9-22 kw kw kw kw ECO FRIENDLY. NEW PelleTech Multiauto Series boilers

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1 9-22 kw kw kw kw ECO FRIENDLY NEW PelleTech Multiauto Series boilers

2 2 introduction Welcome to our world OUR LONG EXPERIENCE IN COMBINATION WITH OUR LOVE FOR FIRE AND BIOMASS HEATING HAVE LEAD US TO CREATE FLEXIBLE AND ENERGY EFFICIENT BOILERS WITH HIGH STANDARD OPERATING DEVICES, GREAT PERFORMANCE, SECURITY AND ALWAYS FRIENDLY FOR THE ENVIRONMENT. THE COMPANY For more than 45 years, CaminoDesign Company, a family business has been committed to generating heat conveniently, economically, with environmental responsibility and in accordance with demand. With a large variety of outstanding product developments and problem-solving solutions, Camino Design has created milestones which have frequently made them the trailblazer and trendsetter for their entire industry. Camino Design s orientation is decidedly international as it exports in many European countries, United States and Canada.

3 40 YEARS OF EXPERIENCE 3 - ENVIRONMENTALLY FRIENDLY HEATING SYSTEMS - MAXIMUM EASE TO USE - MAXIMUM REDUCTION OF HEATING COSTS Introduction The company What is biomass Wood Pellets Wood Chips Multiauto Series Pelletech Multiauto Series Touch Screen Control Panel Technology Fuel Feeding Options Optional Equipment Technical Specifications Hydraulic Connection PAGE

4 4 introduction What is biomass? agricultural crops & residue animal residues municipal solid waste sewage industrial residues forestry crops & residue biomass fuels pellet atmosphere combustion forest variety crops chips production sources residues generate Biomass is biological material derived from living, or recently living organisms. In the context of biomass for energy this is oſten used to mean plant based material, but biomass can equally apply to both animal and vegetable derived material. CHEMICAL COMPOSITION Biomass is carbon based and is composed of a mixture of organic molecules containing hydrogen, usually including atoms of oxygen, oſten nitrogen and also small quantities of other atoms, including alkali, alkaline earth and heavy metals. These metals are oſten found in functional molecules such as the porphyrins which include chlorophyll which contains magnesium. PLANT MATERIAL The carbon used to construct biomass is absorbed from the atmosphere as carbon dioxide (CO2) by plant life, using energy from the sun. Plants may subsequently be eaten by animals and thus converted into animal biomass. However the primary absorption is performed by plants. If plant material is not eaten it is generally either broken down by micro-organisms or burned: If broken down it releases the carbon back to the atmosphere, mainly as either carbon dioxide (CO 2 ) or methane (CH4), depending upon the conditions and processes involved. If burned the carbon is returned to the atmosphere as CO 2. These processes have happened for as long as there have been plants on Earth and is part of what is known as the carbon cycle.

5 5 FOSSIL FUELS Fossil fuels such as coal, oil and gas are also derived from biological material, however material that absorbed CO 2 from the atmosphere many millions of years ago. As fuels they offer high energy density, but making use of that energy involves burning the fuel, with the oxidation of the carbon to carbon dioxide and the hydrogen to water (vapour). Unless they are captured and stored, these combustion products are usually released to the atmosphere, returning carbon sequestered millions of years ago and thus contributing to increased atmospheric concentrations. CATEGORIES OF BIOMASS MATERIALS Within this definition, biomass for energy can include a wide range of materials. The realities of the economics mean that high value material for which there is an alternative market, such as good quality, large timber, are very unlikely to become available for energy applications. However there are huge resources of residues, co-products and waste which could potentially become available, in quantity, at relatively low cost, or even negative cost where there is currently a requirement to pay for disposal. There are five basic categories of material: Virgin wood, from forestry, arboricultural activities or from wood processing Energy crops: high yield crops grownspecifically for energy applications Agricultural residues: residues from agriculture harvesting or processing Food waste, from food and drink manufacture, preparation and processing, and post-consumer waste Industrial waste and co-products from manufacturing and industrial processes. THE DIFFERENCE BETWEEN BIOMASS AND FOSSIL FUELS The vital difference between biomass and fossil fuels is one of time scale. Biomass takes carbon out of the atmosphere while it is growing, and returns it as it is burned. If it is managed on a sustainable basis, biomass is harvested as part of a constantly replenished crop. This is either during woodland or arboricultural management or coppicing or as part of a continuous programme of replanting with the new growth taking up CO 2 from the atmosphere at the same time as it is released by combustion of the previous harvest. This maintains a closed carbon cycle with no net increase in atmospheric CO 2 levels.

