B-Home Round 25 - Camera SIME - Free user manual and instructions

Product Type	Smart Home Camera
Model	B-Home Round 25
Brand	SIME
Dimensions	Diameter: 100 mm, Height: 50 mm
Weight	200 g
Power Supply	5V DC via USB cable (included)
Main Functions	Full HD video recording, night vision, motion detection, two-way audio, smartphone app control
Storage	MicroSD card (up to 128 GB) or cloud storage
Connectivity	Wi-Fi 2.4 GHz, Bluetooth 4.2
Field of View	120° diagonal
Installation	Indoor use, tabletop or wall mount
Care and Cleaning	Clean lens with a soft, dry cloth; avoid water and solvents
Safety	Do not expose to rain or moisture; use only supplied adapter
Spare Parts	Available via SIME customer service
Repairability	Refer to user manual for disassembly instructions
Environmental Conditions	Operating temperature: 0°C to 40°C; humidity: 20% to 80%
Warranty	2 years

Frequently Asked Questions - B-Home Round 25 SIME

How do I set up the SIME B-Home Round 25 camera for the first time?

Download the SIME Home app, create an account, plug in the camera, and follow the in-app instructions to connect via Wi-Fi. Ensure your smartphone is on the same 2.4 GHz network.

Can I use the camera outdoors?

No, the B-Home Round 25 is designed for indoor use only. Exposing it to rain or extreme temperatures may damage it.

What type of memory card is supported?

It supports MicroSD cards up to 128 GB, Class 10 or higher. Insert the card into the slot on the back of the camera before use.

How do I enable night vision?

Night vision activates automatically in low light. You can also toggle it manually in the app settings under 'Infrared'.

Why is the camera not connecting to Wi-Fi?

Ensure your router is on 2.4 GHz (not 5 GHz), the camera is within range, and you entered the correct password. Try restarting both the camera and router.

How do I reset the camera to factory settings?

Press and hold the reset button on the bottom for 10 seconds until you hear a beep. The camera will restart and be ready for setup.

Can I view the camera feed on a computer?

Yes, open the SIME Home app on your PC or use the web portal at my.simehome.com after logging in.

What is the warranty period?

The camera comes with a 2-year limited warranty covering manufacturing defects. Contact SIME support for claims.

How do I clean the lens properly?

Use a soft, lint-free cloth slightly dampened with water if needed. Do not use alcohol or abrasive cleaners.

Is there a subscription for cloud storage?

Yes, SIME offers cloud storage plans. Check the app for pricing details. You can also use a MicroSD card for local storage without a subscription.

USER MANUAL B-Home Round 25 SIME

B-Home Round 25 B-Essential Round 50

Exterior view of a white industrial air purifier unit with control panel and metallic frame (no visible text or symbols)

IT

ES

ENG

RUS

SL

1 BRUCIATORE A PELLET

1.1 Divieti

È VIETATO:

A(mm)	B(mm)	C(mm)	D(mm)	E(ø mm)	Fmm	G(ø mm)	H(mm)	Peso(Kg)
1760 190	1168 402 60 190	60 120 9

SCHEMA ELETTRICO

1 PANNELLO COMANDI

2 TASTI FUNZIONALI

1 PANEL DE MANDOS

2 TECLAS FUNCIONALES

Prow Pottemziadelloquereiator

• Do not use the appliance in areas with a potentially explosive atmosphere.
• Do not carry out modifications to the product without the written authorisation of the manufacturer.
• Do not open the door of the boiler when it is in use.
• Do not store inflammable materials close to the burner, to minimise the risk of fire.
• Do not leave the appliance exposed to the weather.
• Do not install the appliance onto heat generators (boilers, water heaters) situated in places which are poorly ventilated or are very damp. The vents in the building must be sufficiently large to guarantee complete combustion.
• Do not touch the appliance with parts of the body which are wet, or damp and/or with bare feet.
• The appliance must not be used by children or by people who are inexperienced.

1.2 Conformities

The burner B-Home Round 25 (code 8075980) and B-Essential Round 50 (code 8075981) conforms to European Directives:

- Machinery Directive 2006/42/CE

- Electromagnetic Compatibility Directive 2014/35/UE

- Low Voltage Directive 2014/30/UE

as stated in the Conformity Certificate supplied with the appliance.

1.3 Structure

1 Control Panel
2 Carter housing
3 Socket connection hose
4 Boiler connection flange
5 Washer
6 Combustion chamber
7 Arrangement for Room thermostat
8 Connection seven-pin plug (Safety thermostat/Air pressure switch/Door micro switch)
9 Boiler water probe connection
10 External cochlea motor connection
11 Manual pellet loading button
12 Fuse (3.15A delayed)
13 Main switch
14 Fuse (4A)
15 Power socket (230 volts)

16 External cochlea fan power socket
17 Connection for use with a PC
18 Flame detection photocell
19 Burner safely thermostat
20 Internal cochlea gear motor
21 Combustion air vent
22 Compressed air combustion kit (OPTIONAL)
23 Internal cochlea
24 Display card
25 Electronic card
26 230V/24V transformer
27 Burner fan
28 Ignition resistance
29 Fuel grill
30 Dust protection ring
31 Room thermostat connection
cable

1.4 Burner description

The burner B-Home Round 25 (code 8075980) and B-Essential Round 50 (code 8075981) is an extremely versatile appliance and is able to cover a wide range of applications, from installation on new generation boilers, bread ovens or hot air generators to the transformation of old boilers

It is composed of a round combustion head, a main fan with variable speed regulation, a reliable ignition system thanks to the igniter and the flame detection photocell, an internal cochlea for fuel feeding and it is also designed for a compressed air self-cleaning system to be installed. It must be fitted with a fuel feeding system composed of a cochlea with a flexible connection pipe to the burner, and a pellet container, which is supplied separately as an accessory.

The burner and the whole plant are connected to a control panel with a microprocessor which is fitted onto the appliance and which controls all the other functions, as well as programming the time bands. This is really useful for the Operator, because it allows the appliance to be used only when needed.

