone terminals (fan coils)
Define the belonging area for each component available in the system.
(radiator/fan coil)
Local control (from keyboard or thermostat)
Belonging area:
kitchen, living room, etc.
Type of circuit assigned:
mixed non-mixed mixed circuit n.1 / 2 / 3 non-mixed circuit n.1 / 2 / 3
Terminal of reference (master)
To modify the name, select D.
A B
select
A
97
C
M0CZ00007-03
SYSTEM COMPONENT CONFIGURATION
B – Smart Thermostats Set the following parameters for each Smart thermostat in the system:
Belonging area:
kitchen, living room, etc.
Type of circuit assigned:
mixed non-mixed mixed circuit n.1 / 2 / 3 non-mixed circuit n.1 / 2 / 3
Enable energy display Select to enable the energy context display on the
thermostat
Energy display mode Select which information to display on the energy context
page:
Photovoltaics and coil Coil Photovoltaics
Enable air quality display Select to enable the air quality context display
Air quality display mode Select which information to display on the energy
context page:
Air quality probe ElfoFresh
Enable system display Select to enable the system context display, showing the
most relevant system information
To modify the name, select D.
B
select
18
C 18
98
M0CZ00007-03
SYSTEM COMPONENT CONFIGURATION
Select the type of Elfofresh installed:
Elfofresh Elfofresh2 Zephir 3 ELFOPack ElfoFreshEvo
A – Combine each used unit to every area.
19
select
19
20
select
20
select
21
A 21
99
M0CZ00007-03
SYSTEM COMPONENT CONFIGURATION
Select:
mix module controlled by the thermostat assign the area where it is installed
name of the thermostat
Select:
name of the air quality sensor assign the area where it is installed
Automatic parameter settings Select YES = the auto-configuration of all
elements in the installation starts (loading of the STD system settings)
Select NO = to maintain any Custom settings on the unit / devices (reserved
only to qualified/specialised personnel ) The auto-configuration may take a
few minutes.
It is also possible to enable the auto-configuration also later (parameter 50
access reserved to installer / ATC)
ATTENTION The access to parameters or modifications are allowed only to the
installer who assumes all responsibility, in case of doubts please contact
Clivet. For any changes not permitted or not approved by Clivet, the same
declines any responsibility for malfunctions and/or damages to the
unit/system.
22
select
22
select
23 23 end of the configuration
24
select
24
100
M0CZ00007-03
SYSTEM COMPONENT CONFIGURATION
Master terminal
Combining the terminal of reference with the master terminal in the
configuration
DAY
NIGHT
Component 1 : DAY area, thermostat YES, terminal of reference NONE
Component 2 : DAY area, thermostat YES, terminal of reference 1
Component 3 : DAY area, thermostat YES, terminal of reference 1
Component 4 : NIGHT area, thermostat YES, terminal of reference NONE
Component 5: DAY area, thermostat NO, terminal of reference 4
101
M0CZ00007-03
SYSTEM COMPONENT CONFIGURATION
Electricity meter
Address allocation:
170 Energy meter 1 (absorbed) 171 Energy meter 2 (absorbed) 172 Energy meter 3
(Production)
The meter is preconfigured with address 170
Meter address setting: 1. Power up and connect the meter to the CONTROL4 NRG
serial
line 2. Go to the “Other parameters” page of CONTROL4 NRG (See
screenshots opposite) 3. Set Device address field = 170 4. Set Parameter
address field = 2 5. Set Enter value field = New Modbus ID (171 or 172) 6.
Press the “Write” button 7. Set Parameter address field:
Single-phase model = 251
Three-phase model = 243
8. Set Enter value field = 49600 9. Press the “Write” button 10. Switch the
meter off and on again and check for correct addressing
Verification of address change: 1. From the “Other parameters” screen of
CONTROL4 NRG: 2. Set Device address field with the new Modbus address (171 or
172
depending on what has been set) 3. Set Parameter address field = 2 4. Press
the “Read” button and check that the device responds.
NOTE: if it is necessary to address more than one meter, only connect one
meter at a time to the serial line to carry out the addressing procedure.
press for 2 sec. 1 2
select
2
1 2
3
select
3
4
102
select
4
Vedere pag. 110 “Accesso parametri/visualizzazione”
M0CZ00007-03
AUTOCONFIGURATION
Check of the auto-configuration procedure end.
1
press for 2 sec. 1
To see the other areas, drag area “1” upwards
2
select
2
3
select
3
1
103
M0CZ00007-03
AUTOCONFIGURATION
Autoconfiguration completed For make the autoconfiguration changes effective,
turn off and on the power TO MODULES.