6 6 introduction Wood Pellets Wood pellets have increased tremendously in popularity as a heating fuel during recent years, with many homeowners and commercial facilities choosing pellet stoves or boilers over traditional wood-fired equipment due to their relative ease of use. As a result, the demand for fuel pellets has also grown quickly. However, wood is not the only suitable feedstock for manufacturing pellet fuel. A wide array of biomass materials can be used to manufacture pellets, most notably perennial grasses such as switchgrass or miscanthus. Not only that, but the necessary equipment for making pellets is available at a variety of sizes and scales, which allows for everything from the smallest scale (single homeowners manufacturing for their personal use only) to the largest commercial plants producing more than 500 million tons of pellets per year. PROPERTIES OF BIOMASS PELLETS Biomass pellets are generally a superior fuel when compared to their raw feedstock. Not only are the pellets more energy dense, they are also easier to handle and use in automated feed systems. These advantages, when combined with the sustainable and ecologically sound properties of the fuel, make it very attractive for use. Table 1. Typical properties of biomass pellets from different sources. Feedstock Sawdust Bark Logging leſtovers Switchgrass Wheat straw Barley straw Corn stover Bulk density (kg/m 3 ) Energy content (Mg kg -1 ) Ash content (%) Reference Note: to convent from MJ kg -1 to btu/lb, multiply by 430. To convent from km/m 3 to lb/ſt3, multiply by

7 7 The standard shape of a fuel pellet is cylindrical, with a diameter of 6 to 8 millimeters and a length of no more than 38 millimeters. Larger pellets are also occasionally manufactured; if they are more than 25 millimeters in diameter, they are usually referred to as briquettes. A high-quality pellet is dry, hard and durable, with low amounts of ash remaining aſter combustion. According to the Pellet Fuels Institute, premium pellets (which are the most common pellets currently on the market) must have an ash content of less than 1 percent, whereas standard pellets may have as much as 2 percent ash. All pellets should have chloride levels of less than 300 parts per million and no more than 0.5 percent of fines (dust). Many biomass feedstocks have a higher ash content than the standard allows. In addition, some grasses and other materials generate ash that tends to form clumps and deposits at high temperatures. Because of this, most wood pellet stoves are not suitable for burning fuel pellets made from materials other than wood. Instead, biomass pellet stoves, which are designed especially for those fuels, should be used.

8 What are the advantages of wood pellets over wood chips or other forms of wood as heating fuel? Wood pellets can be produced to very uniform specifications typically short pellets of 6mm- 10mm in diameter, very similar to animal feed. These pellets can be produced to a much greater density than wood chip, and therefore take up less space. The moisture content of pellet fuel is lower and more uniform, and it produces more heat per unit of weight, making it a more efficient fuel. It also burns cleaner, and takes less space to store, about four to five times less than that of woodchips for example. Their uniformity of size and their ability to flow makes wood pellets ideally suited to automated machines.

