Kombi Wall Hung Combination Boiler. Atron H 24 / Atron H 28. Kullanma Klavuzu Instruction for Use

Transcription

1 Kombi Wall Hung Combination Boiler Atron H 24 / Atron H 28 Kullanma Klavuzu Instruction for Use

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3 Atron H 24 / Atron H28 HE

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7 Atron H 28 Atron H 24 29,1 25, , ,5 11,3 9,2 92, ,3 90,2 87,3 87,5 II2H ,25 1,30 % % % 14 2,6 3,079 1,376 11,50 2,2 2,667 1, , V, 50 Hz 98 3 IPX 4 D ,5 0,8 10,7 8 0, V/Hz C C PMS PMS 5

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12 F G A B C D E 10

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14 Atron H 28 Atron H 24 C12-C32-C42-C52-C82-B22P 60/100 80/80 0, ,5 0, ,

15 TR Kombi Atron H 24 / Atron H 28

16 ATRON H 24 / ATRON H 28 Kombi 51BT3737 (90/396/CEE) 51BT3737DR (92/42/CEE) 14

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19 17 Atron H 24 Atron H 28 kw kw kw kw % % % mbar mbar mbar mbar Watt Bar L m3 / h mm 3 3

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23 KOD TANIM Tablo 3 Tesisat 21

24 F G A B C D E 22

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26 Baca Tipleri mm mm mm m m m m Atron H 24 Atron H 28 m m m m m kg 33 kg 33 24

27 EN Wall Hung Combination Boiler Atron H 24 / Atron H 28

28 Natural Gas / Liquefied Petroleum Gas ATRON H 24 / ATRON H 28 Wall Hung Combination Boilers All range of heating boilers is manufactured from high quality materials, enabling reliability and optimum performance. There is a commitment to the continual development of the appliances to ensure the customer s benefit from the latest advances in combustion technology and energy savings. WARNINGS GAS LEAK OR FAULT Turn off the gas emergency control valve immediately. Eliminate all sources of ignition, i.e. smoking, blowlamps, hot air guns etc. Do not operate electrical lights or switches either on or off. Open all doors and windows, ventilate the area. METAL PARTS This boiler contains metal parts (components) and care should be taken handling and cleaning, with particular regards to edges. SEALED COMPONENTS Under no circumstances must the user interfere with or adjust sealed parts. IMPORTANT Danger of death by electric shock! All live parts of the system may be installed, serviced and repaired only by a competent person. Product/Production certified by: Notified Body IMQ 51BT3737 (90/396/CEE) 51BT3737DR (92/42/CEE) The manufacturer, in the continuous process to improve his products, reserves the right to modify the data expressed in the present documentation at any time and without prior notice. These instructions are an integral part of the controller and must be left with the user. Please read these instructions and follow them carefully for the safe and economical use of this product. No responsibility has been taken for unsatisfactory performance of the appliance or flue arising from the failure to comply with the installation instructions. 26

29 Important Information Gas Safety (Installation and Use) Regulations In your own interests and that of safety, it is the law that all gas appliances must be installed and serviced by a competent person in accordance with the current issue of current regulations. Gas Category This boiler is for use on Natural Gas and LPG. Ventilation On installation the boiler must be installed with minimum clearances of 100 mm each side, 200 mm above, 300 mm below with 600mm access to the front. If an opening door is to be fitted across the front of the boiler allow 5 mm clearance to the front panel. of the Member States relating to appliances burning gaseous fuels. 2. Directive 2006/95/EC on the harmonization of the Laws of the Member States relating to electrical equipment designed for use within certain voltage limits. 3. Directive 2004/108/EC on the approximation of the Laws of the Member States relating to electromagnetic compatibility. Documents Please retain these user instructions and all related documents in a safe place for future reference. If you vacate the premises in which this system is installed, please give the documents to the new owner. Electrical Connection The boiler MUST be earthed. The boiler MUST be connected to a permanent 230V AC, 50Hz supply, fused at 3A. Connection of the whole electrical system of the boiler, including any heating controls, to the electrical supply must be through one common isolator. The colors of three core flexible cable are blue - neutral, brown - live, green and yellow - earth. Testing and Certification This boiler is certificated to the current issue of EN 483 for performance and safety. It is important that no alteration is made to the boiler unless approved in writing. Any alteration not approved, could invalidate the certification, boiler warranty and may also infringe the current issue of the statutory requirements. CE Mark This boiler meets the requirements of Statutory Instrument, No of the Boiler (Efficiency) Regulations, and therefore is deemed to meet the requirements of Directive 92/42/EEC on the efficiency requirements for new hot water boilers fired with liquid or gaseous fuels. Type test for purposes of Regulation 5 certified by: Notified body Product/production certified by: Notified body The CE mark on this appliance shows compliance with: 1. Directive 90/396/EEC on the approximation of the laws 27

