2017 - Cola Stoves · 2017-05-08 · 2017. Company Cola Why Choose Pellets? Cola Approved Partner...

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Company

Cola

Why Choose Pellets?

Cola Approved Partner Assurance

Certifications

Pellet Air Stoves Overview

Pellet Hydro Stoves Overview

Pellet Air Stoves Range

Removable Pellet Inserts

Pellet Hydro Stoves Range

Biomass Pellet Boiler

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ColaCola was established in 1963 as a metalworking company

for the construction of heating systems. The strategic

focus was the use of "poor" fuels such as wood and coal,

but changing the idea of the stove from that of a simple

heat source to an object of refined beauty and decor, a

winning choice that put Cola among the leaders in this

emerging market in post-war Italy. A few years later the

energy crisis gave impetus to the appearance of a new

product that would revolutionise the multi-fuel sector: in

1973, an engineer from Idaho in the USA invented the

pellet, an agglomerate obtained by the compression of

sawdust and wood powder without the addition of glues

or chemicals. It gradually became increasingly used as

fuel for industries and subsequently as an alternative for

fueling condominium boilers or stoves for private homes.

As a result, on the basis on the experience acquired and

successes in the sector of wood-burning stoves and

boilers, the Cola company worked to develop specific

products in the field of pellets, eventually creating and

patenting a brazier/brazier holder combustion system

which is still among the safest and most effective on the

market, ensuring perfect combustion, reduced residual

ash and low dust emissions and flue gas. Cola combines

functionality and attractive design, heating efficiency and

the suitability of the product to be used as a furnishing

element. Cola srl was ready for the evolutionary leap at

the dawn of the new millennium.

Wood pellets are the most common type of pellet fuel and

are generally made from compacted sawdust and related

waste from lumber and wood product industries. They are

practical, environmentally friendly, easy to carry and store

and offer the best price-energy efficiency ratio. The high

density and low moisture content of wood pellets allows

them to be burned with very high combustion efficiency.

Pellets have different types of certifications and those

conforming to the norms commonly used in Europe

have less than 10% water content, are uniform in density,

have good structural strength and produce low dust and

ash content.

The advantages of using a pellet stove rather than a wood

burning stove are many. Pellet stoves can be ignited

automatically, turned on and off instantaneously and can

be thermostatically controlled and programmed remotely

using WiFi controls; wood burning stoves must be ignited

manually and cannot be controlled in the same way.

Pellet stoves heat the room by convection using a fan

which spreads the heat much more efficiently and evenly,

unlike wood which heats by radiation. Pellets produce

very little ash and the ash pan is easy to empty, with just

an annual service required in the way of maintenance.

Pellets are readily available to buy online and from garden

centres and DIY stores. They can be purchased in small

manageable bags so not a lot of storage space is required

and because they have a low moisture content and are

not required to dry out, as with wood, they can be stores

pretty much anywhere. They do not have to be seasoned

and pose no risk of insect infestation.

Why Choose Pellets?

32

CertificationsThanks to a technologically advanced design and laboratory testing,

Cola products have been certified with the most prestigious international

quality marks and meet the highest standards of safety and environmental

compatibility. These certifications relevant to the production systems,

laboratory testing and the specific quality of products ensure the absolute value

of the products, thermal efficiency and compliance with the parameters of CO

emissions envisaged by the most stringent regulations.

HETAS is the independent UK body recognised by the

Department for Environment, Food and Rural Affairs

(DEFRA) for the official testing and approval of domestic

solid fuels, solid fuel burning appliances and associated equipment and

services. The HETAS Approved Product logo gives reassurance to the installer

and end user that the appliance they are going to buy complies fully with

current energy efficiency and safety requirements.

The Microgeneration Certification Scheme (MCS) is an industry-led and nationally recognised quality

assurance scheme, supported by the Department for

Business, Energy & Industrial Strategy (BEIS). MCS

certifies microgeneration products used to produce

electricity and heat from renewable sources. MCS also

certifies installation companies to ensure the microgeneration products have

been installed and commissioned to the highest standard for the consumer.

DEFRA Exempt icon means that the appliance has

been granted exempt status by DEFRA (Department

for Environment & Rural Affairs) and can be used in those areas of the UK

where smoke control policy is in force. You can contact the environmental

services department of your local council to find out if you live in a smoke

controlled area.

EN 14785 Requirements for the design, fabrication, construction, safety and performance (efficiency and emissions), instructions and marking, as well as related test methods and fuels for type testing, for pellet-burning heating units.

EN 13240 The standard specifies the requirements for the design, fabrication, construction, safety and performance (efficiency and emissions), instructions and marking, together with the related test methods for type testing of solid fuel-burning stoves. The standard applies to non-mechanically fed units and does not apply to units with fan-assisted combustion air.

EN 303-5 The European standard applies to heating boilers, including related safety devices, having a nominal heat output up to 500 kW, designed to be fed with solid fuels, using water as the heat transfer fluid at a maximum temperature of 110°C, and working at a maximum pressure of 6 bar.

EN 12815 The standard specifies the requirements for the design, fabrication, construction, safety and performance, instructions and marking, together with related test methods and fuels, for type approval of solid fuel-burning heating cookers.

PRODUCT CERTIFICATIONS

DOP regulation: Regulation (EU) no. 305/2011 establishes the rules for the marketing of construction products, with the MANUFACTURER's obligation, when the product is put on the market, to draw up a Declaration of Performance (DoP) in the language or languages of the Member State, containing information on performance in relation to the essential characteristics. Since 1 July 2013 the Declaration of Performance (DoP) has replaced the Declaration of Conformity and is available on the WEB.

Flamme Verte quality label (in France). COLA wood burning stoves comply with the Flamme Verte quality label (Environment and Energy Saving Agency).

CE: Declaration of Conformity - the products comply with the European Standard.

VKF: Swiss certificate of fire-prevention approval for heating equipment and antismog regulation.

15a B-VGBImSchV2 Cola products meet the requirements of the German standard BImSchV2

and 15aB-VG (Austrian environmental standard).

BAFA: Federal Office of Economics and Export Control (BAFA). German Federal Authority that controls the appropriate use of renewable energies for maintaining the balance between energy power (heating) and substances harmful to the environment (fumes, dusts, gases), imposing strict regulations and tests that COLA products have brilliantly passed.

Our Strong PointsThe technologies developed and rigorous laboratory testing ensure the excellent

performance, low consumption, long autonomy and, above all, low emissions of COLA

products. The name HiPe emphasizes the high performance of the pellet stoves, that feature

high thermal efficiency and controlled combustion, enabling a reduction in the fume value

thresholds in order to comply with the latest local and European regulations, in respect for

the environment and the eco-compatible policies of each country.