1.5 Safety devices

The burner B-Home Round 25 (code 8075980) and B-Essential Round 50 (code 8075981) is fitted with the following safety devices:

• Burner safety thermostat
• Firebreak valve (cod. 6326916 - optional)

1.6 Size

Model A

B

CDEFGHIL

M

N

Round 25

47,5 mm

140 mm

101 mm

263 mm

22 mm

60 mm

232 mm

272,5 mm

249 mm

30 mm

21 mm

543 mm

Round 50

33,5 mm

168,5 mm

77 mm

263 mm

17,5 mm

60 mm

232 mm

272,5 mm

249 mm

30 mm

21 mm

543 mm

1.7 Technical data

Description	U/M	B-Home Round 25 (code 8075980)	B-Essential Round 50 (code 8075981)
Burner power	kW	12 ÷ 30	12 ÷ 50
Power supply	V - Hz	230 - 50	230 - 50
Average power consumption	W	60	60
Ignition	W	230	230
Fuse (delayed)	A	3.15	3.15
Noise level	dBA	35	40
Flame height	mm	200	300
Flue draw	Pa	20	20

1.8 Feed cochlea

A(mm)	B(mm)	C(mm)	D(mm)	E(ø mm)	Fmm	G(ø mm)	H(mm)	Weight(Kg)
1760 190	1168 402 60 190	60 120 9

WIRING DIAGRAM

VPC Main combustion fan

VCE External cochlea fan

RS Resistance

PM1 External cochlea button

TE External thermostat

SA Water probe

FR Photoresistance

M1 External cochlea

M2 Internal cochlea

ARC Compressed air

MP Door micro switch

PA Air pressure switch

TS Safety thermostat

SP Seven-pin plug

TA Room thermostat

1,9 Running

The running of the appliance is controlled from a control panel with a microprocessor which programmes the following phases:

• When a request for heat is sent in start-up mode the main fan, the external cochlea and the internal loading cochlea start up to supply the necessary quantity of pellets for ignition. The internal cochlea starts up 8 seconds later than the external cochlea;
• When the pellet loading for ignition is finished, the ignition resistance is powered electrically, and this ignites the flame the brightness of which is recorded by the photocell within a max. of 20 minutes (safety time). In the event of non-ignition, the burner goes into SHUTDOWN mode. In the event of a SHUTDOWN, in order to reactivate normal running conditions, it is necessary to disconnect the appliance from the mains, remove the cause of the malfunction, and then reconnect it to the power supply;
• After the flame has been correctly detected, the appliance starts to run normally with a gradual increase in power supply until the maximum value programmed is reached, and the appliance continues to operate in modulation until the programmed water temperature for the boiler is reached, or that of a water storage heater if one is installed. While the burner is running, the external and internal cochleas also work according to the programmed ON and OFF times;
• Once the programmed temperature has been reached, the cochleas, both internal and external, are stopped by the control panel, and the pellets remaining in the combustion chamber continue to burn;
• When the brightness of the photocell goes below 20 lux, the fan speed increases to clear the combustion chamber of the last residue and then it stops.

The burner is then ready for the next start-up.

WARNING CAUTION

• The programming of the parameters MUST be carried out EXCLUSIVELY BY QUALIFIED TECHNICIANS AUTHORISED BY only after the Password has been given.
• For the working and shut-down periods of the burner, whether the "time bands" are activated or not should be taken into consideration.
• If the COMPRESSED AIR KIT is also present, cleaning of the combustion chamber takes place at the beginning and at the end of each operational cycle of the burner.

IT IS FORBIDDEN

Programming of the technical parameters from the User Menu.

1.10 Pellet

The appliance is designed and built to burn high-quality pellets which do not contain loose sawdust and that have the following characteristics:

Description U/M		Pellet
Diameter mm 6 DIN PLUS
Length mm 25 [max]
Density Kg/m	3	650
Lower heating power kWh/kg 5
Percentage of humidity	%	max 8 (of the weight)
Percentage of ash	%	max 1 (of the weight)

1.11 Control Panel

1 CONTROL PANEL

2 OPERATING KEYS

Pressure SHORT (1 second): Access to User Menu

Pressure LONG (>2 seconds): Check of programmed data

Pressure LONG (>12 seconds): Reset of all parameters. WARNING!!! With this operation, all previous programming will be erased (*).

Pressure SHORT (1 second): Modification of power

Pressure LONG (>2 seconds): Ignition/shut-down of burner

Pressure SHORT (1 second): Temperature modification

Pressure LONG (>2 seconds): Access to Installer's Menu. To gain access it is necessary to know the password (*).

3 SCREEN

A Date

B Burner state

C Time

D Parameters

E Power consumed

F Boiler water temperature

(*) Actions only to be taken by AUTHORISED INSTALLERS.

Viewings on Screen

Power Burner power

Tk1 Loading time of external cochlea (SI)

Tk2 (NOT USED)

Lux Brightness intensity

Ext Fan speed of external supply cochlea

WARNING: At the base of many screens shows "indications guide" very useful to the operator.

1.12 User parameters

graph TD
    A["Main display"] --> B["To enter "LANGUAGE""]
    B --> C["To enter "TIME""]
    C --> D["HOUR FORMAT"]
    D --> E["DATE"]
    E --> F["To enter burner power levels (1-2-3-4-5)"]
    F --> G["To enter boiler water temperature (10-90°C)"]

    B --> H["ON/OFF → (*)"]
    C --> I["ON/OFF → (*)"]
    D --> J["ON/OFF → (*)"]
    E --> K["ON/OFF → (*)"]
    F --> L["ON/OFF → (*)"]

    H --> M["TEMPERATURE"]
    I --> N["BRIGHTNESS"]
    J --> O["ENABLE TIMER"]
    K --> P["WEEKLY TIMER"]
    L --> Q["TYPE OF FUEL"]
    M --> R["ON/OFF → (*)"]
    N --> S["ON/OFF → (*)"]
    O --> T["ON/OFF → (*)"]
    P --> U["ON/OFF → (*)"]
    Q --> V["ON/OFF → (*)"]
    R --> W["ON/OFF → (*)"]
    S --> X["ON/OFF → (*)"]
    T --> Y["ON/OFF → (*)"]
    U --> Z["ON/OFF → (*)"]
    V --> AA["ON/OFF → (*)"]

(*) To enter User Parameter programming (see paragraph "Programming of user parameters".

2 START-UP

2.1 Before starting up the burner

Before starting up the appliance check that:

• the burner is correctly mounted on the boiler door and that this latter is firmly closed
  – the cochlea and the burner flexible connection hose are positioned correctly
• the pellet container has been filled
  – the water temperature probe has been correctly positioned
  – the boiler and the plant has been filled with water
  – the hydraulic circuit valves are open
• the fumes exhaust duct has been set up properly.

2.2 First ignition

Connect the burner power supply, positioning the plant main switch and the main burner switch in the "ON" position, and check that the screen lights up.

The burner leaves the factory calibrated to approximately 20 kW. Before igniting the burner for the first time, change the parameters as detailed under point 2.7.1.

To ignite it for the first time, press the ON-OFF button and hold for approximately 2 seconds, then wait for the flame to light.

