Beretta EXCLUSIVE 30C, EXCLUSIVE 25C, EXCLUSIVE 35C Installation And User Manual

Please remember to service this appliance annually

RO

MANUAL DE INSTALARE SI UTILIZARE

EXCLUSIVE C

NZ

Gas adaptive condensing boiler

Installation and user manual

INSTALLER AND USER MANUAL

RANGE RATING

This boiler can be adapted to the heat requirements of the system, it is possible to set the range rated parameter as shown in the specific paragraph. If applied the engineer must note the set value on the adhesive label supplied for successive maintenance, engineers to refer to this adjusted value.

EN

0051 51C S4793

“Thank you for purchasing this Beretta Exclusive condensing boiler”

EXCLUSIVE C complies with basic requirements of the following Directives:

- Gas directive 2009/142/EC

- Efficiency directive: Article 7(2) and Annex III of directive 92/42/ EEC

- Electromagnetic compatibility directive 2014/30/EU

- Low-voltage directive 2014/35/EU

- Directive 2009/125/EC Eco design for energy-using appliances

- Directive 2010/30/EU Indication by labelling of the consumption of energy by energy-related products

- Delegated Regulation (EU) No. 811/2013

- Delegated Regulation (EU) No. 813/2013

Delegated Regulation (EU) No. 814/2013

Within this manual there are sections in red text these should be noted especially where they refer to safety and the prohibition of actions other than by a qualified engineer The manufacturer is not Liable for any failure to observe the requirements set out in this manual or relevant New Zealand code.

Some prohibited actions are also noted by the symbol P

Note : User relevant sections are presented with green text

The user must not perform operations on the safety devices, replacing parts of the product, tamper with or attempt to repair the appliance. These operations must be entrusted exclusively to qualified persons.

Important note regarding service requirements

Servicing of this appliance must be carried out at 12 month intervals

The servicing engineer

Minimum service must include the specific actions listed Pay specific attention to the requirement to replace the burner chamber seal at each service,

-

This instruction manual contains data and information for both the user and the installer. The user of the use of the appliance, must also refer to chapters:

• Warnings and safety (Next page)

• Maintenance

must pay particular attention to

Installer’s-user’s manual 3-28 Boiler operating elements 40 Electric diagrams 41 Hydraulic circuit 42 Circulator residual head 43

Pages 28 / 40 Service requirements

ENGLISH

3

a

EN

ENGLISH NZ

INSTALLATION MANUAL

1 WARNINGS AND SAFETY

The boilers manufactured are inspected in the smallest detail in

order to protect users and installers against possible injury. After installation check the electrical wiring, in particular stripped parts of leads, which must not protrude from the terminal boards

This installer and user manual constitutes an integral part of this

product.. Make sure it is always kept with the appliance, even if it is transferred to another owner or user, or moved to another heating system. In case of loss or damage, please contact Heat IQ Technical Assistance for a new copy.

This boiler may only be installed and serviced by personnel qualified

in accordance with current regulations.

The installer must instruct the user in the operation of the

appliance and about essential safety regulations.

This boiler must only be used for the application it was designed for.

The manufacturer accepts no liability within or without the contract for any damage caused to people, animals and property due to installation, adjustment and maintenance errors or to improper use.

After removing the packaging, make sure the content is in good

condition and complete. If not, contact the supplier immediately.

The safety valve outlet must be connected to a suitable collection

and drain system. The manufacturer declines all liability for damage caused due to any intervention carried out to the safety valve.

The seal of the condensate drainage connection line must be fully protected against the risk of freezing

Check that the rain water drainage channel of the flue and the

relative connection pipe are free of obstructions.

Dispose of waste by being careful not to harm human health and

without employing procedures or methods which may damage the environment.

At the end of its life, the product should be not be disposed of as solid

urban waste, but rather it should be recycled.

During installation, inform the user that:

- In the event of water leaks, the water supply must be shut off and the Installer contacted immediately

- Periodically check that the operating pressure of the hydraulic system is between 1 and 1.5 bar. If it is not, contact the installer

If the boiler is unused for a long period we recommended

- Turn the main appliance switch and the main system switch to “off”

- Close the fuel and water valves for the heating and domestic hot

water system Drain if there is a risk of freezing

Boiler maintenance must be carried out at least once a year;

s e rv i c in g mu s t b e ca r ri ed o ut by a suitably qualified

competent engineer

The appliance is not to be used by children

It is forbidden to touch the appliance while barefoot or if parts of your body are wet.

Do no activate electric devices or appliances such as switches, household appliances and so on if you notice a smell of Gas. In this case:

- Ventilate the room by opening the doors and windows;

- Close the fuel shut-off device;

- Request the prompt intervention of a Gas fitter or service engineer

Any technical or cleaning operation is forbidden before isolating the appliance from the power supply by turning the power point switch to “OFF” and the main switch of the boiler to “OFF”.

Do not modify the safety or adjustment devices without the

manufacturer’s precise instructions.

.

Do not leave inflammable containers and substances in the room where the appliance is installed.

Do not leave flammable containers and substances in the room where the device is installed.

Do not leave packaging material in reach of children as it may be a potential source of suffocation.

The condensate drain outlet must be run avoiding double trapping

Never carry out any Adjustment of the gas valve.

2 Boiler Description

EXCLUSIVE are equipped with a new ACC (Activate Combustion

Control) system.

This new control system, developed by Beretta, ensures functionality, efficiency and low emissions under any conditions . The ACC system uses an ionisation sensor immersed in the

burner flame, whose information allows the control board to operate the gas valve which regulates the fuel.

This sophisticated control system provides the auto-regulation of the combustion, so there is no need for an initial calibration. The ACC system is able to adapt the boiler to operate with different gas compositions, different outlet pipes lengths and different altitudes (within the specified design limits).

The ACC system can also perform an auto-diagnostic operation that locks out the burner before the permitted upper emissions limit is exceeded.

EXCLUSIVE is a type C condensing wall-hung boiler to be used for

heating and the production of domestic hot water: depending on the fume discharge accessory used, it is classified in categories C13,C13x; C33,C33x; C43,C43x; C53,C53x; C63,C63x; C83, C83x; C93, C93x. In configurations prefix C, this appliance can be installed in any type of room (There are no limitations due to ventilation conditions or room volume).

EXCLUSIVE

4

PARAMETERS

UM

HEATING CIRCUIT

WATER

FILLING WATER

pH value 7-8

-

Hardness

°F - 15-20

Appearance -

clear

3 INSTALLATION

3.1 Installation regulations

Installation must be carried out by qualified persons, in compliance with the following reference standards:

- UNI 7129-7131

- CEI 64-8.

- NZ building and plumbing codes with reference to NZ standards

POSITION

EXCLUSIVE - a wall-hung boiler for heating and for the production of DHW.

with f lue gas discharge pipe and pick-up of combustion air from outside. It does not require an air intake point in the installation area. It must be installed using concentric pipes, or other types of discharge designed for condensing boilers with an airtight chamber.

MINIMUM CLEARANCES

To ensure access to the boiler for normal maintenance operations, respect the minimum installation clearances envisaged.

For correct appliance positioning, bear in mind that:

- It must not be placed above a cooker or other cooking device

- Heat-sensitive walls (e.g. wooden walls) must be protected by use of a

cement fiber board

It is ESSENTIAL to provide the necessary space for the introduction of an

analyser for the combustion analysis check. In fig. 6a P44 a

sample drawing where distances between boiler and cabinet/niche were obtained using a 300mm length analyser probe.

3.2 Removing the casing

To access the components inside, remove the casing as indicated below:

-

Locate and unscrew the 2 screws (A - f casing.

-

The noise absorbing panels inside the front and side walls ensure the airtight seal for the air supply duct in the installation

environment. It is therefore ESSENTIAL after dismantling operations to correctly reposition the components so as not to compromise the boiler’s operation.

WARNING If damaged the front panel must be replaced.

Prior to ignition, make sure that the boiler is designed to operate

It is important to highlight that in some cases the flue is under

By leveraging the fixing clips (C - fig. 13), unhook the lower part of the casing now (B - fig. 13 P44), then

Under the safety valve, install a tundish with the corresponding discharge in the event of leaks due to the overpressure of the heating system. The domestic cold input must not exceed 6 Bar

with the gas available; this can be checked by the wording on the packaging and by the adhesive label indicating the gas type.

pressure, so the joints of the various elements must be airtight.

lift the casing upwards to release it from the top tabs

remove the face panel.

3.3 Positioning and hydraulic

The boiler comes as standard with a boiler hanger jig. The position and dimensions of hydraulic fittings are shown in Fig 8/9 on page 44 , proceed as follows:

- Fasten the boiler Bkt (F) to the wall and use a spirit level to make sure it is perfectly horizontal

- Use the jig to identify the required pipe centers

-

The pipe template and hanger can then be removed

Install pipework

Using the valve kit supplied . include a magnetic filter (not supplied) in the return line . A magnetic filter is a requirement of warranty Note The 1st 1m (minimum) of pipe used for the flow and return line should be run in copper.

The condensate and relief drain outlet must be run avoiding double trapping

The system attached must include a low point drain for flushing the system

3.4 Gas connection

Connection of the gas supply must be carried out in compliance with current NZ installation standards. By a certifying Gas fitter

Ensure the supply pipework supports the delivery of the relevant Gas being used and is correctly sized.

If the appliance is to use LPG attach the Gas type label supplied

( Ref fig. 6-6a Page 44)

ig.

13) that f

ix

the front

connections

form the jig .

3.5 Electrical connections

(

Figure 10/11 Page 45)

Low voltage connections

Carry out the low voltage connections as follows:

- Use the external cable box supplied as standard

- Unscrew the fixing screws of the cover (V)

- Carry out the connections as shown in fig. 11

It is recommended to use wires with section not exceeding

0,5mm2. In case of TA or TBT connection, remove the respective shunts

(fig. 12).

- Close the box with the screws that were previously removed

- Press the two tabs on the sides of the box to place it correctly in its housing in the boiler sliding upward within the guide rails and tighten the safety screw (V1)

If the low voltage electrical connection box is not connected the boiler

will not ignite.

High voltage connections

The connection to the mains supply must be made via a standard power point. The appliance works with alternating current at 230 Volt/50 Hz, and is in compliance with Standard EN 60335-1. (NZ Compliant) It is obligatory to make the connection with a safe ground/earth,

The manufacturer will not be liable for any damage resulting incorrect or

absent earth connection.

.

3.6 Flue gas exhaust and combustion air suction

To evacuate combustion products, refer to UNI 7129-7131. Always comply with local standards of the Fire Department, and with possible local municipal dispositions.

The release of combustion products is assured by a centrifugal fan. The control board constantly checks that it is operating correctly. It is essential for evacuating fumes and induction of boiler combustion air that only original flue pipes are used and that the connection is made correctly as shown in the instructions provided with the flue gas accessories.

A single flue can be connected to several appliances provided that every appliance is the condensing type.

The boiler is a C-type appliance (with airtight chamber), and must therefore have a safe connection to the flue gas discharge pipe and to the combustion air suction pipe; these carry their contents too and from outside, and are essential for the operation of the appliance. Both concentric and twin terminals are available.

3.7 Filling the heating system (fig. 16)

Note:

Even though the boiler is fitted with a semi-automatic filling device, the first filling operation must be carried out by using the filler tap (B) with the boiler in the off position.

Filling

- Open the caps of the lower (A) automatic air vent valve by two or

- Open the filling tap (B) until the pressure indicated by the water pressure

-

On going venting of the boiler takes place automatically via the two

3.8 Flush and Protect

In the case of a new installation or replacement of the boiler, it is necessary to pre flush the heating system

To ensure the device operates well and is protected from scale and corrosion add inhibitors, antifreeze etc as required and check the parameters in the table are within the values indicated.

Failures as result of not flushing the system will not be covered.

. must be carried out when the system is cold, as follows.

Three turns; to allow a continuous venting of the air, leave valve

A open.

gauge is between 1 and 1.5 bar Re-close the filling tap.

automatic vent valves positioned on the circulator & top point

ENGLISH

5

Maximum straight length

Pressure drop

25C

30C

35C

bend

45°

bend

90°

Concentric pipe Ø 60-100 mm (horizontal)

10 m 10 m 8 m 1,3 m

1,6 m

Concentric pipe Ø 60-100 mm (vertical)

11 m 11 m 9 m 1,3 m

1,6 m

Concentric pipe Ø 80-125 mm

25 m

20 m

1 m

1,5 m

Twin pipe Ø 80 mm

70+70 m

50+50 m

35+35 m

1 m

1,5 m

Flue Suction/discharge pipes length table

“Straight length” means with terminals and joints but without bends.

The boiler is supplied without the flue, Allowing you to use the accessories for condensing appliances that most suit the installation characteristics (see catalogue).

. It is compulsory to use the Beretta flue components.

Flue gas outlets are potential sources of danger. Ensure they remain clear

The use of longer flue causes a minor loss of output of the boiler

Make sure the flue gas discharge pipe is tilted 3° towards the boiler.

The boiler is designed to take in and dispose of flue gas condensate and/or meteoric water condensate deriving from the flue gas discharge system using its own siphon.

Flue installation

Concentric pipes (ø 60-100 mm)

- Position the bend so that the Ø 60 pipe goes fully into the flue gas turret of the boiler.

- Once positioned, make sure that the 4 notches (A) on the flange connect to the groove (B) on the Ø100 of the bend.

- Fully tighten the two locking terminals of the flange (C) so the bend itself is restrained.

-

Twin pipes (ø 80 mm)

The combustion air suction pipe should be selected from the two inputs, remove the closing plug fixed with the screws and deflector.

- Position the adaptor on the flue gases pipe so that the Ø 60 pipe goes fully into the flue gases turret of the boiler

- Once positioned, make sure that the 4 notches (A) on the flange connect to the groove (B) on the Ø100 of the adaptor.

- Fully tighten the two locking terminals of the flange (C) so the adaptor itself is restrained.

- For Twin pipes in NZ seek advice from heat IQ

SPIECIAL ITEM

- see graphs fig. 18

ix

Concentric pipes (ø 80-125 mm)

- Position the adaptor so that the Ø60 pipe goes fully into the f lue turret of the boiler.

- Once positioned, make sure that the 4 notches (A) on the flange connect to the groove (B) on the Ø100 of the adaptor.

- Fully tighten the two locking terminals of the flange (C) so the adaptor itself is restrained.

-

Then f

it

the Ø 80-125 adaptor kit on the vertical fitting.

the specific air

6

EXCLUSIVE

a

LED status

CIRCULATOR status

Consumption in % of MAX P1 (*)

Green LED on + 1 yellow LED on

Operating at minimum

0~25

Green LED on + 2

yellow LEDs on

Operating at

minimum-medium

25~50

Green LED on +

3 yellow LEDs on

Operating at medium-

maximum

50~75

Green LED on +

4 yellow LEDs on

Operating at maximum

100

LED status

ALARM

description

Status

CIRCULATOR

Possible

SOLUTION

Red LED on +

1 yellow LED

on (LED 5)

The drive shaft is

jammed

Start attempt

every 1.5

seconds

Wait or unjam

the drive shaft

Red LED on +

1 yellow LED

on (LED 4)

Low input

voltage

Warning only. The circulator

continues to

operate

Check the

input voltage

Red LED on +

1 yellow LED

on (LED 3)

Electrical power

supply fault or

faulty circulator

The circulator is

stopped

Check the electrical

power supply or

replace the

circulator

3.9 Elimination of air from the heating circuit

and

from the boiler

(fig. 7)

During initial installation, or in the event of extraordinary maintenance, you are advised to perform the following sequence of operations:

1. Open by two or three turns the automatic relief valve cap (A) and leave

it open.

2. Open the system filling tap located under the appliance.

3. Switch on the electricity supply to the boiler, leaving the gas tap turned

off.

4. Activate a heat request via the room thermostat or the remote control

panel, so that the 3-way valve goes into heating mode.

5. Activate a request for DHW as follows: open a tap for 30 seconds so

that the three-way valve cycles from heating to DHW and vice versa for about ten times (in this situation, the boiler will go into alarm due to lack of gas, simply reset it whenever this is proposed).

