Radiant DIAGNOCODE SM 20015 Instruction Manual

CE 0694 TA02E002.B1103

Technical Specification RADIANT BRUCIATORI S.p.A. Montelabbate (PU) ITALY ENGLISH

Setting Instruction Manual

for boilers with

DIAGNOCODE SM 20015

Printed Circuit Board

mod.

RSF 30 E

RMA 24 E x RMAS 20 E x RMAS 24 E x RMAS 30 E

RMA 21 E NOx x RMAS 21 E/3S

RBA 24 E x RBA 35 E x RBA 100 E

RBA CS 24 E x RBA CS 30 x RBA CS 100 E x RBA CS 30/100

RMAS 20 E/Plusbox x RMAS 24 E/Maxibox x RMAS 30 E/Superbox

P.C.B. SM 20015 – boiler settings

INDEX

CONTROL PANEL page 1

DIAGNOCODE SM 20015 ELECTRONIC PRINTED CIRCUIT BOARD: page 2

ERROR CODES page 3

FUNCTIONS CODES page 3

PARAMETERS TABLE page 4

Parameters Setting procedure No. 1 page 5

2 page 5

3 page 6

4 page 6

5 page 7

6 page 7

7 page 8

8 page 8

9 page 9

10 page 9

11 page 10-11

GAS PRESSURE DIAGRAMS page 12-13

ELECTRICAL WIRING DIAGRAMS page 14-16

P.C.B. SM 20015 – boiler settings

1

CONTROL PANEL

1

ON / OFF POWER BUTTON

2

HEATING TEMPERATURE ADJUSTMENT KNOB

3

DOMESTIC HOT WATER TEMPERATURE ADJUSTMENT
KNOB

6

MODE SELECTION PAD (SUMMER ONLY / WINTER ONLY
/ SUMMER AND WINTER)

5

CHIMNEY-SWEEPER SELECTION PAD / PARAMETER
SETTING SERVICE PAD

4

OUTSIDE TEMPERATURE DISPLAY PAD (ONLY WITH

OPTIONAL OUTSIDE TEMPERATURE SENSOR FITTED)

14

TEMPERATURE AND ERROR CODES DISPLAY

13

WATER DEFICIENCY INDICATOR

12

WATER PRESSURE LEVEL 1 BAR INDICATOR

11

WATER PRESSURE LEVEL 1.5 BAR INDICATOR

10

GENERAL LOCK-OUT WITH FLASHING ERROR CODE ON
DISPLAY

9

HEATING MODE (STABLE LIGHT)

HEATING OPERATION (FLASHING LIGHT)

8

DOMESTIC HOT WATER MODE (STABLE LIGHT);

DOMESTIC HOT WATER OPERATION (FLASHING LIGHT).

P.C.B. SM 20015 – boiler settings

2

DIAGNOCODE

SM 20015 ELECTRONIC PRINTED CIRCUIT BOARD

cod. 76655LA

M3

M5

M6

M7

M11

M13

M2

M4

M1

M12

M10

M8

M9

TECHNICAL SPECIFICATION

New generation printed circuit board with easy settings of boiler parameters.

Special features: :

Exclusively for technicians settings

• Standard / reduced heating temperature

• Water-Hammer prevention function

• Short cycling function-3 minutes, heating circuit

• Pump overrun function - heating circuit

• Pump overrun function - dom. hot water circuit

• Minimum output setting

• Maximum heating output setting

User settings

• On / Off operation

• Heating temperature adjustment from 30 to 80 °C

• Domestic Hot Water adjustment from 35 to 65 °C

• Mode Selection: summer only / winter only /

summer and winter

• Lock-out

• Normal water pressure

• Water deficiency safety switch

• Temperature display

P.C.B. SM 20015 – boiler settings

3

ERROR CODES:

IONISATION LOCK-OUT

HIGH LIMIT THERMOSTAT LOCK-OUT

FLUE SAFETY THERMOSTAT LOCK-OUT (FOR OPEN CHAMBER MODELS ONLY)