If you do not see ” Autoconfiguration completed”: 1. check the element is in
ON 2. check the network
104
M0CZ00007-03
STATUS COMPONENT SYSTEM
VERIFICATION OF THE COMPONENT COMMUNICATION
1
Once the system is restarted and the new configuration loaded, verify the serial communication.
For a correct verification, wait 5/10 minutes from the first restart, this period can vary depending on the composition of the system.
press for 2 sec. 1
Communication OK (blue)
2
select
2
Communication OFF (grey)
3
A B
A D
C
A – Belonging to area: 2 B – Terminal number: 2 C – Circuit number: 1 D –
module channel: 3
The unit does not communicate with CONTROL4 NRG, an alarm is notified
“communication with interrupted device”.
select
3
105
M0CZ00007-03
STATUS COMPONENT SYSTEM
ZONE ELEMENTS STATUS
1
Check of the installed radiant / fancoil / zone modules operation status,Smart thermostats installed.
press for 2 sec. 1
2
select
2
3
For reference only: A. Status on / off B. Heating/cooling C. Ambient setpoint
°C D. Current mode E. Remote control F. Setting G. Air temperature °C H. Zone
I. Ambient humidity % J. Water temperature °C K. Dew temperature °C
To see all the components, drag area “1” to the left.
select
3
4 A
B
C D E F G H I J
K
select
4
106
1
M0CZ00007-03
STATUS COMPONENT SYSTEM
STATUS OF THE MIXERS Verification of the operation status of the installed
mixing circulators.
For reference only: A. Circulator status on / off B. Heating/cooling C. Supply
water setpoint °C D. Supply water temperature °C E. Temperature BT2 F. Air
temperature °C G. Ambient humidity % H. Valve opening % I. Dew temperature °C
J. Configuration
To see all the components, drag area “1” to the left.
select
5
6
ENERGY MEASURING DEVICES
Check the measured values of the electric energy measuring devices in
consultation only. The parameters displayed vary according to single -phase or
three-phase models.
select
6
7
select
7
8
Stato miscelatori
5
Misuratori di energia
A
B
C
D
E
F
1
G
H
I
J
Mixers status
Energy measuring devices
7
select
8
107
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STATUS COMPONENT SYSTEM
You can insert the contact references.
1
Access to the parameters is reserved only to After Sales Centre.
press for 2 sec. 1
2
select
2
2
select
3
select
4
108
4
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ERROR: RS485 NETWORK
TROUBLESHOOTING
1. All the units requested do not respond.
– Verify no short-circuits occurred on the
RS485 serial line
– Ensure that the power supply is
available.
2. Some units requested do not respond.
– Ensure they are switched on
– Ensure that the address, baud-rate and
parity are correct
– Ensure that they are connected to the
bus correctly
– Referring to the electrical diagram, verify
if the TTL/485 converter on the fan coil is connected correctly or it has been
introduced erroneously on the card programming TTL
– Try to replace the converter installed
3. From a certain point on, the units do not communicate
– It is likely that the bus of the first unit
does not communicate due to a shortcircuit
– It is likely that the unit that precedes
physically the first unit that does not communicate have inverse bus polarity
– It is likely that the line section that
powers these units is interrupted accidentally or is not connected.
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PARAMETERS ACCESS / VISUALIZATION
ATTENTION
1
The access to parameters or modifications are allowed only to the installer who assumes all responsibility, in case of doubts please contact Clivet S.p.A.
For any changes not permitted or not approved by Clivet S.p.A., the same declines any responsibility for malfunctions and/or damages to the unit/system.
The operations listed below are required only for particular calibrations and configurations, they are therefore addressed only to qualified authorized assistance centres.
press for 2 sec. 1
2
select
2
3 – Other parameters Parameter access (read/write Modbus commands)
2
select
3
4
select
4
110
M0CZ00007-03
PARAMETERS ACCESS / VISUALIZATION
Key functions: Delete
5
Device address field= Enter the device’s Modbus address Example: for multiple area module 11
select
5
6
select
6
Parameter address field: enter the value of the Modbus register to be read or
written Example: 10011 – Value in the Modbus mapping of the multiple area
module
7
select
7
Modbus Function field: select the function code to be used for the reading/writing operation of the parameter to be checked:
Writing only (fc 06)
Reading and writing (fc 03 / fc 16)
8
Reading only (fc 04)
111
select
8
M0CZ00007-03
PARAMETERS ACCESS / VISUALIZATION
In the Enter value field: enter the value to be written for the parameter
indicated Write button = writes the value Read button = displays the default
value
In case of register reading, press end without entering the value. In case of
register writing, enter the value to be written. Attention writing with
decimals (ex. 10,5) the value to be written has to be considered without comma
(ex. 105) In case of negative values (16-bit ) the value has to be written in
two’s complement, obtained as follows: 65536 minus the negative number without
comma Example, write -5.5 °C and transform it in the following way: 65536 55
= 65481 The negative number -5.5 corresponds to 65481 that must be written.