6. Continue the sequence until no more air is coming from the air vent

valve.

7. Check the system pressure level is correct (the ideal level is 1 bar).

8. Turn off the system filling tap.

Turn on the gas tap and ignite the boiler

3.10

Draining the heating system

Before draining, switch off the electricity supply by turning off the main switch of the system.

- Close the heating system’s flow and return valves.

- Connect a hose to the system drain valve (C).

- Manually loosen the system drain valve (C).

-

(fig. 16)

3.11 Emptying the domestic hot water system

If there is risk of frost, the domestic hot water system must be emptied in the following way:

- turn off the main water inlet supply tap on the boiler

- turn on all the hot taps to drain.

3.12 Circulation pump settings

Modify only in specific circumstances

Circulator residual discharge head

The boiler is equipped with an already hydraulically and electrically connected circulating pump, its useful available performance is indicated in the graphs at page 43. The circulator comes set from the factory with a 6 meter discharge head curve. The boiler is equipped with an anti-seize system which starts up an operation cycle every 24 hours in standby mode

The “anti seize” function is active only if the boiler is electrically powered.

Operating the circulation pump without water is strictly forbidden.

If you need to use a different curve you can select the desired level on the circulator. The main characteristics and the way to set up their desired operation are listed. Below

3.12.1 Pump on board User interface

The user interface is made up of a button (A), a two-colored red / green LED (B) and four yellow LEDs (C) arranged in a row.

The user interface allows the operating performance to be viewed (operating status & alarm status) , it also allows the circulator operating modes to be set. The performance, indicated by the LEDs (B) and (C) is always visible during normal operation of the circulator whereas settings can be carried out by pressing the button (A).

3.12.2 Operating status indication

When the circulator is in operation the LED (B) is green. The four yellow LEDs (C) indicate the electrical energy consumption (P1) as shown in the following table.

(*) For the power (P1) absorbed by the circulator see the indications in the “Technical Data” table.

3.12.3 Alarm status indication

If the circulator has detected one or more alarms the two-colour LED (B) will be red. The four yellow LEDs (C) indicate the type of alarm as shown in the following table.

If there are several alarms the circulator will display only the alarm with

the highest priority.

3.12.4 Display of active settings

With the circulator powered, press briefly on the button (A) to view the active configuration of the circulator. The LEDs indicate the active settings. In this phase no variations can be made to the circulator configuration. Two seconds after the button (A) has been pressed the user interface returns to the normal operating status display.

3.12.5 Key lock function

The purpose of the key lock function is to prevent accidental modifications to the settings or the improper use of the circulator. When the key lock function is activated, long-pressing the button (A) is

prevented. This prevents the user from entering the circulator’s operating

modes setting section. Enabling/disabling the key lock function is achieved by pressing the button (A) for more than 10 seconds. During this step all of the LEDs (C) will lash for 1 second.

7

ENGLISH

A. Operating status display B. Settings display C. Settings

Configuration

B

C

A

D

E

25-30 kW

F

35 kW

D

F

E

3.12.6 Changing the pump operating mode

In normal operating conditions the circulator works with the factory settings or the last settings carried out.

To change the configuration:

Ensure that the key lock function is deactivated. Press the button (A) for more than 2 seconds until the LEDs begin to flash. Short-press the button (A) within 10 seconds and the user interface will move on to display the next settings. The various available settings will appear in a cyclic sequence. If the button (A) is not pressed, the last setting will be stored.

IMPORTANT

If the 3 = (5 metres) or 4 = (4 metres) curves are set the bypass must be replaced with the one supplied,

Follow the procedure indicated below:

Remove boiler electrical power by setting the system’s main switch to off. Close the system taps and empty the boiler heating circuit. Extract the bypass body cover fixing spring (D). Extract the bypass body cover (E). Replace the bypass valve (F) with the one included with the boiler. Refit the bypass body cover and its spring.

If the button (A) is pressed you can move back to the “active settings display” again and check that the LEDs (B) and (C) indicate (for 2 seconds) the last setting carried out. If the button (A) is not pressed for more than 2 seconds the user interfaces

switches to the “Operating status display”.

The available settings are shown in figure along with related representation of LED (B) and (C).

8

EXCLUSIVE

LED

Light signal indicating the operating status of the boiler. Can be red or green (see specific paragraph)

REC10

Boiler control panel

Key area

ok= confirm

back= return to the previous screen

cancel selection

return to the main screen (press > 2 sec.)

up= allows you to choose between the options PLANT-STATE-SET-INFO-MENU and to surf through the

submenus scrolling upwards

down= allows you to choose between the options PLANT-STATE-SET-INFO-MENU and to surf through the

submenus scrolling down

This icon indicates that the OFF operating status mode has been set. Each ignition request is ignored except for the anti-freeze function. The pump anti-lock, 3-way valve and anti-freeze function remain active.

This icon indicates that WINTER mode has been selected (HEATING function enabled). If a heating request from the main zone is in progress, the icon will be flashing.

This icon indicates that the circuit for domestic hot water production is enabled. When a domestic hot water request is in progress, the icon flashes. The P at the top of the domestic hot water icon indicates that the boiler preheating function is enabled; the P when flashing indicates that a preheating request is in progress.

When the “central heating programming timing” is enabled this icon indicates that the system heating (main zone) is in AUTOMATIC mode (the management of the heating requests follows what has been set with the timer). If the heating function is not enabled during the current time frame, the icon will be crossed out.

When the “central heating programming timing” is enabled this icon indicates that the system heating (main zone) is in MANUAL mode (the management of the heating requests does not follow what has been set with the programming timing, but it is always active).

OFF

This icon indicates that the system (main zone) has been set to off (not active).

This icon indicates that the system is detecting the presence of a flame.

This icon indicates the presence of an anomaly, and is always flashing.

4 CONTROL PANEL (REC10)

The REC10 remote control has the function of machine interface, Displaying the system and providing access to the parameters. The middle of the main screen displays the temperature of the domestic hot water probe, unless there is a heat request is in progress, in this case the delivery temperature of the boiler at that particular time is displayed.

The value expressed in bar refers to the system’s water pressure.

The top of the screen shows the information regarding the current date and time, as well as the outdoor temperature, if available.

On the left and right sides are displayed the icons indicating the status of the system; their meaning is as follows.

Pressing the keys “up” and “down” it is possible to choose from among the following options:

• PLANT: a scrolling message on the display can indicate the temperature of the domestic hot water probe rather than the flow sensor of the boiler

• STATE (when the SYSTEM SCREEN is selected): to set the status of the boiler (OFF, SUMMER or WINTER) and, when managed by the room thermostat, the operating mode of the main area in heating mode (ON or OFF if the time schedule is disabled, AUTO according to hourly programming, MANUAL or OFF if programming timing is enabled)

• SET: to establish the heating or hot water set point value or for activating preheating

• INFO: to display the value of the system variables

• MENU: to access the system’s configuration menus

The configuration MENU is organized with a multi-level tree structure. With the “ok” key you can access the selected submenu, with the “up” and

“down” keys it is possible to navigate through the submenus, while the “back” key takes you back to the previous level.

An access level has been fixed for each submenu: USER level, always available; TECHNICAL level, password protected. Below is a summary of the MENU tree structure of the REC10.

Some of the information might not be available on the REC10

depending on the access level, the status of the machine or the system configuration.

LED

9

ENGLISH

DEFAULT VALUE

FACTORY SE T

MINIMUM

VALUE

MAXIMUM

VALUE

ACCESS LEVEL

NOTES

SET

VALUE

USER

ITALIANO / EN GLISH

USER

5 min 1 min 15 min USER

USER

Only if POR = 1

USER

Only if POR = 1

USER

Only if POR = 1

USER

INSTALLER

MAIN MAIN / ZONE1 / ZON E2

INSTALLER

ITRF05/AKM

BE16

INSTALLER

Only M AIN zone

THERMOSTAT

THERMOSTAT / TEMPERATURE PROBE /

REC10 MASTER / REC10 SLAVE

INSTALLER

- - 1 6

INSTALLER

Only zones wit h ACTU ATION = BE16

DIRECT ZONE

MIXING ZONE

INSTALLER

Only zones wit h ACTUATION = BE16

HIGH TEMP.

LOW TEMP. INSTALLER

40°C (AT) 20°C (BT)

20°C

MAX C H SET INSTALLER

80,5°C ( AT)

45°C (BT)

MIN CH SET

80,5°C ( AT)

45°C (BT)

INSTALLER INSTALLER

5 0 99

SERVICE

Only mixing z ones with AC TUATION=BE16

10 0 99

SERVICE

Only mixing z ones with AC TUATION=BE16

120 sec

0 sec 240 sec

SERVICE

Only mixing z ones with AC TUATION=BE16

140 sec

0 sec 240 sec

SERVICE

Only mixing z ones with AC TUATION=BE16

55°C

0°C

100°C

SERVICE

Only BT zones with ACTUATION =BE16

0min 0min 240min

SERVICE

Only BT zones with ACTUATION =BE16

2min

VALVE RUN

240min

SERVICE

Only BT zones with ACTUATION =BE16

2min 0min 240min

SERVICE

Only BT zones with ACTUATION =BE16

6°C -20°C 50°C

SERVICE

Only zones wit h ACTU ATION = BE16

5°C 1°C 20°C

SERVICE

Only zones wit h ACTU ATION = BE16

10°C

0°C

100°C

SERVICE

Only zones wit h ACTU ATION = BE16

0 (1 if REC10

in the AMBIENT)

0

1

INSTALLER

0,0°C

- 6,0°C 6,0°C

INSTALLER

MENU

SETTINGS

TIME SCHEDULE

TIME & DATE

LANGUAGE

BACKLIG HT

MAIN

ZONE1

ZONE2

DHW

DHW H EAT PUMP

TECHNI CAL

INSTALLATION

ZONES MANAGER

MODIFY ZONE

ACTUATION TYPE

REQUEST TYPE

BE16 ADDR ESS

HYDRAULIC CONF

ZONE TYPE

MIN CH SET

MAX C H SET

CHANGE NAME

PI - PROPORTIONAL

PI - INTEGRAL

VALVE RUN

CLOSING AT POWER ON

OUTLET OVER

OUTLET OVER TEST TIME

OUTLET OVER WAIT TIME

OUTLET OVER REST TIME

FREEZE PROT TEMP

FREEZE PROT OFFSET ZONE

FREEZE PROT T EXT

POR

ADD ZONE

DELETE ZONE

SENSOR CALIBRATION

SYSTEM RESET

10

EXCLUSIVE

DEFAULT VALUE

FACTORY SE T

MINIMUM

VALUE

MAXIMUM

VALUE

ACCESS LEVEL

NOTES

SET

VALUE

INSTALLER

3 min 0 min 20 min INSTALLER

5°C

2°C

10°C

SERVICE

5°C

2°C

10°C

SERVICE

3°C

2°C

10°C

SERVICE

3°C

2°C

10°C

SERVICE

5°C

0°C

10°C

SERVICE

0°C

6°C

SERVICE

0°C

10°C

SERVICE

85 41 100 SERVICE

FUNC. NOT ACTIVE

FUNCTI ON ACTIVE

INSTALLER

ABSOLUTE

INSTALLER

Only in instantaneous confi guration

DEACTIVATE F UNC.

DEACT IVATE FUNC .

ACTIVA TE FUNCTI ON

INSTALLER

0 0 1 SERVICE

6sec 1sec 255sec

SERVICE

If CH DELAY POST- DHW = 1

1 0 1 SERVICE

1 0 1

SERVICE

Only if PRESS TRANSDUCE R = 1

0,6 0,4 1

SERVICE

Only if LOAD ENABLE = 1

0 0 1

INSTALLER

Only if managed by th e contr ol boar d

INSTALLER

MAIN MAIN / ZONE1 / ZON E2

INSTALLER

80,5 °C (AT)

45 °C ( BT)

MIN CH SET

MAX C H SET

INSTALLER

If EXTERNAL PROBE NOT connected

FUNC. NOT ACTIVE

FUNCTI ON ACTIVE

INSTALLER

If EXTERNAL PROBE connected

2,0

1,0

3,0

INSTALLER

If EXTERNAL PROBE connected,

request type TA and z one type AT

0,4

0,2

0,8

INSTALLER

If EXTERNAL PROBE connected,

request type TA and z one type BT

2,0

0,1

5,0

INSTALLER

If request type AMBIENT P ROBE

or REC10

10

0

20

INSTALLER

If request type AMBIENT P ROBE

or REC10

20°C 20°C 40°C

INSTALLER

If request type AMBIENT P ROBE

or REC10

18°C

4°C

20°C

INSTALLER

5min 5min 20min

INSTALLER

Only if EXTERNA L PROBE connected

20 0 255

INSTALLER

Only if EXTERNA L PROBE connected

MAX C H

MIN MAX C H INSTALLER

INSTALLER

see MULTIGAS TABLE

1500 R PM

3000 RPM

INSTALLER

see MULTIGAS TABLE

5500 R PM

9999 R PM

INSTALLER

see MULTIGAS TABLE

MIN MAX INSTALLER

see MULTIGAS TABLE

MIN MAX INSTALLER

PARAMETERS

TIMER OFF CH

HYST ON HIGH T EMP

HYST OF F HIGH TEMP

HYST O N LOW TEMP

HYST OF F LOW TEMP

SP INCR HIGH TEMP

SP INCR LOW TEMP

INCR C OOLING SP

PUMP DUTY CYCLE

RESET TIMER S CH

DHW THERMO STAT

SLIDIN G OUTLET

CH DELAY POST-DHW

CH DELAY TIME

PRESS TRANSDUCER

LOAD ENABLE

START LOADING VALUE

PREHEATING

THERMOREGULATION

CLIMATIC CURVES

FIXED SET POINT

NIGHT COMP

CURVE SLOPE

AMBIENT INFLUENCE

OFFSET

COOLING

RANGE RATED

CALIBRATION

BUILDI NG TYP E

OUTDOOR R EACTIVITY

MIN

MAX

RLA

MAX CH

11

ENGLISH

DEFAULT VALUE

FACTORY SE T

MINIMUM

VALUE

MAXIM UM

VALUE

ACCESS LEVEL

NOTES

SET

VALUE

INSTALLER

MAX

INSTALLER

RANGE RATED

INSTALLER

MIN

INSTALLER

Current speed

MIN MAX INSTALLER

WEEKLY FUNCTION

F. NOT ACTIVE / DAILY FUNCTION /

WEEKLY FUNCTION

INSTALLER

ENABLE FUN.

DISABLE FUN. SERVICE

SERVICE

INSTALLER

Only if VENT C YLCE in progress

INSTALLER

Only in instantaneous confi guration

INSTALLER

50°C

37,5°C

60°C

INSTALLER

Only if HE AT PUM P enabled to DHW

7°C 0°C 100°C

SERVICE

Only if HE AT PUM P enabled to DHW

5°C 1°C 20°C

SERVICE

Only if HE AT PUM P enabled to DHW

INSTALLER

Only if solar system is not configured

INSTALLER

60°C 10°C 130°C INSTALLER

8°C

DELTA T OFF

30°C INSTALLER

4°C

DELTA T ON INSTALLER

0 min 0 min 199 min INSTALLER

(- -)

(- -) / -3 0°C 0°C

INSTALLER

110°C

COLL. T PROT

180°C INSTALLER

110°C 80°C.