30 Important Information General Note Servicing/maintenance should be carried out by a competent person in accordance with the current rules in force in the countries of destination. Utilization The appliance is not to be used by children or persons with reduced physical, sensory or mental capabilities, or lack of experience and knowledge, unless they have been given supervision or instruction. Children being supervised not to play with the appliance. Servicing To ensure the continued efficient and safe operation of the product it is recommended that it is checked and serviced at regular intervals. The frequency of servicing will depend upon the site conditions and usage, but in all cases the boiler must be serviced once a year. For further advice or information contact your installer. Cleaning The boiler can be cleaned using a mild liquid detergent with a damp cloth. Do not use any form of abrasive or solvent cleaner as you may damage the surfaces. Recycling These products comprise many recyclable parts. The packaging and the content of the package shall not be disposed of with general domestic waste but according to the current regulations. internal build up of lime scale by limiting the hot water temperature at the tap to a maximum 64 C. Hot water will continue to flow through the tap until no longer required. When the demand for hot water ceases the integral pump may continue to run for a short while to dissipate any excess heat within the boiler. Domestic Hot Water and Central Heating Mode: When heating demand is requested the boiler will fire automatically. An integral pump is then energized and hot water from the boiler s primary circuit is circulated around the heating systems, pipe-work and radiators. The heat output from the boiler is automatically adjusted by the boiler s internal control unit to match the heating demand. As the water temperature of the heating system increases the gas input to the burner decreases, conserving energy and increasing efficiency. When the demand for heating no longer exists either the room thermostat is satisfied or the heating period has ended, the burner will shut down and the boiler will revert to stand-by, waiting to respond to the next heating demand. The integral pump may continue to run after shut down for a short while to dissipate any excess heat within the boiler. Please Note. When domestic hot water is called for during the heating mode, the boiler will automatically revert to domestic hot water mode until the demand for hot water ceases. Boiler Design and Clearances Description The boiler is a combined domestic hot water and central heating appliance. The internal control unit electronically provides direct burner ignition and combustion supervision along with continuous modulation of the burner s gas supply. By means of a manual button the boiler can be set to operate in one of two operating modes, domestic hot water only (summer mode) or domestic hot water and central heating (winter mode). Domestic Hot Water Mode: When hot water demand is requested the boiler will fire automatically. An integral pump is then energized and hot water from the boiler s primary circuit is circulated through the secondary heat exchanger, allowing the instantaneous transfer of heat to the incoming cold water. The secondary heat exchanger is protected against an 28

31 Technical Data Heat Input (max) Heat Output (max) Heat Input (min) Heat Output (min) Useful efficiency at 100% load (80/60 C) Useful efficiency at 30% load (ret 47 C) Useful min (80/60 C) Gas type Gas Inlet Pressure (NG) Gas Inlet Pressure (LPG -Propane) Burner injectors Burner Pressure (NG) Gas Rate (NG) (20 mbar) Burner Pressure (LPG-Propane) Power Supply Max. power consumption NOx Class Level of Protection Maximum heating temperature Max. domestic hot water temperature Central Heating Operating pressure (bar) Domestic Water Supply Output at 30º C T Domestic water supply pressure (bar) Expansion Vessel Capacity Expansion Vessel Pre - charge Pressure kw kw kw kw % % % mbar mbar mm mbar m3 / h mbar V/Hz Watt C C PMS Nominal Min. I / min. PMS Min. L Bar Atron H 24 Atron H 28 25,3 29,1 23, ,5 13 9,2 11, ,9 90,2 90,3 87,5 87,3 II2H ,30 NG 1,25 NG 0,79 LPG 0,79 LPG Max. 11,5 Max. 14 Min. 2,2 Min. 2,6 Max. 2,667 Max. 3,079 Min. 1,111 Min. 1,376 Max. 35,8 Max. 34,8 Min. 6,5 Min. 7, V, 50 Hz 98 3 IPX 4 D ,5 0,8 10,7 12,7 8 0, Table 1 29

32 User Control Panel 1. Central Heating (CH) Temperature Control Knob & Summer / Winter Mode Selection 2. Domestic Hot Water (DHW) Temperature Control Mode & ON/OFF Position 3. ECO / COMFORT Mode selection & Reset Button 4. LCD Screen (Temperatures, CH Pressure, Fault Codes) Figure 1 LCD Display DHW Symbol Reset Symbol CH Symbol Flame Symbol ECO Mode Pressure Symbol COMFORT Mode Temperature Symbol Figure 2 30