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PARAMETERS OF THE COMPONENTS
Below, we describe the parameters that are set by the autoconfiguration on the
several components of the system; the list must be consid-
ered indicative and is an operative trace to be assessed, depending on the
type and system configuration.
GAIA (version AB and AC) – Anti-dew compensation enabling ( only in cooling)
Modbus Parameter
Value
Description
27
1
Anti-dew compensation enabling circuit 1 ; 0 = deactivate
892
1
Anti-dew compensation enabling circuit 2 ; 0 = deactivate
901
1
Anti-dew compensation enabling circuit 3 ; 0 = deactivate
Enablement of DHW on Elfo Energy
Modbus Parameter
Value
43686
50
2
43739
110
43576
119
1
43569
140
1
Description Enablement of DHW production Introduce the excursion time of the valve DHW in heat and cool mode ; 2= if Wban Enablement of the plug-in card
ELFOEnergy SMALL
Modbus Parameter
43627
163
Value 1
Description Select the supervision mode
ELFOFresh2 CPAN-U 70-650
Modbus Parameter
Value
1129
130
2
1160
161
0
1137
138
2
ELFOFresh CPAN-U 17-51
Modbus Parameter
Value
43639
130
2
43647
138
2
161
0
Mixing module
Modbus Parameter
1077
78
1084
85
1085
86
Value – –
90 sec.
400 num
Description Enablement of the modbus ambient probe (always set to 2 ) Select
the supervision mode Enablement of UR% ambient probe from Elfocontrol3 EVO
Description Enablement of modbus ambient probe Enablement of UR% ambient probe
from Elfocontrol3 EVO Select the supervision mode
Description Enables compensation for dew in cooling mode. 0 = deactivate, 1 =
activate Time required to position VRad from closed to fully open Allows
weighing the opening time of the valve,increase only if the mixing valve
oscillates a lot (typical of two-way valves)
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SYSTEM INTERFACE
SYSTEM INTERFACE (DOMOTICS)
If the device DOMOX is present during the system configuration (p. 93) to the
“Installation composition” screen, activate the “Interface module with
domotics”
System architecture The connection between CONTROL4 NRG and the home
automation system is done using a device called “DOMOX – Home Automation
interface module”. The home automation system must implement a modbus
communication TCP/IP over ethernet connection The reading/writing registers
are NOT retentive, i.e. a possible lack of the Sten module power supply
implies the loss of values written by the system. The settings determined by
the external system modify the local ones of CONTROL4 NRG ; it means that in
the case of an external system disconnection, CONTROL4 NRG will maintain the
last values set. The only settings not stored are: zone Scenario , DHW Profile
They are In fact interpreted as forcing coming from an external scheduler with
respect to scheduling set on CONTROL4 NRG . As long as it is connected, the
only one settings that the external system requires to be modified can not be
changed locally acting on CONTROL4 NRG .
Communication mode Deafult parameters Modbus TCP/IP side connection:
Address IP: 10.0.0.141 Doors TCP: 23 Modbus address: 190 By connecting to the
address http://10.0.0.141:8680 You can change these settings (password
required). Caution: changing settings RTU side will cause the lack of
communication between CONTROL4 NRG and the DOMX module. The DHCP client is not
active, do not enable it. Currently Sten only accepts commands modbus 03 in
reading and 16 in writing.
DOMX only accepts Modbus 03 read and 16 write commands.
GREEN ICON Connected domotics
CONFIGURATION (parameters 51-52) Prolonged pressure “1”
RED ICON Disconnected domotics
Connected domotics, but not in communication (Disabled)
1
press for 2 sec. 1
114
select
2
2
M0CZ00007-03
SYSTEM INTERFACE (DOMOTICS)
Drag area “1” upwards.
1
A – Enable parameter 51. Connection type None
3
Domotic /BMS B – Set the communication timeout (par.52)
0 minutes = system disabled
0 minutes = it is the communication check time with the home automation system. After this time (which starts from the last valid response received by the home automation system) without having r eceived a reply from the home automation system, CONTROL4 NRG reports a lack of communication. C – Save parametres
A B
C
select
3
Log list
Heart bit for communication timeout handling The register address 0 is used by
CONTROL4 NRG to determine if the external system is properly connected. The
system will have to write at least every minute, a value other than 0.