T MAX COLL. INSTALLER

40°C

T LOCK 95°C INSTALLER

35°C -20°C

COLL. T AUTH

INSTALLER

0 min 0 min 30 min INSTALLER

FUNC. NOT ACTIVE

FUNCTIO N ACTIVE

INSTALLER

OFF OFF / ON / AU TO

INSTALLER

SWEEP ER

ANTI-LEGIONELLA

VENT C YCLE

ACTIVATE FUN CTIO N

DEACTIVATE FUNCTION

MAX SPEED

RANGE RATED SPEED

MIN SPEED

CHANG E FAN SPEE D

DISABLE FUNCTION

ENABLE FUNCTION

STOP FUNCTION

EXHAUST PROBE RESET

ADD WATER TANK

WATER TANK

ADD SOLAR PLANT

SOLAR

REMOVE WATER TANK

WATER TAN K SETPOINT

TANK FROST PROTECT

TANK FR PROT OFFSET

REMOVE SOLAR PLANT

T MAX TANK

DELTA T ON PUMP

DELTA T OFF PUMP

INTEGRATION DELAY

COLLECTOR T MIN

COLLECTOR T M AX

COLLECTOR T PROT

COLLECTOR T AUTH

COLLECTOR T LOCK

PWM COLL PUMP

TANK C OOLING

SOLAR PUM P STATE

12

EXCLUSIVE

DEFAULT VALUE

FACTOR Y SET

MINIMUM

VALUE

MAXIMUM

VALUE

ACCESS LEVEL

NOTES

SET

VALUE

INSTALLER

Only if heat pump not configured

INSTALLER

Only if heat pump configured

USE BUS

USE FR EE CO NTACTS

SERVICE

DEACTIVATE FUNCTION

FUNCTIO N ACTIVE

DEACTIV ATE FUNCTION

INSTALLER

DHW FUNCTION

NOT ACTIVE

DHW FUNCTION

ACTIVE

DHW FUNCTION

NOT ACTIVE

INSTALLER

1°C

0°C

6°C

SERVICE

DEACTIVATE FUNCTION

FUNCTION ACTIVE

DEACTIV ATE FUNCTION

INSTALLER

100% 50% 100% SERVICE

5°C

-5°C

20°C

INSTALLER

5°C

-5°C

20°C

INSTALLER

-10°C

-20°C

10°C

INSTALLER

30min

1min 240min SERVICE

30min

1min 240min SERVICE

2min 1min 60min SERVICE

5°C

0°C

10°C

SERVICE

0h 0h 24h SERVICE

60sec

1sec 300sec SERVICE

AUTO ON AUTO INSTALLER

60°C

20°C

60°C

SERVICE

10°C

0°C

25°C

SERVICE

INSTALLER

DEACTI VATE F.

ACTIVATE F.

INSTALLER

SERVICE

20°C

15°C

30°C

SERVICE

35°C

30°C

55°C

SERVICE

NG

NG/LPG

SERVICE

A

A/B/C

SERVICE

RESTORE

RESET SERVICE

SERVICE

ADD HEAT PUMP

HEAT PUMP

REMOVE HEAT PUM P

USE FRE E CONTACTS / USE BUS

ENABLE / DISABLE COOLING

USE FO R DHW / DON'T USE FOR DHW

ANTI FR EEZE DELTA SET

ENABLE / DISABLE NIGHT REDUCT

REDUCED FREQUENCY

MIN OUTDOOR TEMP

MIN DHW OUT TE MP

MIN EMERG OUT T

BOILER INTEGR DELAY

HP INTEGR DELAY

BOILER WAITING

HEAT PUMP WAITING

INTEGRATION OFFSET

WINTER SUMMER DELAY

WARNING VALIDATION

ENABLE CIRC STATE ON/ AUTO

DHW H P SETPOINT

DHW O FFSET

ENABLE ALARM HISTORY

ALARM HISTO RY

SCREED HEA TING

COMBUSTION CHECK

SYSTEM INFO

DEACTI VATE FUNCTION

ACTIVATE FUNCTION

FUNCTION S ETTINGS

GAS TYPE

BOILER TYPE

COMBUSTION OFFSET

TFMIN

TFMAX

13

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MENU

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STATE

30

°C .3

INFO SET

HOT WATER TEMPERATURE

FRI

MENU

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SETTINGS

SELECT OPTION

MENU

SETTINGS

TECHNICAL

SELECT OPTION

the level of the tree menu, then press the key

INSERT PASSWORD

00

4.1 Access to the technical parameters

Through the REC10 (controller) it is possible to access, using the TECHNICAL menu, a series of parameters that can be programmed to allow you to personalise the operation of the boiler:

- Keep the keys and pressed at the same time to enter the

password menu (about 5 sec)

- Using the keys and select the value of the password to

access the INSTALLER or SERVICE authorisation level, depending on

5

-

- select TECHNICAL with the keys and , confirming the

selection with the key

- Access the desired menu and change/view the parameter concerned

(see the menu tree on page 8).

It is possible to return to the start page at any time by keeping the key “back” pressed for at least 2 seconds.

5.1

14

EXCLUSIVE

5.2 Initial Programming

At start up the control displays an initial screen showing the firmware version.

Pressing “ok” a guided procedure is started for configuring the system; select the desired options with the “up” and

When this screen is presented select FROM AKM and confirm OK

Set the TIME and DATE confirming each parameter by pressing ok to confirm

b 1 a

5 COMMISSIONING

5.1 Preliminary checks

First ignition must be performed by a qualified competent engineer.

Before starting the boiler, check:

- That supply networks (electricity, water, gas) correspond to the data

- That the flue pipes and air suction pipes are installed correctly

- that spacing conditions for regular maintenance are guaranteed if the boiler is placed inside or between items of furniture

- The Gas system is sound

- That the fuel flow rate corresponds to values required by the boiler

- That the fuel supply system is sized to provide the correct low rate to the boiler, and that it has all the safety and control devices required

- That the circulator rotates freely because, occasionally

from new or after a long period of dormancy the impeller can stick. See below

Releasing of the circulating pump shaft

- Insert a screwdriver in hole (1) of the circulator.

- Press (a) and turn with Phillips screwdriver (b) to release the pump shaft

Perform this operation with caution to avoid damaging components.

SLAVE

MASTER

Select MASTER from the next screen and ok to confirm

15

ENGLISH

TIMER OFF CH

3

MIN

TIMER OFF CH

RESET TIMERS CH

DHW THERMOSTAT

PREHEATING

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MENU

1.3

bar

STATE

42

°C

INFO SET

HOT WATER TEMPERATURE

INSTALLER

RESET TIMERS CH

FUNCTION NOT ACTIVE

FUNCTION ACTIVE

INSTALLER

DHW THERMOSTAT

INSTALLER

Each time that the boiler is powered an automatic venting

cycle is carried out lasting 2 min. To interrupt the vent cycle, carry out the procedure explained in the section “5.3 First commissioning”.

- Set the boiler to OFF from REC10 selecting the STATE

menu and then BOILER.

Through the control it is possible to access using the TECHNICAL menu a series of parameters that can be programmed allowing you to personalize the operation of this appliance based on the type of system to which it is attached.

set parameters according to the desired operating mode

CUSTOMISATION

Configuring the boiler to suit the system

- TIMER OFF CH

This parameter allows you to change the TIMER OFF CH, regarding the delay time introduced for re-igniting the burner in the face of an off due to the heating temperature being reached. The factory setting for this parameter is 3 minutes and can be set to a value between 0 min and 20 min selecting as desired with the “up” and “down”, keys confirming the selection.

In all cases at least step 5.2.1 must be followed

5.2.1

Typical Boiler configuration

- Access the technical parameters as explained in the section “4.1 Access to the technical parameters”.

- With the “up” and “down” keys select PARAMETERS, confirming the selection.

- Select from among the following options with the “up” and “down”, keys, confirming the selection.

- RESET TIMERS CH

This parameter allows you to reset the REDUCED HEATING MAXIMUM OUTPUT TIMING, during which the speed of the fan is limited to 75% of the maximum heating output that has been set, and the TIMER OFF CH. The factory setting for this parameter is FUNCTION NON ACTIVE, select FUNCTION ACTIVE using the keys “up” and “down”, confirming the selection for resetting the timings.

- DOMESTIC HOT WATER THERMOSTAT

This parameter allows you to set the type of DOMESTIC HOT WATER THERMOSTAT. The factory setting for this parameter is RELATED, i.e. for domestic hot water the boiler switches off at set point +5°C and restarts at set point +4°C. To select the ABSOLUTE values, where the boiler for domestic hot water will still switch off at 65°C and restart at 63°C, use the keys “up” and “down”.

16

EXCLUSIVE

PREHEATING

0

TECHNICAL

INSTALLATION

PARAMETERS

THERMOREGULATION

RANGE RATED

CALIBRATION

INSTALLER

INSTALL

ZONES MANAGER

SENSOR CALIBRATION

SYSTEM RESET

INSTALLER

INSTALL

MAIN

INSTALLER

INSTALL

MODIFY ZONE

ADD ZONE

DELETE ZONE

INSTALLER

MFORNI 18/05/2013

PLANT

12:17

MENU

1.3

bar

STATE

30

°C .3

INFO SET

HOT WATER TEMPERATURE

- PREHEATING DHW FUNCTION

Setting PREHEATING = 1 the boiler’s domestic hot water function activates. This function keeps the water in the domestic hot water exchanger hot, to reduce standby times when a request is made. When the preheating function is enabled the symbol P comes on with a steady light at the top with respect to the hot water icon. During burner ignition following a preheating request, the symbol P starts flashing. To deactivate preheating function, set parameter to PREHEATING= 0, the symbol P switches off. The function is not active when the boiler is OFF.

At this point a standard radiator system is configured

move to section 53 First Commissioning P 17/18

5.2.2 Configuration of the zone

It is possible to customize the management of the heating zone by accessing the ZONES MANAGER menu.

- Access the technical parameters as explained in the section “4.1 Access to the technical parameters”.

- In sequence select INSTALLATION, ZONES MANAGER and MODIFY ZONE with the “up” and “down” keys, confirming the selection.

- Select the desired heating zone and then choose from among the options

with the “up” and “down” keys, confirming the selection:

- TYPE OF ACTUATION

Set the parameter in question to ITRF05/AKM (default value)

- TYPE OF HEAT REQUEST

This parameter allows you to specify the type of heat request, it is possible to choose from the following options:

THERMOSTAT (factory default): the heat request is generated with an ON/OFF thermostat

REC10 MASTER: the heat request is generated by the REC10 MASTER; in this case the REC10 assumes the function of BOILER INTERFACE

- TYPE OF ZONE

This parameter allows you to specify the type of zone to be heated, it is possible to choose from the following options: HIGH TEMPERATURE (factory default): LOW TEMPERATURE

- MIN SET HEAT

This parameter allows you to specify the minimum heating set point possible - range 20°C - 80.5°C, default 40°C for high temp systems or a range 20°C - 45°C, default 20°C for low temperature systems)

- MAX SET HEAT

This parameter allows you to specify the maximum heating set point possible -range 20°C - 80.5°C, default 80.5°C for high temp systems or a range 20°C - 45°C, default 45°C for low temperature systems)

- CHANGING NAME

Allows you to attribute a specific name to the heating zone

- POR Allows you to enable the heating programming timing for

the zone concerned if the heat request is carried out using a room thermostat

Time schedule not enabled = 0

When the room thermostat contact closes the heat request is always met without any boiler set time band limitation

Time schedule enabled = 1

When the room thermostat contact closes the heat request is enabled according to the boilers programmed timing. Note: in this case make sure that the operating mode of the zone is set to AUTO in the STATE menu.

5.2.3 Time band schedule function (room thermostat)

Whenever the heating system is managed by a room thermostat without any time schedule feature, it is possible to tie the heat requests coming from the device to programmable time bands by setting the parameter POR = 1 (see section “5.2.2 Configuration of the zone”), in other cases it is always enabled.

To access this function:

- select MENU on the main page of the REC10 and press “ok”

17

ENGLISH

MAIN

START END

SELECT

A DAY

THURSDAY

ZONE SCHEDULE

07:30 08:30

11:30 13:30 18:00 22:30

INSTALLATION

PARAMETERS

THERMOREGULATION

RANGE RATED

CALIBRATION

MENU

SETTINGS

TIME SCHEDULE

SELECT OPTION

MON

SCHEDULE

18/11/2013 12:17

MAIN

SELECT THE ZONE

TECHNICAL

INSTALLER

- Using the “up” and “down” keys select TIME SCHEDULE confirming the selection

-

From this menu it is possible to access the display and adjustment of the programme timing for the heating functions of the zone. For each day of the week it is possible to set up to 4 bands, with a start time and end time.

Note: for more details for the use of the programme timing see the USER MANUAL section.

5.2.4 Setting up thermoregulation (Weather compensation)

Thermoregulation only works with an outdoor temperature sensor is connected and is active only for the HEATING function; - connect the outdoor temperature sensor to the specific connections on the boiler terminal board. This enables use of the THERMOREGULATION function. The temperature measured by the outdoor temperature sensor is displayed on screen in the top right, alternating with the display of the time. When thermoregulation is enabled the algorithm for automatically calculating the outlet set point depends on the type of heat request. In any case, the thermoregulation algorithm will not directly use the outdoor temperature, but rather a calculated outdoor temperature that takes into account the building’s insulation: in well insulated buildings, the outdoor temperature variations will have less impact than those that are poorly insulated. Enabling THERMOREGULATION occurs in the following way:

- Access the technical parameters as explained in section “4.1 Access to the technical parameters”

- Select THERMOREGULATION with the “up” and “down” keys, confirming the selection.

Then Using the control it is possible to set values of the following parameters:

BUILDING TYPE

This is indicative of the frequency with which the value of the calculated outdoor temperature for thermoregulation is updated, a low value for this will be used for buildings with little insulation. Setting range: [5min - 20min] Factory default: [5min]

REACTIVITY EXT SENSOR

This is an indication of the speed with which variations of the measured outdoor temperature affect the calculated outdoor temperature value for thermoregulation, low values indicate high speeds. Setting range: [0 - 255] Factory default: [20]

To change the value of the above parameters proceed as described

- Access technical parameters as explained in the section “4.1 Access to the technical parameters”

- In sequence select THERMOREGULATION and TYPE OF BUILDING with the “up” and “down” keys, set & confirm the selection

Note: The value of the calculated outdoor temperature used by the thermoregulation algorithm is displayed in the INFO menu under TEXT FOR THERMOREG.

HEAT REQUEST FROM THERMOSTAT or POR (Programmable Timer)

In this case the outlet set point depends on the outdoor temperature for obtaining a reference ambient temperature of 20°C. There are 2 parameters that compete to calculate the output set point:

- Slope of the compensation curve (KT)

- Offset on the reference ambient temperature.

SELECTING THE COMPENSATION CURVE- fig. 17

The compensation curve for heating maintains a theoretical temperature of 20°C indoors, when the outdoor temperature is between +20°C and -20°C. The choice of the curve depends on the minimum outdoor temperature envisaged (and therefore on the geographical location), and on the delivery temperature envisaged (and therefore on the type of system). It is carefully calculated by the installer on the basis of the following formula:

KT = T. outlet envisaged – T shift

20- min. design external T

T shift = 30°C standard system

25°C floor installations

If the calculation produces an intermediate value between two curves, you are advised to choose the compensation curve nearest the value obtained. Example: if the value obtained from the calculation is 1.3, this is between curve 1 and curve 1.5. Choose the nearest curve, i.e. 1.5. The settable KT values are as follows: Standard system: 1.0-3.0 Floor system 0.2-0.8.

Using the screen it is possible to set the selected thermoregulation curve:

- Access technical parameters as explained in the section “4.1 Access to technical parameters”

- In sequence select THERMOREGULATION and then CLIMATIC CURVES

- Select the desired heating zone with the “up” and “down” keys, confirming the selection

- Set the desired climatic curve with the “up” and “down” keys, confirming the selection.

-

OFFSET ON THE REFERENCE AMBIENT TEMPERATURE - fig. 17

In any event, user action can indirectly modify the value of the HEATING set point inserting an offset on the reference temperature that can vary within the range -5-+5 (offset 0 = 20°C).

NIGHT COMPENSATION - fig. 17

Whenever a programmable timer is connected to the ROOM THERMOSTAT input, from the TECHNICAL\THERMOREGULATION\CLIMATIC CURVES\ MAIN the NIGHT COMPENSATION function can be enabled.

In this case, when the CONTACT is CLOSED, the heat request is made by the flow sensor, on the basis of the outdoor temperature, to obtain a nominal ambient temperature on DAY level (20°C).

Opening of the contact does not produce a switch-off, but a reduction (parallel translation) of the climatic curve on NIGHT level (16°C).

in this case, the user can indirectly modify the value of the HEATING set point inserting once again an offset on the reference DAY temperature (20°C) rather than NIGHT (16°C) that can vary within the range [-5 - +5].