33 Operating the Boiler Initial Operating Check that all isolating valves and the gas service cock on the appliance are open and that water flows from the hot water taps and then close taps. NOTE: It is possible to see different pressure values on LCD screen and analog manometer due to dynamic pressure. It is not a fault. If you are in any doubt about the boiler being filled with water contact your installer. Do not operate the boiler without water. 1. With no demand from any external controls. Prior to firing, check that the electrical supply to the boiler is 'On' Summer Mode Selection If only DHW symbol ( ) appears on the screen, it denotes that the boiler is ready to operate in summer mode to only supply domestic hot water. This symbol blinks when the tap is ON. (Figure 5) Figure 5 To set summer mode from winter mode, turn the CH knob to ( ) position (figure 6). DHW temperature can be set between 35 C - 64 C. 2. Set the boiler's central heating and domestic hot water temperature controls to maximum by turning CH and DHW adjustment knobs as defined in Figure Set the thermostatic radiator valves and the room thermostat to maximum value. 4. Turn the CH temperature control knob between min-max until the temperature shown on LCD and the pressure value disappear. 5. The boiler's control unit will now automatically carry out pre-ignition safety checks before igniting the burner. Boiler Function Boiler controls The function and operation of the main controls located on the control panel fascia figure 1 is as follows: In the position, where pressure value can be seen, the boiler is in stand-by mode (figure 3) and power supply is ON. Figure 6 Winter Mode Selection If there is a requirement to change the operating mode from summer to winter, just set the CH knob between min and max CH temperature value. (Figure 7) To have the comfort conditions, it is advised to set CH temperature as e. CH temperature can be set between 38 C - 85 C. Also, it can be set between 30 C - 50 C for undersoil heating systems. In this mode, LCD display shows both DHW and CH symbols at the same time but only operating circuit symbol blinks. (Figure 8) Figure 3 Figure 4 To operate the boiler, the DHW control knob should be turned until the temperature appears and the pressure value disappears on LCD. Working Mode (Figure 4) Figure 7 Figure 8 By turning CH control knob, it is possible to change the boiler s operating mode either from winter to summer ( ) or summer to winter mode ( ). 31

34 Eco & Comfort Modes for CH Central heating system can be operated in two alternative modes. Eco & Comfort. Boiler includes NTC sensors for measuring inlet and outlet water temperatures. And boiler calculates heating ramp each 30 seconds. In case heating demand of CH; at the beginning burner works with minimum capacity for 1 minute. After that time, if measured ramp is smaller than the ramp given for modes in table 2 power is increased by 1 kw for each 30 seconds. CH Mode ECO Mode Reduced ECO Mode (Floor Heating) COMFORT Mode Reduced COMFORT Mode (Floor Heating) Ramp 2 C/min 1 C/min 4 C/min 2 C/min Table 2 In Comfort mode, boiler automatically sense heat loss of building and power is modulated between maximum power and required power for building whereas water temperature level is between set+3 C and set+5 C -Eco & Comfort modes can be selected by button number 3 (Figure1) -Either E symbol for Eco mode or C symbol for Comfort mode, appears on LCD (Figure 2) -Factory set is Comfort and Winter mode. System Pressure There is a valve placed bottom right side of boiler to fill the radiators with water. To fill the system, press reset button for 2 seconds to see the pressure value of the system on the screen, then turn the valve counter-clockwise direction and fill the system till the pressure value reaches between 1 and 2 bar, close the filling valve by turning clockwise direction. There is a pressure difference between digital and analog manometer due to dynamic pressure.so, if you are filling the system according to analog manometer before working, keep the pressure level between 1and 1,5 bars. (Figure 3, Figure 9) Figure 10 When new water is added to a central heating system, a certain amount of air also enters the system. As air will rise in water, it will collect at high points in the system, this is especially noticeable within radiators. With the central heating switched on, feel the top and then the bottom of the radiator - if the top is noticeably cooler than the bottom, there is a good likelihood that there is air in the radiator. 1. With warm water in the radiator, switch off the Central Heating system. 2. Fit a bleed key onto the bleed valve (this is usually at the top at one end of the radiator - on some designs of radiator, it may be at the back). 3. Loosely wrap a piece of old cloth around the key to catch any expelled water. 4. Open the bleed valve by turning the bleed a 1/2 turn counter clockwise - hissing of air being expelled will normally be heard. 5. When water starts to dribble out of the valve, close the valve by turning the key a 1/2 turn clockwise. DO NOT OVER TIGHTEN. 6. If the Central Heating system is a sealed system, check the pressure and, if neces sary, top up the pressure as required. Figure 9 32