High performance

Ductable pellet stoveStove with optional top or rear double fume outlet

External combustion air intake Remote/radio control as standard

Pellet stove with the possibility of turning fans off

Pellet hydro stove Pellet air stove

Automatic cleaning of brazier/brazier holder system in cast iron (Cola patent)

Pellet stove with domestic hot water production

LEGEND OF ICONS

Cola Approved Partner Assurance

In order to help you with your purchase of a Cola Stoves appliance we have

created a series of icons that are issued to all our authorised retailers,

installers and distributors.

These icons guarantee that you are purchasing a genuine Cola Stoves

appliance and that the people assisting you and providing any service related

to the appliance are fully trained and authorised by Cola Stoves UK.

As an approved Cola Stoves partner, we guarantee:

• Quick access to genuine Cola Stoves spare parts

• Two year hassle-free warranty registered with Cola Stoves UK

• Immediate technical help from Cola Stoves UK Customer Service

• Access to Cola Stoves trained HETAS engineers

• Updates on the latest stove products & technologies

For information on where to find an authorised Cola Stoves partner in your

area, please don’t hesitate to contact us by phone or email.

Tel: 0330 205 0002 Email: [email protected]

LABORATORY CERTIFICATIONS

4

DE F R A EXE M PT

1

2

3

4

5

6

7

8

9

10

11

Control panelPellet hopper closing doorVentilated ceramic coverPressure relief valveHeating chamber closing coverDoor in cast iron with glass ceramicPellet hopperPellet augerAuger rotation gearmotorCombustion chamber inner wall in vermiculitePellet chutePellet hopper safety thermostat probePellet igniting heating elementCast iron brazierBrazier holderCombustion air inlet pipeElectrical-electronic components boxFume exhaust pipeHeating chamberAsh containerFume extractorFume-water heat exchange pipesWater circuit pressure transducerPressure relief valveWater system circulating pumpAdjustable foot

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17

18

19

20

21

22

23

24

25

26

12

13

14

15

Pellet Hydro Stove 'WATER' combustion chamber – heating chamber (13-17 kW) and (24 – 28

kW): designed with large heat exchange areas and some walls in vermiculite

for high thermal efficiency, a reduction in incomplete combustion values and

lower dust emissions with adequate size for the internal water volume in order

to provide for sudden drawing of hot water while continuing regular operation.

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

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18

19

20

21

22

23

24

25

26

1

2

5

6

3

4

9

7

8

16

1514 13

11

1719

20

18

21

22

23

12

10

Pellet Air Stove H series 'AIR' combustion chamber (6 – 9 kW) and (10-13 kW): optimised

heat exchange areas and flueways offer high thermal efficiency, a reduction

in incomplete combustion, and lower dust emissions with values below those

specified by European Standards (Germany – Austria) as well as those in force

and envisaged for 2015. Ventilation (air heating models) is very efficient, in

being distributed over the entire perimeter plate of the combustion chamber,

with the possibility of automatic or manual control of fan speed. Also, some

stove models are designed for ducting, to convey the hot air at a certain

pressure and flow to where required by the user.

1

2

3

4

5

6

7

8

9

10

11

Control panel Pellet hopper closing doorVentilated ceramic cover

Cast iron finned exchangerPressure relief valve

Fume bafflePellet hopperPellet auger

Combustion chamber vermiculite internal wallsPellet chute

Pellet hopper safety thermostat probe12

13

14

15

16

17

18

19

20

21 22

Rear air fanPellet igniting heating element

Cast iron door-frame with glass ceramicCast iron brazier

Combustion air inlet pipeBrazier holder

Fume exhaust pipeAsh container

Fume extractorSide air fan

Adjustable foot23Panoramic external glass 76

98

The pellet stoves are autonomous because the pellets in the hopper are fed in an automatic and programmed way, ignite automatically and are adjusted by means of digital controls or remote control. Used for heating the room where installed or for ducting hot air in other rooms in the house, they ensure high thermal efficiency. The formal features of Cola stoves are the original reasons for the "comma" and "interpenetrating fins" that create a blend of originality, play of chromatic reflections and a feeling great thermal diffusion. The main features of Cola pellet stoves are:

- Automatic or manual adjustment of air fan speed as set by the customer

- Cast iron brazier

- Fire door with frame in cast iron and self-cleaning panoramic glass ceramic

- Large heat exchange area with upper exchanger and front frame in cast iron

- Automatic brazier cleaning to keep combustion constant and for low maintenance

- Alarm diagnostics and easy service

- Management in up to 3 foreign languages as well as the Italian version

- Ample glass area for better visibility of flame

- Possibility of connection to thermostat/external chronothermostat with cable

- Removable ash pan

- Adjustable feet on bottom of stove to facilitate installation also on uneven floors

- Automatic lighting and shutdown by weekly chronothermostat function with up to 4 lightings/shutdowns a day

- Safety systems: overpressure valve incorporated in the cast iron upper exchanger, overtemperature safety thermostat, pellet hopper and low pressure gauge to ensure safe operation of the unit

NB: The heatable volume depends on the insulation of the home.

Calculated on 35 W/m³ - 30 kcal/h m³; consumption values are

the result of laboratory tests

Darwin Communication

Utility - Remotable Interface

Vision Hermetic

Ambra

Ambra Lux

Vision HR

Smart

Free HR

Antigua

Cupido

Aloe

Diamond

Aurora

Fire HR

Calla Ductable

Mimosa Ductable

Sprint Steel Ductable

Sprint Majolica Ductable

Medea

Beauty 13 Ductable

Sabina

Charme

Charme Ductable

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UTILITY - Remotable InterfaceThe Cola Utility console is a remotable interface, with direct connection to the board of boilers and/or pellet stoves, and has a 216x128 dot (81.9 x 46.8 mm) viewer and 4

touch buttons for managing functions, just like operating directly on the boiler/stove display. It is enclosed in a WHITE ABS container (126.1 x 91 mm). It is connected with

two wires and communicates with the main board via powerline. From the comfort of your living-room you can adjust the desired temperature, the duration of use of the

boiler (or pellet stove), the output and daily and weekly programming of lighting.

Darwin CommunicationCola introduces "DARWIN COMMUNICATION", the innovative APPSTOVE remote control system via Internet for the management of pellet boilers, heating stoves and stoves.

Register on the web and then check the stove from the PC or APPS for SMARTPHONE and TABLET (IOS/ANDROID/ WINDOWS). Through the Internet connection (Web or

downloading the special App), you can manage your product by entering directly in the controller of one or more stoves, adjusting lighting, turning off, temperature and

output. You can also use the weekly programming with the possibility of 4 daily independent periods. All this without moving from where you are, in the office or in the gym,

and coming home to find the heat of a Cola stove awaiting you.