5.3 First commissioning ; See Over

18

EXCLUSIVE

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MENU

1.3

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STATE

42

°C

INFO SET

HOT WATER TEMPERATURE

STATE

BOILER

MAIN ZONE

BOILER

OFF

SUMMER

WINTER

TECHNICAL

THERMOREGULATION

RANGE RATED

CALIBRATION

SWEEPER

VENT CYCLE

INSTALLER

VENT CYCLE

STOP FUNCTION

INSTALLER

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MENU

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STATE

30

°C .3

INFO SET

HOT WATER TEMPERATURE

BOILER

OFF

SUMMER

WINTER

combustion analysis button SW1

X6

X3 X7

1 3 1

SW1

6

1

5

1

X14 X17

- 5.3 FIRST COMMISIONING

- \With Gas on and power on

- First set the room thermostat to the desired temperature (say 20°C) Then set the boiler for WINTER (heat on) by first selecting the STATE menu on the screen and then BOILER, - WINTER

-

The vent cycle can be interrupted by removing the cap from the rear of

the instrument panel and pressing the combustion analysis button SW1 or else from the TECHNICAL menu of the control in the following way:

- access the technical parameters as explained in section “4.1 Access to technical parameters”

- with the “up” and “down” keys, select VENT CYCLE confirming the selection

- With the “up” and “down” keys, select STOP FUNCTION confirming the selection.

- When there is a heat request and the boiler is igniting, the icon “ ” appears on the display. The boiler will start up and continue working

until the set temperatures are reached, after which it will then go back to standby.

Each time the boiler is started up an automatic venting cycle is

carried out lasting 2 min. When the vent cycle is in progress, all heat requests are inhibited and a sliding message at the foot of the page appears on the main page of the screen.

In this condition the green and red LEDs light up alternately for 0.1 sec with a pause of 0.5 sec and 1 sec between one ignition and another.

The screen will briefly display a wait message after which you will automatically be taken to the main screen.

SUMMER : selecting STATE - BOILER and then SUMMER, the function of just domestic hot water will be activated. In this mode the screen normally displays the temperature of the domestic hot water supplied by the boiler.

WINTER / : selecting STATE - BOILER and then SUMMER heating and domestic hot water functions are activated. The screen normally displays the domestic hot water temperature unless there is a

heating request in progress, in which case the boiler’s outlet temperature

is displayed.

the

19

ENGLISH

The display shows “ ” to indicate the presence of a flame.

SET

HEATING

DHW

PREHEATING

SET

HEATING

DHW

PREHEATING

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STATE

42

°C

INFO SET

HOT WATER TEMPERATURE

E010

FLAME LOCKOUT

PRESS OK RESET

SET

HEATING

DHW

PREHEATING

5.4 Adjusting the heating output temperature

without an outdoor temperature sensor

When there is no outdoor temperature sensor, the boiler operates at a fixed-point, the HEATING set point in this case can be set selecting SET on the main screen and selecting the desired value within the range [40°C - 80.5°C] for high temperature systems or [20°C - 45 °C] for low temperature systems.

To deactivate the preheating function, set the parameter to PREHEATING = 0, the symbol “P” switches off. The function is not active when the boiler is OFF.

5.8 Boiler ignition fails

If the boiler fires correctly

5.5 Adjusting heating output temperature with an

outdoor temperature sensor connected

When an outdoor temperature sensor is installed, the outlet temperature is automatically selected by the system, which quickly adjusts the ambient temperature according to variations in the outdoor temperature. If you want to change the temperature, raising it or lowering it with respect to that automatically calculated by the electronic board, it is possible to change the HEATING set point by selecting SET on the main screen and selecting within the range (-5 - +5) the desired comfort level (see section “5.2.4 Setting the thermoregulation”). Note: when there is an outdoor temperature sensor connected it is still possible to have the boiler operate at a fixed point setting the values of MIN SP HEAT and MAX SP HEAT at the desired HEATING set point.

5.6 Adjustment of domestic hot water

temperature

To adjust the domestic hot water temperature set the Domestic hot water set point by selecting SET - DHW on the main screen and selecting the desired value within the range [37.5°C - 60°C].

5.7 “Preheating DHW ” function

Please refer to section 5.2.1 PREHEATING DHW on P16

The boiler will be in operation until the selected temperature is reached,

afterwards it will be in “standby” again keeping the outlet temperature displayed.

Ignition faults , during Start up ( or operation,)

The boiler performs a “SAFETY STOP”: the triangle signaling faults will lash on the screen. To identify the fault codes and to reset the boiler,

see section “5.15 Faults and fault lights”.

5.9 Reset function

In the event of a lockout, it is possible to try and restore the normal operation of the appliance by pressing the “ok” key on the screen when the fault message is displayed for resetting the alarm presented.

If the reset attempts do not restart the boiler, contact your service contractor

20

EXCLUSIVE

TECHNICAL

RANGE RATED

CALIBRATION

SWEEPER

EXHAUST PROBE RESET

SCREED HEATING

INSTALLER

BOILER

DAY

TIME

TEMPERATURE

1 0 20°C

6

22°C

12

24°C

18

26°C

2 0 28°C

12

30°C

3 0 32°C

4 0 35°C

5 0 35°C

6 0 30°C

7 0 25°C

BOILER

OFF

SUMMER

WINTER

SCREED HEATING

DEACTIVATE FUNCTION

ACTIVATE FUNCTION

INSTALLER

TECHNICAL

PARAMETERS

VENT CYCLE

EXHAUST PROBE RESET

ALARM HISTORY

COMBUSTION CHECK

SERVICE COMBUSTION CHECK

GAS TYPE

BOILER TYPE

COMBUSTION OFFSET

SERVICE

5.10 Underfloor heating : conditioning function

For Underfloor systems this boiler has a system conditioning function for bedding in the system in a (New ) floor - Screed Heating - as follows

- set the status of the boiler to OFF

- Access technical parameters as explained in section “4.1 Access to

technical parameters”

- With the “up” and “down” keys select SCREED HEATING, confirming

the selection by pressing OK (note: SCREED HEATING is not available if the boiler is not OFF)

5.11 Checks during and after the first commissioning

After starting up, check that the boiler carries out the start-up procedures and subsequent shut-down properly. Check the domestic hot water operation by opening a hot water tap in SUMMER or WINTER mode.

Check the full stop of the boiler by turning off the system’s main switch.

After a couple of minutes of continuous operation to be obtained by turning

the system’s main switch to “ON”, setting the boiler mode selector to

SUMMER and by keeping open the domestic hot water device, the binders and manufacturing waste evaporate and it will be possible to carry out:

- Checking of the combustion.

- Then with the “up” and “down” select ACTIVATE FUNCTION and

confirm the selection to activate the function

- To stop use “up” and “down” to select DEACTIVATE FUNCTION and

confirm the selection with ok to deactivate the function.

The screed heating function, when active, is signaled by the scrolling message at the bottom of the screen, SCREED HEATING FUNCTION IN PROGRESS - OUTLET TEMPERATURE, while on the electronic board the red and green LEDs flash alternately with a frequency of 1 sec ON - 1 sec OFF.

The “screed heating” function lasts 168 hours (7 days) during which, in

the zones configured as low temperature, a heating request is simulated with an initial zone outlet of 20°C, then increased in line with the table.

Accessing the INFO menu from the main screen it is possible to display the TIME FUNC SCREED HEATING value regarding the number of hours since the start of the function.

Once activated, the function takes priority, if the appliance is shut down by disconnecting the power supply, when it is restarted the function picks up from where it was interrupted. The function can be interrupted before its end by putting the appliance into a condition other than OFF or else by selecting DEACTIVATE FUNCTION from the relative menu.

Note: The temperature and increase values can be set to different values only by qualified personnel, only if strictly necessary. The manufacturer declines all responsibility if the parameters are incorrectly set.

5.12 Gas conversion for LPG

It is easy to convert from one gas family to another even after the boiler has been installed. This operation must be performed by professionally competent engineers only

The boiler is default set to work with natural Gas (G20). To convert the boiler to LPG (G31) proceed as follows:

- Access technical parameters as explained in section “4.1 Access to technical parameters”

- Set the password for SERVICE

- Select COMBUSTION CHECK using the “up” and “down” keys, confirming the selection with ok

- Now select GAS TYPE

21

ENGLISH

GAS TYPE

NG

LPG

SERVICE

TECHNICAL

PARAMETERS

THERMOREGULATION

RANGE RATED

CALIBRATION

SWEEPER

INSTALLER

SWEEPER

ACTIVATE FUNCTION

INSTALLER

combustion analysis button SW1

SW1

6

1

X17

TECHNICAL

INSTALLATION

PARAMETERS

THERMOREGULATION

RANGE RATED

CALIBRATION

INSTALLER

- select LPG

The boiler DOES NOT require additional adjustments.

The boiler may only be converted by qualified engineers.

After conversion apply the new rating plate contained in the kit.

5.13 Combustion check

To carry out the combustion analysis, proceed as follows:

- power the boiler electrically by setting the main system switch to “ON” set the status of the boiler to OFF

-

- access the technical parameters as explained in the section “4.1 Access to the technical parameters”

- select SWEEPER with the “up” and “down” keys, confirming the selection

- select ACTIVATE FUNCTION with the “up” and “down” keys, confirming the selection.

Wait for the burner to ignite. The boiler will operate at maximum heating output and it will be possible to

regulate the combustion.

- Insert the analyser probe in the specific position on the air distribution box,

after removing screw (A) and cap of the flue gases analysis socket (B).

- Check the combustion readings verifying that the CO2 values correspond to those indicated in the multigas table.

- Once the check is completed, remove the analyser probe and close the combustion analysis sockets with appropriate caps and screw.

If the value displayed is different DO NOT MAKE ANY

ADJUSTMENT OF THE GAS VALVE, please contact Heat IQ (NZ)

for technical assistance

The gas valve DOES NOT requires adjustments it is possible

Tampering will cause further causes a malfunction or failure.

When the sweeper function is in progress all heat requests are

inhibited and a scrolling message appears at the foot of the main screen; - the green and red LEDs are off.

A

B

When the checks are completed:

- Set the boiler to “SUMMER” or “WINTER” mode as required

- Regulate the heat request temperature values according to the

customer’s needs.

IMPORTANT

The sweeper function is active for a time limit of 15 minutes; the burner shuts down if an outlet temperature of 95° C is reached. It will ignite again when the temperature falls below 75° C.

In case of a low temperature system we recommend carrying out

the efficiency test by setting the boiler STATE to SUMMER, opening the hot water tap to full capacity and setting the temperature of the domestic hot water to the maximum.

All Testing must be carried out by a qualified engineer

- Note: the sweeper function can also be activated by pressing the

SW1 key on the electronic board AKM01 (this requires removing the plug (C) from the cover of the instrument panel to access the electrical components).

5.14 Range rating

This boiler can be adapted to the systems thermal requirements as it is possible to set the maximum flow rate for the boiler operation in heating mode:

- Power on the boiler

- Access parameters as explained in paragraph “4.1 Access to technical

parameters”

- Select RANGE RATED and confirm it

22

EXCLUSIVE

RANGE RATED

5100

RPM

EXCLUSIVE 30C

HTG curve (Qnheating)

8400

8000

7600

7200

6800

6400

6000

5600

5200

4800

4000

3600

3200

2800

2400

2000

1600

1200

800

2 4 6 8 10 12 14 16 18 20 22 24 26 28 30

Heat output (kW)

CO s.a. curve (Qnh eating)

160

150

140

130

120

110

100

90

80

70

60

50

40

30

20

10

0

0 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32

Heat output (kW)

EXCLUSIVE 35C

HTG curve (Qnheating)

8400

8000

7600

7200

6800

6400

6000

5600

5200

4800

4400

4000

3600

3200

2800

2400

2000

1600

1200

800

2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36

Heat output (kW)

CO s.a. curve (Qnheating)

180

170

160

150

140

130

120

110

100

90

80

70

60

50

40

30

20

10

0

0 2 4 6 8 10 12 14 16 18 20 22 24 2 6 28 30 3 2 34 36

Heat output (kW)

CO emissions s.a. (p.p.m.)

Fan rotations (rpm) Fan rotations (rpm)

CO emissions s.a. (p.p.m.)

CO emissions s.a. (p.p.m.) Fan rotations (rpm)

EXCLUSIVE 25C

HTG curve (Qnheating)

8400

8000

7600

7200

6800

6400

6000

5600

5200

4800

4400

4000

3600

3200

2800

2400

2000

1600

1200

800

2 4 6 8 10

12 14 16 18 20

22

24

26

28

30

Heat output (kW)

CO s.a. curve (Qnheating)

240

230

220

210

200

190

180

170

160

150

140

130

120

110

100

90

80

70

60

50

40

30

20

10

0

2 4 6 8 10 12 14 16 18 20

22 24 26 28 30

Heat output (kW)

- Set the desired heating maximum value (rpm) with the “up” and “down”

keys, confirming the selection

- Once the desired power is set (maximum heating) note the value onto the supplied self-adhesive label for the guidance of future engineers who can refer to the set value posted.

The calibration does not cause the boiler ignition.

NOTE

RANGE RATING IS ONLY REQUIRED IN EXCEPTIONAL CIRCUMSTANCES

The boiler is supplied with the settings indicated in the multigas table. It is nevertheless possible, according to the system requirements or the regional regulations on the combustion gas emission limits, to set that value by referring to the graphs below.

23

ENGLISH

FRI

PLANT

18/05/2013 12:17

MENU

1.3

bar

STATE

42

°C

INFO SET

HOT WATER TEMPERATURE

E020

LIMIT THERMOSTAT

REC10 ATTEMPTS EXHAUSTED

E041

WATER TRANSDUCER

PRESS OK TO LOAD THE PLANT

TECHNICAL

THERMOREGULATION

RANGE RATED

CALIBRATION

SWEEPER

EXHAUST PROBE RESET

INSTALLER

THE PARAMETER

WILL BE CHANGED

CONFIRM CANCEL

CONFIRM OR DELETE

SELECTION

FRI

PLANT

18/05/2013 12:17

MENU

1.3

bar

STATE

30

°C .3

INFO SET

HOT WATER TEMPERATURE

A

5.15 ALARMS AND FAULT LIGHTS

If any faults should occur, a screen will appear on the display indicating the relative error code and a brief alphanumeric description of the same. Pressing the “back” button it is possible to return to the main screen,

a fault is signaled by this lashing icon .

The user can return to the fault description screen by using the “up” and “down” keys and then pressing the “ok” key. The faults description screen is automatically displayed once the display illumination time has elapsed without any button being pressed. Press the “up” and “down” keys to display the descriptions of any other faults that may be present.

Reset function

In order to reset the boiler’s operation in the event of a fault, it is necessary to access the fault description screen. If the lockout is of a non-volatile type that requires a reset procedure, this will be indicated on the screen, and can be performed by pressing the “ok” button on the control At this point, if the correct operating conditions have been restored, the boiler will restart automatically. There is a maximum of 5 consecutive attempts at a release by the fault, when used up it is possible to unlock the boiler by cutting off and reconnecting the electrical power supply.

When the boiler has fault E040 manual loading should be carried out using the filler tap (A) until the pressure is between 1 and 1.5 bar.

If the pressure drops frequently, contact the installer or competent service engineer

For fault E060

Boiler is working normally, but does not provide any stability of domestic hot water temperature that, in any event, is supplied at a temperature of around 50°C. Then a service engineer is required

For fault E091

The boiler has an auto-diagnostic system which, based on the total number of hours in certain operating conditions, can signal the need to clean the primary exchanger (alarm code E091).

Once the cleaning operation has been completed, reset to zero the total hour meter with special kit supplied as an accessory following procedure indicated below:

- Access technical parameters as explained in section “4.1 Access to technical parameters”

- Select EXHAUST PROBE RESET with the “up” and “down” keys, confirming the selection

If attempts to reset the boiler fail, contact the installer service agent

For fault E041

If the pressure drops below the safety pressured of 0.3 bar the boiler displays the fault code “E041 - WATER TRANSDUCER PRESS OK TO FILL

THE SYSTEM” for a transitional time of 10 min during which it is possible

to start the semi-automatic loading procedure, pressing the “ok” key to f the system (the procedure can only be started in SUMMER or WINTER mode).