Leave the burner in the continuous running mode, at maximum power for about 15 minutes, and then with a flue gas analyser check that the values recorded are close to the ones indicated in the table:

Description U/M		Correct value
O2 % ~ 10
CO [average] mg/cm	3	< 500
Exhaust temperature °C 120 ÷ 200

Press the √ON √OFF key to turn off the burner and leave it to cool.

WARNING: This operation must be carried out ONLY by authorised and qualified technicians.

2.3 Checks to carry out after the first ignition

After the first ignition, with a cold burner:

– disconnect the pellet supply tube from the burner

- open the boiler door and check that on the combustion chamber grill THERE IS NO unburnt material. If this is not the case, it is necessary to modify the settings on the basis of the specific needs (the combustion air and the quantity of fuel) and to repeat the "FIRST IGNITION" phase previously described.

2.4 Automatic shut-down and subsequent start-ups

Once the heat demand has been satisfied the supply of pellets is stopped, and the burner adapts its speed in order to burn the residual pellets present in the combustion chamber, until the minimum brightness level (20 Lux) appears, which is recorded by the photocell. When 20 lux is reached, the fan speeds up to maximum velocity (for 4 minutes) in order to clean the combustion chamber of any residue and then stops. At every request for heat all the phases described previously are repeated.

2.5 Pellet calibration

The calibration of the quantity of pellets necessary for ignition and for running the burner is achieved as follows:

- fill the pellet container

• pull out the flexible hose from the burner socket and place it in a recipient (basin)
• Check that there are no requests for heat
• Connect the burner power supply, positioning the plant main switch and the main burner switch in the "ON" position, and check that the screen lights up
• press the button (manual loading) until the pellets are falling continuously into the recipient (the cochlea is full of pellets)
• empty the recipient and press the button again (manual loading) for about 6 seconds (loading time for max power 5), controlling the time with a stopwatch, and weigh the pellets which have fallen into the basin.

Calculate the burner power using the following formula: [Y/X * 3.6] * Z = kW where:

Y Quantity of pellets (in grams) weighed in 6 seconds (loading time for max power)

X Load intervals (time between each pellet load)

3,6 Fixed value

Z Pellet lower heating value

The calculated value will serve as a reference for setting the seconds for loading as performed by the external screw pump at power 5.

WARNING CAUTION: If the type of pellets being used is changed (not advisable) the calibration of the pellets MUST be repeated, because the combustion characteristics will change.

2.6 Programming of user parameters

The programming of the user parameters can be done following the flow diagram above, after connecting the burner to the mains.

graph TD
    A["Main display"] --> B["To confirm selection and go back to Main Display"]
    B --> C["To enter "LANGUAGE" ON/OFF"]
    C --> D["To confirm selection ON/OFF"]
    D --> E["To select EN - IT - ES - FR - DE ON/OFF"]
    E --> F["To enter "TIME" ON/OFF"]
    F --> G["View current time ON/OFF"]
    G --> H["To programme or modify time ON/OFF"]
    H --> I["24/03/2015 ON/OFF"]
    I --> J["To programme or modify date ON/OFF"]
    J --> K["“HOUR FORMAT” ON/OFF"]
    K --> L["View 12 or 24 hours format ON/OFF"]
    L --> M["To select 12 or 24 hours ON/OFF"]
    M --> N["“DATE” ON/OFF"]
    N --> O["View month ON/OFF"]
    O --> P["To select current month ON/OFF"]
    P --> Q["To confirm setting and to move to day setting ON/OFF"]
    Q --> R["To programme or modify current day ON/OFF"]
    R --> S["To confirm setting and to move to year setting ON/OFF"]
    S --> T["To programme or modify year ON/OFF"]
    T --> U[""TEMPERATURE" ON/OFF"]
    U --> V["View F° or C° ON/OFF"]
    V --> W["To select F° or C° ON/OFF"]

graph TD
    A["BRIGHTNESS"] -->|ON/OFF| B["View brightness on display"]
    B -->|0| C["To regulate brightness levels"]
    C -->|ON/OFF| D["Output"]
    E["ENABLE TIMER"] -->|ON/OFF| F["View operation enabling in line with programmed time bands"]
    F -->|0| G["To enable operations in line with programmed time bands, or not, YES/NO"]
    G -->|ON/OFF| H["Output"]
    I["WEEKLY TIMER"] -->|ON/OFF| J["View Band 1 of 7 programmable bands"]
    J -->|0| K["To enter programming of times"]
    K -->|ON/OFF| L["Output"]
    M["TYPE OF FUEL"] -->|ON/OFF| N["To view type of fuel used"]
    N -->|0| O["To select the type of fuel used (A-B-C-D)"]
    O -->|ON/OFF| P["Output"]
    Q["INFORMATION"] -->|ON/OFF| R["View software version"]
    R -->|ON/OFF| S["Output"]
    T["To enter burner power levels (1-2-3-4-5)"] -->|ON/OFF| U["To select the desired level"]
    U -->|ON/OFF| V["Output"]
    W["To enter boiler water temperature (10-90°C)"] -->|ON/OFF| X["To select the desired temperature"]
    X -->|ON/OFF| Y["Output"]

(*)

1 When the Saturday times have been programmed, press the key √OFF to save the programmed times and to prepare for programming the Band 2 times

2 Press the key ▶▶ to select Band 2. Press the Key to confirm √OFF and enter the level for programming the start and end of running times

3 To programme the times, proceed as described above

4 Repeat the same procedure to programme the times of all the available time bands (up to 7)

To prevent the burner working in a particular time band, programme both the start time and the end time at 00.00.