10

in extension phase

15a B-VG EN14785 BImSchV2

VISION HERMETIC* - Cladding in painted steel - Structure: steel and cast iron

Combustion chamber: Steel, cast iron and vermiculite

Heat input - reduced

Heat output nominal - reduced

Fuel / Hourly consumption at Nom. output - Red. output

CO emission 13% O2 at Nom. output - Red. output

Dust emission PP at 13% O2

Fume outlet temperature at Nom. output - Red. output

Efficiency at Nom. output - Red. output

Flue draught

Fume exhaust diameter

Air inlet diameter

Electrical power supply

Electrical power input

Min. safety distance (rear - right/left side - floor)

Hopper capacity

Weight

Heatable volume**

Bordeaux

Corten

White

Black

7,18-2,62

6,5-2,5

1,5-0,5

0,014-0,018

14

156-68

90,5-95,5

10-14

80

32

230-50Hz-2A

420-85

200-300-0

15

65

185

*Hermetic means the stove is airtight which reduces the air exchange between the combustion chamber of the stove and the room.

**Depending on the insulation of the home and calculated on 35 W/m3

12 13

829

570 510

VISION HERMETIC

dust emissions: 14 mg/m³max efficiency: 95.5 %heat output: 6.5 kWheatable volume*: 185 m³

Corten

Ivory

Rust

Bordeaux

White

Black

*Depending on the insulation of the home and calculated on 35 W/m3

kW

kW

kg/h

%

mg/m³

°C

%

Pa

mm

mm

V

W

mm

kg

kg

m³

Cladding in painted steel - Structure: steel and cast iron









Flue draught


Air inlet diameter




Hopper capacity

Weight

Heatable volume*

7.10 - 1.99

6.33 - 1.82

1.46 - 0.41

0.02 - 0.038

16 - 11.7

176.4 - 74.1

89.10 - 91.42

10 - 14

80

32

230 V - 50 Hz - 2A

420 start - 85

200 - 300 - 0

15

65

180

15a B-VG EN14785 BImSchV214 15

dust emissions: 11.7 mg/m³max efficiency: 91.42 %heat output: 6.33 kWheatable volume*: 180 m³

934

510 440

AMBRA

kW

kW

kg/h

%

mg/m³

°C

%

Pa

mm

mm

V

W

mm

kg

kg

m³

in extension phase



Cladding in painted steel and majolica - Door in mirror-effect glass ceramic - Structure: steel and cast iron









Flue draught


Air inlet diameter




Hopper capacity

Weight

Heatable volume*

Ivory

Bordeaux

White

Black

7.10 - 1.99

6.33 - 1.82

1.46 - 0.41

0.02 - 0.038

16-11.7

176.4 - 74.1

89.10 - 91.42

10 - 14

80

32

230 V - 50 Hz - 2A

420 start - 85

200 - 300 - 0

15

65

180

16 17

934

510 440


AMBRA LUX


kW

kW

kg/h

%

mg/m³

°C

%

Pa

mm

mm

V

W

mm

kg

kg

m³

Bordeaux

Corten

White

Black

Cladding in painted steel- Structure: steel and cast iron









Flue draught


Air inlet diameter




Hopper capacity

Weight

Heatable volume*

7.10 - 1.99

6.33 - 1.82

1.46 - 0.41

0.02 - 0.038

16 - 11.7

176.4 - 74.1

89.10 - 91.42

10 - 14

80

32

230 V - 50 Hz - 2A

420 start - 85

200 - 300 - 0

15

65

180

in extension phase


829

570 510


VISION HR


SMART

968

460 504


White

Bordeaux

Black


kW

kW

kg/h

%

mg/m³

°C

%

Pa

mm

mm

V

W

mm

kg

kg

m³










Flue draught


Air inlet diameter




Hopper capacity

Weight

Heatable volume*

7,61-2,70

6,97-2,58

1,61-0,57

0,02-0,02

13,7

151-80,2

91,6-95,7

10-14

80

50

230-50Hz-2A

420-120

200-300-0

17

75

199

20 21

DE F R A EXE M PT


kW

kW

kg/h

%

mg/m³

°C

%

Pa

mm

mm

V

W

mm

kg

kg

m³

Cladding in painted steel - Top and front panel in majolica - Structure: steel and cast iron






Dust emission (15a-B-VG) at Nom. output



Flue draught


Air inlet diameter




Hopper capacity

Weight

Heatable volume*

Ivory

Bordeaux

Black

9.15 - 2.7

8.27 - 2.58

1.937 - 0.57

0.02 - 0.02

9.9

173.4 - 80.2

90.42 - 95.66

10 - 14

80

50

230 V - 50 Hz - 2A

420 start - 120

200 - 300 - 0

19

93

236


991

494

500


FREE HR

DE F R A EXE M PT


kW

kW

kg/h

%

mg/m³

°C

%

Pa

mm

mm

V

W

mm

kg

kg

m³

in extension phase











Flue draught


Air inlet diameter




Hopper capacity

Weight

Heatable volume*

9,15-2,7

8,27-2,58

1,94-0,57

0,02-0,02

9,9

173,4-80,2

90,42-95,66

10-14

80

50

230-50Hz-2A

420-120

200-300-0

18

107

236

White

Serpentino

Bordeaux

Black

24 25

1003

516 510

ANTIGUA


DE F R A EXE M PT


kW

kW

kg/h

%

mg/m³

°C

%

Pa

mm

mm

V

W

mm

kg

kg

m³

in extension phase


Ivory

Rust

Bordeaux

White

Black

Cladding in painted steel and majolica - Structure: steel and cast iron









Flue draught


Air inlet diameter




Hopper capacity

Weight

Heatable volume*

9 - 2.54

8.13 - 2.34

1.86 - 0.52

0.006 - 0.012

13.9 - 8.9

160.8 - 83.4

90.32 - 92.34

10 - 14

80

50

230 V - 50 Hz - 2A

420 start - 100

200 - 300 - 0

15.5

110

232

26 27

108

5

780 293


CUPIDO


10.41-2.7

9.29-2.58

2.20-0.57

0.01-0.02

6.1-/

182.2-80.2

89.26-95.66

10-14

80

50

230V-50Hz-2A

420 START-120

200-300-0

20

85

265

kW

kW

kg/h

%

mg/m³

°C

%

Pa

mm

mm

V

W

mm

kg

kg

m³

Ivory

Bordeaux

White

Black

in extension phase


Cladding in painted steel - Top and front grilles in majolica - Structure: steel and cast iron