35 Fault Codes Definition The control unit has an in-built fault diagnostic function display. When a fault occurs, the type of fault is indicated on LCD with a fault code. A listing of the fault codes and meanings, see table 3 CODE F01 F02 F03 F04 F05 F06 F07 F08 F09 F10 F11 F12 F13 DEFINITION Over Heat Fault Domestic Hot Water NTC Fault Central Heating Water NTC Fault Ionization Fault Air Flow Fault Central Heating Return Sensor Fault Gas Valve Driving Fault CH out NTC Sensor OverHeat Fault Air Pressure Switch Contact Fault Central Heating Water Pressure Fault Circulation Fault Low Voltage Fault (Voltage 165 V) CH Circuit NTC Connections Fault Table 3 F01 Overheat Fault: When CH temperature exceeds 98 C, the boiler stops operating and RESET and F01 indications appears on LCD at the same time. Please call authorized serviceman. F02 Domestic Hot Water NTC Fault: When there is a fault on DHW NTC sensor, there appears F02 fault code on LCD. The boiler still operates and meets domestic hot water requirement by CH NTC sensors inside the boiler. Please call authorized serviceman. F03 Central Heating Flow NTC Sensor Fault: When there is a fault on CH flow NTC sensor, there appears F03 fault code on LCD. Please call authorized serviceman. F04 Ionization Fault: When there is gas cut-off, or a fault on ionization electrode, there appears F04 fault code on LCD due to unsuccessful ignition attempts. Please press eco/comfort-reset button to reset the boiler and ensure that the gas valve is not closed for any purpose. If the problem still occurs, please call authorized serviceman. appears F06 fault code on LCD. Please call authorized serviceman. F07 Gas Valve Driving Fault: When there is a fault on gas valve driving circuit. F08 CH out NTC Sensor OverHeat Fault: If CH outlet temperature above 95 C, there appears F08 fault code on LCD. F09 Air Pressure Switch Contact Fault: If the air pressure switch contact is in a stuck position at startup or re-operation, there appears F09 fault code on LCD. First, unplug mains supply and then re-plug it. If the problem still occurs, please call authorized serviceman. F10 Central Heating Water Pressure Fault: When there is a fault on water pressure sensor, or if the water pressure is below 0,3 bar, or if the water pressure is over 2.7 bar, there appears F10 fault code on LCD. The pressure value should be between 1 and 2 bars. Please fill your boiler from the filling valve at the bottom if the pressure is low. If the problem still occurs, please call authorized serviceman. F11 Circulation Fault: When the temperature difference between CH flow and return is over 35 C, F11 fault code appears on LCD. This problem may occur due to installation size or type. If the problem still occurs, please call authorized serviceman or the installer. F12 Low Voltage Fault (Voltage < 165 V): If the mains supply voltage is below 165V, F12 fault code appears on LCD. If the problem still occurs, please call authorized installer to check mains supply voltage nominal value (230 V AC). F13 CH Circuit NTC Connections Fault: If CH return temperature is 7C hotter than CH out temperature for 20 sec. period of time F13 fault code appears on LCD. This fault code does not appear while flowing DHW water. Note: If there appears RESET on LCD with fault code, system should be reset by pressing eco/comfort-reset button once. F05 Air Flow Fault: When there is a fault on air flow (e.g. due to flue blockage) to the boiler, or low mains supply voltage (< 165 V) there appears F05 fault code on LCD. If the problem still occurs, please call authorized serviceman. F06 Central Heating Return NTC Sensor Fault: When there is a fault on CH return NTC sensor, there 33

36 Boiler Protection Functions Beyond fault diagnostic display function, the boiler possess of more protection functions defined below. Frost Protection The boiler has a built in frost protection device that protects the boiler from freezing. If the boiler is to be left and there is a risk of frost, ensure that the gas and electrical supplies are left connected. The frost protection device will light the boiler when the temperature of the boiler water falls below 6ºC. When the temperature reaches 15ºC, the boiler will shut down. In any case, maximum duration for this operation is 10 minutes. During this operation, Fr symbol appears on the screen. (Figure 11) NOTE: This device works irrespective of any room thermostat setting and will protect the boiler, but not necessarily the full system. Ensure that vulnerable sections of the circuit are adequately lagged. Lower Console (Pipe Connections) F A-Radiator inlet (3/4 ) B-DHW outlet (1/2 ) C-Gas inlet (3/4 ) D- DHW inlet (1/2 ) E-Radiator return (3/4 ) F- Analog Manometer G- Filling Valve G A B C D E Figure 13 Figure 11 Over Work Protection In case WHB operates continiously in 24 hours, appliance stops operation for 15 seconds. After 15 seconds, WHB continues operation for heat demand on position which is adjusted. Anti-Blockage protection After inactivity of pump or 3 way valve, pump and 3 way valve energized for 15 seconds. During this operation, there appears Ab symbol on the screen. (Figure 12) Figure 12 34