During the loading phase the scrolling message appears on the foot of the page “SEMI-AUTOMATIC FILLING IN PROGRESS”, the green and red LEDs flash, while the pressure shown on the display should start to rise.

When the loading is finished the scrolling message “SEMI-AUTOMATIC

FILLING FINISHED” is displayed at the foot of the page and the green and

red LEDs come on fixed for about 4 seconds.

When the transitional time has finished, if the fault persists the fault code E040 is displayed.

- Select CONFIRM to confirm the rest of the flue gases probe meter or else CANCEL to cancel the operation

ill

Note: the meter resetting procedure should be carried out after each indepth cleaning of the primary exchanger or if it is replaced. The total hours can be verified in the following way:

- select INFO on the initial screen and press “ok”

- With the “up” and “down” keys select EXHAUST PROBE RESET and press “ok” to display the hours value of the meter.

24

EXCLUSIVE

ERROR

CODE

ERROR MESSAGE

RED LED

GREEN LED

DESCRIPTION OF TYPE

OF ALARM

E010

flame lockout/ACF electronic fault

ON

definitive

E011

extraneous flame

flashing

0.2 sec. on/0.2 off

transitional

E020

limit thermostat

flashing

0.5 sec. on/0.5 off

definitive

E030

fan fault

ON

definitive

E040

water transducer – load system

ON

definitive

E041

water transducer - press OK to ill

the system

flashing

0.5 sec. on/0.5 off

transitional

E042

water pressure transducer fault

ON

definitive

E060

domestic hot water probe fault

flashing

0.5 sec. on/0.5 off

flashing

0.5 sec. on/0.5 off

transitional

E070

fault low sensor/over temperature low sensor

low/return sensor differential alarm

ON

transitional/definitive definitive

E077

main zone water thermostat

ON

transitional

E080

fault return line probe/return line probe over temperature/

outlet/return line probe differential alarm

ON

transitional/definitive/ definitive

E090

fault flue gases probe

flue gases over temperature probe

flashing

0.5 sec. on/0.5 off

flashing

0.5 sec. on/0.5 off

transitional definitive

E091

clean primary heat exchanger

flashing

0.5 sec. on/0.5 off

flashing

0.5 sec. on/0.5 off

transitional

--

water pressure low press OK to charge

flashing

0.5 sec. on/0.5 off

transitional

--

water pressure high check system

flashing

0.5 sec. on/0.5 off

transitional

--

boiler board communication lost

ON

flashing

0.5 sec. on/0.5 off

transitional

--

BUS 485 communication lost

ON

flashing

0.5 sec. on/0.5 off

transitional

ERROR

CODE

ERROR MESSAGE

LED

RED

LED

GREEN

DESCRIPTION OF TYPE OF ALARM

E021

iono alarm

ON

These are temporary alarms that if they occur 6 times in an hour they

become definitive; the alarm E097 is displayed and is followed by post-

purging for 45 seconds at the fan’s maximum speed.

It is not possible to release the alarm before the end of the post-purging

unless the boiler’s power supply is switched off.

E022

iono alarm

ON

E023

iono alarm

ON

E024

iono alarm

ON

E067

iono alarm

ON

E088

iono alarm

ON

E097

iono alarm

ON

E085 incomplete combustion

ON

These are temporary alarms that if they occur 3 times in an hour they become definitive; the last error to occur is displayed and is followed by a

post-purging of 5 minutes at the fan’s maximum speed.

It is not possible to release the alarm before the end of the post-purging

unless the boiler’s power supply is switched off.

E094 incomplete combustion

ON

E095 incomplete combustion

ON

E058

mains voltage fault

ON

These are temporary faults that restrict the ignition cycle.

E065 current modulation alarm

ON

E086 obstruction fumes alarm

ON

Temporary fault reported during the post ventilation. It is maintained a post ventilation of 5 min at maximum fan speed.

BOILER STATUS

RED LED

GREEN LED

NOTES

Power-on

lashing 0.5 sec. on/0.5 off

flashing

0.5 sec. on/0.5 sec. off

The red and green LEDs come on at the same time

Vent cycle

flashing

0.5 sec. on/1 sec. off

flashing

0.5 sec. on/1 sec. off

The red and green LEDs come sequentially one at a time

OFF status

flashing

0.3 sec. on/0.5 sec. off

No heat request (stby)

flashing

0.3 sec. on/0.5 sec. off

Transitional ignition/over temperature

flashing

0.3 sec. on/0.5 sec. off

Presence of lame

ON Chimney sweep

fixed

Only if the lame is present

Screed heater

flashing

1 sec.on/1 sec. off

flashing

1 sec.on/1 sec. off

The red and green LEDs come on alternately

Semi-automatic filling in progress

flashing

0.5 sec. on/1 sec. off

flashing

0.5 sec. on/1 sec. off

The red and green LEDs come sequentially one at a time

Semi-automatic filling finished

ON

The red and green LEDs are on and f ixed and at the same time for about 4 sec

Boiler faults list

List of combustion faults

Warning lights

25

ENGLISH

INSTALLATION

PARAMETERS

THERMOREGULATION

RANGE RATED

CALIBRATION

TECHNICAL

RANGE RATED

CALIBRATION

SWEEPER

EXHAUST PROBE RESET

ALARM HISTORY

INSTALLER

1 - 10:30 18/11/2013

E030

FAN ANOMALY

USE ARROW KEYS

TO SEE OTHER ANOMALIES

BOILER

OFF

SUMMER

WINTER

BOILER

OFF

SUMMER

WINTER

TECHNICAL

INSTALLER

Closing position

5.16 Alarm history

The ALARM HISTORY function is automatically enabled only after the machine has been powered up for at least 2 consecutive hours, during this period any alarms that arise would not be saved in the “alarm history”.

Alarms are displayed in chronological order, from the most recent to the oldest, up to a maximum of 5 alarms; to display the alarm history:

- access technical parameters as explained in section “4.1 Access to technical parameters”

- select ALARM HISTORY with the “up” and “down” keys, confirming the selection

- Scroll through the alarm history with the “up” and “down” keys; for each alarm a sequential number is displayed, an error code and the date and time the alarm occurred.

- Domestic hot water anti-freeze:

Starts if the temperature measured by the DHW NTC probe falls below 5°C. A heat request is generated in this phase with the ignition of the burner at minimum output, which is maintained until the outlet water temperature reaches 55° C.

Activation of the ANTI-FREEZE function is indicated by a

scrolling message on the foot of the display.

- circulator anti-locking: the circulator activates after every 24 hours of

stoppage for 30 seconds.

-

5.18 Switching off for lengthy periods

If the boiler is not used for an exceptionally long time, the following operations should be carried out:

- Set the status of the boiler to OFF

- Set the system’s main switch to “off”

- Close the Gas and water taps of the heating and domestic hot water system.

In this case, the anti-freeze and anti-blocking systems are deactivated. Drain the heating and domestic water system if there is any risk of freezing.

It is possible to return to the start page at any time by keeping the key “back” pressed for at least 2 seconds.

Note: once enabled, the ALARM HISTORY function can no longer be disabled; there is no procedure for resetting the alarm history.

If an alarm repeats consecutively, it is saved only once.

5.17 Temporary switch-off

In the event of temporary absences (weekends, short breaks, etc.) set the status of the boiler to OFF .

While the electrical supply and fuel supply remain active, the boiler is protected by the systems:

Heating anti-freeze:

- this function is activated if the temperature measured by the flow sensor drops below 5°C. A heat request is generated in this phase with the ignition of the burner at minimum output, which is maintained until the outlet water temperature reaches 35° C;

5.19 Full Boiler reset (to factory settings)

This operation must be carried out only by an engineer

It is possible to restore factory settings by carrying out a SYSTEM RESET:

- access technical parameters as explained in section “4.1 Access to technical parameters”

- with the “up” and “down” keys select INSTALLATION, confirming the selection

- With the “up” and “down” keys select SYSTEM RESET, confirming the selection

26

EXCLUSIVE

TIME & DATE

ENTER TIME AND DATE

12

:

17

18 / 11 / 2013

USE THE ARROWS TO MODIFY

CONFIRM

CANCEL

MULTI ZONE CONTROLLER

REC10 V01.26

PRESS ANY KEY

TO CONTINUE

SELECT THE TYPE

OF CONFIGURATION

FROM AKM

NEW

BOILER

WHERE IS

THE REC10 INSTALLED?

ON BOARD

AMBIENT

ENGLISH

ITALIANO

PLANT

CH ONLY

INSTANTANEOUS

STORAGE TANK

SELECT THE PLANT

CONFIGURATION

INSTALL

ZONES MANAGER

SENSOR CALIBRATION

SYSTEM RESET

INSTALLER

After a “SYSTEM RESET”, the control displays an initial screen showing the firmware revision. Pressing “ok” a guided procedure is started for configuring the system; select the desired options with the “up” and “down” keys, confirming the selections made:

- setting TIME and DATE

- Select CONFIRM to conform the system reset or else CANCEL to cancel the operation.

Note: after a reset it is necessary to carry out a new configuration of the system; for details about this procedure, see the following section.

5.20

System Re configuration

This operation must be carried out only by a competent engineer

( after Reset)

- Setting the operating mode of the REC10:

Select MASTER when a replacement REC10 is the integral boiler interface

- Configuration selection:

Use NEW: to set a new system configuration if restoring the factory setting of the parameters

With “NEW” configuration selected, proceed as follows:

- select REC10 functionality: Select ON BOARD: The REC10 is used as a system interface and not as A Zone regulator AMBIENT: used only if another REC10 is used as a separate system interface as an ambient regulator of the zone to which it is installed

- LANGUAGE selection:

ENGLISH ITALIANO

- Select the type of boiler = INSTANTANEOUS (the boiler is the combined heat and hot water variety)

27

ENGLISH

PLANT

FLUX SWITCH

FLUX METER

MULTI ZONE CONTROLLER

REC10 V01.26

PRESS ANY KEY

TO CONTINUE

SELECT THE TYPE

OF CONFIGURATION

FROM AKM

NEW

TECHNICAL

PARAMETERS

VENT CYCLE

EXHAUST PROBE RESET

ALARM HISTORY

COMBUSTION CHECK

SERVICE

COMBUSTION CHECK

GAS TYPE

BOILER TYPE

COMBUSTION OFFSET

SERVICE

BOILER TYPE

A

B

C

SERVICE

SELECT THE TYPE

OF CONF IGURATION

FROM AKM

REC10

BOILER TYPE

EXCLUSIVE 25C

A

EXCLUSIVE 30C

B

EXCLUSIVE 35C

C

- select the type of domestic hot water =FLUX SWITCH.

- Once the guided procedure is finished, the REC10 will go to the initial screen.

Continue with the configuration as follows:

- access technical parameters as explained in section “4.1 Access to

technical parameters”, using the password SERVICE

- With the “up” and “down” keys select PARAMETERS, confirming the selection ok

- next change the following parameters: ENABLE FILLING: set to 1.

Then proceed with the reprogramming of the boiler, carrying out the operations described in the section “5.2 Programming the boiler”.

5.21 REPLACING THE REC10 (Control interface)

Configuration operations need to be carried out by a professionally

qualified engineer

When replacing the REC10 MASTER, at the subsequent restart it displays an initial screen with the firmware revision. Pressing “ok” starts a guided procedure for configuring the system, see section “5.20 System configuration”. Follow the procedure and carry out the FROM AKM type of configuration.

5.23 Parameters combustion check

Although the parameters of the combustion control system ACC (Activate Combustion Control) are preset in the factory, the simultaneous replacement of both electronic boards (AKM and REC 10 MASTER) could make necessary the re-programming these parameters.

- Access technical parameters as explained in section “4.1 Access to technical parameters” setting the password SERVICE

- With the “up” and “down” keys select COMBUSTION CHECK, confirming the selection

- Select the GAS TYPE

- Set this parameter depending on the type of gas of the boiler. The values for this parameter are NG = NATURAL GAS - LPG = LPG

5.22 REPLACING THE AKM01 (Main PCB board)

Configuration operations should be carried out by a professionally qualified

engineer. The system continually carries out a consistency control between the saved configuration data on the AKM01 PCB board and those saved in the REC10; therefore, when replacing the AKM01 electronic board, it can happen that the system detects an inconsistency between the data saved on the AKM01 and that in the REC10. In this case, the latter will ask the user which of the two configurations is to be considered valid; selecting to recover the configuration from the REC10 itself it is possible to avoid reconfiguring the machine:

- With the “up” and “down” keys select REC10, confirming the selection.

- Select BOILER TYPE

- Set this parameter depending on the type of boiler as shown in the table

28

EXCLUSIVE

COMBUSTION OFFSET

RESTORE

RESET

SERVICE

SERVIVCING THIS BOILER

Important New Zealand Warranty notes

Warranty terms of this appliance require that it be serviced annually. It is the responsibility of the user to ensure service is requested.

This appliance can only be serviced be a competent qualified engineer - It is the responsibility of the servicing

engineer to ensure all of the items listed “left” are carried out as part of the annual service .

Where failure of any component is potentially a result of failure to carry out the requirements of service warranty is void

In the event of a warranty claim Proof of servicing will be required please ensure you maintain a record and retain invoices.

1st Service Date

By

2nd Service Date

By

3rd Service Date

By

4th Service Date

By

5th Service Date

By

6th Service Date

By

7th Service Date

By

ALWAYS LEAVE THE MANUAL WITH THE APPLIANCE

USER AND INSTALLER / SEVICE ENGINEER

- Select COMBUSTION OFFSET. It may be necessary to program this parameter in case of a maintenance on the AKM board rather than on the detection electrode or the burner, in the case where, after the operation, the combustion values did not fall within predetermined values.

5.24 SERVICING

UNDER NO CIRCUMSTANCES ADJUST THE GAS VALVE ON THIS GAS ADAPTIVE APPLIANCE

Periodic maintenance is an “obligation” required by law and/or under warranty it is essential to the safety, of the boiler.

It allows for the reduction of consumption, polluting emissions and keeping the product reliable over time.

Before commencing any maintenance operations:

- Carry out the analysis of the combustion products to check the operating status of the boiler, then cut off the electrical supply setting the system’s main switch to “off”

- Turn off the Gas and water taps of the heating and domestic hot water system.

To ensure product characteristics and efficiency remain intact and to comply with prescriptions of current regulations, it is necessary to render the appliance to systematic checks at regular intervals. When carrying out maintenance work, observe the instructions given in chapter “ 1 WARNINGS AND SAFETY”.

Annual Service means the following tasks:

- Remove the burner and clear any oxidation present in the burner

- Remove any scale from within the Primary heat exchanger;

- Replace the burner “ IMPORTANT -Use a new seal each time”

- Checking electrodes. When replacing the electrodes it is

necessary to replace also the relative sealing gasket.

- Check and clean the condensate drainage pipes and trap;

- Check the external and internal appearance of the boiler

- Check the ignition, switch-off and operation of the appliance, in

both domestic water mode and heating mode

- Check the seals on the gas and water couplings and pipes

- Check gas consumption at maximum and minimum output;

- Checking the position of the ignition-flame detection glow plug

- Check the gas failure safety device.

- Check & adjust the dosage of inhibitor in the attached system

- Remove and clean the systems magnetic filter

- Checking of the flue terminal for obstructions

- Checking of the over pressure device

After carrying out the maintenance operations analysis of

the combustion products needs to be carried out to make sure it is operating correctly.

In case where, after the replacement of the electronic board or the

maintenance of the detection electrode or the burner, the combustion analysis would restore out of tolerance values, it may be necessary to take action on the parameter COMBUSTION OFFSET as described in the section “5.23 Parameters combustion check”.

Do not clean the appliance or its parts with inflammable substances

Do not clean panels, painted parts and plastic parts with paint thinner.

Panel cleaning must only be carried out with soapy water.