Flue draught


Air inlet diameter




Hopper capacity

Weight

Heatable volume*

107

6

734 548

Ivory

Bordeaux

White

Black

kW

kW

kg/h

%

mg/m³

°C

%

Pa

mm

mm

V

W

mm

kg

kg

m³

2928


DUCTABLE

ALOE

DE F R A EXE M PT


kW

kW

kg/h

%

mg/m³

°C

%

Pa

mm

mm

V

W

mm

kg

kg

m³


Cladding in painted steel - Top in majolica - Structure: steel and cast iron









Flue draught


Air inlet diameter




Hopper capacity

Weight

Heatable volume*

10.41 - 2.7

9.29 - 2.58

2.2 - 0.57

0.01 - .002

6.1

182.2 - 80.2

89.26 - 95.7

10 - 14

80

50

230 V - 50 Hz - 2A

420 start - 120

200 - 300 - 0

22

105

265

Ivory

Bordeaux

White

Black

30 31

102

6

541

7

551


DIAMOND

DE F R A EXE M PT

kW

kW

kg/h

%

mg/m³

°C

%

Pa

mm

mm

V

W

mm

kg

kg

m³

in extension phase


*Depending on the insulation of the home and calculated on 35 W/m³

Ivory

Rust

Bordeaux

White

GMA










Flue draught


Air inlet diameter




Hopper capacity

Weight

Heatable volume*

10.41 - 2.7

9.29 - 2.58

2.20 - 0.57

0.01 - 0.02

6.1

182.2 - 80.2

89.26 - 95.66

10 - 14

80

50

230 V - 50 Hz - 2A

420 start - 120

200 - 300 - 0

20

85

265

32 33

994

622 501


AURORA

DE F R A EXE M PT



kW

kW

kg/h

%

mg/m³

°C

%

Pa

mm

mm

V

W

mm

kg

kg

m³

10.41 - 2.7

9.29 - 2.58

2.2 - 0.57

0.01 - 0.02

6.1

182.2 - 80.2

89.26-95.66

10 - 14

80

50

230 V - 50 Hz - 2A

420 – start -120

200 - 300 - 0

19

106

265

Cladding in painted steel - Top and front panel in majolica - Structure: steel and cast iron









Flue draught


Air inlet diameter




Hopper capacity

Weight

Heatable volume*

Ivory

Bordeaux

Black

34 35

1036

538

531


FIRE HR

in extension phase


Ivory

Bordeaux

White

Black

Cladding in painted steel and majolica - Top and front panel in majolica - Structure: steel and cast iron









Flue draught


Air inlet diameter

Average air flow rate **

Average air temperature **




Hopper capacity

Weight

Heatable volume*

kW

kW

kg/h

%

mg/m³

°C

%

Pa

mm

mm

m³/h

°C

V

W

mm

kg

kg

m³

10.01 - 2.68

9.05 - 2.54

2.073 - 0.555

0.012 - 0.030

10.7 - 26.1

152.2 - 63.1

90.37 - 94.81

10 - 14

80

50

80 x 2

70 - 80

230 V - 50 Hz - 2A

420 start - 140

200 - 300 - 0

18

130

258

Adjustable air flow1 Centrif. fan mot.2 Ducting

*Depending on the insulation of the home and calculated on 35 W/m³ - ** At outlet of ducting connections

36 37

DUCTABLE

570

1075

535


CALLA

Ivory

Bordeaux

White

Black

in extension phase



10.01 - 2.68

9.05 - 2.54

2.073 - 0.555

0.012 - 0.030

10.7 - 26.1

152.2 - 63.1

90.37 - 94.81

10 - 14

80

50

80 x 2

70 - 80

230 V - 50 Hz - 2A

420 start - 140

200 - 300 - 0

16

115

258

kW

kW

kg/h

%

mg/m³

°C

%

Pa

mm

mm

m³/h

°C

V

W

mm

kg

kg

m³

Cladding in painted steel - Structure: steel and cast iron - Combustion chamber: Steel, cast iron and vermiculite








Flue draught


Air inlet diameter






Hopper capacity

Weight

Heatable volume*

38 39

CORNER - DUCTABLE

683

1071

712


MIMOSA


*Depending on the insulation of the home and calculated on 35 W/m³ - *** At outlet of ducting connections

12.4 - 3.2

11.08 - 3.0

2.557 - 0.659

0.016 - 0.02

18 - 20

199.6 - 71.8

89.03 - 93.73

10 - 14

80

50

115

70 - 75

230 V - 50 Hz - 2A

420 start - 140

200 - 300 - 0

15

132

314

kW

kW

kg/h

%

mg/m³

°C

%

Pa

mm

mm

m³/h

°C

V

W

mm

kg

kg

m³

Cladding in painted steel - Structure: steel and cast iron - Combustion chamber: Steel, cast iron and vermiculite








Flue draught


Air inlet diameter

Average air flow rate ***

Average air temperature ***




Hopper capacity

Weight

Heatable volume*

Adjustable air flow1 Centrif. fan mot. 1 Ducting

Ivory

Rust

Bordeaux

White

Black


993

287 1007

DUCTABLE


SPRINT STEEL


kW

kW

kg/h

%

mg/m³

°C

%

Pa

mm

mm

m³/h

°C

V

W

mm

kg

kg

m³

Cladding in majolica - Structure: steel and cast iron - Combustion chamber: Steel, cast iron and vermiculite








Flue draught


Air inlet diameter






Hopper capacity

Weight

Heatable volume*

Ivory

Bordeaux

White

Black

12.4 - 3.2

11.08 - 3.0

2.557 - 0.659

0.016 - 0.02

18 - 20

199.6 - 71.8

89.03 - 93.73

10 - 14

80

50

115

70 - 75

230 V - 50 Hz - 2A

420 start - 140

200 - 300 - 0

15

156

314

Adjustable air flow1 Centrif. fan mot. 1 Ducting


42 43

1000

995

2851000


SPRINT MAJOLICADUCTABLE

Ivory

Bordeaux

White

Black


kW

kW

kg/h

%

mg/m³

°C

%

Pa

mm

mm

V

W

mm

kg

kg

m³

Cladding in painted steel and majolica - Structure: steel and cast iron









Flue draught


Air inlet diameter




Hopper capacity

Weight

Heatable volume*

12.03 - 3.3

11.01 - 3.1

2.48 - 0.68

0.014 - 0.02

18 - 10.7

154.7 - 63.3

91.47 - 95.35

10 - 14

80

50

230 V - 50 Hz - 2A

420 start - 140

200 - 300 - 0

23

109

314


107

5

564 537


MEDEA

Ivory

Bordeaux

Leather

Black

Cladding in painted steel - Top and front grilles in majolica

Structure: Steel and cast iron. - Combustion chamber: Steel, cast iron and vermiculite