9 Wood Chips 9 ADVANTAGES vs. LOGS Although logs can be stored and transported conveniently when stacked, and the ease of air passage through a log pile allows good drying, they may not always be the most convenient form for automated handling and feeding. Also, the relatively small surface area to volume ratio is not ideal for efficient combustion or gasification. Wood chips can form a much more uniform fuel that can flow and can be fed to a boiler, gasifier or other conversion system as a steady flow using an auger feed or a conveyor. With a large surface area to volume ratio they can also be burned very efficiently. USING IN ENERGY APPLICATIONS Wood chips may have a bulk energy density of about 50% of that of the solid wood. Wood chips for energy applications should meet an appropriate quality standard if they are to be used reliably in combustion equipment, especially small scale and domestic equipment. Physical parameters, such as maximum size and absence of slivers or fines (sawdust), and maximum moisture content are important to allow reliable operation and prevent feed blockages. Also levels of contaminants and ash content will have an impact on emissions and maintenance schedules. The upcoming European standard for solid biomass, including wood chips, is being draſted by CEN/TC 335 that allows all of these parameters, and acceptable ranges, to be defined. CHARACTERISTICS The characteristics of wood chips will depend both on the chipper and the material from which they are made. They can be divided into groups: Forest chips - including: Log chips - from delimbed stem wood Whole tree chips - from all the above-ground biomass of a tree Logging residue chips - from brances, brash, etc Stump chips - from stumps Wood residue chips - from untreated wood residues, recycled wood and off-cuts Sawing residue chips - from sawmill residues Short rotation coppice / short rotation forestry chips - from the respective energy crops.

10 10 Multiauto Series

11 11 ECO FRIENDLY NEW PelleTech Multiauto Series boilers HIGH PERFORMANCE FUEL FLEXIBILITY AUTOMATIC FUNCTION

12 12 Multiauto Series with Integrated Pellet Silo feeder with Wood chip agitator system feeder with Integrated Pellet Silo feeder kw kw with Wood chip agitator system feeder CAMINODESIGN INTRODUCES THE NEW AND FULLY AUTOMATED PELLET/ WOOD CHIP BOILER, MULTIAUTO, SERIES. The flexibility in solid fuels, while it burns pellets, wood chips and wood logs, in acombined way, and the boiler s fully automated operation makes it a pioneer in the field of heating with solid fuels. Multiauto series can handle pellet and all biomass products (up to 30% humidity), wood chips as a standalone fuels or a combination with wood logs. The high efficiency and simultaneously low exhaust temperature output make the boiler very economical with very low fuel consumption and environmentally friendly, with the lowest emissions.

13 13 with Integrated Pellet Silo feeder with Wood chip agitator system feeder with Integrated Pellet Silo feeder kw 9-22 kw with Wood chip agitator system feeder Benefits at a glance: 1 Automatic cleaning of the heating surfaces for permanently high efficiency Automatic Digital control unit with touch screen display and user prompts as well as automatic function monitoring Charge unit, comprising a rotary lock valve and charge auger for precise, economical fuel dosing and 100% backburn safety Automatic and energy-saving ignition with efficient heating element Best energy utilization through the well studied heat exchanger and the heating surfaces to the actual heat. ash removal from the combustion chamber through an efficient and high torque electric motor, ensuring high operational reliability and long cleaning intervals

14 14 Multiauto Series The Multiauto pellet and wood chip boilers from CaminoDesign set new standards regarding convenience, efficiency and safety of heating with Biomass fuels. Plenty of experience and the know-how of one of the experienced manufacturers of heating technology in Greece have benefited the in-house development or semi-industrial and manufacture of the PelleTech Multiauto series. INNOVATION With its many technical innovations, the Multiauto Series truly sets new bencmarks: The boiler is offering efficiencies of up to 92% across its entire modulation range and low flue gas temperatures of just about 110 C, making it one of the top products on the market.

15 15 Application: Domestic Heating Industrial heating Fully automated SAFETY, EFFICIENCY AND FLEXIBILITY The Multiauto sets itself through exceptional efficiency and high operational reliability. With its output spectrum from 9 to 100 kw, CaminoDesign offers a tailor-made solution for any heat demand, as the Multiauto series are offered in four power outputs (9-22kW, 18-35kW, 38-60kW and kW). COMBI: THE FLEXIBILITY IN FUEL Multiauto Series innovation is the flexibility in the fuels and the way that are being managed. Can burn Wood pellets and all Biomass products (such as kernels, Olive kernels, sunflower/ artichoke pellets and types of agricultural residues, up to 30% humidity) while in the same time can burn wood logs. The boiler s patented combustion chamber has been designed in such a way, that in the lower part of the burner the Pellet fuel is burning and in the upper part the wood logs are placed as an additional fuel supplement.