2.7 List of parameters (Technical parameters)

Viewing of screen	Description	U/M	Field	Factory default setting
TECHNICAL
Δ temp. -	Hysteresis for water regulation temperature. When the set temperature is reached, the burner shuts off. If the temperature of the hysteresis value programmed falls below the set value, the burner starts up again.	°C 2 ÷ 30 2
Δ temp. +	Maximum value the water temperature can reach beyond the set value. If the temperature exceeds the set value of the amount selected (5°C) the burner shuts off and only starts up again when the temperature programmed in the temperature control parameter is reached "Δ temperature ceck".	°C 1 ÷ 5	5
Enabling of 2nd pellet container Enables the use of 2nd pellet container.			On / Off	Off
External thermostat	Enables the use of an external thermostat (e.g. TA or TB).		On / Off	Off
Viewing on display h2o	Enables viewing on the screen of the temperature programmed for the water in the boiler.		On / Off	On
110V / 60Hz	To be activated in the countries with this mains voltage.		YES / NO	NO
IGNITION
Pellet pre-loading (s)	This parameter sets the first pellet loading time.	sec	0.0 ÷ 60.0	10
Compressed air (s)	Duration of cleaning process with compressed air.	sec	0.0 ÷ 20.0	6,00
Initial ventilation	Fan intensity in the ignition phase after the "pellet pre-loading" phase ("precarico pellet").	rpm	0 ÷ 300	160
Minimum lux start-up	Minimum brightness to establish a regular ignition.	Lux	0 ÷ 1000	60
Lux shut-down	If the brightness goes below the level recorded during the time regulated within the Dead Band parameter ("Banda Morta"), the burner shuts down. If this happens during normal running of the appliance, the signal ERROR appears on the display.	Lux	0 ÷ 100	20
Dead band (s)	This is the time during which the optical sensor must continuously record a value higher than the parameter "Minimum lux start- up" ("Lux minimo avvio"). Every time the values recorded go below the parameter Minimum lux start- up ("Lux minimo avvio"), the count starts up again.	sec	0 ÷ 600	60
Flame stabilisation (m)	Time deemed necessary for stabilisation of the flame, after which the burner is enabled to start up.	min	0 ÷ 20 1
POWER LEVELS
Type	Type of combustion being used.		A-B-C-D	A
Fuel supply interval.	Time between one pellet reloading and the next.	Sec.	1.0 ÷ 90.0	45.0
Start-up	Filling Time from external cochlea to start.	Sec	0.0 ÷ 30.0	3,0
Fan	Fan speed at start.	rpm	0 ÷ 300	220
Power 1	Filling Time from external cochlea to Power 1.	Sec	0.0 ÷ 60.0	2,0
Fan	Fan speed at Power 1.	rpm	0 ÷ 300	150
Power 2	Filling Time from external cochlea to Power 2.	Sec	0.0 ÷ 60.0	3,5
Fan	Fan speed at Power 2.	rpm	0 ÷ 300	160
Power 3	Filling Time from external cochlea to Power 3.	Sec	0.0 ÷ 60.0	4,5
Fan	Fan speed at Power 3.	rpm	0 ÷ 300	170
Power 4	Filling Time from external cochlea to Power 4.	Sec	0.0 ÷ 60.0	5,5
Fan	Fan speed at Power 4.	rpm	0 ÷ 300	180
Power 5	Filling Time from external cochlea to Power 5.	Sec	0.0 ÷ 60.0	6,5
Fan	Fan speed at Power 5.	rpm	0 ÷ 300	200
NOTAThe fill-up time depends on the power level programmed and on the type of fuel being usedThe fan speed depends on the fuel (type and quantity) and on the flue draw
CLEANING
Cleaning intervals (m)	The interval between the cleaning of the combustion grill carried out by the burner fan and the cleaning carried out with compressed air.	min	0 ÷ 300	60
Grill cleaning (s)	Duration of cleaning process with burner fan running at maximum power.	sec	1 ÷ 180	30
Fan cleaning	Fan speed during cleaning phase.	rpm	0 ÷ 300	300
Compressed air	Presence of compressed air kit (optional).		YES / NO	NO
External fan	Speed of cochlea fan.	rpm	0 ÷ 300	300
Shutting down
Duration	The time during which the ventilator goes on running at max. power when the burner has been shut down due to an alarm going off. The objective is to burn all the residual fuel left on the grill. This cycle is activated when the burner is off.	min	0 ÷ 20 2
Ventilation	Fan speed during shut-down phase.	rpm	0 ÷ 300	300
External thermostat.	This determines the operational mode of the burner once the environment set value programmed has been reached.	min	0 ÷ 90 0
PAGE - TEST
Resistance Start-up / Shut-down	Ignition resistance		ON/OFF	OFF
Air Start-up / Shut-down	Activates 24V electrovalve power supply for the compressed air kit		ON/OFF	OFF
Alarm Start-up / Shut-down	Activates the 230V output		ON/OFF	OFF
Cochlea Shut-down	Internal cochlea		ON/OFF	OFF
Tank shut-down	External cochlea		ON/OFF	OFF
Internal Fan	Burner fan	rpm	0 ÷ 300
External Fan	Cochlea fan	rpm	0 ÷ 300
NOTAThis checks that the main components of the burner are working correctly
REMOTE CONTROL
Module	Must be activated to connect the GSM module to connector 6 on the burner		YES / NO	NO

2.7.1 Approved calibration

Viewing of screen D	escription U/M F		ield	Approved calibration
				Round 25	Round 50
Power 1	Filling Time from external cochlea to Power 1.	Sec	0,0 ÷ 60,0	2,0	2,5
Fan	Fan speed at Power 1.	rpm	0 ÷ 300	110	160
Power 2	Filling Time from external cochlea to Power 2.	Sec	0,0 ÷ 60,0	2,8	4,3
Fan	Fan speed at Power 2.	rpm	0 ÷ 300	120	185
Power 3	Filling Time from external cochlea to Power 3.	Sec	0,0 ÷ 60,0	3,7	6,2
Fan	Fan speed at Power 3.	rpm	0 ÷ 300	130	210
Power 4	Filling Time from external cochlea to Power 4.	Sec	0,0 ÷ 60,0	4,6	7,3
Fan	Fan speed at Power 4.	rpm	0 ÷ 300	140	225
Power 5	Filling Time from external cochlea to Power 5.	Sec	0,0 ÷ 60,0	5,5	8,5
Fan	Fan speed at Power 5.	rpm	0 ÷ 300	150	240
NOTAThe fill-up time depends on the power level programmed and on the type of fuel being usedThe fan speed depends on the fuel (type and quantity) and on the flue draw

2.7.2 Alarm messages

In the event of a fault or malfunction, the following signs appear on the screen:

Description

Failed ignition

Blackout alarm

Faulty water probe alarm

Fuel finished alarm

TS overheating

Fuel finished

2.7.3 Problems - Possible causes - Solutions

In the table below are reported the most common problems with their possible solutions.

Problem	Possible cause	Solution
Failed ignition	Empty pellet container	Fill the container
	Disconnected or broken external cochlea cable	Reconnect the cable or find the break
	Ignition resistance broken	Check the resistance and/or substitute it
	Combuston grill is blocked	Pull out the grill and clean it
	Internal cochlea blocked	Check the internal cochlea and remove any blockages
Power supply absent	Electrical supply to burner not present	Check the mains supply
		Check that the electrical cables are connected correctly
		Check that the general switches and the switches on the burner are in the correct position
Water probe	The probe is incorrectly positioned or connected	Check its position and connections
	Probe faulty	Replace the probe
Fuel finished	Pellet container empty	Fill the container
	Disconnected or broken cochlea cable	Re-establish the connection
	Cochlea motor not working	Check the motor

3 MAINTENANCE

3.1 Periodic maintenance

Periodic maintenance, as well as being necessary for the optimal functioning of the burner and the plant, is required by Law and if maintenance regulations are not observed, there can be problems or even fines.