Flue draught


Air inlet diameter






Hopper capacity

Weight

Heatable volume*

kW

kW

kg/h

%

mg/m³

°C

%

Pa

mm

mm

m³/h

°C

V

W

mm

kg

kg

m³

14.1 - 3.5

12.7 - 3.3

2.91 - 0.72

0.02 - 0.011

16.4 - 24.4

176.7 - 64.3

90 - 95.35

10 - 14

80

50

80 x 2

70 - 90

230 V - 50 Hz - 2A

420 – start -140

200 - 300 - 0

27

149

363




DUCTABLE


112

1

570

609

BEAUTY 13



kW

kW

kg/h

%

mg/m³

°C

%

Pa

mm

mm

V

W

mm

kg

kg

m³

14.38 - 3.85

12.83 - 3.66

3.04 - 0.81

0.01 - 0.01

8

202.5 - 86.7

89.25 - 95

10 - 14

80

50

230 V - 50 Hz - 2A

420 start-140

200 - 300 - 0

20

110

366

Cladding in painted steel - Structure: Steel and cast iron









Flue draught


Air inlet diameter




Hopper capacity

Weight

Heatable volume*

Ivory

Rust

Bordeaux

Grey

48 49

dust emissions: 8 mg/m³max efficiency: 95 %heat output: 12.83 kWheatable volume*: 366 m³

958

527

629

SABINA



kW

kW

kg/h

%

mg/m³

°C

%

Pa

mm

mm

V

W

mm

kg

kg

m³

Cladding in majolica - Structure: steel and cast iron









Flue draught


Air inlet diameter




Hopper capacity

Weight

Heatable volume*

14,10-3,3

12,72-3,1

2,9-0,68

0,02-0,02

17,1-10,7

182,6-63,3

90,18-95,35

10-14

80

50

230-50Hz-2A

420-140

200-300-0

21

138

363

Ivory

Bordeaux

White

Black

dust emissions: 17.1-10.7 mg/m³max efficiency: 95.35 %heat output: 12.72 kWheatable volume*: 363 m³

CHARME

1091

601 536

50 51


14,10-3,3

12,72-3,1

2,9-0,72

0,02-0,011

16,4-24,1

176,7-64,3

90-95,35

10-14

80

50

160 x 2

70-90

230-50Hz-2A

420-260

200-300-0

25

156

363

Cladding in majolica - Structure: steel and cast iron - Camera di combustione: Acciaio, ghisa e vermiculite








Flue draught


Air inlet diameter






Hopper capacity

Weight

Heatable volume*

kW

kW

kg/h

%

mg/m³

°C

%

Pa

mm

mm

m³/h

°C

V

W

mm

kg

kg

m³



Ivory

Bordeaux

White

Black 1139

601 536

52 53

CHARME

dust emissions: 16.4-24.1 mg/m³max efficiency: 95.35 %heat output: 12.72 kWheatable volume*: 363 m³

DUCTABLE

5554

Suitable for installing in any fireplace, COLA pellet inserts feature an advanced operation technology that makes them a perfect heat source. The inserts combine the typical advantages of pellet stoves (high caloric efficiency, programmability, limited costs, environmental friendliness) with the charm and warmth of a traditional fireplace. Removable, equipped with glass ceramic resistant to high temperatures, and frontal forced ventilation, it can be customised with frames in various shapes and materials.




Top Fire 70 -Top Fire 80 - Top Fire 70 Slim

REMOVABLE PELLET INSERTS



kW

kW

kg/h

%

mg/m³

°C

%

Pa

mm

mm

V

W

mm

kg

kg

m³

Structure: Steel and cast iron









Flue draught


Air inlet diameter




Hopper capacity

Weight

Heatable volume*

11,58-3,32

10,36-3,11

2,39-0,68

0,005-0,008

14,30-20,4

185,20-73

89,41-93,73

10-14

80

50

230 V - 50 Hz

420 start-140

200-200-200

18

98

295

TOP FIRE 70

11,58-3,32

10,36-3,11

2,39-0,68

0,005-0,008

14,30-20,4

185,20-73

89,41-93,73

10-14

80

50

230 V - 50 Hz

420 start-140

200-200-200

18

105

295

TOP FIRE 80

9,57-2,27

8,62-2,12

1,98-0,47

0,003-0,020

12,3-7,1

159,20-67,30

90,12-93,34

10-14

80

50

230 V - 50 Hz

420 start-140

200-200-200

12

85

246

TOP FIRE 70 SLIM

575756 5757


TOP FIRE 70

584

700 537


TOP FIRE 70 SLIM

520

700 470

dust emissions: 14.30 mg/m³max efficiency: 93.73 %heat output: 10.36 kWheatable volume*:296 m³

TOP FIRE 80

665

800 536

Frame kit basemounting frames customizable

Ll13b00y Top fire 80 Kit drawer front loadKit additional base

Ll13a00y Top fire 70Kit complete frame 120 Kit additional base

LL13C00Y Top fire 70 slimKit complete frame 80Kit additional base

ACCESSORIES

5958

With these stoves the advantages of pellets and a "water" combustion chamber go hand in hand with great operating autonomy, better heat exchange with higher efficiency plus the possibility of being directly connected to the heating system, in addition to or in place of the existing boiler. The plumbing connections and the control and safety devices are easy to access and service.The main features of COLA pellet heating stoves are:

- Cast iron brazier, fire door with frame in cast iron and self-cleaning panoramic glass ceramic

- Large heat exchange area on heating chamber - Automatic brazier cleaning to keep combustion constant and for low maintenance

- Automatic lighting and shutdown by weekly chronothermostat function with up to 4 lightings/shutdowns a day

- Alarm diagnostics and easy service - Management in up to 3 foreign languages as well as the Italian version

- Ample glass area for better visibility of flame - Possibility of connection to thermostat/external chronothermostat with cable

- Removable ash pan - Adjustable feet on bottom of stove to facilitate installation also on uneven floors

- Heating water circuit comprising: circulating pump with non-return valve with union, 3 bar safety valve, pressure transducer, system drain cock, membrane expansion tank and heating water delivery and return connections

- Group B DHW circuit for external boiler comprising circulating pump with non-return valve with union, heating water circuit connection pipes and delivery and return connections for boiler coil (optional - excluding Termo Max)

- Telephone connection via GSM module (optional) - Safety systems: overpressure valve incorporated in the cast iron upper exchanger, overtemperature safety thermostat, pellet hopper and low pressure gauge to ensure safe stove operation

- Unit for domestic hot water production with storage (optional termo power - termo power lux)




System Kit

Termo Perla Plus

Termo Charme Plus

Termo Blitz Plus

Energyca / Energyca 30

Energyca 30S

Termo Plus

Aqua Plus

PELLET HYDRO STOVES» 60

» 62

» 64

» 66

» 68

» 70

» 72

» 74

function (for boiler or plate heat exchanger).