16 16 Multiauto Series 8. HIGH EFFICIENCY AND LOW POWER CONSUMPTION ELECTRIC MOTOR. THE PREMIUM HELICAL GEARING WITH GROUND GEAR TOOTH SIDE WALLS GUARANTIES MAXIMUM QUIETNESS AND PRECISE POWER TRANSMISSION 7. CHOPPING BOX long pieces of wood chip are shredded prevents blocking of the stocking device POWER CONSUMPTION ONLY 0,18 kw!!! Outstanding efficiency means greater energy savings (98% per gear stage) flexible mounting options high efficiency high value SAFETY AGAINST BACK-BURNING Automated supply system equipped with a safety device which maintains the continuous seal between the stocking device and the fuel line and prevents the back flow in the fuel line and the fuel tank (Back burn Protection Starvalves System, BPS) 5. FEEDING AUGER no traffic jam of the material suitable for wood chips up to G50 less expenditure of energy wear resistant

17 2. SPECIAL DISTRIBUTION OF THE SPRINGS - LEAF SPRING 17 2pcs for Ø2.0m Discharge circuit 3pcs for Ø3.0m Discharge circuit 4pcs for Ø4.0m Discharge circuit 1. AGITATOR S UPPER CONE the disk remains stationary until the springs are withdrawn decreasing the expenditure of forces due to the fuel s weight (woodchip) no training cavity - accumulation of fuel is prevented 1 4 LAMBDA SENSOR* The Lambda sensor provides feedback to the boilers control unit allowing the boiler to automatically alter the combustion environment to achieve the highest possible efficiency, and maximize the gain from the fuel. * Optional equipment 3 2 high output torque of Nm!!! 3. AGITATOR GEARBOX 4. TROUGH SYSTEM special designed trough more material in the feeding auger no blocking malfunctions of the feeding system Extensions of the feeding trough from 400mm up to 4000mm more than hrs operation life massive construction system robust and long-live structure safe operation transmission ratio (i) 15.6

18 18 LOW POWER - HIGH TORQUE ELECTRIC MOTORS Multiauto Series THE ELECTRIC MOTORS THAT THE MULTIAUTO SERIES USING, PROVIDING HIGH TORQUE EFFICIENCY WHILE IN THE SAME TIME CONSUMING THE LESS POSSIBLE ELECTRICAL POWER. THE MULTIAUTO SERIES WAS DESIGNED TO OPERATE WITH THE FEWEST POSSIBLE POWER CONSUMING COMPONENTS TO KEEP POWER CONSUMPTION AS LOW AS POSSIBLE. THE BOILERS PEAK POWER CONSUMPTION IS ONLY UP TO 0,18 KW PATENTED BURNER The boiler s burner movoing Grate facilitates a uniform distribution of primary air across and below the grate s surface, independent of fuel layer, and in a combination of a powerful secondary air system, it ensures low NOx and CO emissions. The low emission level is independent of the fuel types. The burner s cleaning procedure is fully automated, and consists of 2 phases. PHASE 1 Through the grate s movement, to the right, the ash residues are dropped to the collecting auger, while in parallel the fire bed is enriched and blended with more air, a fact which results to the complete incineration of the fuel. The lower, special designed, scrapper collects all the residues (ash, foreign materials etc.) thanks to its shape (triangle shaped) PHASE 2 The fuel (pellet, wood chip and biomass) is introduced in to the combustion grate and ignites directly by the existing fire bed. The grate while is moving to the leſt collects the fully incinerated residues and covers this space with a new amount of oxygenated fuel. The lower scrapper transfers the collected residues to the ash auger.