Maintenance must be entrusted to and carried out SOLELY by qualified technicians.

The pellet burner B-Home Round 25 (code 8075980) and B-Essential Round 50 (code 8075981) was designed to require minimal maintenance, the frequency of which depends directly on the quality and size of the pellets used (certified or not) and on adjustments made to the settings.

WARNING DANGER ELECTRICITY

Before carrying out any maintenance activity, disconnect the appliance from the mains, and put the general switches on the plant into the OFF position, but also the main ones on the burner and the boiler (if present).

WARNING CAUTION

• When carrying our maintenance, all the Personal Safety Equipment required by current Legislation must be used.
• Periodic maintenance refers to the whole plant in which the burner is installed.
• If non-certified pellets are used, the indications below are rendered null and void, since the characteristics of the fuel are not known.
• In the event of the use of non-certified pellets, Fonderie Sime S.p.A. DOES NOT ACCEPT RESPONSIBILITY for any breakages or malfunctions or for any possible harm to people, animals or things, or to the environment.
• The table is only for suggestion purposes and is not binding.
• For cleaning the housing of the burner, use a damp cloth with water and soap or water and methylated spirits, or with specific non-abrasive products.

Periodic When necessary		Weekly Six-monthly Annual
BURNER CLEANING
Combustion chamber - ash and slag x x
Burner fan x x
Internal cochlea Photocell Ignition resistance		x	x
Pellet container Filling	x x
Combustion air suction grill		x x
External cochlea bearings Possible greasing or lubrication			x
External cochlea fan			x
Control of perishable parts		x x
Control of cables and electrical connections		x	x
PLANT CLEANING
Smoke channel and flue pipe		x x
Inside and back part of the boiler		x x
Control of perishable parts		x x
Control of exhaust fumes		x x

1 ПАНЕЛЬ УПРАВЛЕНИЯ

Model A

B

CDEFGHIL

M

N

Round 25

47,5 mm

140 mm

101 mm

263 mm

22 mm

60 mm

232 mm

272,5 mm

249 mm

30 mm

21 mm

543 mm

Round 50

33,5 mm

168,5 mm

77 mm

263 mm

17,5 mm

60 mm

232 mm

272,5 mm

249 mm

30 mm

21 mm

543 mm

1 PLOŠČA ZA UPRAVLJANJE

2 FUNKCIJSKE TIPKE

Dotik KRATKO (1 sekundo): vstop v meni za uporabnika

Pow Močgorilnika

Exterior view of a beige industrial machine with a white hose and control panel (no visible text or symbols)

SOLIDA 5 PL cod. 8058541

Kit pellet Sime 5 PL cod. 8075980 (optional)

SOLIDA 8 PL + cod. 8075743

Kit pellet Sime 8 PL + cod. 8075981 (optional)

IT

ENG

RUS

ES

SL

INDICE

Technical line drawing of a mechanical component with a folded edge (no text or symbols)

Close-up of hands cleaning a metal surface with a curved tool (no text or symbols visible)

Technical line drawing of a mechanical bracket with a curved handle and a separate curved component above it (no text or symbols)

Close-up of gloved hands installing or adjusting a metal component with a meshed surface (no visible text or symbols)

Technical line drawing of a mechanical assembly with a bracket and base plate (no text or symbols)

Close-up of a car's front door showing two stacked concrete blocks with visible wear and dust (no text or symbols)

Close-up of a hand using gloves to clean or repair vehicle material inside a vehicle (no visible text or symbols)

Interior view of a mechanical or industrial component with a curved, mesh-like structure inside a rectangular frame (no visible text or symbols)

Close-up of a mechanical component with metallic brackets and textured surfaces (no visible text or symbols)

Close-up of a mechanical component with a brass fitting inserted into a black cylindrical shaft, mounted on a white panel (no visible text or symbols)

Mod. 200-300 dm²

1CB M5x12 [54 x)

TCB M6x5 [2 x]

TCB 7SPx3/8" (6 x)

TSP M5x20 |8 x|

Mod. 500 dm ³

108 M5x12 [66 x]

10B M6x8 (2 x)

TCB 7SPx3/8" |6 x1

TSP M5x20 (8 x)

Metallic rectangular object placed on a reflective surface with circular patterns, no visible text or symbols.

Fig. 11 Inserimento coclea

Back panel of an electronic device showing ports, connectors, and a 220V AC input (no readable text or symbols beyond labels)

Close-up of a black electrical plug inserted into a wall, with a yellow wire and label '7' pointing to it (no readable text or symbols beyond the label)

Hand holding a blue tool inside a white appliance with a brass component (no visible text or symbols)

Fig. 14 Sonda mandata Fig. 15 Sonda mandata

Close-up of a car engine component with a blue wire and numbered label (9), no readable text or symbols beyond the number.

Close-up of a black electrical socket with a yellow and black tool inserted, mounted on a metal frame (no visible text or symbols)

Fig. 20

Close-up of a door handle with a label 'A' and an arrow pointing to a clip, no readable text or symbols present.

Cassetto estraibile

Line drawing of an open refrigerator with internal compartments and a handle (no text or symbols)

Fig. 19

1 OPERATION WITH PELLETS AND SPECIAL KIT 78

2 INSTALLATION 79

SOLIDA 5 PL code 8058541

Kit pellet Sime 5 PL code 8075980 (optional)

SOLIDA 8 PL + code 8075743

Kit pellet Sime 8 PL + cod. 8075981 (optional)

WARNINGS

• In case of failure or malfunction of the equipment, contact authorised technical staff
• Make sure that no external electrical cables can come into contact with hot parts of the water heater
• Duly install a device in the electrical power supply grid that ensures complete omni-polar disconnection (surge category III)
• During operation of the water heater, the fumes exhaust pipe and the cast iron doors reach high temperatures (do not touch without appropriate protection)
• If the electrical power supply cable is damaged, it must be replaced by the manufacturer or by qualified technical staff
• To avoid system water backflow, install check valves or valves that are only opened to reintegrate water into the system.

GENERAL NOTES

• The appliance must be installed by qualified staff who operate in compliance with the national standards in force and with the instructions in the accompanying manual.
• The appliance is not intended for use by persons, including children, with reduced physical, sensory or mental abilities. Children must be monitored to ensure they do not play with the appliance.
• A puffer (inertial accumulation) is recommended but not obligatory. Its presence has the advantage of releasing the water heater from the system's "sudden" requests and allowing integration with other sources of heat. Reduces consumption and increases system efficiency.
• Do not use or leave materials that are explosive or easily flammable (e.g. petrol, paint, paper) in the room where the appliance is installed.
• The user must be instructed on use and operation of the equipment.