WATER PRESSURE SWITCH LOCK-OUT

HEATING SENSOR FAILURE

DOMESTIC HOT WATER SENSOR FAILURE

STORAGE TANK WATER SENSOR FAILURE

AIR PRESSURE SWITCH LOCK-OUT

REQUEST OF PARAMETERS RE-SETTING

FUNCTIONS CODES

CODE TYPE OF FUNCTION DESCRIPTION

CHIMNEY-SWEEPER

FUNCTION ON

THE CHIMNEY-SWEEPER FUNCTION IS ACTIVATED BY KEEPING PRESSED
"SERVICE" PAD FOR 5 SECONDS. TO CANCEL IT RESET THE UNIT BY
PUSHING ON/OFF BUTTON.
THIS FUNCTION BRINGS THE UNIT TO THE MAX HEATING GAS PRESSURE
FOR 15 MINUTES WITHOUT MODULATING DOWN. IT IS USEFUL WHILE
CARRYING ON THE COMBUSTION TEST.

ANTI-FROST FUNCTION

HEATING CIRCUIT

THIS FUNCTION COMES INTO OPERATION WHEN THE HEATING SENSOR
SENSES A 5°C TEMPERATURE. THE BOILER STARTS AT THE MINIMUM GAS
PRESSURE, WITH THE 3-WAY VALVE IN WINTER POSITION. THE BOILER
STOPS WHEN THE TEMPERATURE TAKEN BY THE SENSOR HAS REACHED
30°C .

ANTI-FROST FUNCTION
DOMESTIC HOT WATER

CIRCUIT

THIS FUNCTION COMES INTO OPERATION WHEN THE HOT WATER SENSOR
SENSES A 4 °C TEMPERATURE. THE BOILER STARTS AT THE MINIMUM GAS
PRESSURE, WITH THE 3-WAY VALVE IN SUMMER POSITION AND HEATS THE
HOT WATER CIRCUIT. THE BOILER STOPS WHEN THE TEMPERATURE TAKEN
BY THE HOT WATER SENSOR HAS REACHED 8°C .

ANTI-FROST FUNCTION

D.H.W. CIRCUIT - STORAGE

BOILERS.

SAME OPERATION AS THE ANTI-FROST FUNCTION OF D.H.W. CIRCUIT FOR
INSTANTANEOUS BOILERS.

LEGIONELLA PREVENTION

FUNCTION.

FUNCTION ACTIVE FOR STORAGE BOILERS ONLY. IT COMES INTO
OPERATION EVERY 7 DAYS .
IT BRINGS THE HOT WATER TEMPERATURE OF THE STORAGE CYLINDER UP
TO 60°C WHATEVER TEMPERATURE VALUE IS SET FOR HOT WATER.

NOT COMPATIBLE

REMOTE CONTROL.

THIS CODE IS DISPLAYED WHEN THE REMOTE CONTROL OR OUTSIDE
TEMPERATURE SENSOR CONNECTED ARE NOT ORIGINAL RADIANT PARTS.

12

1

1

P.C.B. SM 20015 – boiler settings

4

PARAMETERS TABLE

PARAMETER

NUMBER

TYPE OF OPERATION

PARAMETER

VALUE

FUNCTION

page

0 BOILER TYPE SELECTION

00

 01

WALL MOUNTED OR FLOOR STANDING
OIL FLOOR STANDING UNIT

1 BOILER TYPE SELECTION

00
01
02

INSTANTANEOUS
WITH STORAGE CYLINDER
WITH STORAGE CYLINDER-COMFORT
(+ 7°C)

3

2 GAS TYPE SELECTION

00
01

NATURAL GAS
L.P.G.