19 19 o C 35 KW RANGE 2. RELIABLE AND DURABLE COMBUSTION CHAMBER The combustion chamber is made from a highly heatresistant refractory material. This stores heat for a particularly long time and thus makes it easier to ignite the fuels reliably. The refractrory ensures high durability and protection of the combustion o C 125 o C 135 o C 150 o C 160 o C OTHER PRODUCTS FLUE GAS TEMPERATURE AGAINST COMPETING COMPANIES 3. MAINTENANCE - CLEANING FREE The burner is equipped with an automated scrapping mechanism, which ensures the complete combustion of the fuels while in parallel keeping the brazier clean. 6. DOUBLE CERAMIC IGNITER/ HOT AIR BLOWER (OPTIONAL) The challenge in biomass fuel is to be ignited in a very short time while retaining very low emission values. This can only be achieved with a sufficiently high ignition temperature. which is provided by the standard double igniter. If high humidity biomass fuel is used, the Multiauto Series can be equipped with a hot air blower. 4. CONVENIENT ASH REMOVAL Subject to fuel consumption and heat demand, ash may only need to be removed a few times each month. The ash box is removable and the boiler is equipped with a notification system when it is almost full. ENVIRONMENTAL AND FINANCIAL SAVINGS Multiauto series is an eco friendly product; it produces carbon dioxide emission savings of up to 7.5 tons a year, when replacing another system i.e. fossil fuels (oil, LPG etc.) or an electric heating system. The multiauto series is covered by subsidy programs (Baffa, RHI and Conto Termico) 5. SAFETY AGAINST BACK BURNING Automated supply system equipped with a safety device which maintains the continuous seal between the stocking device and the fuel line and prevents the back flow in the fuel line and the fuel tank (Back burn Protection Star valves System, BPS). The charge system combined with the rotary lock valve ensures precise fuel dosing and 100% back burning protection.

20 20 TOUCH SCREEN CONTROL PANEL Multiauto series CHANGING BETWEEN FUEL TYPES IS SIMPLE, VIA THE BUILT-IN, MENU DRIVEN TOUCH SCREEN CONTROL PANEL SUPPLIED AS STANDARD. THE TOUCH SCREEN CONTROL PANEL ALSO GIVES THE USER KEY PERFORMANCE INFORMA- TION SUCH AS COMBUSTION EFFICIENCY AND BOILER OUTPUT. IT ALSO ASSISTS WITH FAULT DIAGNOSIS, MAINTENANCE AND AN OPTIONAL GSM MODULE WHICH ENABLES ALL SETTINGS TO BE CONTROLLED FROM YOUR SMARTPHONE. FUNCTIONALITY KEY FEATURES Colour screen TFT Touch friendly user interface, simple and intuitive RS232 and RS485 interfaces for communication ad update managment SD card expansion memory support Ethernet peripheral device for LAN connection Inbox and on Board installation EasyTouch Control Board Easy and convenient operation The user prompts on a multi-line plain text display, simplyfying the system operation. The control of the heating systems offers numerous advantages and facilitates the operation thanks to a simple screen design and a user-friendly menu. Adjusting all relevant parameters is made easy by the clear display with graphic capability.

21 21 The Multiauto series boilers can be fired with wood pellets and with solid fuel (wood logs). In addition to wood pellet or wood chips fuel modality, there is the availability to add solid fuel (wood logs) whenever the heat demand is insufficient to sustain the required water temperature. This mini-plant is controlled by a digital regulator and draught regulator. The pellet tank is an integral part of the plant and it is filled up from its upper side, according to need. With pellet firing, there is a possible fuel cost saving of up to 40%, compared with the oil feeding system. HUGE AUTONOMY All the Multiauto boilers (Pellet fuel modality) are equipped with an integrated pellet silo of large capacities, ensuring a long time autonomy, making the refilling operation an easy task.