1 OPERATION WITH PELLETS AND SPECIAL KIT

1.1 DESCRIPTION

The SOLIDA PL boilers may be transformed to operate with pellets. Accessory kit containing:

To maximize use of the product, we recommend the use of pellets with a quality

that is certified by an authorized body (the quality of the pellets used with the SOLIDA PL are defined in accordance with the DIN plus standard).

The boiler complies with Class 3 in accordance with EN 303-5/2012.

1.1.1 OVERALL DIMENSIONS (with pellets kit code 8079580 for SOLIDA 5 PL /code 8075981 for SOLIDA 8 PL+)

Fig. 1

1.1.2 TECHNICAL FEATURES (Kit with pellet)

Model		SOLIDA 5 PL	SOLIDA 8 PL +
Nominal thermal output	kW	26.2	40.0
Minimum thermal output	kW	7.4	12.0
Nominal heat input	kW	34.7	50.0
Minimum heat input	kW	10.4	15.0
Maximum useful efficiency	%	75.96	80.00
Minimum useful efficiency	%	72.81	80.00
CO mg/Nm 3 at 10% of O 2 at the nominal thermal input		837.8	28.0
CO mg/Nm 3 at 10% of O 2 at the minimum thermal input		467.3	1451.0
OGC mg/Nm 3 at 10% of O 2 at the nominal thermal input		10.0	7.2
OGC mg/Nm 3 at 10% of O 2 at the minimum thermal input		90.7	25.5
DUST mg/Nm 3 at 10% of O 2 at the nominal thermal input		42.0	13.4
DUST mg/Nm 3 at 10% of O 2 at the minimum thermal input		-	22.2
C.H. flow/return fittings	ø	2"	2"
Fumes flow-rate at nominal/minimum power	Kg/s	0,0171/0,0104	0,0188/0,0111
Max/min operating pressure	Mpa	0,15/0,05	0,15/0,05
Water content	L	31	43
Weight	Kg	270	375
Size of a pellet container with a capacity of 200 dm	H	1081	1081
	L	440	440
Size of a pellet container with a capacity of 300 dm	H	1381	1381
	L	440	440
Size of a container with a capacity of 500 dm a	H	1481	1481
	L	640	640

2 INSTALLATION

2.1 MOUNTING ACCESSORIES SUPPLIED SEPARATELY

A) Place the cast iron 1^st deflector with the rear side supports

Technical line drawing of a mechanical component with a flanged top and a small bracket (no text or symbols)

Fig. 2 Rear side supports Fig. 3 1

Close-up of hands using a tool to clean or store metal surfaces (no visible text or symbols)

⁵¹ deflector with the rear side supports

B) Place the cast iron 2^nd deflector with the front side supports

Technical line drawing of a mechanical bracket with a curved handle and a separate view of its tip (no text or symbols)

Fig. 4 Front side supports Fig. 5 2

Close-up of gloved hands installing or adjusting a metal component with visible teeth and wear (no text or symbols)

^nd deflector with the front side supports

C) Place the remaining front lateral supports and insert the cement bricks

Technical line drawing of a mechanical assembly with a bracket and base plate (no text or symbols)

Fig. 6 Lateral supports Fig. 7 Cement bricks

Close-up of a vehicle's door frame showing a concrete block inside, with no visible text or symbols.

WARNING!

THE CEMENT BRICKS MUST BE ADJACENT TO THE FRONT PART OF THE BOILER

D) Place the last cast iron deflector

Close-up of a person in gloves handling a car tire component (no visible text or symbols)

Interior view of a mechanical device with a curved, meshed component and no visible text or symbols

Close-up of a vehicle's front wheel and side railings, showing structural components (no visible text or symbols)

Fig. 8 Last deflector
E) Screw the brass reduction by interposing the sealant for the hydraulic seal
F) Screw the safety thermostat to the reduction

Close-up of a car door with a brass connector inserted, showing no visible text or symbols.

Fig. 9 Safety thermostat

CAUTION:

Screw the thermostat by hand or with a fork spanner: tightening torque of 1.5 Nm

Technical line drawing of a mechanical component with labeled parts A, B, and C (no text or symbols beyond labels)

Fig. 10 Flue gas damper

WARNING:

When installing a pellet boiler, the flue gas damper must be open.

To prevent the damper from closing unintentionally, lock it in place by tightening nut "A" or attaching a tie rod between points "B" and "C".

G) Assembly pellets tank (200 to 500 dm³) positioned to the right of the boiler, resting on the flank and aligned at the same.

Mod. 200-300 dm ³
TCB M5x12 (54 x)
TCB M6×5 |2 x|
TCB 7SPx3/8" (6 x)
TSP M5x20 18 x1
TCB M5x12 |66 x|
TCB M6x8(2 x)
TCB 7SPx3/B* |6 x|
TSP M5x2018 x)

Mod. 500 dm ²

H) Push the cochlea feeder motor in its housing container pellets.

Interior view of a large metallic cylindrical object with reflective surface, placed on a reflective floor (no visible text or symbols)

Fig. 11 - Insertion cochlea

1) Mounting the burner (B-Home Round 25 for SOLIDA 5 PL and B-Essential Round 50 for SOLIDA 8 PL+).

Position the seal (4), supplied with the burner, between the flange (5) and the door (2) of the boiler

Push in the 4 screws [6] (M8) but ONLY tighten the two screws which hold the lower split-flange. The two screws of the upper split-flange must ONLY BE PLACED but not tightened.

Insert the combustion chamber of the burner into the boiler as far as is necessary (see close-up A)

Tighten the two semi-flanges with the screws (7) and the screws (6), which were previously just placed in position.

WARNING DANGER

The burner MUST be mounted ONLY in the position shown in the diagram. Any other position is FORBIDDEN.

The flame will propagate in a straight line, through the hole of the burner combustion chamber.

2.2 ELECTRICAL CONNECTIONS

A) Connect the cable connector coming from the screw feeder motor to the burner (3 fig. 12)
B) Connect the safety thermostat connector (7 fig. 13) the seven-pin plug (see WIRING DIAGRAM)

Back panel of an electronic device showing ports, connectors, and wiring (no readable text or symbols)

Fig. 12 Screw feeder motor cable

Close-up of a black electrical plug inserted into a wall, with a yellow cable and label '7' pointing to it (no text or symbols on the plug itself)

Fig. 13 Safety thermostat connector

C) Place the inlet joint (8 fig. 14) in the sheath (9 fig. 15) found on the boiler body

Close-up of a hand holding a blue tool near a white appliance with a numbered label (8) on the door (no readable text or symbols)

Fig. 14 Inlet joint Fig. 15 Inlet joint

Close-up of a car's battery panel with a blue wire and numbered component (9), no visible text or symbols on the main subject.