The primary side of the MS 10-35 module comprises: 3⁄4” connections, manual vent valve and heat exchanger with 30 plates, whereas the secondary side comprises 3⁄4”

connections, low consumption 3-speed circulating pump, non-return valve and manual vent valve.

The primary side of the MSS 10-35 module comprises: 3⁄4” connections, 3-way ball valve, manual vent valve and heat exchanger with 30 plates, whereas the secondary

side comprises 3⁄4” connections, low consumption 3-speed circulating pump, non-return valve and manual vent valve. The low consumption 3-speed circulating pump on

the secondary circuit (for both modules) and the 3-way valve for DHW option (only for module MSS 10-35) can be managed directly by the electronic controller of the pellet

heating stove and/or boiler.

Also, the modules can be provided with an ANTICONDENSATION Accessory Kit that raises the return temperature in the primary circuit. With this accessory kit, through a

3-way thermal valve the system bypasses the primary circuit fluid delivery (pellet stove/boiler) in the primary circuit return until the delivery reaches the preset temperature

in the valve. At this point the thermal valve (proportionally) closes the bypass and opens the return, thus allowing total circulation of the fluid. This allows the pellet stove/

boiler to quickly reach the optimum working temperature, preventing damage from smoke or soot in the flues and eliminating the problem of condensate in the unit.

MODULE MS 10-35 MODULE MSS 10-35 ANTICONDENSATION ACCESSORY

SYSTEM KITMS 10-35 and MSS 10-35 are the Cola separation modules necessary for combined systems having various energy sources (pellets, gas, other sources) which exceed 35

kW and hydraulically separate two different circuits of a system. In fact, they are mandatory for the document ISPESL 18/09/2006 which states "if the primary heat transfer

fluid of two generators enters the thermal storage without any separating element, the sum of the capacity is considered and therefore, if the value of 35 kW is exceeded,

the system comes under the requirements of Min. Decree 1/12/1975 "Safety standards for equipment containing hot liquids under pressure", therefore placing a heat

exchanger between the two generators creates a hydraulic interruption and the outputs must not be added together".

Therefore Cola modules MS 10-35 and MSS 10-35 do not require the compiling of REPORT R (regarding the safety of equipment containing hot liquids under pressure),

which is mandatory when the nominal output of the generators exceeds 35 kW: in fact, according to the current regulations, thermal systems fueled by biomass must

undergo a number of authorisations and administrative procedures (such as prior notification, building permit, etc.). The modules are positioned near the unit (pellet stove or

boiler) which has a useful heat output to water of between 10 and 35 kW. The modules have an electro-galvanised sheet frame and painted steel cover for easy assembly,

to ensure optimum accessibility to the internal components in case of maintenance. A maximum operating temperature of 80°C and a maximum secondary side operating

pressure of 6 bar are assured.

The modules consist of two circuits: a primary circuit (connected to a pellet heating stove/boiler), and a secondary circuit that interfaces with another energy source. The

MS 10-35 is the basic module for separation of the circuits, whereas the MSS 10-35 is the module which, in addition to the separation function, integrates the DHW circuit


kW

kW

kW

kW

kg/h

%

mg/m³

°C

%

Pa

mm

mm

V

W

mm

kg

lt

kg

m³

Cladding in painted steel - Top and front grilles in majolica - Structure: Steel, cast iron and majolica

Combustion chamber: Steel

Max heat input - reduced


Heat output to air at Nom. output - Red. output

Heat output to water at Nom. output - Red. output



Dust emission (15a-B-VG) at Nom. output - Red. output



Flue draught


Air inlet diameter




Hopper capacity

Heating chamber capacity

Weight

Max. heatable volume*

Ivory

Bordeaux

White

Black

22.9-5.6

20.92-5.46

2.82-1.13

18.1-4.33

4.8-1.15

0.01-0.047

<17-36.4

125.2-55.6

<91-97.41

10-14

80

50

230 V - 85 Hz

420 start-85

200-200-0

27

18.5

155

517


1121609

609

dust emissions: <17 mg/m³max efficiency: 97.41 %heat output: 20.92 kWheatable volume*: 517 m³

TERMO PERLA PLUS

64 6565

Ivory

Bordeaux

White

Black


TERMO CHARME PLUS

1092

600 548


kW

kW

kW

kW

kg/h

%

mg/m³

°C

%

Pa

mm

mm

V

W

mm

kg

lt

kg

m³

Cladding in painted steel - Structure: Steel, cast iron and majolica











Flue draught


Air inlet diameter




Hopper capacity


Weight


22.9-5.6

20.92-5.46

2.82-1.13

18.1-4.33

4.8-1.15

0.01-0.047

<17-36.4

125.2-55.6

<91-97.41

10-14

80

50

230 V - 50 Hz

420 start-85

200-200-0

24

18.5

177

517



kW

kW

kW

kW

kg/h

%

mg/m³

°C

%

Pa

mm

mm

V

W

mm

kg

lt

kg

m³

Cladding in ceramic - Structure: Steel, cast iron and majolica











Flue draught


Air inlet diameter




Hopper capacity


Weight


22.9-5.6

20.92-5.46

2.82-1.13

18.1-4.33

4.8-1.15

0.01-0.047

<17-36.4

125.2-55.6

<91-97.41

10-14

80

50

230 V - 50 Hz

420 start-85

200-200-0

20

18.5

150

517

Ivory

Bordeaux

Leather

15a B-VG EN14785 BImSchV2 66 67

103

5

680 771

549


TERMO BLITZ PLUSCORNER

68 69












Flue draught


Air inlet diameter




Hopper capacity


Weight


Energyca

24,63-7,25

23,5-6,86

3,4-1,07

20,1-5,8

5,1-1,49

0,005-0,019

10,8-24,3

119,3-77,1

93,6-94,7

10-14

100

50

230 V - 50 Hz

420 start-140

200-200-0

48

23

210

574

Energyca 30

30,12-7,25

28-6,86

4-1,07

24-5,8

6,12-1,49

0,01-0,019

10,6-24,3

141,5-77,1

93,12-94,7

10-14

100

50

230 V - 50 Hz

420 start-140

200-200-0

48

23

211

686

GMA

Bordeaux Vin

White

dust emissions: 10.8-10.6 mg/m³max efficiency: 94.7% - 94.7 %heat output: 23.5 kW - 28.6 kWheatable volume*: 574 - 686 m³