CONTROL4 NRG , once read a value other than 0, consider the system connected
and will use the data read on Sten in those “local” to thermoregulate system.
Just read the value, CONTROL4 NRG puts it back to 0, and if within a minute
the system not puts it to a value different from 0, CONTROL4 NRG one considers
disconnected and back to work in stand-alone mode, using its own local
settings. Command registers CONTROL4 NRG performs a consistency check on the
data read; If a register is 0, the command is considered invalid, and the
setting is the locale domain. The temperature values, where not explicitly
stated, are to be considered in tenths of a degree(°C/10): 213 means 21.3°C.
1 – System 1.1 Commands
Address 1 2 3 4 5
Description Plant status Plant mode Heat pump mode DHW mode Away function
6
Alarm reset
7
Cooling Setpoint Heat pump
8
Heating Setpoint Heat pump
Notes 1 = off, 2 = on 1 = cooling, 2 = heating 1 = PDC disabled, 2 = only
domestic hot water (DHW), 3 = auto mode 1 = DHW disabled, 2 = solar only , 3 =
auxiliary heater only, 4 = auto mode 1 = away, 2 = At home 1 = heat pump alarm
reset, 2 = Fresh alarm reset 1, 3 = Fresh alarm reset 2 , 4 = Fresh alarm
reset 3, 5 = Fresh alarm reset 4 It is referred to the fixed setpoint of the
unmixed circuit
It is referred to the fixed setpoint of the unmixed circuit
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1.2 Stata
Address
140 141 142 143 144 145 146 147
Description
System status System mode Heat pump status Outdoor temperature Heat pump alarm
Heat pump supply temperature Compressor heat pump power Heat pump working
Setpoint
Notes 1 = off, 2 = on 1 = cooling, 2 = heating 0 = off (or standby), 1 =
system, 2 = DHW
0 = not alarm, 1 = alarm
0…100% ((in tenths of %)
2 – Zone 2.1 Commands
For each zone you can set the commands listed in the table below. There are 7
records for each zone
Zone Offset
1
2
3
4
5
6
7
8
9
10
11
12
10
17
24
31
38
45
52
59
66
73
80
87
Address (es. zone 1) Offset zone + 0 (10 + 0 = 10) Offset zone + 1 (10 + 1 = 11)
Description Winter comfort Setpoint zone Summer comfort setpoint zone
Offset zone + 2 (10 + 2 = 12) Delta winter setpoint eco zone
Offset zone + 3 (10 + 3 = 13) Delta summer setpoint eco zone
Offset zone + 4 (10 + 4 = 14) Zone mode Offset zone + 5 (10 + 5 = 15) Winter humidity Setpoint zone Offset zone + 6 (10 + 6 = 16) Summer humidity Setpoint zone
Notes
Limits 8.0°C…35.0°C
8.0°C…35.0°C
Positive value. In Eco mode will be subtracted from the comfort Setpoint
0.1°C…15.0°C
Positive value. In Eco mode will be added to the comfort Setpoint
0.1°C…15.0°C
1 = zone off, 2 = zone Eco, 3 = zone comfort
10%…90% 10%…90%
Note: If mode zone = 0, The zone will follow the local programming set to CONTROL4 NRG (Or any area mode manual forcing)
2.2 Status For each zone you can read the data listed in the table below. There are 4 records for each zone
Zone Offset
1
2
3
4
5
6
7
8
9
10
11
12
150
154
158
162
166
170
174
178
182
186
190
194
Address (es. zone 1)
Description
Offset zone + 0 (150 + 0 = 150) Average temperature zone
Offset zone + 1 (150 + 1 = 151) Average umidity zone
Offset zone + 2 (150 + 2 = 152) Profile zone
Offset zone + 3 (150 + 3 = 153) Setpoint zone
Notes 1 = zone off, 2 = zone on eco mode, 3 = zone on comfort mode
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3 – Domestic Hot Water (DHW) 3.1 Commands
Address 110 111
Description Setpoint reload DHW Setpoint maintenance DHW
112
DHW profile
3.2 Stata
Address 200 201
202
Description DHW temperature DHW second temperature
DHW profile
203
Solar temperature
204
Solar status
205
DHW pump/ Recirculation
206
Heating element/DHW boiler
207
Antilegionella
Notes
1 = Maintenance + recirculation, 2 = Maintenance, 3 = recirculation+ recharge,
4 = recharge
Notes
1 = Maintenance + recirculation, 2 = Maintenance, 3 = recirculation+ recharge,
4 = recharge
0 = disable, 1 = active 0 = disable, 1 = active 0 = disable, 1 = active 0 =
not in progress, 1 = in progress
4 – ElfoFresh 4.1 Commands
For each ElfoFresh (EF) you can set the commands listed in the table below. There are zone 5 records for each ElfoFresh
ElfoFresh Offset
1
2
3
4
115
120
125
130
Limits 25°C…55°C 25°C…55°C
Address (es. zone 1) Offset EF+ 0 (115 + 0 = 115) Offset EF+ 0 (115 + 1 = 116)
Offset EF+ 0 (115 + 2 = 117) Offset EF+ 0 (115 + 3 = 118)