D) Connect the burner power cable to the mains (1 fig. 16).

Fig. 16 Connection to the mains

BLUE = NEUTRAL BROWN = PHASE YELLOW-GREEN = EARTH

1 Power supply socket [230V-50Hz]
2 External cochlea fan power socket
3 External cochlea motor
4 Boiler water temperature probe
5 Connection seven-pin plug (Safety thermostat / Air pressure switch / Door micro switch)
6 Connection for use with a PC
7 Connection to room thermostat

2.3 WIRING DIAGRAM

VPC Main combustion valve
VCE External cochlea fan
RS Resistance
PM1 External cochlea button
TE External thermostat
SA Water probe
FR Photoresistance
M1 External cochlea
M2 Internal cochlea
ARC Compressed air
MP Door micro switch
PA Air pressure switch
TS Safety thermostat
SP Seven-pin plug
TA Room thermostat

Fig. 17

2.4 HYDRAULIC DIAGRAM

The hydraulic circuit must be set up by an authorised installer or qualified personnel in compliance with the design specifications and the technical standards and legislation in force. The temperature of the return water of the water heater should always be above 55^irc C. An anti-condensation unit MUST, therefore, be installed, otherwise the warranty is rendered null and void.

WARNING

• The components of the system are the responsibility of the installer, who must observe the legislation in force and release a declaration of conformity upon completion of his work.
• SIME cannot be held liable for harm to people or animals or damage to property attributable to an incorrect choice of components or improper set-up of the system.

The hydraulic circuit diagram that can be used as a valid reference.

graph TD
    E["Material E"] --> B["Component B"]
    B --> 4["Valve 4"]
    B --> 5["Valve 5"]
    B --> 2["Valve 2"]
    B --> 5["Valve 5"]
    B --> 7["Valve 7"]
    B --> 5["Valve 5"]
    B --> 9["Valve 9"]
    B --> 5["Valve 5"]
    B --> 13["Valve 13"]
    7 --> 12["Valve 12"]
    7 --> 11["Valve 11"]
    13 --> A["Processing Unit A"]
    12 --> A
    11 --> A
    5 --> EAF["EAF"]
    6 --> EAF
    8 --> EAF
    5 --> EAF
    10 --> EAF
    style A fill:#f9f,stroke:#333
    style EAF fill:#ccf,stroke:#333

LEGEND

A Pellet heater
B Puffer
C Anti-condensation unit
D Filling and emptying of the water heater/system
E Heating system/DHW
EAF Cold water inlet

1 Reverse-acting anti-condensation thermostat (50°C)
2 Control thermostat to be connected to the TE terminal block
4 Automatic relief valve
5 Ball valve
6 Pressure regulator
7 Anti-condensation mixing valve
8 Filter
9 Circulation pump
10 Filling and discharge valve
11 Safety valve (2.5 bar minimum)
12 Pressure gauge
13 Expansion vessel

NOTE: It is advisable to use an open vessel system.

Fig. 18

2.5 CLEANING (fig. 19)

Cleaning operations must be carried out at regular intervals and only when the boiler is cold.

Combustion residuals collect in the removable drawer that must be emptied before starting the boiler.

ATTENTION: To release and open the bottom door, lift the locking bracket (A).

To remove all combustion residuals, use an ordinary aspirator and verify that all the ashes inside the combustion chamber have been completely removed.

The aspirator can also be used to clean the fuel grille.

To clean the fume ducts inside the boiler body, use a wiper.

ATTENTION: if the generator is switched off for long periods of time (above 15 days), it is necessary to empty the pellet container in order to prevent the pellets from absorbing excessive humidity, which could affect the operation of the boiler. A high amount of humidity in the pellets could cause them to pulverize, increase the amount of residuals in the brazier and obstruct the pellet feeding system.

2.6 SAFETY THERMOSTAT (fig. 20)

The safety thermostat with manual reset intervenes automatically, switching off the burner, when the water heater temperature exceeds 95°C.

To start the water heater back up again, press the button as shown in the figure. During the resetting procedure one must not remove the bracket that protects the thermostat.

If this event occurs frequently, have qualified staff inspect the equipment.

Close-up of a metal electrical socket mounted on a wall, with wires and a yellow tool inserted (no visible text or symbols)

Fig. 20

2.7 ANNUAL MAINTENENCE

For optimum performance, it is advisable to have the boiler inspected accurately and thoroughly by qualified personnel at least once every season.

Removable drawer

Line drawing of an open refrigerator with internal compartments and a handle (no text or symbols)

Fig. 19

Before performing maintenance operations, verify that the boiler is cold and has been disconnected from the mains.

2.7.1 Warnings

In the event of product failure and/or malfunction, switch it off and do not attempt to repair or intervene on it.

Any repairs must be carried out by authorised staff using original spare parts.

2.8 DEMOLITION AND DISPOSAL OF THE APPLIANCE (2012/19/UE)

At the end of its life cycle the appliance MUST BE DISPOSED AND

RECYCLED, as required by current law.

It MUST NOT be disposed of with domestic waste. It can be taken

to waste recycling centres, where they exist, or to a dealer providing this service.

Recycling waste prevents potential damage to the environment and harm to health. It also allows you to recover many recyclable materials with significant economic and energy savings.

2.9 ACCESSORIES

The available accessories to be ordered separately:

• code 5197500 200-litre PELLET TANK (1081 x 440)
• code 5197510 300-litre PELLET TANK (1381 x 440)
• code 5197520 500-litre PELLET TANK (1481 x 640)

Technical line drawing of a mechanical component with a separate view (no text or symbols)

Close-up of a metallic mechanical component with a curved bracket and flange (no visible text or symbols)

Technical line drawing of a mechanical bracket with a curved handle (no text or symbols)

Close-up of gloved hands installing or adjusting a metal component with a meshed edge (no visible text or symbols)

Technical line drawing of a mechanical assembly with a bracket and base plate (no text or symbols)

Close-up of a car's front wheel with visible friction and insulation layers (no text or symbols)

Close-up of a person in gloves handling a car tire component (no visible text or symbols)

Interior view of a mechanical device with internal gear-like components (no visible text or symbols)

Close-up of a mechanical component with metallic brackets and a curved surface (no visible text or symbols)

Close-up of a white wall-mounted device with a metallic knob and a black handle inserted, no visible text or symbols.