37 Information for Installation While choosing installation space; Installation environment must not include acid vapor. Do not install the boiler inside the explosives. Do not install the boiler to stairwells, corridors or daylight spaces. Do not install the boiler beside or above of ovens, furnaces, radiators, stoves or similar heating elements. Do not install the boiler on chimney walls. Do not install the boiler open atmosphere or spaces at stake of freezing. Necessarily, install the boiler to closed spaces. Boiler can be installed in cupboard, but leave 10cm free space of both sides of boiler for service activities. (Figure 14) Boiler should be installed on fire-resistant wall. If the wall is not fire resistive, use insulation between wall and boiler, Also, use insulation between chimney hole and the wall. If the boiler will be installed on a table or a bench leave 30cm distance between boiler and table. (Figure 14) Using with single room; Boiler installed room, must be well ventilated and must have at least 12m³ volume. Always clean air must enter to the room. To provide clean air, two air vent each has 75cm² area must be placed on the outer wall of the room.(figure 15) One of air vent must be placed close to ceiling, at least 180 cm above from the floor. The other air vent must be close to floor. Instead of this air vent, the door could be cut out 4cm from the bottom edge. Instead of two air vents, one air vent which has 150cm² net area could be placed very close to floor. Air vents must be always open type. Figure 15 Figure 14 Using with combined room; If the room is not assure conditions above and combined to another room; 24 and 28m³ for Atron H 28 boiler. has 75cm² net area or one air vent which has 150cm² net area. two air vents each has 75cm² (Figure 16) net area or one air vent which has 150cm² net area. Instead of air vents air duct could be used for ventilation. In this case, 10m straight duct which has 300 cm² cross section area can be used for ventilation. Equivalent length of 90 elbow can be calculated as 3m, 45 elbow equivalent Figure 16 35

38 Chimney Installation Figure 17 Figure 18 Standard fan diaphragm has been installed to the boiler (Figure 17- Figure 18) Installation must be done according the table below. (Table 4) ATRON H 24 ATRON H 28 Case Dimensions Flue Types Flue P pe Diameter Flue Pipe Diameter With Std. Twin Adapter Max. Flue Length C12 Max. Flue Length C12 Max. Flue Length C32 Max. Flue Length C32 mm mm mm m m m m 295d x 410w x 700h 295d x 444w x 700h C12-C32-C42-C52-C82-B22P 60/100 80/80 1m (60/100) with original diaphragm 4.6m (60/100) without diaphragm 2m (60/100) with original diaphragm 5.5m (60/100) without diaphragm Max. Flue Length C42, C52, C82, B22P m 2m (80/80) with orginal diaphragm 4m (80/80) with orginal diaphragm Max. Flue Length C42, C52, C82, B22P Max. Flue Length B22P (ø60 - ø100) Max. Flue Length B22P (ø60 - ø100) Equivalent Length Twin Adapter (80/80) Equivalent Length 45 Bend (60/100) Equivalent Length 90 Bend (60/100) Net weight Gross Weight m m m m kg kg 10m (80/80) with Ø39 diaphragm 15,5m (80/80) without diaphragm 2m (60/100) with original diaphragm 5.5m (60/100) without diaphragm 0,2 0, , ,5 Table 4 Chimney installation must provide the clearances given in Table 5 and shown in Figure 19 Figure 19 A - Below window 60 cm G - Beside horizontal or vertical duct 60 cm B - Below air vent 60 cm H - Distance from outer corner of building 60 cm C - Below rain channel 30 cm I - Distance from inner corner of building 30 cm D - Below balcony 30 cm L - From the ground 30 cm E - Beside window 40 cm M - Vertical distance between two chimneys. 40 cm F - Beside air vent 60 cm N - Horizontal distance between two chimneys. 60 cm Table 5 36

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40 Atron H 24 / Atron H mbar gaz giriş basıncı içindir for 20mbar inlet gas presssure -Kullanıcı tarafından saklanmalıdır -To be left with the user _00