29

ENGLISH

LED

Light signal indicating the operating status of the boiler. Can be red or green (see specific paragraph)

REC10

Boiler control panel

Key area

ok= confirm

back= return to the previous screen

cancel selection

return to the main screen (press > 2 sec.)

up= allows you to choose between the options PLANT-STATE-SET-INFO-MENU and to surf through the

submenus scrolling upwards

down= allows you to choose between the options PLANT-STATE-SET-INFO-MENU and to surf through the

submenus scrolling down

This icon indicates that the OFF operating status mode has been set. Each ignition request is ignored except for the anti-freeze function. The pump anti-lock, 3-way valve and anti-freeze function remain active.

This icon indicates that WINTER mode has been selected (HEATING function enabled). If a heating request from the main zone is in progress, the icon will be flashing.

This icon indicates that the circuit for domestic hot water production is enabled. When a domestic hot water request is in progress, the icon flashes. The P at the top of the domestic hot water icon indicates that the boiler preheating function is enabled; the P when flashing indicates that a preheating request is in progress.

When the “central heating programming timing” is enabled this icon indicates that the system heating (main zone) is in AUTOMATIC mode (the management of the heating requests follows what has been set with the timer). If the heating function is not enabled during the current time frame, the icon will be crossed out.

When the “central heating programming timing” is enabled this icon indicates that the system heating (main zone) is in MANUAL mode (the management of the heating requests does not follow what has been set with the programming timing, but it is always active).

OFF

This icon indicates that the system (main zone) has been set to off (not active). This icon indicates that the system is detecting the presence of a flame.

This icon indicates the presence of an anomaly, and is always flashing.

Depending on the type of application, some of the functions described in this manual might not be available.

REC10

SET

HOT WATER TEMPERATURE

P

42

°C

INFO

STATE

1.3

bar

MENU

12:17

PLANT

FRI 18/05/2013

USER GUIDE

LED

6 CONTROL PANEL (REC10)

The REC10 control unit has the function of a machine interface, it displays the system’s settings and allows the parameters to be accessed. It is also capable of providing multi-zone control and weekly room thermostat functionality. While a system may be equipped with multiple REC10 units, only one serves as the machine’s interface (MASTER). any other REC10 units used serve as a chronothermostat for regulating the ambient temperatures of the zones with which they are associated; in this use the screen of the REC10 shows the environmental data of the zone in which it is located

The REC10 unit features a backlit liquid crystal display.

On the left and right sides are displayed the icons indicating the status of the system, their meaning is the following:

Note:

The temperature of the hot water probe is shown at the centre of the main screen. The value’s meaning is indicated at the bottom of the display. Whenever a heating request is in progress, the value displayed at the centre of the screen refers to the system’s low sensor, with the relative indication.

The value expressed in bar refers to the system’s water pressure.

The top of the screen shows the current date and time,- as well as the outdoor temperature only if a weather compensator is applied.

30

EXCLUSIVE

STATE

BOILER

MAIN ZONE

MAIN

ZONE ON

ZONE OFF

MAIN

AUTO

MANUAL

HEAT OFF

BOILER

OFF

SUMMER

WINTER

FRI

PLANT

18/05/2013 12:17

MENU

1.3

bar

STATE

42

°C

INFO SET

HOT WATER TEMPERATURE

7 START SCREEN

Upon ignition, the REC10 might:

- request the setting of the time and date (see paragraph “12.1.1 Time

and date”).

- display the firmware version and require a button to be pressed in order

to continue.

By pressing the “up” and “down” keys it is possible to move the selection of the functions in this order:

- PLANT

- STATE

- SET

- INFO

- MENU.

By pressing the “ok” key you access the settings of the selected function (except for PLANT). The “back” key is inactive (except for PLANT).

8 PLANT

This item does not represent any specific function. Instead, it indicates the zone to which the data shown on the start screen refer, and the zone to which the settings accessible via the other functions refer.

The presence of one or more zones in addition to PLANT depends upon the installation’s configuration. For this reason, one or more of the zones cited below may not be present in your configuration, or may be identified with a different name.

In order to change zones, highlight PLANT if necessary pressing the “up” and “down” keys. Then, pressing the “ok” and “back” keys, it will be possible to select the other zones in this sequence:

- PLANT

- MAIN ZONE

- ZONE 1 (if optioned)

- ZONE 2. (if optioned)

The TIME AND DATE, LANGUAGE and BACKLIGHT settings are independent of the selected zone. The information contained in the INFO menu is independent of the selected zone. No domestic hot water parameters can be set if either MAIN, ZONE 1 or ZONE2 are selected.

9 STATE

The STATE function can be used to set the BOILER and MAIN ZONE operating modes. To do this, it is necessary to highlight the desired entry using the “up” and “down” keys - then pressing “ok” to confirm the selection. Pressing “back” takes you back to the initial screen without making any selection.

8.1 Boiler

This function can be selected in order to set the boiler’s status, by choosing

one of the following options:

- OFF

- SUMMER

- WINTER.

The highlighted status is that which is currently selected. In order to select a different status highlight it using the “up” and “down” keys and then press “ok” to confirm the selection. Once the selection has been validated, the display returns to the STATE screen. Press “back” to return to the start screen without making any selection.

8.1.1 OFF

If OFF is selected, the system shuts off. The electrical supply and the fuel supply remain active.

8.1.2 Summer

If SUMMER is selected, the system produces domestic hot water. Heating is not enabled.

8.1.3 Winter

If WINTER is selected, the system produces domestic hot water and activates the heating function.

8.2 Main zone

Selecting this function allows you to set the main zone’s status, by choosing one of the following 2 options:

- 1/ if the heating programming timing is not enabled:

- ZONE ON

- ZONE OFF

- 2/ if the heating programming timing is enabled:

- AUTO

- MANUAL

- HEAT OFF.

In order to select a different status highlight it using the “up” and “down” keys and confirm the selection by pressing “ok”. Once the selection has been validated, the display returns to the STATE screen. Press “back” to return to the STATE screen without making any selection.

31

ENGLISH

SET

HOT WATER

58,0

°C

SET

THE PARAMETER

WILL BE CHANGED

CONFIRM CANCEL

CONFIRM OR DELETE

SELECTI ON

SET

HEATING

78,0

°C

PREHEATING

0

SET

THE PARAMETER

WILL BE CHANGED

CONFIRM CANCEL

CONFIRM OR DELETE

SELECTIO N

SET

HEATING

HOT WATER

PREHEATING

THE PARAMETER

WILL BE CHANGED

CONFIRM CANCEL

CONFIRM OR DELETE

SELECTIO N

8.2.1 ON

If ON is selected, the zone requests are met.

8.2.2 AUTO

If AUTO is selected, the zone requests will be managed based on a scheduled programme.

8.2.3 MANUAL

If MANUAL is selected, the zone requests will be managed based on the set point set by the user.

8.2.4 HEAT OFF

If HEAT OFF is selected, any heat requests will not be fulfilled. NOTE: if you want to deactivate the zone in SUMMER or in WINTER,

you must select the pre-set season (SUMMER or WINTER in the BOILER menu) and set the zone concerned to OFF.

10 SET

With the

WATER

and PREHEATING set points. To do this, it is necessary to highlight the desired entry using the “up” and “down” keys , pressing “ok” to confirm the selection. Pressing “back” takes you back to the initial screen without making any selection.

SET

function it is possible to configure the

HEATING

, -

HOT

10.2 Hot water

Press the “up” and “down” keys to change the boiler’s domestic hot water Set point. Press “ok” to confirm the selection. Press “back” to return to the SET screen without making any selection.

The user is then asked to confirm the set point setting: select

CONFIRM

confirm with Once the selection is confirmed, the display returns to the previous SET screen. If the selection is cancelled or the “back” key is pressed you return to the

SET screen.

or else CANCEL using the

“ok”.

“up”

and

“down”

keys and

10.1 Heating

Press the “up” and “down” keys to change the heating set point and confirm the selection by pressing “ok”. Press “back” to return to the SET screen without making any selection.

When an outdoor temperature sensor is installed, the outlet temperature is automatically selected by the system, which quickly adjusts the ambient temperature according to the variations in the outdoor temperature. If you want to change the temperature, raising it or lowering it with respect to that automatically calculated by the electronic board, it is possible to change the HEATING set point selecting the desired comfort level within the range (-5 ÷ +5). The user is then asked to confirm the set point setting: select CONFIRM or CANCEL using the “up” and “down” keys, and confirm the selection pressing “ok” .

Once the selection is confirmed, the display returns to the SET screen. If the selection is cancelled or the “back” key is pressed you return to the

previous SET screen.

10.3 Preheating

This function keeps the water in the domestic hot water exchanger hot, to reduce standby times when a request is made. When the preheating function is enabled, the symbol P comes on with a steady light at the top of the domestic hot water icon. During burner ignition following a preheating request, the symbol P starts flashing.

It is possible to access the PREHEATING function selecting SET on the main screen. Setting PREHEATING = 1 the boiler’s domestic hot water function activates. To deactivate the preheating function, set the parameter to PREHEATING = 0, the symbol P switches off. The function is not active when the boiler is OFF.

32

EXCLUSIVE

MENU

SETTINGS

TIME SCHEDULE

SELECT OPTION

SETTINGS

TIME & DATE

LANGUAGE

BACKLIGHT

SELECT OPTION

TIME & DATE

ENTER T IME AND DATE

12

:

17

18 / 11 / 2013

USE THE ARROWS TO MODIFY

LANGUAGE

ENGLISH

ITALIANO

SELECT LANGUAGE

:

30 days

05:11

OPTIMUM E FFICIENCY

:

30 days

42

°C

P

11 INFO

The INFO function can be used to display a series of data regarding the system.

ATTENTION - The displayed data cannot be modified. Press the “up” and “down” keys to go through the list of information

available, in this order:

- SCREED HEATER OPERATING HOURS

- FLOW PROBE

- RETURN PROBE

- DOMESTIC HOT WATER PROBE

- FLUE GAS PROBE

- OUTDOOR TEMPERATURE SENSOR

- EXT T FOR THERMOREG

- FAN

- ZONE 1 DELIVERY

- ZONE 2 DELIVERY

- FLUE GAS PROBE OP. HOURS

- MAIN ZONE SET-POINT

- ZONE 1 SET-POINT

- ZONE 2 SET-POINT

- SYSTEM PRESSURE.

The “ok” key is inactive. The “back” key allows you to return to the initial screen.

In the absence of additional zones or if the screed heater function is not operating, the relative information will not be displayed.

12 MENU

Using the MENU it is possible to access the configuration of the SETTINGS and the TIME SCHEDULE (available only if the timer is enabled (POR=1). To do this, it is necessary to highlight the desired entry using the “up” and “down” keys and then press “ok” to confirm the selection. Pressing “back” takes you back to the initial screen without making any selection.

12.1.2 Language

Press the “up” and “down” keys to select the desired language. Pressing “ok” the language selection is confirmed and the display returns to the initial screen. Pressing “back” the system returns to the SETTINGS screen without changing the system’s language.

12.1.3 Backlight

The screen saver display (backlight off) is automatically activated when the time, that has been set in parameter \ MENU \ SETUP \ BACKLIGHT, elapsed without having pressed any buttons. In the screen saver the current time is normally displayed. When there is a heat request, the current time is replaced with the boiler low temperature and turns on the icon concerning the type of request in progress. A message for the system efficiency level can be displayed in the top of the screen:

- HIGH EFFICIENCY (if the average value of the return probe > 55°C)

- OPTIMUM EFFICIENCY (if 25°C < average value of the return probe <

55°C).

12.1 Settings

Select this function to modify the following settings:

- TIME AND DATE

- LANGUAGE

- BACKLIGHT.

To access the desired setting, it is necessary to highlight it using the “up” and “down” keys and then press “ok” to confirm the selection. Press “back” to return to the start screen without making any selection.

12.1.1 Time and date

Press “ok” to highlight in sequence HOURS, MINUTES, DAY, MONTH, YEAR and press the “up” and “down” keys to change the desired values. Once the sequence has finished by pressing “ok”, the settings will be saved and the display will return to the initial screen.

By pressing “back” at any time the system will return to the SETTINGS cancelling the changes that were made.

12.1.4 Time schedule

Selecting this function, only if the time schedule is enabled (POR=1), it is possible to change the following:

- MAIN

- ZONE 1

- ZONE 2.

To access the desired timer programme, it is necessary to highlight it using the “up” and “down” keys and then pressing “ok” to confirm the selection. Press “back” to return to the start screen without making any selection. For a detailed description of the scheduled programming timer, please refer to the section “13 PROGRAMMING TIMING”.

33

ENGLISH

MAIN

START EN D

THURSDAY

ADD

MODIFY

DELETE

COPY

07:30 08:30

11:30 13:30

18:00 22:30

START EN D

THURSDAY

ADD

PERIOD

ENTER

START TIME

14:00

USE THE ARROWS TO MODIFY

07:30 08:30

11:30 13:30

18:00 22:30

SELECT OPTION

MAIN

START END

07:30 08:30

THURSDAY

11:30 13:30

18:00 22:30

ENTER

START TIME

11:30

USE THE ARROWS TO MODIFY

MON

SCHEDULE

18/11/2013 12:17

MAIN

ZONE 1

ZONE 2

SELECT THE ZONE

14:00

USE THE ARROWS TO MODIFY

THURSDAY

ADD

PERIOD

ENTER

END TIME

15:00

START EN D

MAIN

07:30 08:30

11:30 13:30

18:00 22:30

MAIN

START EN D

SELECT

A D AY

THURSDAY

ZONE SCHEDULE

07:30 08:30

11:30 13:30

18:00 22:30

USE THE ARROWS TO MODIFY

ADD

MODIFY

DELETE

COPY

14:00 15:00

18:00 22:30

THURSDAY

START EN D

MAIN

07:30 08:30

11:30 13:30

SELECT OPTION

THURSDAY

ADD

MODIFY

DELETE

COPY

START EN D

MAIN

07:30 08:30

11:30 13:30

18:00 22:30

USE THE ARROWS TO MODIFY

THURSDAY

SELECT

PERIOD TO

MODIFY

07:30

START END 07:30 08:30

MAIN

11:30 13:3 0 18:00 22:3 0

13 PROGRAMMING TIMING

Select the desired day using the “up” and “down” keys. A table will be displayed indicating the day and the time frames already present. Press “ok” to access the programming for the selected day. Pressing “back” takes you back to the initial screen without making any selection.

Once the selection has been made, the user can choose from among the following options:

- ADD

- MODIFY

- DELETE

- COPY.

13.1 Add

This function serves to add a new time frame to the selected day. Press “ok” to select the function, after having highlighted it (if necessary) using the “up” and “down” keys.

In order to confirm that the operation has been completed successfully, the display will show the table with the new time frame lashing.

13.2 Modify

This function serves to edit a time frame already present for the selected day. Press “ok” to select the function, after having highlighted it (if necessary) using the “up” and “down” keys.

Press the “up” and “down” keys to select the desired time band and press “ok” to confirm the selection.

Press the “up” and “down” keys to increase or decrease the start time by 30 minutes and press “ok” to confirm the selection.

Press the “up” and “down” keys to increase or decrease the end time by 30 minutes and press “ok” to confirm the selection.

Press the “up” and “down” keys to increase or decrease by 30 minutes the start time and press “ok” to confirm the selection.

Press the “up” and “down” keys to increase or decrease by 30 minutes the end time and press “ok” to confirm the selection.

34

EXCLUSIVE

MAIN

SELECT DAYS ON WHICH YOU WANT

TO COPY SCHEDULE OF THURSDAY

MON TUE WED THU

FRI

SAT SUN

CONFIRM

USE THE ARROWS TO MODIFY

MAIN

SELECT DAYS ON WHICH YOU WANT

TO COPY SCHEDULE OF THURSDAY

MON TUE WED THU

FRI

SAT SUN

CONFIRM

USE THE ARROWS TO MODIFY

MAIN

START END

07:30

08:30

THURSDAY

11:30 13:30

18:00

22:30

ENTER

END TIME

14:00

USE THE ARROWS TO MODIFY

MAIN

START END

07:30 08:30

THURSDAY

11:30 13:3 0

ARE YOU SURE

18:00 22:30

TO DELETE

THE PERIOD ?