22 22 Multiauto Series

23 Additional horizontal air flow in combustion chamber contributing to the equal combustion of biomass by increasing the temperature of the combustion chamber and totally the system s performance. Cleaning mechanism of the burner s ash residues. Automated ash extraction to container with overfilling protection system and alarm. Patented combustion system of a moving grate made of high quality cast iron and scraping mechanism as well as removal of residues of the combustion. Combustion chamber of high quality refractory concrete, thick thermal resistance over 1400 C which helps to maintain high temperature in the combustion chamber and protect the walls of the boiler. High quality cast iron cover for the flame flow, with holes that are providing additional air and creating secondary combustion, reducing CO emissions and increasing the degree of vertical efficiency of combustion. Vertical heat exchanger,with swirl springs that creating turbulence to the exhaustgases which contributes to increased efficiency and heat absorption. Automatic cleaning mechanism of the heat exchanger, by a periodic reciprocating movement of the swirl springs and ash collecting container, ensuring the consistent performance of the boiler. Metallic scraper for removing the residues from the heat exchanger. Pellet Silo storage tank with with large capacities on each model, equipped with a level sensor and an alarm system. Protection system, consisting of double augers and a back burn valve, which prevents the flow of the flame back to the storage tank. High efficiency feeding motor, covering the European Directives of 0,04 kw. Low power consumption, metallic resistance for the ignition of the system, rapid incandescent. Level control mechanism of the fuel in the combustion chamber. technology Side view 1 Metallic scraper for removing the residues from the heat exchanger Automatic cleaning mechanism of the heat exchanger, by a periodic reciprocating movement of the swirl springs and ash collecting container, ensuring the consistent performance of the boiler. 3 Electronically adjustable exhaust fan that ensures the smooth flow towards the chimney preventing the accumulations of residues to the heat exchanger. 4 Cleaning mechanish of the burner s ash residues Automated ash extraction to container with overfilling protection system 5 and alarm.

24 24 fuel Multiauto Series PELLETECH MULTIAUTO, WITH THE INTEGRATED PELLET SILO can burn Wood pellets and all Biomass products (such as kernels, Olive kernels, sunflower/artichoke pellets and types of agricultural residues, up to 30% humidity) while in the same time can burn wood logs. PELLETECH MULTIAUTO WITH WOOD CHIP AGITATOR FEEDER can burn Wood chips (G30 and G50) while in the same time can burn wood logs. products Multiauto boiler s patented combustion chamber has been designed in such a way, that in the lower part of the burner (1) the Pellet fuel is burning and in the upper part (2) the wood logs are placed as an additional fuel supplement. 2 1

25 feeding options 25 EXAMPLE 1: Wood chip storage in a permanently secured fuel banker, with a large opening for filling. EXAMPLE 2: Horizontally installed wood chip integrated system feeder, delivering chips from a laterally arranged fuel banker. EXAMPLE 3: Horizontally installed pellet feeding system, delivering pellets from a laterally arranged fuel banker. EXAMPLE 4: Vacuum pellet feeding system, separated by up to 20m maximum from the boiler

26 26 Multiauto Series A small temperature sensor is located on the outside of the building, on a north facing wall. This is wired to the internal controls of the boiler and information about the outside temperature is sent to the boiler controller constantly. When the temperature changes outside the boiler responds and starts to increase or decrease the radiator temperature to compensate. This pro-active mechanism means that people inside the building won't even notice that the temperature has changed outside. For example, when the outside temperature drops at night, more heat is lost through the walls of the building. Because the outdoor sensor detects the fall as soon as it happens, the boiler is able to raise the radiator Room temperature o C 20 o 15 o 10 o 0 o Room Boiler temperature flow temperature o C o C o o o 55 o With weather compensation 5o With weather compensation Without room thermostat weather compensation 0 o Time With weather compensation With room thermostat temperature and keep the inside temperature Time stable. With a conventional system, the temperature is dependent on a room thermostat, which will only take effect aſter the inside of the building has become too hot or too cold. In summary, weather compensation controls enable the boiler to respond to outside temperature changes and adjust the radiator output, to maintain a constant temperature indoors. According to the outdoor temperature and user demand, the fuzzy PID control technology and climate compensation technology are adopted to adjust the boiler heat power output through controlling the boiler water temperature. Advanced power quality control technology is adopted to eliminate harmonic pollution of boiler room distribution system. This technology has achieved the purpose of saving electricity and heating energy, improving the power quality. Practice shows that the energy saving technology has relatively remarkable energy saving effect. Interior sensor Exterior sensor CASCADE CONTROL Multiauto s flexibility allows you to run 4 boilers in parallel, maximizing the heating levels to your space. You can even run them individually, according to your heating needs.