ENERGYCA

ENERGYCA 30

1245

645 628



kW

kW

kW

kW

kg/h

%

mg/m³

°C

%

Pa

mm

mm

V

W

mm

kg

lt

kg

m³












Flue draught


Air inlet diameter




Hopper capacity


Weight


30,12-7,25

28-6,86

4-1,07

24-5,8

6,12-1,49

0,01-0,019

10,6-24,3

141,5-77,1

93,12-94,7

10-14

100

50

230 V - 50 Hz

420 start-140

200-200-0

48

23

212

686

GMA

Bordeaux Vin

White


1245

654 628

ENERGYCA 30 S


72 73

White

dust emissions: < 16 mg/m³max efficiency: > 91 %heat output: 18.1 - 23.3 kWheatable volume*: 574 m³

TERMO PLUSTERMO PLUS 18TERMO PLUS 23

1000

610 700/820


kW

kW

kW

kW

kg/h

%

mg/m³

°C

%

Pa

mm

mm

V

W

mm

kg

lt

kg

m³












Flue draught


Air inlet diameter




Hopper capacity


Weight


19,37-5,6

18,1-5,46

1,1-0,76

17-4,7

4,1-1,22

< 0,015

< 16

< 135

> 93

10-14

80

50

230 V - 50 Hz

440 start-85

200-200-0

30

18,5

155

485

25,5

23,3-5,8

3,2-1,2

20,1-4,6

5,24-1,22

< 0,015

< 16

< 140

> 91

10-14

80

50

230 V - 50 Hz

440 start-85

500-500-0

40

23

175

574

TERMO PLUS 18 TERMO PLUS 23


in extension phase

74 75

dust emissions: < 16 mg/m³max efficiency: > 91 %heat output: 18.1 kW - 23.3 kWheatable volume*: 574 m³

White

AQUA PLUS 18AQUA PLUS 23

1430

610 820

in extension phase

kW

kW

kW

kW

kg/h

%

mg/m³

°C

%

Pa

mm

mm

V

W

mm

kg

lt

kg

m³












Flue draught


Air inlet diameter




Hopper capacity


Weight


19,37-5,6

18,1-5,46

1,1-0,76

17-4,7

4,1-1,22

< 0,015

< 16

< 135

> 93

10-14

80

50

230 V - 50 Hz

440 start-85

200-200-0

30

18,5

190

485

25,5-6,37

23,3-5,8

3,2-1,2

20,1-4,6

5,24-1,22

< 0,015

< 16

< 140

> 91

10-14

80

50

230 V - 50 Hz

440 start-85

200-200-0

40

23

210

574

AQUA PLUS 18 AQUA PLUS 23



7776

BIOMASS PELLET BOILERDomus Fire » 78

COMBUSTION CHAMBER - Large surface area heat exchanger for maximum efficiency

15a B-VG EN 303-5 BImSchV2

• Large volume flue gas reversal collectors for uniform temperature and speed

• Extremely low emissions thanks to accurately calibrated combustion and vermiculite combustion chamber walls (NEW!!)

• Turbulators for reduced flue gas speed and more efficient heat exchange

• Combustion chamber with fully water-jacketed front face (NEW!!) to eliminate thermal stress between combustion parts and external panels

• Combustion chamber with fully insulated top (hottest) section (NEW!!); latest generation insulation prevents heat loss to outside

• Stable and rigid mounting thanks to built-in base and thick steel panels

• Two inspection doors with closure adjustment brackets (NEW!!):

1. Fire door with flame viewing window

2. Ash bin door for removing and emptying the large ash bin, complete with overpressure safety valve for protection against explosion and/or flameback

• Fully inspectable: in addition to the inspection doors, the flue gas collectors can also be inspected:

1. at the bottom, through the side and centre plugs

2. at the top, by removing the cover panel

DOMUS FIRE - Design Essential, Attractive and Compact Every little detail has been carefully and stylishly designed:

• The door handle lies flush with the front panel

• The thermally insulated top and side panels have no visible screws

• The turbulator shaker knobs are partly hidden

Thermal insulation of the casing panels limits heat loss and keeps external surfaces cool.

DOMUSFIRE BOILERS incorporate a large capacity pellet hopper (70 kg for models HR C29-HR C35-HR C39 and 50 kg for models HR C17-HR C24). Domusfire boilers

come with provision for connection to an ad-ditional, 250 kg hopper with level sensor for automatic filling.

Model HR C17-HR C24(580x700x1300)

Model HR C29-HR C35-HR C39 (700x700x1300)

Power ON/Selectionbutton

Setting buttons

IR receiver

Backlit LCD display

Detectors stat

Setting buttons and selection

Information display

In the upper front panel are the control panel (mod.EVO) and the temperature gauge to display at every moment the state of operation of the boiler, the temperature and the pressure of the water.

7978

Advantages: • To clean the thermally insulated top section of the boiler, simply lift off the top panel

(which is held in place by simple clips - no screws

• To clean the bottom section, simply open the ash bin door and remove the ash bin and central plug. There is no need to remove the side panels

• The heating system pumps have direct access from the outside for adjusting the speed

• The flue gas extractor can be removed easily, through the central panel on the rear of the boiler

• The electrical and electronic component box can be removed and replaced with-out having to remove the side panel.

The boiler is designed so that the additional, 250 kg pellet hopper which gives many hours of autonomy, can be positioned on either side.

• External water circuit air vent

• External water circuit drain cock

• Adjustment of speed of pumps from the outside

• The normal operation and basic maintenance of the water circuit in Cola boilers is extremely quick and easy. There is no need to re move casing panels as all de-vices are accessible from the outside. Cola boilers also have provision for connec-tion to a second boiler with pump, a passive storage cylinder or a storage cylinder with plate heat exchanger.

InnovationIn implementation of Directive 2005/32/EC, regulating the “design specifications of cir-culating pumps”, Cola, which is always at the forefront in improving its technology, has already introduced in the production of the DOMUSFIRE BOILER the ENERGY-SAVING SMART PUMP (i.e. A CIRCULATING PUMP FEATURING HIGH ENERGY EFFICIENCY AND LOW POWER CONSUMPTION tested and certified by an accredited laboratory) whose rotor is directly coupled to the turbine and immersed in the liquid being pumped (cir-culating pump without stuffing box).