4

3

HEATING TEMPERATURE
SETTING

00
01

STANDARD: from 30 to 80°C
REDUCED : from 25 to 40°C

5

4

PUMP SETTING IN HEATING
MODE

00
01

STANDARD (PUMP OVERRUN 3”)
PERMANENT (PUMP ON ALL THE TIME)

6

5

WATER-HAMMER PREVENTION
SETTING

00
01

EXCLUDED
ACTIVE (2” STANDBY)

7

6

SHORT CYCLING FUNCTION ­HEATING CIRCUIT
(FACTORY CALIBRATED AT 180” ­PARAMETER VALUE “36” )

00 - 90

EXPRESSED IN STEPS OF 5 SEC.
Ex. 90 x 5 = 450“ (7.5 MIN.)

8

7

PUMP OVERRUN -
HEATING CIRCUIT
(FACTORY CALIBRATED AT 180”­PARAMETER VALUE “36” )

00 - 90

EXPRESSED IN STEPS OF 5 SEC.
Ex. 90 X 5 = 450“ (7.5 MIN.)

9

8

PUMP OVERRUN
DOM. HOT WATER CIRCUIT
(FACTORY CALIBRATED AT 90”)

00 - 90

EXPRESSED IN STEPS OF 5 SEC.
Ex. 90 X 5 = 450“ (7.5 MIN.)

10

9 MIN. GAS MODULATION SETTING 0 – 50%

FACTORY CALIBRATED (Mechanical
minimum)

-

10

MINIMUM HEATING OUTPUT
SETTING

0 – 50% FACTORY CALIBRATED -

11

MAXIMUM GAS PRESSURE
SETTING - MAXIMUM HEATING
OUTPUT SETTING

MAX GAS - 99 11

 Parameter cancelled starting from June 2003

P.C.B. SM 20015 – boiler settings

5

Parameter 1 setting: BOILER TYPE SELECTION

To modify the Parameter value:

a. Put ON/OFF button

1 in OFF position ( );

b. Push pad 6 and simultaneously and keep them pressed;

c. Put ON/OFF button

1 in ON position ( ) and wait until the display shows - ;

d. Release pad

6 and ;

e. Keeping pad

5 pressed, press pad 6 and select parameter no. ;

f. Release service pad

5 ; press and release service pad 5 ;

g. The display

will show the parameter value to be set or modified;

h. Press pad

6 or to modify (increase or decrease) the parameter value instantaneous type, storage type or storage

type comfort;

i. Press and release service pad

5 to confirm setting;

j. The display will show parameter no.

;

k. Position ON/OFF button

1 first in OFF position ( ) and back to ON position ( );

Parameter 2 setting: GAS TYPE SELECTION

To modify the Parameter value:

a. Put ON/OFF button 1 in OFF position ( );

b. Push pad 6 and simultaneously and keep them pressed;

c. Put ON/OFF button

1 in ON position ( ) and wait until the display shows - ;

d. Release pad

6 and ;

e. Keeping pad

pressed, press pad 6 and select parameter no ;

f. Release service pad

5 ; press and release pad service ;

g. The display

will show the parameter value to be set or modified;

h. Press pad

6 or to modify (increase or decrease) the parameter value NATURAL GAS, L.P.G ;

i. Press and release service pad

to confirm setting;

j. The display will show parameter no.

;

k. Position ON / OFF button 1 first in OFF position ( ) and back to ON position ( );

P

L

0

P

P.C.B. SM 20015 – boiler settings

6

Parameter 3 setting: HEATING TEMPERATURE SETTING

To modify the Parameter value:

a. Put ON/OFF button

1 in OFF position ( );

b. Push pad 6 and simultaneously and keep them pressed;

c. Put ON/OFF button

1 in ON position ( )and wait until the display shows - ;

d. Release pad

6 and ;

e. Keeping pad

5 pressed, press pad 6 and select parameter no. ;

f. Release service pad

5 ; press and release service pad 5 ;

g. The display

will show the parameter value to be set or modified;

h. Press pad

6 or to modify (increase or decrease) the parameter value STANDARD from 30 to 80°C, REDUCED from 25 to

40°C ;

i. Press and release service pad

5 to confirm setting;

j. The display will show parameter no.