27 LAMBDA SENSOR The Lambda sensor provides feedback to the boilers control unit allowing the boiler to automatically alter the combustion environment to achieve the highest possible efficiency, and maximize the gain from the fuel. HOT AIR IGNITER CLIMATE SENSOR KIT (OPTIONAL) The Thermoregulation Function adjusts boiler operation according to external climate changes in order to optimize comfort and maximise saving. GSM MODEM optional equipment 27 For the successful ignition of all biomass products CaminoDesign recommends the use of the hot air ignition blower. Ignition energy saving Energy saving of over 88% Efficient Ignition Control Silent system Built in device for fast and safe ignition Operational safety thanks to electronic protection of the heating element Blower and heating element can be controlled separately According to European requirements and Safety The boiler can be also managed with the use of a mobile phone. The mode must beconnected to the RS232 port, with the use of the appropriate wires and connections. The user has to insert a SIM card into the modem from any card phone company. EASY2APP EASY TOUCH EasyTouch Control Board Colour screen TFT Touch friendly user interface, simple and intuitive RS232 and RS485 interfaces for communication ad update managment SD card expansion memory support Ethernet peripheral device for LAN connection Inbox and on Board installation Powerful webapp customizable, compatible with all smartphone platforms including ios, Android, Windows. Through Easy2App you can control, remotely, with smartphone the basic functions of all the control board of the boiler s functions EASY2CLOUD Management web, accessible from any browser or tablet. Allows you to control and monitor in real time across multiple plants. Along with other features such as, customer registration, calendar events, logger, integrated chat is an effective tool for remote assistance.

28 28 Multiauto Series Rated Output Range kw Dimensions A1 mm A2 mm A3 mm A4 mm B1 mm Water Connections Supply/ Return / in 1 / 1 / 1 1 1/4 / 1 1/4 / 1 1 1/4 / 1 1/4 / 1 1 1/2 / 1 1/2 / 1 Filling/ Draining Boiler flue outlet mm Weight kg Boiler Water capacity l Boiler Class according to EN

29 A1 A2 technical specifications 29 A3 Rated Output Range kw Dimensions A1 mm A2 mm A3 mm B1 mm Water Connections Supply/ Return / in 1 / 1 / 1 1 1/4 / 1 1/4 / 1 1 1/4 / 1 1/4 / 1 1 1/2 / 1 1/2 / 1 Filling/ Draining Weight Kg Boiler flue outlet mm Fuel hopper capacity kg Boiler water capacity l Boiler Class according to EN

30 hydraulic Multiauto Series connection 30

31 GUARANTEE AND SERVICE CAMINODESIGN pays attention to the optimal processing of each individual boiler. Nevertheless, if any difficulties arise our well trained staff is always available to support you. SERVICE NUMBER: (+30) Quality for life..

32 HEAD QUARTERS - SHOWROOM 7th km Kozani - Ptolemaida Tel Fax BRANCH OFFICE 7th km Ioannina - Athens Τel./ Fax TECHNICAL SUPPORT DEPARTMENT info@caminodesign.gr support@caminodesign.gr SALES DEPARTMENT sales@caminodesign.gr AUTHORIZED DISTRIBUTOR CAMINODESIGN SAMOUKATSIDIS BROS The present document is ownership of CAMINODESIGN. It is forbidden the overall reprint and distribution to third parties without the prior written permit of CAMINODESIGN. CAMINODESIGN holds all legal rights.