HYDRAULIC SYSTEM - Important innovationsBURNER - Comprising:• Firebox designed for optimum distribution of primary and secondary air, with angled vertical mini-collectors (NEW!!)

• Large, perforated, cast iron grate

• Large diameter air inlet with flow meter

FLUE GAS EXHAUST - Comprising:• 100 mm diameter pipe (NEW!!) • Cast iron coil on back wall of combustion chamber (NEW!!) • More powerful, 180 mm diameter extractor fan (NEW!!)

Rear viewMod. HR C17Mod. HR C24

External water circuit air vent

External water circuit drain cock

External access for pump maintenance and speed adjustment

Flue gas exhaust

Rear viewMod. HR C29Mod. HR C35Mod. HR C39

Board on outer side to facilitateconnections and maintenance

11 1

2

2 2

3

3

3

4

4

4

8180

OPTIONAL SUPPLEMENTARY HOPPER

CAPACITY: ABOUT 250 kg

POWER ON LEAD BOILER OPERATOR

THE TANK MAY BE PLACED ON THE LEFT OR RIGHT THE BOILER

MODEL HR C17 HR C24 HR C29 HR C35 HR C39Body Steel

Combustion chamber Steel

Heat output kW 17 23,2 29 34,4 38,3

Heat output water [Hnom] - [Hred] kW 16,2-4,2 22-4,2 27,4-5,78 32,4-5,78 34,9-5,78

Fuel / hourly consumption at Hnom - Hred kg/h pellets 3,5-0,91 4,8-0,91 6,0-1,32 7,1-1,32 7,9-1,32

CO emissions (10% O2) at Hnom - Hred % 0,011-0,032 0,007-0,023 0,004-0,029 0,007-0,040 0,006-0,029

Dust emissions (13% O2) at Hnom - Hred % 17,3-18,5 16,2-18,5 17,6-6,9 17,2-6,9 17,8-6,9

Flue gas exhaust temperature ) at Hnom - Hred °C 102,8-53,8 128,1-53,8 134,3-62,6 148,6-62,6 159,5-62,6

Efficiency ) at Hnom - Hred % 95,68-95,09 94,54-95,09 94,45-90,14 94,18-90,14 91,32-90,14

Flue draught Pa 10-14 10-14 10-14 10-14 10-14

Flue gas exhaust diameter mm 100 100 100 100 100

Power supply 230 V - 50Hz

Power consumption 456-105/90 476-160/105

Hopper capacity kg 48 48 68 68 68

Water heating chamber capacity l 25 25 30 30 30

Weight kg 230 230 272 275 275

Dimensions HxWxD 1300x580x698 1300x700x698

Gearmotor

Protective gearmotor

Spacer tube boiler-tank

Cover protective gearmotor

Pellet loading door

Adjustable feet

Distance below the boiler tank

1

1

2

2

3

3

4

4

5

5

6

6

7

7

7

A Power cable connection

B Overpressure water discharge (1/2” F - 3

bar)

C Heating system return (1” M)

D Combustion air inlet ø 60 mm

E Water supply connection (1/2” F)

F System water drain

G System air drain

H Connection - delivery without pump (1” M)

I Delivery pump inspection

J Heating system delivery (1” M)

L Fume exhaust pipe connection Ø 100 mm

M Pressure/temperature gauge

N Control panel model EVO

O Door to access fire door and ash box

P Adjustable feet

Q Pellet hopper door

R Turbulator shaker knob

OPTIONAL ELEMENTS

S OPT DHW delivery pump inspection

T OPT DHW return (3/4” pump)

U OPT DHW delivery (3/4” M pump)

V DHW overpressure water discharge (1/2” F -

6 bar)

W OPT DHW return (1/2” M exchanger)

Z OPT DHW delivery (1/2” M exchanger)

130

0

N

P P

M

69

700

82

698

Q

R R

117

3

59

239

3

03

88 160

A

A

B

C

D

E

F

G

H

I

J

L

244

6

0 60

60

50

172

60 99

DETTAGLIO A

S

T U

VW

Z

130

0

M

N

O

PP 52

79

698

580

Q

RR

323

2

19

117

3

59

121 43 A

A

B

C

D

F

E

G

H

I

J

L

60

60

243

60

50

172

60 DETTAGLIO A

T

S

U

V

Model HR C17 - HR C24

Model HR C29 - HR C35 - HR C39

8382

ACCESSORIES

DESCRIPTION IMAGEPART NO.

DOMUSFIRE HR C17 DOMUSFIRE HR C24 DOMUSFIRE HR C29 DOMUSFIRE HR C35 DOMUSFIRE HR C39

DHW assembly with pump inside the boiler

L9LA100A

DHW assembly with pump and heat exchanger

inside the boilerL9LA110A

Motorised, 3-way ball valve, 1” G male

599001320

Thermal safety valve, 2x3/4” G femaleCalibrated for 95°C, 1/2” sensor socket

599001540

Anti-condensation valve, DN20 3x1” G male

Calibrated for 45°C599001550

Filling assembly with pressure gauge and calibration indicator, 2x1/2” G F-M

599001560

Wireless ON/OFF timer-thermostat

599001490

MAIN COMPONENTS

EN 303-5 provides an increasing ef-ficiency class 1 to 5. Domusfire is in class 5.

1

6

3

4

5

2

7

89

11

12

13

14

15

1617

18

1920

21

22

10

1 Electro-welded steel water heating chamber 2 Flue gas-water heat exchange tubes 3 Turbulator shaker rod4 Insulated cover for water heating chamber 5 Thermally insulated fire door with flame viewing window6 Large ash bin 7 Overpressure safety valve8 Firebox with mini-collectors for secondary air 9 Cast iron grate10 Pull-out electrical and electronic component box 11 Temperature and pressure gauge12 Temperature and pressure gauge and control panel faceplate 13 Primary air inlet with flow meter14 Pellet hopper with protective grille15 Pellet hopper filling panel16 Pellet chute17 Pellet feed screw gear motor18 Pellet feed screw19 Thermally insulated side panel20 Thermally insulated front door 21 Central heating circuit expansion vessel22 One-piece base with water heating chamber and 4 adjustable feet

EN 303-5

8584

Cola Stoves UK, Lichfield Road, Branston Industrial Estate, Burton-upon-Trent, Staffordshire, DE14 3HD Tel. 0330 205 0002 – [email protected] – www.colastoves.co.uk

2017 - Cola Stoves · 2017-05-08 · 2017. Company Cola Why Choose Pellets? Cola Approved Partner...

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Transcript of 2017 - Cola Stoves · 2017-05-08 · 2017. Company Cola Why Choose Pellets? Cola Approved Partner...