CONFIRM

CANCEL

CONFIRM OR DELETE SELECTION

USE THE ARROWS TO MODIFY

SELECT OPTION

USE THE ARROWS TO MODIFY

THURSDAY

SELECT

PERIOD TO

MODIFY

07:30

THURSDAY

ADD

MODIFY

DELETE

COPY

THURSDAY

ADD

MODIFY

DELETE

COPY

THURSDAY

SELECT

PERIOD TO

DELETE

START END 07:30 08:30

START END

START END 07:30 08:30

MAIN MAIN

MAIN

11:30 14:0 0 18:00 22:3 0

07:30 08:30

11:30 13:30 18:00 22:30

07:30 08:30 11:30 13:30 18:00 22:30

11:30 13:30 18:00 22:30

MAIN

SCHED ULE OF THURS DAY

WILL BE COPIE D ON THE DAYS :

TUESDAY

USE THE ARROWS TO MODIFY

In order to confirm that the operation has been completed successfully, the display will show the table with the new time frame flashing.

At this point the user can select a new time frame to be modified, or else press “back” to return to the previous TIME SCHEDULE screen.

13.3 Delete

This function serves to delete a time frame already present for the selected day. Press “ok” to select the function, after having highlighted it (if necessary) using the “up” and “down” keys.

13.4 Copy

This function serves to copy the scheduled programme for the selected day. Press “ok” to select the function, after having highlighted it (if necessary) using the “up” and “down” keys.

Press the “up” and “down” keys to select the day on which to copy the hourly schedule and press “ok” to confirm the selection.

Press the “up” and “down” keys to select the desired time band and press “ok” to confirm the selection.

To confirm or cancel the selection made, highlight the corresponding option and confirm it by pressing “ok”. In order to confirm that the operation has been completed successfully, the display will show the table with the selected time frame lashing just before deleting it from the table.

The day will be highlighted and others can be selected using the same procedure. When finished highlight CONFIRM and press “ok”.

In order to confirm that the operation has been completed successfully, the display will show the list of days to which the scheduled programme has been copied.

35

ENGLISH

ERROR

CODE

ERROR MESSAGE

RED LED

GREEN LED

DESCRIPTION OF TYPE

OF ALARM

E010

Flame lockout/ACF electronic fault

ON

definitive

E011

extraneous flame

flashing

0.2 sec. on/0.2 off

transitional

E020

limit thermostat

flashing

0.5 sec. on/0.5 off

definitive

E030

fan fault

ON

definitive

E040

water transducer – load system

ON

definitive

E041

water transducer - press OK to ill

the system

flashing

0.5 sec. on/0.5 off

transitional

E042

water pressure transducer fault

ON

definitive

E060

domestic hot water probe fault

flashing

0.5 sec. on/0.5 off

flashing

0.5 sec. on/0.5 off

transitional

E070

fault low sensor/over temp low sensor/

low/return sensor differential alarm

ON

Transitional/

definitive

E077

main zone water thermostat

ON

transitional

E080

fault return line probe/return line probe over temperature/

outlet/return line probe differential alarm

ON

transitional/definitive/ definitive

E090

fault flue gases probe/flue gases over temperature

probe

flashing

0.5 sec. on/0.5 off

flashing

0.5 sec. on/0.5 off

transitional/definitive

E091

clean primary heat exchanger

flashing

0.5 sec. on/0.5 off

flashing

0.5 sec. on/0.5 off

transitional

--

water pressure low press OK to charge

flashing

0.5 sec. on/0.5 off

transitional

--

water pressure high check system

flashing

0.5 sec. on/0.5 off

transitional

--

boiler board communication lost

ON

flashing

0.5 sec. on/0.5 off

transitional

--

BUS 485 communication lost

ON

flashing

0.5 sec. on/0.5 off

transitional

ERROR

CODE

ERROR MESSAGE

LED

RED

LED

GREEN

DESCRIPTION OF TYPE OF ALARM

E021

ion alarm

ON

These are temporary alarms that if they occur 6 times in an hour they

become definitive; the alarm E097 is displayed and is followed by post-

purging for 45 seconds at the fan's maximum speed.

It is not possible to release the alarm before the end of the post-purging unless the boiler's power supply is switched off.

E022

ion alarm

ON

E023

ion alarm

ON

E024

ion alarm

ON

E067

ion alarm

ON

E088

ion alarm

ON

E097

ion alarm

ON

E085 incomplete combustion

ON

These are temporary alarms that if they occur 3 times in an hour they become definitive; the last error to occur is displayed and is followed by a

post-purging of 5 minutes at the fan's maximum speed. It is not possible to release the alarm before the end of the post-purging unless the boiler's power supply is switched off.

E094 incomplete combustion

ON

E095 incomplete combustion

ON

E058

mains voltage fault

ON

These are temporary faults that restrict the ignition cycle.

E065 current modulation alarm

ON

E086 obstruction fumes alarm

ON

Temporary fault reported during the post ventilation. It is maintained a post ventilation of 5 min at maximum fan speed

FRI

PLANT

18/05/2013 12:17

MENU

1.3

bar

STATE

42

°C

INFO SET

HOT WATER TEMPERATURE

14 FAULTS

If any faults should occur, a screen will appear on the display indicating the relative error code and a brief alphanumeric description of the same. Pressing the “back” button it is possible to return to the main screen,

where a fault is signaled by this lashing icon .

The user can return to the fault description screen by using the “up” and “down” keys and then pressing the “ok” key. The faults description screen is automatically displayed once the display illumination time has elapsed without any button being pressed. Press the “up” and “down” keys to display the descriptions of any other faults that may be present.

Boiler faults list

List of combustion faults

36

EXCLUSIVE

E041

WATER TRANSDUCER

PRESS OK TO LOAD THE PLANT

E020

LIMIT THERMOSTAT

PRESS OK RESET

E020

LIMIT THERMOSTAT

REC10 ATTEMPTS EXHAUSTED

A

For fault E041

If the pressure drops below the safety threshold of 0.3 bar the boiler displays the fault code “E041 - WATER TRANSDUCER PRESS OK TO FILL THE

SYSTEM” for a transitional time of 10 min during which it is possible to

start the semi-automatic loading procedure, pressing the “ok” key to f the system (the procedure can only be started in SUMMER or WINTER).

Reset function

In order to reset the boiler’s operation in the event of a fault, it is necessary to access the fault description screen. If the lockout is of a non-volatile type that requires a reset procedure, this will be indicated on the screen, and can be carried out by pressing the “ok” button on the REC10.

ill

During the loading phase the scrolling message “SEMI-AUTOMATIC FILLING IN PROGRESS” is displayed at the foot of the screen, while the

pressure highlighted on the display should start to rise.

When the loading is finished the scrolling message “SEMI-AUTOMATIC FILLING FINISHED” is displayed at the foot of the page.

When the transitional time has finished, if the fault persists the fault code E040 is displayed.

When the boiler has fault E040 manual loading should be carried out using the filler tap (A) until the pressure is between 1 and 1.5 bar.

If the pressure drops frequently, contact the installer or service engineer

For fault E091

The boiler has an auto-diagnostic system which, based on the total number of hours in certain operating conditions, can signal the need to clean the primary heat exchanger.

Contact your installation and service engineer

End of User Section

Note Warranty / Servicing section on page 40

At this point, if the correct operating conditions have been restored, the boiler will restart automatically.

If the attempts to reset the fault do not restore the boiler’s functionality,

please contact your local Customer Support Service. Up to a maximum of 5 reset attempts can be made using the REC10, after which the machine must be disconnected from the power supply to reset the number of attempts available.

Request the intervention of Technical Assistance

37

ENGLISH

DESCRIPTION

UM

EXCLUSIVE

25C

30C

35C

G20

G31

G20

G31

G20

G31

Heating Rated heat input

kW

18,00

24,00

30,00

kcal/h

15.480

20.640

25.800

Nominal heat output (80°/60°)

kW

17,60

23,54

29,37

kcal/h

15.139

20.248

25.258

Nominal heat output (50°/30°)

kW

19,17

25,56

31,77

kcal/h

16.486

21.982

27.322

Reduced heat input

kW

3,70

5,20

4,30

6,00

4,90

6,90

kcal/h

3.182

4.472

3.698

5.160

4.214

5.934

Reduced heat output (80°/60°)

kW

3,61

5,03

4,19

5,86

4,74

6,76

kcal/h

3.102

4.324

3.606

5.036

4.075

5.815

Reduced heat output (50°/30°)

kW

3,99

5,50

4,58

6,40

5,26

6,97

kcal/h

3.430

4.731

3.935

5.506

4.526

5.993

Nominal Range Rated heat output (Qn)

kW

18,00

24,00

30,00

kcal/h

15.480

20.640

25.800

Minimum Range Rated heat output (Qm)

kW

6,70

5,20

4,30

6,00

4,90

6,90

kcal/h

5.762

4.472

3.698

5.160

4.214

5.934

DHW Rated heat input

kW

26,00

30,00

34,60

kcal/h

22.360

25.800

29.756

Nominal heat output (*)

kW

26,00

30,00

34,60

kcal/h

22.360

25.800

29.756

Reduced heat input

kW

3,70

5,20

4,30

6,00

4,90

6,90

kcal/h

3.182

4.472

3.698

5.160

4.214

5.934

Reduced heat output (*)

kW

3,70

5,20

4,30

6,00

4,90

6,90

kcal/h

3.182

4.472

3.698

5.160

4.214

5.934

Useful efficiency Pn max - Pn min (80°/60°)

%

97,8 -

97,5

97,7 -

96,7

98,1 -

97,5

97,1 -

97,6

97,9 -

96,7

96,7 -

98,0

Combustion efficiency

%

98,0

98,2

98,1

Useful efficiency Pn max - Pn min (50°/30°)

%

106,5 -

107,8

103,9 -

105,8

106,5 -

106,4

104,5 -

106,7

105,9 -

107,4

103,2 -

101,0

Useful efficiency Pn max 30% (30° return)

%

109,8

105,8

109,7

107,3

109,3

106,6

Efficiency at average P Range Rated (80°/60°)

%

98,0

98,1

97,8

Efficiency at average P Range Rated 30% (30° return)

%

109,8

109,5

Overall electric output (maximum heating output)

W

66

77

81

Overall electric output (maximum DHW output)

W

98

101

106

Circulator electric power (1.000 l/h) (DHW)

W

51

Circulator electric power (1.000 l/h) (CH)

W

41

Category II2H3P

II2H3P

Country of destination

(+)

Voltage supply

V-Hz

230-50

Protection level

IP

X5D

Stop loss W 42

42

37

Losses at the flue with burner off - burner on

%

0,14 - 2,01

0,11 - 1,80

0,07 - 1,90

Heating operation

Pressure

bar 3 3

3

Minimum pressure for standard operation

bar

0,25-0,45

Maximum temperature

°C

90

Selection field of heating water temperature

°C

20/45 ÷ 40/80

Pump: maximum head available

mbar

326

for system capacity

l/h

1.000

Membrane expansion tank

l

8 8 10

Expansion tank pre-loading (heating)

bar 1 1

1

DHW operation

Maximum pressure

bar 6 6

6

Minimum pressure

bar

0,15

Quantity of hot water with Δt 25° C

l/min

14,9

17,2

19,8

with Δt 30° C

l/min

12,4

14,3

16,5

with Δt 35° C

l/min

10,6

12,3

14,2

DHW minimum capacity

l/min 2 2

2

Selection field of domestic H2O temperature

°C

37-60

Flow regulator

l/min

10

12

TECHNICAL DATA

38

EXCLUSIVE

DESCRIPTION

UM

EXCLUSIVE

25C

30C

35C

G20

G31

G20

G31

G20

G31

Gas pressure

Nominal natural gas pressure (G20) mbar

mbar

20 - 20 - 20

-

Nominal liquid gas LPG pressure (G31)

mbar - 37 - 37 - 37

Hydraulic connections

CH input - output

Ø

3/4”

DHW input-output

Ø

1/2”

Gas input Ø 3/4”

3/4”

Boiler dimensions

Height

mm

740

Width

mm

420

Depth

mm

275

350

Boiler weight

kg

35

37

38

Heating output

Air capacity

Nm3/h

21,496

21,926 23,322

8,221-

2,375

29,247 31,654

10,935-

1,973

28,969 30,831

10,866-

2,789

36,447 39,456

13,629-

2,205

37,228 39,555

13,946-

3,207

Flue gas capacity

Nm3/h

23,302

Mass flue gas low rate (max-min)

g/s

8,044-

1,671

Domestic hot water capacity

Air capacity

Nm3/h

31,050

31,671 33,688

11,874-

2,375

36,558 39,568

13,669-

1,973

36,212 38,539

13,582-

2,789

42,035 45,506

15,718-

2,205

42,937 45,620

16,084-

3,207

Flue gas capacity

Nm3/h

33,658

Mass flue gas low rate (max-min)

g/s

11,619-

1,671

Fan performance

Residual discharge head of concentric pipes 0.85 m

Pa

60

160

Residual discharge head of separate pipes 0.5 m

Pa

195

198

165

Residual discharge head of boiler without pipes

Pa

199

190

Concentric flue gas outlet pipes

Diameter

mm

60-100

Maximum length

m

10

8

Losses for a 45°/90° bend

m

1,3/1,6

Hole in wall (diameter)

mm

105

Concentric flue gas outlet pipes

Diameter

mm

80-125

Maximum length

m

25

20

Losses for a 45°/90° bend

m

1/1,5

Hole in wall (diameter)

mm

130

Twin flue gas outlet pipes

Diameter

mm

80

Maximum length

m

70 + 70

60 + 60

40 + 40

Losses for a 45°/90° bend

m

1/1,5

Nox class 6

class 6

Emission values at maximum and minimum output (**)

G20

G31

G20

G31

G20

G31

Maximum

CO s.a. less than

p.p.m.

140

150

200

220

CO2 (*** see below)

%

9,2

10,2

9,0

10,3

9.0

10,0

NOx s.a. lower than

p.p.m.

40

60

30

40

30

T flue gases

°C

63

64

73

66

65

70

Minimum

CO s.a. less than

p.p.m.

10

15

10

30

20

40

CO2 (*** see below)

%

9,1

10,2

8,9

10,0

9.1

10,0

NOx s.a. lower than

p.p.m.

25

35

25

40

30

40

T flue gases

°C

60

62

56

62

55

(*) Average value between various hot water operation conditions.

(**) check performed with concentric pipe Ø 60-100, length 0.85 m. - water temperature 80-60°C. (***) CO2 tolerance = + 0.6% - 1.0%.

The data indicated must not be used to certify the system; for certification, use the data indicated in the “System handbook” measured during first ignition.