;

k. Position ON/OFF button

1 first in OFF position ( ) and back to ON position ( );

Parameter “4” setting: PUMP SETTING IN HEATING MODE

To modify the Parameter value:

a. Put ON/OFF button

1 in OFF position ( );

b. Push pad 6 and simultaneously and keep them pressed;

c. Put ON/OFF button

1 in ON position ( ) and wait until the display shows - ;

d. Release pad

6 and ;

e. Keeping pad

pressed, press pad 6 and select parameter no. ;

f. Release service pad

; press and release service pad ;

g. The display

will show the parameter value to be set or modified;

h. Press pad

6 or to modify (increase or decrease) the parameter value STANDARD (pump overrun), PERMANENT (pump

ON all the time);

i. Press and release service pad

to confirm setting;

j. The display will show parameter no.

;

k. Position ON/OFF button

1 first in OFF position ( ) and back to ON position ( );

P

P

P.C.B. SM 20015 – boiler settings

7

Parameter 5 setting: WATER-HAMMER PREVENTION SETTING

To modify the Parameter value:

a. Put ON/OFF button

1 in OFF position ( );

b. Push pad 6 and simultaneously and keep them pressed;

c. Put ON/OFF button

1 in ON position ( ) and wait until the display shows - ;

d. Release pad

6 and ;

e. Keeping pad

pressed, press pad 6 and select parameter no. ;

f. Release service pad

; press and release service pad ;

g. The display

will show the parameter value to be set or modified;

h. Press pad

6 or to modify (increase or decrease) the parameter value EXCLUDED, ACTIVE – 2 sec. Stand by;

i. Press and release service pad

to confirm setting;

j. The display will show parameter no

;

k. Position ON/OFF button

1 first in OFF position ( ) and back to ON position ( );

Parameter 6 setting: SHORT CYCLING FUNCTION - HEATING CIRCUIT - adjustable from 0 to 7.5 minutes

Factory calibrated at 3 minutes STANDBY

To modify the Parameter value:

a. Put ON/OFF button

1 in OFF position ( );

b. Push pad 6 and simultaneously and keep them pressed;

c. Put ON/OFF button

1 in ON position ( ) and wait until the display shows - ;

d. Release pad

6 and ;

e. Keeping pad

pressed, press pad 6 and select parameter no. ;

f. Release service pad

; press and release service pad ;

g. The display

will show the parameter value to be set or modified;

h. Press pad

6 or to modify (increase or decrease) the parameter value from to (factory calibrated = 3 minutes);

i. Press and release service pad

to confirm setting;

j. The display will show parameter no.

;

k. Position ON/OFF button

1 first in OFF position ( ) and back to ON position ( );

P

P

6

P.C.B. SM 20015 – boiler settings

8

Parameter 7 setting: PUMP OVERRUN - HEATING CIRCUIT adjustable from 0 to 7.5 minutes.

Factory calibrated at 3 minutes STANDBY.

(N.B. DO NOT set the overrun time under 3 minutes)

To modify the Parameter value:

a. Put ON/OFF button

1 in OFF position ( );

b. Push pad 6 and simultaneously and keep them pressed;

c. Put ON/OFF button

1 in ON position ( ) and wait until the display shows - ;

d. Release pad

6 and ;

e. Keeping pad

pressed, press pad 6 and select parameter no ;

f. Release service pad

; press and release service pad ;

g. The display

will show the parameter value to be set or modified;

h. Press pad

6 or to modify (increase or decrease) the parameter value from to (factory calibrated = to 3 minutes);

i. Press and release service pad

to confirm setting;

j. The display will show parameter no.

;

k. Position ON/OFF button

1 first in OFF position ( ) and back to ON position ( );

Parametr 8setting: PUMP OVERRUN - DOMESTIC HOT WATER CIRCUIT adjustable from 0 to 7.5 minutes.

Factory calibrated at 1.30 minutes STANDBY.
(N.B. DO NOT set the overrun time under 1.30 minutes)

To modify the Parameter value:

a. Put ON/OFF button

1 in OFF position ( );

b. Push pad 6 and simultaneously and keep them pressed;

c. Put ON/OFF button

1 in ON position ( ) and wait until the display shows - ;

d. Release pad

6 and ;

e. Keeping pad

pressed, press pad 6 and select parameter no. ;

f. Release service pad

; press and release service pad ;

g. The display

will show the parameter value to be set or modified;

l. Press pad

6 or to modify (increase or decrease) the parameter value from to (factory calibrated = to 90 seconds;

h. Press and release service pad

to confirm setting;

i. The display will show parameter no.

;

j. Position ON/OFF button

1 first in OFF position ( ) and back to ON position ( );

P

L

0

P

1

P.C.B. SM 20015 – boiler settings

9

D

10

20

30

40

MANOMETRO

9: Mechanical minimum gas pressure setting

The mechanical minimum gas pressure is factory calibrated on all boilers at 17/18 mmH20.

When replacing the gas valve adjust the mechanical minimum pressure as follows:

:

• Using a single cut screwdriver turn D screw (fig.1 ) clockwise and tight it ;

• To adjust the mechanical minimum, turn D screw (fig.1) counter-clockwise for

two complete turns.

Parameter 10 setting: MINIMUM HEATING OUTPUT SETTING

To check or modify the existing pressure value:

a. insert a manometer into the gas valve pressure point B (fig.1);

b. Put ON / OFF button

1 in OFF position ( );

c. Push pad

6 and simultaneously and keep them pressed;

d. Put ON / OFF button

1 in ON position ( ) and wait until the display shows - ;

e. Release pad

6 and ;

f. Keeping pad

pressed, press pad 6 and select parameter no. ;

g. Release service pad

, press and release service pad ;

h. The display

will show the parameter value to be set or modified;

i. The manometer inserted in the pressure point B (fig. 1) will show the minimum gas pressure;

j. If that value is different than the one stated on the data plate, modify it by pressing pad

6 to increase or pad to decrease gas pressure ;

k. Once the minimum gas pressure has been adjusted, switch the boiler OFF by putting ON / OFF button

1 in OFF position ( );

l. Remove the silicon pipe from the pressure point B (fig.1), close tightly the pressure point screw and make sure there are no gas leaks;

m. Position the ON / OFF button

1 in ON position ( );

Gas valve VK 4105G

P

1

Fig. 1

P.C.B. SM 20015 – boiler settings

10

D

B

10

20

30

40

A

MANOMETRO

C

Parameter 11 setting: MAXIMUM GAS PRESSURE SETTING - MAXIMUM HEATING OUTPUT SETTING

To check or modify the existing pressure value:

a. Insert a manometer into the gas valve pressure point B (fig.1);

b. Put ON / OFF button

1 in OFF position ( );

c. Push pad

6 and simultaneously and keep them pressed;

d. Put ON / OFF button

1 in ON position ( ) and wait until the

display shows

- ;

e. Release pad

6 and ;

f. Keeping pad

pressed, press pad 6 and select parameter no. ;

g. Release service pad

, press and release service pad ;

h. The display

will show the parameter value to be set or modified;

i. Press pad

6 to reach value on display;

j. Once the parameter value “99” has been reached, press and release service pad

the display will show value ;

k. Position ON/OFF button

1 in OFF position ( ) and back to ON position ( );

l. Open the hot water tap at the maximum flow and temperature to switch the boiler ON;

m. The manometer inserted in the pressure point B (fig. 1) will show the maximum gas pressure

n. If that value is different than the one stated in the data plate (see Gas Pressure adjustment table) modify it as follows:

o. Remove the aluminium cap A (fig.1) and, with a screwdriver, turn the plastic screw;

p. Turn clockwise to increase gas pressure and counter clockwise to decrease gas pressure;

q. Once the maximum gas pressure has been adjusted screw aluminium cap A back to position onto the gas valve;

r. Switch the boiler OFF by putting ON/OFF button

1 in OFF position ( );

s. Remove the silicon pipe from the pressure point B (fig.1), close tightly the pressure point screw and make sure there are no gas leaks.

1

P

1

1

Gas valve VK 4105G

Fig. 1

P.C.B. SM 20015 – boiler settings

11

D

B

10

20

30

40

A

MANOMETRO

C

Parameter 11 setting: MAXIMUM HEATING OUTPUT SETTING

To check or modify the existing pressure value:

a. Insert a manometer into the gas valve pressure point B (fig.1);

b. Put ON/OFF button

1 in OFF position ( );

c. Push pad

6 and simultaneously and keep them pressed;

d. Put ON/OFF button

1 in ON position ( ) and wait until the display shows

- ;

e. Release pad

6 and ;

f. Keeping service pad

pressed, press pad 6 and select parameter no. ;

g. Release service pad

press and release service pad ;

h. The display

will show the parameter value to be set or modified;

i. Press pad

6 to increase or pad to decrease gas pressure according to heating system kW (output) requirement as per table 1 (the gas

pressure value will be displayed in the manometer);

j. Once the required pressure has been reached, press and release service pad

, the display ill show value ;

t. Position the ON/OFF button

1 in OFF position ( )

k. Remove the silicon pipe from the pressure point B (fig.1), close tigly the pressure point screw and make sure there are no gas leaks;

l. Put the ON/OF button in ON position (

);

Gas valve VK 4105G

Fig. 1

P

1

1

P.C.B. SM 20015 – boiler settings

12

MAXIMUM HEATING OUTPUT GAS PRESSURE DIAGRAMS

For 24 kW output boilers

(G20 - G30/31)

LPG

NATURAL GAS

0

2

4

6

8

10

12

14

16

18

20

22

24

26

28

0123456789101112131415161718192021222324252627282930313233

Gas pressure in mbar

Output capacity in kW

For 27 kW output boilers

(G20 - G30/31)

L,P,G,

NATURAL GAS

0

5

10

15

20

25

30

35

0246810121416182022242628303234

Gas pressure in mbar

Output capacity in kW

For 32 kW output boilers

(G20 - G30/31)

L.P.G.

NATURAL GAS

0

2

4

6

8

10

12

14

16

18

20

22

24

26

28

30

32

34

36

38

0 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34

Gas Pressure in mbar

Output capacity in kw

mod.

RMAS 20 E

RMAS 20 E /Plusbox

mod.

RMA 24 E

RMAS 24 E

RBA 24 E

RBA CS 24 E

RBA 100 E

RBA CS 100 E

RMAS 24 E / Maxibox

mod.

RMAS 30 E

RBA CS 30

RBA CS 30/100

RMAS 30 / Superbox

P.C.B. SM 20015 – boiler settings

13

MAXIMUM HEATING OUTPUT GAS PRESSURE DIAGRAM

For 32 kW output boilers

(G20 - G30/31)

METANO

G.P.L.

14

16

18

20

22

24

26

28

30

32

34

36

0123456789101112131415161718192021222324252627282930313233

Pressione gas in mbar

Portata termica in kW

For 23 kW output boilers

(G20 - G30/31)

GPL

METANO

NATURAL GAS

L.P.G.

0

2

4

6

8

10

12

14

16

18

20

22

24

26

28

0 2 4 6 8 101214161820222426

Gas burner pressure in mbar

Output capacity in kW

mod.

RMA 21 E NOx

RMAS 21 E/3S

mod.

RBA 35 E

P.C.B. SM 20015 – boiler settings

14

WIRING DIAGRAMS – OPEN COMBUSTION CHAMBER BOILERS

PRINTED CIRCUIT BOARD CVI-M SM20015 (cod. 76655LA)

R

22

M4

M4

1918 2120

C

brown

light-blue

light-blue

black

SC

brown

VD

red

electric connection with
MATER XP300 water
pressure switch

50

black

black

black

black

white

4645 47 4948

SRSS

MF

brown

M8

brown

5755 56 58 59

black

black

brown

60 61

M9

light-blue

light-blue

PWM

1,5bar

1bar

+

M3

-

M5

M6

M7

M11

M13

+-

- 3-WAY DIVERTER VALVE

- IGNITION ELECTRODE

- IONISATION ELECTRODE

M2

M5

567 98

M1

123 4

brown

light-blue

IG

black

black

17

1

-

PWM

12

light-blue

10 11

grey

black

RS

light-blue

brown

13 14 1615

L

12

11

9 10 8+76 543 2

N

56

1bar

PAC

brown

black

M3

55

brown

brown

light-blue

black

5957 58 60 61

TF

+-

PWM

CONNECTOR FOR
SM6545QM 1012

EA
ER

VD

black

black

M10

5251 53 54

Optional

TERMINAL
BLOCK

M9

L

50 Hz

N

230V

TA

SE

DISPLAY DIGITAL BOARD 2000 SKO6206
(COD. 76654LA)

- FLUE SAFETY THERMOSTAT

- MAIN SWITCH

- WATER PRESSURE SWITCH

- ELECTRONIC FLOWSWITCH

- D.H. WATER SENSOR

- CIRCULATION PUMP

- HEATING SENSOR

- ROOM THERMOSTAT

- OUTDOOR SENSOR TEMPERATURE

- SAFETY THERMOSTAT

ELECTRONIC IGNITION BOARD
CVI S4565 A 2019B (COD. 76631LA)

M1

1

11

12

LM

9 10 8 476 5 3 2

M2

SE

SR

MF
IG
SS

PAC

TA

TS

TF-RS

C

N

- NEUTRAL

KEY

L

- LINE

M9

M12

M8

M10

P.C.B. SM 20015 – boiler settings

15

WIRING DIAGRAMS - ROOM SEALED BOILERS

PRINTED CIRCUIT BOARD CVI-M SM20015 (cod. 76655LA)

R

22

M4

M4

1918 2120

C

brown

light-blue

light-blue

black

SC

brown

VD

red

electric connection with
MATER XP300 water
pressure switch

50

black

black

black

black

white

4645 47 4948

SRSS

MF

brown

M8

brown

5755 56 58 59

black

black

brown

60 61

M9

light-blue

light-blue

PWM

1,5bar

1bar

+

M3

-

M5

M6

M7

M11

M13

- 3-WAY DIVERTER VALVE

+-

- IONISATION ELECTRODE

- IGNITION ELECTRODE

M2

M5

567 98

black

C

light-blue

brown

EV

NO

PA

NC

M1

123 4

brown

light-blue

IG

black

black

17

1

PWM

12

light-blue

10 11

grey

black

RS

light-blue

brown

13 14 1615

L

12

11

9 10 8+76 543 2

N

56

1bar

PAC

brown

black

M3

55

brown

brown

light-blue

black

5957 58 60 61

+-

PWM

CONNECTOR FOR
SM6545QM 1012

EA
ER
EV

VD

-

- FAN

black

black

M10

5251 53 54

Optional

TERMINAL

BLOCK

M9

L

50 Hz

N

230V

TA

SE

DISPLAY DIGITAL BOARD 2000 SKO6206
(COD. 76654LA)

- SAFETY THERMOSTAT

- OUTDOOR SENSOR TEMPERATURE

- ROOM THERMOSTAT

- HEATING SENSOR

- CIRCULATION PUMP

- AIR PRESSURE SWITCH

- D.H. WATER SENSOR

- ELECTRONIC FLOWSWITCH

- WATER PRESSURE SWITCH

- MAIN SWITCH

ELECTRONIC IGNITION BOARD
CVI S4565 A 2019B (COD. 76631LA)

M1

1

11

12

LM

9 10 8 476 5 3 2

M2

SE

SR

MF
IG
SS

PA
PAC

TA

TS

C

N

- NEUTRAL

KEY

L

- LINE

M9

M12

M8

M10

P.C.B. SM 20015 – boiler settings

16

WIRING DIAGRAM FOR REMOTE CONTROL INSTALLATION (no zone valves)

Fit the interface (fig. 2) on the circuit board (fig. 1) into the holes A and B provided (see fig. 1).
Connect plug M1 on the interface circuit board (fig. 2) to plug M11 on the modulation circuit board (fig. 1).
Connect the grey and orange wires in plug M2 of the interface circuit board (fig. 2) and in the terminal block (fig.

4).
Connect the wires of plug M3 on the interface circuit board (fig. 2) in the terminal (fig. 4).
Remove the link TA-TA (fig. 3) and set the boiler to SUMMER mode.
Connect the remote control to the terminal block (fig. 4) using a cable with a minimum section of 2 x 0.5 mm2
section and max. length of 50 m being careful to observe the +/- polarity.

THE EXTERNAL SENSOR IS OPTIONAL. The connection can be made to either the remote control (fig. 5) or to

the terminal block (fig. 3 - dotted line) on the terminals marked SE-SE.

WARNING! The remote control connection cable must pass through a channel which is separate from any system

supplied with power. If this is not possible, fit a screened cable.

M6

M4

M3

M5

M2 M1

M4

M13

M7

M11

M8

M12

M10

M9

EXTERNAL SENSOR

2M1

1

TELS EXT

IN

-

+

REMOTO

N

L

Se

TA

TA

Se

LINE

Fig. 3

EARTH

NEUTRAL

EXTERNAL

SENSOR

ROOM

THERMOSTAT

5+VZ

Fig. 4

4-

RL1

orange

grey

M3

M2

7 8

Fig. 2

M1

Interfaccia

13

EXTERNAL SENSOR

FLOW TEMPERATURE CORRECTION LAW HOW IN THE RELATION TO THE EXTERNAL

TEMPERATURE AND POSITION OF THE USER HEATING TEMP. ADJUSTMENT.

TM - MAX / MIN = Range of flow temperature selected

70

35

MIN

25

27 26

30

30

35

45
40

50

60

55

65

192425 23 2122 20 1618 17 15 14

Tm

MAX

40 80

75

Te = External temperature

Tm =

flow temperature

-121012 11 89

7564

231 -6-3-10-2

-4 -5-9-7

-8 -10 -11

8

9

7

6

5

0

Te (°C)

-15-13 -14

1

2

3

4

Fig. 1

Fig. 5

P.B.C.
INTERFACE
REMOTE

AB

RADIANT BRUCIATORI s.p.a.

Via Pantanelli, 164/166 - 61025 Loc. Montelabbate (PU)
Tel. [phone] • fax. [phone]
e-mail: tecnico@radiant • Internet: http://www.radiant.it

ALL DESCRIPTIONS AND ILLUSTRATIONS CONTAINED IN THIS LEAFLET HAVE
BEEN CAREFULLY PREPARED BUT W E RESERVE THE RIGHT TO MAKE CHANGES
AND IMPROVEMENTS IN OUR PRODUCTS WHITCH MAY AFFECT THE
ACCURANCY OF THE INFORMATION CONTAINED IN THIS LEAFL ET. E + OE
ALL RIGHTS RESERVED. NO PART OF THIS DOCUMENT MAY BE REPRODUCED,
SAVED IN STORAGE SYSTEMS OR TRANSMITTED IN ANY FORM OR BY ANY
MEANS, WHETHER ELECTRONIC, MECHANICAL, PHOTOCOPYING, RECORDING
OR OTHERS, WITHOUT THE MANUFACTURER'S PRIOR AUTHORISATION IN
WRITING.

TA01E002.B1103