Offset EF+ 0 (115 + 4 = 119)
Description Winter Setpoint room temperature Summer Setpoint room temperature
Winter room humidity Setpoint Summer room humidity Setpoint
Functionnning mode
Notes 1 = EF disabled, 2 = EF fan mode only, 3 = auto mode
Limits 18.0°C…26.0°C 22.0°C…28.0°C 5%…80% 45%…100%
4.2 Stata For each ElfoFresh (EF) you can read the data listed in the table below. There are 9 records for each ElfoFresh
ElfoFresh Offset
1
2
3
4
210
219
228
237
Address (es. zone 1) Offset EF+ 0 (210 + 0 = 210) Offset EF+ 0 (210 + 1 = 211) Offset EF+ 0 (210 + 2 = 212) Offset EF+ 0 (210 + 3 = 213) Offset EF+ 0 (210 + 4 = 214) Offset EF+ 0 (210 + 5 = 215) Offset EF+ 0 (210 + 6 = 216) Offset EF+ 0 (210 + 7 = 217) Offset EF+ 0 (210 + 8 = 218)
Description Room supply temperature Room return temperature Room air humidity Outdoor air temperature Ambient air setpoint Status Compressor Dehumidify Alarm
Notes
0 = off, 1 = on 0 = off, 1 = on 0 = not in progress, 1 = In progress 0 = not
on alarm, 1 = alarm 117
M0CZ00007-03
DISPOSAL
Disconeting
Only authorised personnel must disconnect the unit. Avoid leak or spills into
the environment. Before disconnecting the unit, the following must be
recovered, if present: · refrigerant gas · anti-freeze solutions in the water
circuit Awaiting dismantling and disposal, the unit can also be stored
outdoors, if the electrical, cooling and water circuits of the unit have 100%
integrity and are isolated, bad weather and rapid change in temperature will
not result in any environmental impact.
separated by its nature and disposed of by authorised personnel at existing collection centres.
Dismalting and disposal
The unit must always be sent to authorised centres for dismantling and
disposal. When dismantling the unit, the fan, the motor and the coil, if
operating, may be recovered by the specialist centres for reuse. All the
materials must be recovered or disposed of in compliance with the
corresponding national standards in force. For further information on the
decommissioning of the unit, contact the manufacturer.
Directive EC RAEE
The manufacturer is registered on the EEE National Register, in compliance
with implementation of Directive 2012/19/EU and relevant national regulations
on waste electrical and electronic equipment. This Directive requires
electrical and electronic equipment to be disposed of properly. Equipment
bearing the crossed-out wheelie bin mark must be disposed of separately at the
end of its life cycle to prevent damage to human health and to the
environment. Electrical and electronic equipment must be disposed of together
with all of its parts. To dispose of “household” electrical and electronic
equipment, the manufacturer recommends you contact an authorised dealer or an
authorised ecological area. “Professional” electrical and electronic equipment
must be disposed of by authorised personnel through established waste disposal
authorities around the country. In this regard, here is the definition of
household WEEE and professional WEEE: WEEE from private households: WEEE
originating from private households and WEEE which comes from commercial,
industrial, institutional and other sources which, because of its nature and
quantity, is similar to that from private households. Subject to the nature
and quantity, where the waste from EEE was likely to have been by both a
private household and users of other than private households, it will be
classed as private household WEEE; Professional WEEE: all WEEE which comes
from users other than private households. This equipment may contain:
refrigerant gas, the entire contents of which must be recovered in suitable
containers by specialised personnel with the necessary qualifications; ·
lubrication oil contained in compressors and in the cooling circuit to be
collected; · mixtures with antifreeze in the water circuit, the contents of
which are to be collected; · mechanical and electrical parts to be separated
and disposed of as authorised. When machine components to be replaced for
maintenance purposes are removed or when the entire unit reaches the end of
its life and needs to be removed from the installation, waste should be
118
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NOTES
119
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sales and assistance