Technical line drawing of a mechanical component with labeled parts A, B, and C (no text or symbols beyond labels)

Мод. 500 дм³

Мод. 200-300 дм ²

1CB M5x12 [54 x)

108 M5x12 [66 x]

1CB MaxB [2 x]

10B M6x8 (2 x)

TCB 7SPx3/8" (6 x)

TCB 7SPx3/8" |6 x1

TSP M5x2D |8 x|

TSP M5x20 (8 x)

Interior view of a metallic industrial or laboratory chamber with a rectangular duct and pipe, no visible text or symbols.

Рис. 11 - Введение

I) Монтаж горелки (В-Home Round 25 для SOLIDA 5 PL и B-Essential Round 50 для SOLIDA 8 PL+) .

Back panel of an electronic device showing ports, connectors, and a 220V AC input (no readable text or symbols beyond labels)

Close-up of a black electrical outlet plug with a yellow cable, no visible text or symbols

Hand holding a blue tool inside a refrigerator with a numbered label (8) on the door (no visible text or symbols on the device itself)

Close-up of a blue cable being inserted into a car engine compartment, with no visible text or symbols.

Close-up of a black electrical socket with yellow wires and a yellow bulb inserted, mounted on a metal surface (no text or symbols visible)

Рис. 20

Close-up of a door panel with a labeled component 'A' and a tool, no readable text or symbols present.

Выдвижной Ящик

Line drawing of an open refrigerator with internal compartments and doors (no text or symbols)

Technical line drawing of a mechanical component with a flanged top and a separate clamped part (no text or symbols)

Close-up of hands cleaning a metal pipe with a curved pipe and clamped components (no visible text or symbols)

Technical line drawing of a mechanical bracket with a curved handle and base plate (no text or symbols)

Close-up of gloved hands adjusting a metal component with visible teeth and wear (no text or symbols)

Technical line drawing of a mechanical assembly with a bracket and base plate (no text or symbols)

Close-up of a car interior showing two stacked concrete blocks with visible wear and dust (no text or symbols)

Close-up of a person's hand using gloves to clean or repair a vehicle interior (no visible text or symbols)

Interior view of a mechanical component with internal cavities and mounting brackets (no visible text or symbols)

Close-up of a vehicle's roof structure showing asphalt and asphalt layers (no text or symbols visible)

Fig. 8 Último deflector

Close-up of a mechanical pipe fitting with a brass fitting inserted into a black circular opening, mounted on a metal frame (no text or symbols visible)

Technical line drawing of a mechanical component with labeled parts A, B, and C (no text or symbols beyond labels)

Mod. 200-300 dm²

1CB M5x12 [54 x)

TCB M6x5 [2 x]

TCB 7SPx3/8" (6 x)

TSP M5x20 |8 x|

Mod. 500 dm ³

108 M5x12 [66 x]

10B M6x8 (2 x)

TCB 7SPx3/8" |6 x1

TSP M5x20 (8 x)

Metallic cylindrical object placed on a reflective surface with circular patterns (no text or symbols visible)

Back panel of an electronic device showing ports, connectors, and a 220V AC input (no text or symbols on components)

Fig. 12 Cable del motor del tornillo sin fin

Close-up of a black electrical plug inserted into a wall, with a yellow wire and label '7' pointing to it (no readable text or symbols beyond the label)

Hand holding a blue tool near a white appliance with a brass fitting (no visible text or symbols)

Close-up of a car engine component with a blue wire and numbered label (9), no readable text or symbols beyond the number.

Close-up of a screwdriver inserted into a wall socket, with wires and a yellow tool visible (no text or symbols)

Fig. 20

Close-up of a door handle with a label 'A' and an arrow pointing to a clip (no readable text or symbols)

Cajón extraíble

Line drawing of an open refrigerator with internal compartments and a handle (no text or symbols)

Close-up of a metallic cylindrical device with internal perforated structure and an arrow indicating direction (no text or symbols)

Rejilla del combustible
Fig. 19

2.7 MANTENIMIENTO ANUAL

Technical line drawing of a connector with a small inset showing internal structure (no text or symbols)

Sl. 2 nosilci zadaj ob straneh

Close-up of hands cleaning a metal pipe with visible cracks and dust (no text or symbols)

Technical line drawing of a mechanical bracket component with a curved handle attachment (no text or symbols)

Sl. 4 nosilci spredaj ob straneh

Close-up of a gloved hand adjusting a metal component with visible teeth and wear (no text or symbols)

Technical line drawing of a mechanical assembly with a bracket and base plate (no text or symbols)

Close-up of a car interior showing two stacked concrete blocks with visible wear and insulation (no text or symbols)

POZOR!

BETONSKE PLOŠČE SE MORAJO PRILEGATI K PREDNJI STRANI PEČI

Close-up of a hand using a tool to adjust or repair vehicle components on a vehicle (no visible text or symbols)

Interior view of a mechanical or electrical enclosure with internal structural components (no visible text or symbols)

Close-up of a vehicle's track and tracks with visible tracks and structural elements (no text or symbols)

Close-up of a mechanical component with a metallic blade and brass fitting, mounted on a white panel (no visible text or symbols)

Technical line drawing of a mechanical component with labeled parts A, B, and C (no text or symbols beyond labels)

Close-up of a metallic rod partially submerged in a transparent container, with no visible text or symbols.

Sl. 10 Vstavitev

I) Montaža gorilnika (B-Home Round 25 za SOLIDA 5 PL in B-Essential Round 50 za SOLIDA 8 PL+).

Tesnilo (4), ki je priloženo gorilniku, namestite med prirobnico (5) in vrata (2) kotla Namestite 4 vijake (6) (M8) a privijte LE vijaka, ki pritrjujeta vmesno spodnjo polprirobnico. Vijaka zgornje polprirobnice LE NAMESTITE, a ju še ne privijte

Back panel of an electronic device showing ports, connectors, and wiring (no readable text or symbols)

Sl. 11 Kabel motorja polža

Close-up of a black electrical socket with a yellow wire inserted, mounted on a metal surface (no text or symbols visible)

Sl. 12 Konektor varnostnega termostata

C) Senzor temperature vode (8 Sl. 13) vstavite v brezno (9 Sl. 14) v ohišju kotla

Close-up of a hand holding a blue tool near a white car with 'F500' branding (no visible text or symbols on the tool itself)

Sl. 13 Senzor temperature vode v potisni vod

Close-up of a car's battery panel with a blue wire and numbered component (9), no visible text or symbols

Sl. 14 Senzor temperature vode v potisni vod

D) Vtičnici gorilnika priključite omrežno električno napajanje (1 SI. 15).

Close-up of a wall socket with a yellow tool inserted, showing wiring and a black plastic component (no text or symbols visible)

Sl. 19

2.7 LETNO VZDRŽEVANJE

Close-up of a metallic cylindrical device with internal perforated structure, showing internal flow direction (no text or symbols)