39

ENGLISH

PARAMETERS

UM

EXCLUSIVE

Natural GAS (G20)

LPG (G31)

Lower Wobble index (at 15°C-1013 mbar)

MJ/m³S

45,67

70,69

Net Calorific Value

MJ/m³S

34,02

88

Supply nominal pressure

mbar (mm H2O)

20 (203,9)

37 (377,3)

Minimum supply pressure

mbar (mm H2O)

10 (102,0)

-

25C

Burner: diameter/length

mm

63/110

Number of diaphragm holes

n° 1 1

Diaphragm holes diameter

mm

4,3

Heating maximum gas capacity

Sm³/h

1,90

-

kg/h - 1,40

DHW maximum gas capacity

Sm³/h

2,75

-

kg/h - 2,02

Heating minimum gas capacity

Sm³/h

0,39

-

kg/h - 0,40

DHW minimum gas capacity

Sm³/h

0,39

-

kg/h - 0,40

Number of fan rotations with slow ignition

rpm

5.500

Maximum number of heating fan rotations

rpm

5.600

Maximum number of DHW fan rotations

rpm

7.900

Minimum number of heating fan rotations

rpm

1.500

2.000

Minimum number of DHW fan rotations

rpm

1.500

2.000

30C

Burner: diameter/length

mm

63/110

Number of diaphragm holes

n° 1 1

Diaphragm holes diameter

mm

4,3

Heating maximum gas capacity

Sm³/h

2,54

-

kg/h - 1,86

DHW maximum gas capacity

Sm³/h

3,17

-

kg/h - 2,33

Heating minimum gas capacity

Sm³/h

0,45

-

kg/h - 0,47

DHW minimum gas capacity

Sm³/h

0,45

-

kg/h - 0,47

Number of fan rotations with slow ignition

rpm

5.500

Maximum number of heating fan rotations

rpm

6.500

Maximum number of DHW fan rotations

rpm

7.900

Minimum number of heating fan rotations

rpm

1.500

2.000

Minimum number of DHW fan rotations

rpm

1.500

2.000

35C

Burner: diameter/length

mm

63/120

Number of diaphragm holes

n° 1 1

Diaphragm holes diameter

mm

5,2

Heating maximum gas capacity

Sm³/h

3,17

kg/h 2,33

DHW maximum gas capacity

Sm³/h

3,66

kg/h 2,69

Heating minimum gas capacity

Sm³/h

0,52

kg/h 0,54

DHW minimum gas capacity

Sm³/h

0,52

kg/h 0,54

Number of fan rotations with slow ignition

rpm

5.000

Maximum number of heating fan rotations

rpm

6.900

6.500

Maximum number of DHW fan rotations

rpm

7.800

7.500

Minimum number of heating fan rotations

rpm

1.500

1.900

Minimum number of DHW fan rotations

rpm

1.500

1.900

40

EXCLUSIVE

Parameter

Symbol

EXCLUSIVE

25C

EXCLUSIVE

30C

EXCLUSIVE

35C

Unit

Seasonal space heating energy efficiency class

- A A A -

Water heating energy efficiency class

- A A A -

Rated heat output

Pnominal

18

24

29

kW

Seasonal space heating energy efficiency

ηs

94

%

Useful heat output

At rated heat output and high-temperature regime (*)

P4

17.6

23.5

29.4

kW

At 30% of rated heat output and low-temperature regime (**) P1 5.9 7.9 9.8 kW

Useful efficiency

At rated heat output and high-temperature regime (*)

η4

88.2

88.3

88.1

%

At 30% of rated heat output and low-temperature regime (**) η1 98.9

98.9

98.6 %

Auxiliary electricity consumption

At full load

elmax

28.0

37.0

40.0

W

At part load

elmin

14.0

W

In Stand-by mode

PSB

3.0

W

Other parameters

Stand-by heat loss

Pstby

42.0

37.0

W

Pilot lame energy consumption

Pign - - - W

Annual energy consumption

QHE

37

42

52

GJ

Sound power level, indoors

LWA

51

53 - dB

Emissions of nitrogen oxides

NOx

46

33

41

mg/kWh

For combination heaters

Declared load profile

XL

Water heating energy efficiency

ηwh

86

85

%

Daily electricity consumption

Qelec

0.127

0.167

0.148

kWh

Daily fuel consumption

Qfuel

22.777

22.921

23.093

kWh

Annual electricity consumption

AEC

28

37

32

kWh

Annual fuel consumption

AFC

17

GJ

INSTALLER - - SERVICE ENGINEER - PLEASE NOTE

USER

Conditional Warranty

This appliance is a sophisticated piece of equipment it is designed to give long term reliable service when maintained as intended It may fail prematurely if it is not serviced. Service is a legal requirement in the EU

The NZ warranty on this appliance is conditional upon annual service being carried out. Where service is not carried out the manufacture/distributor accepts no liability for any failure that could be associated to a lack of maintenance.

Service invoice records must be made available when making a claim.

This includes but not exclusively Sensors electrodes heat exchangers and safety devices.

Note servicing of this appliance should only be carried out by a competent engineer with detailed knowledge and training – Commissioning and servicing Training is available in NZ through the distributors.

A schedule of service requirements is shown on page 28. Please note the requirement to replace the burner chamber seal at each service

Labour allowances under the appliance warranty is limited to the manufacturers schedule of time allowances

rounded up to the hour plus 1 hour for diagnosis, This is a fair representation of the time that an experienced competent engineer would require to rectify a fault (Travel expensed are limited to the terms set out by the distributor) (call out charges will only be covered in case of immediate danger to life or property)

(*) High-temperature regime means 60 °C return temperature at heater inlet and 80 °C feed temperature at heater outlet. (**) Low temperature means for condensing boilers 30 °C, for low-temperature boilers 37 °C and for other heaters 50 °C return

temperature (at heater inlet).

41

ENGLISH

25-30 kW 35 kW

[EN] - Functional elements of the

appliance

1 Pressure gauge 2 Drain valve 3 3-way valve motor 4 Domestic hot water heat exchanger 5 Safety valve 6 Circulator 7 Lower air vent valve 8 NTC return line probe 9 Burner

16

19

8

27

10 Conveyor 11 Fan 12 Mixer 13 Ignition transformer 14 Flue gas exhaust 15 Degassing unit pipe 16 Flue gas probe 17 Upper air vent valve 18 Limit thermostat 19 NTC delivery probe 20 Flame ignition electrode 21

Flame detection electrode/Ionization sensor

22 Expansion vessel 23 Main heat exchanger 24 Pressure transducer 25 Gas diaphragm 26 Gas valve 27 Domestic hot water NTC probe 28 Condensate syphon 29 Flow meter 30 Non-return valve 31 Filling solenoid 32 Filling tap

1

EXCLUSIVE

X10

rosso

A9

F

rosa

2

1

1 2 3 4 5

1

X23

REC

EXCLUSIVE

“L-N” POLARITY

IS RECOMMENDED

2

41

X11

blu

giallo

grigio

grigio bianco

bianco

X18 X22

blu marrone

marrone

CN1

blu

rosso

blu marrone

viola

rosso

marrone (-)

blu (sign.)

nero (alim.)

grigio

marrone

blu

X12

rosso (+)

rosa (PWM)

blu (HS)

grigio (-)

X14 X17

rosso

blu

viola

bianco

blu marrone

verde A1)

bianco(K1)

rosso (A2)

arancione (K2)

rosso (A2)

bianco(K1)

verde A1)

marrone

blu giallo/verde

rosso (+)

nero (-)

giallo (B)

arancione (A)

1 2

OPE

1

2

3

4

1 2

3 4

5 6

7 8

9 10

11 12

13 14

15 16

1718

19 20

-

A B + TA

TBOL TBT SE

OT+ SBOL X1 X2

PWM

3

X8

1

A

5 4 3

6

X1

6 1 2 1 5

1

6

1

5

1

T.L.A.

C

-t°

blu (-)

marrone (+)

M4

blu

marrone

2

X1

X15

F2=4A T

12

1

X25

X9

S.M.

S.R.

-t°

S.F.

-t°

P

230 V

N L

B

F= 3.15A F

M3

V Hv

C.S.A.

TSC2

N

F

EA

X6

1 3 1

AKM0x

10 1

X13

F.L.

arancione

E.R.

X3 X7

1 5 1

4

1 3

X8

S.S.

X21 X2

3

1

MOD

4 1 6

T.P.

blu

marrone

X4

X19

1

X15

SW1 bianco (TBT)

6

1

5

1

X16

5 4 3 2

X4

X6

1 2 3 4

1

2 3 4

3 2 1

BE20

J1

X10

141516 17 1 2 + B A -

5 6 7 8 9 10

(TA)

(TBT) (SE) (OT+)

D

V Lv

3V

rosso (+)

giallo (B)

arancione (A)

nero (-)

arancione (SE) arancione (SE)

rosa (OT+) rosa (OT+)

nero (TA) nero (TA)

bianco (TBT)

M20

1

X14

5

1

X11

6

X25

3 4 5

1 2

12

X9 1

10

X19

1

X13

4

1

X12

EXCLUSIVE

42

[EN] – Multi wire wiring diagram

Blu=Blue/Marrone=Brown/Nero=Black/Rosso=Red/Bianco=White/

Viola=Violet/Rosa=Pink/Arancione=Orange/Grigio=Grey/Giallo=Yellow/

Verde=Green

TBT SE OT+

Low temperature thermostat Outdoor temperature sensor Open therm

A = Gas valve B = 230V auxiliary C = Not used

P

SBOL X1 - X2 Pump

Not used Not used

E.R.

Flame detection electrode

S.M.

Temperature low sensor on primary circuit

F

External fuse 3.15A T

S.R.

Temperature return sensor on primary circuit

F2

Fuse 4A T

F.L.

Domestic hot water low switch

M3-M4

Terminal board for external connections: 230V

S.S.

Domestic hot water circuit temperature probe (NTC)

M20

Electrical box for external connections

T.P.

Pressure transducer

(- A B +) Bus 485

MOD

Modulator

TA Room thermostat (contact without voltage)

V Lv

Fan control signal

TBOL Not used

3V

3-way valve stepper servomotor

D C B A 3

A Cold water inlet B Hot water outlet C Heating delivery D Heating return 1 Non-return valve 2 Drain valve 3 Safety valve 4 Automatic by-pass 5 Three-way valve 6 Circulator 7 Lower air vent valve 8 Pressure transducer 9 Pressure gauge 10 Expansion vessel 11 NTC return probe 12 Primary heat exchanger 13 NTC delivery probe 14 Limit thermostat 15 Upper air vent valve 16 Air/water separator 17 DHW exchanger 18 Domestic hot water NTC probe 19 Filling solenoid 20 Filling tap 21 Flow rate limiter 22 Flow switch 23

DHW filter

22

23 2 21

1

20

1 4 3

1 19

5

18

8

7

6

9

17

10

11

[EN] - Water circuit

15

16

12

13 14

Via Risorgimento 13 - 23900 Lecco (LC) Italy

Caldaia a condensazione Condensing boiler

D: l/min

Qn

80-60 °C

Qm

80-60 °C

Qmin

80-60 °C

Qn

50-30 °C

Serial N.

230 V ~ 50 Hz W

NOx:

Qn (Hi) = kW

kW

Pmw = bar T= °C

IP

Pn =

kW

Pms = bar T= °C

D = Voltage free contact input AKM0X Control board

REC Remote control panel BE20 Board led:

green led (operating or temporary stop)

red led (boiler in lockout) X1-X25-CN1 Connection connectors S.W.1 Chimney sweep and interruption of the venting cycle

PWM PWM signal OPE Gas valve operator V Hv Fan power supply 230 V C.S.A. Semi-automatic heating system loading TSC2 Ignition transformer E.A. Ignition electrode T.L.A. Water limit thermostat S.F. Flue gas probe

Domestic hot water function

Pmw Maximum DHW pressure

[EN] - Serial number plate

Heating function

Qn Nominal heat delivery Pn Nominal heat output Qm Reduced heat delivery Qmin Minimal heat output IP Degree of Protection

Pms Maximum heating pressure T Temperature D Speciic low rate NOx NOx class

EXCLUSIVE

43

Residual head (mbar)

Residual head (mbar) Residual head (mbar)

Residual head of circulator

The residual head for the heating system is represented in graph 1, according to the low rate. The piping on the heating system must be sized taking into account the available residual head value.

graph1

6-metre circulator (as standard)

graph 2

7-metre circulator (optional)

graph 3

5-metre circulator (optional)

graph 4

4-metre circulator (optional)

Bear in mind that the boiler will operate correctly if there is sufficient water circulation in the heat exchanger.

To this end, the boiler is fitted with an automatic by-pass which is designed to ensure water low rate into the heat exchanger is correct under any installation conditions.

600

550

500

450

400

350

300

250

200

150

100

50

0

0 100 200 300 400 500 600 700 800 900 1000 1100 1200

700

650

600

550

500

450

400

350

300

250

200

150

100

50

0

0 100 200 300 400 500 600 700 800 900 1000 1100 1200 1300

500

450

400

350

300

250

200

150

100

50

0

0 100 200 300 400 500 600 700 800 900 1000 1100 1200

400

350

300

250

200

150

100

50

0

0 100 200 300 400 500 600 700 800 900 1000

Flow rate (l/h)

4

EXCLUSIVE

44

A

B

25C

30C

35C

C

275

350

5

C

A

[EN]

A = condensate drain B = water - gas

6

measured in mm

7

8

9

10

boiler support plate (F)

R M G AC AF

[EN] R heating return 3/4” M M heating delivery 3/4” M G gas connection 3/4” M AC hot water 1/2” M AF cold water 1/2” M

V

11

6a

distances in mm

V1

EXCLUSIVE

45

D

1 2

3 4 5 6 7 8 9 10 11 12 13 14 15 16 1718 19 20

-

A B +

TA TBOL TBT SE OT+

SBOL X1

X2

EN

1-2-3-4

(- A B +) Bus 485

5-6

TA

Room thermostat (contact without voltage)

7-8

TBOL

Not used

9-10

TBT

Low temperature thermostat

11-12

SE

Outdoor temperature sensor

13-14

OT+

Open therm

15-16

SBOL

Not used

17-18

X1

Not used

19-20

X2

Not used

16

Voltage free contact input

M20

Voltage free contact input

12

B

C

A

14

90° bend

A

C

B

13

adaptor

FLUE GASES SUCTION PIPES IN SITES COAXIAL PIPE Ø 60-100mm

A

B

C

15

90° bend

lange installed as standard

TWIN PIPE Ø 80mm

90° bend

COAXIAL PIPE Ø 80-125mm

f

lange installed

as standard

A

B

C

A

C

A

C B

A

C

lange installed as standard

lange installed

as standard

EXCLUSIVE

46

Curva climatica GIORNO

C urva climatica NOTTE

chimney for ducting Ø

60 mm or Ø 50 mm

A

90° bends Ø 80 mm

C B

4,5m Ø 80 mm

Ø 80-60 mm or

Ø 80-50 mm reduction

90° bend Ø 60 mm Ø 50 mm

or Ø 80 mm

15a

16

15 °C

20 °C

25 ° C

E

length

E

90

80

70

A

GRAPHIC 1 - THERMOREGULATION CURVES

B

GRAPH 2 - WEATHER COMPENSATION CURVE

C

GRAPHIC 3 - PARALLEL NIGHT-TIME

50

REDUCTION

40

G

D E

OUTSIDE TEMPERATURE (°C) DELIVERY TEMPERATURE (°C)

30

F

DAY temperature curve

V = 1500mm

F

G

17

A

100

90

T80

80

70

60

50

T45

40

30

20

20 15 10 5

3,0

0 -5

D

C

2,5

-10

2,0

-15

1,5

1,0

0,8

0,6

0,4

0,2

-20

90

80

70

60

50

40

30

20

10

30 25 20 15

B

10 5

0 -5

-10

-15

-20

D

[EN]

60

20 °C

20

16 °C

10

20 15 10 5

0 -5

D

-10

-15

-20

G NIGHT temperature curve T80 std systems heating temperature set

point (jumper pos.1 not inserted)

T45 floor systems heating temperature set

point (jumper pos.1 inserted)

EXCLUSIVE

47

flue gas pipe length

(m) flue gas pipe length

(m)

MAX LENGTH PIPES Ø 80 + Ø 80

130

125

120

115

110

105

100

95

90

85

80

75

70

65

60

55

50

45

40

35

30

25

20

15

10

5

0

0 5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 80 85 90 95 100 105 110 115 120 125 130 135 140 145 150 155 160 165 170 175

EXCLUSIVE 25C

air suction pipe length (m)

95

90

85

80

75

70

65

60

55

50

45

40

35

30

25

20

15

10

5

0

EXCLUSIVE 30C

0 5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 80 85 90 95 100 105 110 115 120 125

air suction pipe length (m)

65

60

55

50

45

40

35

30

25

20

15

10

5

0

0 5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 80 85 90 95 100

18

EXCLUSIVE 35C

air suction pipe length (m)

Cod. 20125304 - 05/17 - Ed. 1

Thank you for your purchase

Leave this document with the appliance

Service this boiler once every 12 months

Service is a requirement under warranty

Boiler Training is available from Heat IQ

Beretta distributors for New Zealand

Via Risorgimento, 23/A 23900 LECCO Italy

info@berettaboilers.com www.berettaboilers.com www.heatiq.co.nz sales@heatiq.co.nz 06 3447392 Distributed in NZ by Tradepoint Ltd Heat IQ

In order to improve its products, Beretta reserves the right to modify the characteristics and information contained in this manual at any time and without prior notice. Consumers statutory rights are not affected.

Beretta EXCLUSIVE 30C, EXCLUSIVE 25C, EXCLUSIVE 35C Installation And User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual