Fondital ANTEA NEXT KC 18 Installation And Maintenance Manual
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Fondital ANTEA NEXT KC 18 Installation And Maintenance Manual

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INSTALLATION AND MAINTENANCE MANUAL
It is compulsory to read this manual before proceeding with the boiler
installation, use and maintenance operations.
This boiler is intended for production of hot technical water only:
• For heating of residential, commercial and industrial rooms.
• For heating of industrial process water.
• For indirect production of domestic hot water.
Any other use is forbidden.
ANTEA NEXT
KC 18-26-30-35
KR 12-24-28-32
KRB 12-24-28-32
EN
Translation of the original
instructions (in Italian)

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  • Page 1 ANTEA NEXT KC 18-26-30-35 KR 12-24-28-32 KRB 12-24-28-32 INSTALLATION AND MAINTENANCE MANUAL Translation of the original instructions (in Italian) It is compulsory to read this manual before proceeding with the boiler installation, use and maintenance operations. This boiler is intended for production of hot technical water only: •...
  • Page 2 General information Dear Sirs, thank You for choosing and buying one of our products. Please read these instructions carefully in order to properly install, operate, and maintain the product. Following the boiler installation, the installer should advise the user about boiler operation and its safety devices. The USER MANUAL and the INSTALLATION AND MAINTENANCE MANUAL are an integral and essential part of the product.
  • Page 3 WARNING This boiler must be installed inside the building or in a partially sheltered place. A partially sheltered place is a place which is not directly exposed to atmospheric agents. Any installation in a place that is not partially sheltered is forbidden. DANGER This boiler must be correctly and safely connected to an electrical system compliant with the existing technical stand- ards.
  • Page 4 III conditions and to ensure fully safe maintenance operations. If the power cable is damaged, it must be replaced by Fondital or its technical service department or a similarly qualified person in order to prevent any risk.
  • Page 5 The user is strongly advised to have the system serviced and repaired by qualified personnel, satisfying all prevailing law require- ments, and trained to properly carry out these operations. In the event of long periods of inactivity of the boiler, disconnect it from the electrical power mains and close the gas cock. WARNING With the electrical power disconnected and the gas cock closed, the device's electrical anti-freeze function does not work.

  • Page 6: Table Of Contents

    Technical features and dimensions ..........Technical features ..............................
  • Page 7 Fig. 1 KC model dimensions................Fig.
  • Page 8 Tab. 1 Adjustment specifications KC 18 - KR/KRB 12 ............Tab.

  • Page 9: Technical Features And Dimensions

    1. Technical features and dimensions Technical features This boiler is equipped with a fully pre-mixed gas burner. The following models are available: • KC condensing boiler with sealed chamber and forced draught, supplying CH water and instant DHW production; • KR condensing boiler with sealed chamber and forced draught, supplying CH water only.
  • Page 10 1.1.3 Operating features • CH electronic flame modulation with timer-controlled rising ramp (60 seconds, adjustable). • DHW electronic flame modulation (KC and KR/KRB models with optional external water heater). • DHW priority function (KC and KR/KRB models with optional external water heater) •...

  • Page 11: Dimensions

    Dimensions KC model Fig. 1 KC model dimensions Trap CH system flow (3/4”) DHW outlet (1/2") 3-bar safety valve discharge outlet Gas inlet (3/4”) Cold water inlet (1/2") CH system return (3/4”) Technical features and dimensions...
  • Page 12 KR model Fig. 2 KR model dimensions Trap CH system flow (3/4”) 3-bar safety valve discharge outlet Gas inlet (3/4”) Cold water inlet (1/2") CH system return (3/4”) Technical features and dimensions...
  • Page 13 KRB model Fig. 3 KRB model dimensions Trap CH system flow (3/4”) Water heater secondary flow (1/2") 3-bar safety valve discharge outlet Gas inlet (3/4”) Water heater secondary return (1/2") CH system return (3/4”) Technical features and dimensions...

  • Page 14: Hydraulic Diagrams

    Hydraulic diagrams KC model Condensate drain CH system flow DHW outlet Gas inlet 24 23 22 Cold water inlet CH system return Fig. 4 KC hydraulic diagram 1. Condensate trap 14. 3-bar safety valve 2. Modulating gas valve 15. Minimum pressure switch 3.
  • Page 15 KR model Condensate drain CH system flow Gas inlet Cold water inlet CH system return Fig. 5 KR hydraulic diagram 1. Condensate trap 11. Expansion vessel 2. Modulating gas valve 12. Fan check probe 3. Flow temperature twin probe 13. Return temperature probe 4.
  • Page 16 KRB model Condensate drain CH system flow Water heater flow RB R Gas inlet Return from the water heater CH system return Fig. 6 KRB hydraulic diagram 1. Condensate trap 11. Expansion vessel 2. Modulating gas valve 12. Fan check probe 3.

  • Page 17: Operating Data

    Operating data Burner pressures reported in the following page must be verified after the boiler has been operating for 3 minutes. Gas category: II2H3P WARNING The boiler is suitable for the use of group H and/or group E fuel gases and mixtures of natural gas and hydrogen up to 20% by volume.

  • Page 18: General Characteristics

    General characteristics Description KC 18 KC 26 KC 30 KC 35 CH nominal heat input 12,0 23,7 26,7 30,4 Minimum heat input CH nominal heat input with mixture 20%H2NG (Qn 11,4 22,4 25,3 28,8 (20%H2) CH minimum heat input with mixture 20%H2NG Maximum heat output (80-60°C) - CH 11,8 23,1...
  • Page 19 KR 12 KR 24 KR 28 KR 32 Description KRB 12 KRB 24 KRB 28 KRB 32 CH nominal heat input 12,0 23,7 26,7 30,4 Minimum heat input CH nominal heat input with mixture 20%H2NG (Qn 11,4 22,4 25,3 28,8 (20%H2) CH minimum heat input with mixture 20%H2NG Maximum heat output (80-60°C) - CH...
  • Page 20 Description Max. output Min. output 30% load Casing heat loss with burner on 0,00 6,75 Casing heat loss with burner off 0,42 Flue system heat loss with burner on 1,99 8,62 Flue system mass capacity Flue temp. – air temp. °C Heat output efficiency rating (80-60°C) 98,0...

  • Page 21: Erp And Labelling Data

    Annual fuel consumption Contact details: FONDITAL S.p.A. - Via Cerreto, 40 I-25079 VOBARNO (Brescia) Italia - Italy (*) High-temperature regime means 60 °C return temperature at heater inlet and 80 °C feed temperature at heater outlet. (**) Low temperature means for condensing boilers 30 °C, for low-temperature boilers 37 °C and for other heaters 50 °C return temperature (at heater inlet).
  • Page 22 Sound power level, indoors Contact details: FONDITAL S.p.A. - Via Cerreto, 40 I-25079 VOBARNO (Brescia) Italia - Italy (*) High-temperature regime means 60 °C return temperature at heater inlet and 80 °C feed temperature at heater outlet. (**) Low temperature means for condensing boilers 30 °C, for low-temperature boilers 37 °C and for other heaters 50 °C return temperature (at heater inlet).

  • Page 23: Instructions For The Installer

    2. Instructions for the installer WARNING The information in this section of the manual is for qualified personnel only. The user is not authorised to carry out such operations. Installation standards This boiler must be installed in compliance with the laws and standards in force in the country of installation, which are herein con- sidered as entirely transcribed.
  • Page 24 Fig. 7 Paper template Instructions for the installer...

  • Page 25: Minimum Installation Distances

    Minimum installation distances Fig. 8 Minimum installation distances Minimum distances [mm] Instructions for the installer...

  • Page 26: Installing The Boiler

    Installing the boiler DANGER Before connecting the boiler to CH and DHW system pipes, clean the latter carefully. Before commissioning a NEW system, clean it to remove any metal chips due to machining and welding, and any oil and grease that might negatively affect boiler operation or even damage it in case they get inside it. Before commissioning a RECONDITIONED system (where radiators have been added, the boiler has been replaced, etc.) thoroughly clean it to remove any sludge and residues.

  • Page 27: Air Intake And Flue Gas Venting System

    Air intake and flue gas venting system Flue gas discharge into the atmosphere and air intake/flue gas venting systems must comply with applicable laws and standards in the country of installation that are considered as fully transcribed herein. DANGER For the air intake/flue gas venting systems, specific, manufacturer-approved, condensate acid-resistant pipes and sys- tems must be used, suitable for condensing boilers.
  • Page 28 2.7.1 Starter kit installation Refer to Fig. 9 Split kit installation and to Fig. 10 Coaxial kit installation. DANGER There must be no leakage of combustion by-products from any of the gaskets. Split kit (optional) Clean the boiler roof from dust and other debris due to any masonry works. Fix the adhesive gasket under the flange connection for flue gas venting system (A).
  • Page 29 2.7.2 Pipe and terminal installation DANGER Flue gas venting pipes are to be installed tilted toward the boiler so that condensate runs toward the combustion cham- ber, which is designed for condensate collection and drainage. Should the above procedure not be possible, it is necessary to install, in condensate stagnation areas, devices designed for condensate collection and conveying to the condensate drain system.
  • Page 30 Wall-mounted terminals The final parts of air intake and flue gas venting terminals, both split and coaxial, feature a groove (A) to fix the external collar (see Fig. 13 Wall-mounted terminal installation). Insert the external collar into the terminal until reaching the groove. Insert the terminal, from outside, making the external collar adhere to the wall.
  • Page 31 Roof flues Insert the air intake and/or flue gas venting flue from above through the tile. Position the rainproof collar (A) until it bottoms on the cap of the tile for roofs (B) and fix it with the screw supplied. Keep the distance indicated in the figure between the rainproof collar and the terminal.
  • Page 32 2.7.3 Possible configuration of air intake and flue gas venting ducts Type B23/B23P Boiler intended for connection to an existing flue system external to the boiler room. Combustion air is taken directly from the boiler room itself while flue gas is conveyed to the outside. The boiler is not to be fitted with anti-wind gust device;...
  • Page 33 2.7.4 Length of air intake and flue gas venting ducts Lengths are expressed in equivalent metres on flue gas vent (m To calculate the actual length of the air intake/flue gas vent system, flow resistances of the accessories must be used (see Flow re- sistance tables on page 37).
  • Page 34 KC 26 - KR/KRB 24 Intake pipe Vent pipe diam- Max intake Max venting Max total length diameter eter length length Type of installation [mm] [mm] Ø 80 B23/B23P Ø 80 + Ø 60 Ø 80 + Ø 50 C43/C43X Ø...
  • Page 35 KC 30 - KR/KRB 28 Intake pipe Vent pipe diam- Max intake Max venting Max total length diameter eter length length Type of installation [mm] [mm] Ø 80 B23/B23P Ø 80 + Ø 60 Ø 80 + Ø 50 C43/C43X Ø...
  • Page 36 KC 35 - KR/KRB 32 Intake pipe Vent pipe diam- Max intake Max venting Max total length diameter eter length length Type of installation [mm] [mm] Ø 80 B23/B23P Ø 80 + Ø 60 Ø 80 + Ø 50 C43/C43X Ø...
  • Page 37 2.7.5 Flow resistance tables Flow resistance of separate ducts Ø 80 mm (in equivalent metres on flue gas vent (m KC 18 KC 26 KC 30 KC 35 KR 28 KR 32 Component Code KR 12 KR 24 KRB 12 KRB 24 KRB 28 KRB 32...
  • Page 38 Flow resistance of separate ducts Ø 80 + Ø 60 mm pipework (in equivalent metres on flue gas vent (m KC 18 KC 26 KC 30 KC 35 Component Code KR 12 KR 24 KR 28 KR 32 KRB 12 KRB 24 KRB 28 KRB 32...
  • Page 39 Example of calculation WARNING It is compulsory to protect air intake and flue gas vent from the ingress of external objects by means of the appropriate protective terminals/grids. Maximum 60 mm ducted vertical pipe calculation with 4 m suction and 4 m vent with 80 mm duct before reducing to 60 mm to be ducted on a vertical lightwell.
  • Page 40 KC 30 - KR/KRB 28 Total available equivalent metres = 111 m Available residual equivalent metres = (111 - 31) = 80 m Equivalent flow resistance on a 1m section of Ø60 vent pipe = 4.5 m Maximum length of vertical section Ø60 (excluding terminal) = 80 / 4.5 = 17.8 m KC 35 - KR/KRB 32 Total available equivalent metres = 85 m Available residual equivalent metres = (85 - 33) = 52 m...
  • Page 41 Fig. 17 Type C13 - C33 coaxial ducts A. Gasket B. Blanking cap Fig. 18 Coaxial ducts C93 Accessory code (option) Description 0PIASINT01 Ø 80/125 pipework plate kit 0PIASINT02 Ø 60/100 pipework plate kit Instructions for the installer...

  • Page 42: Measuring Combustion Efficiency During Operation

    Measuring combustion efficiency during operation 2.8.1 Flue cleaning function The boiler features a flue cleaning function which must be used to measure combustion efficiency during operation and to adjust the burner. To activate the flue cleaning function, it is necessary to: •...

  • Page 43: Connection To Gas Mains

    Connection to gas mains Gas pipe cross-section must be chosen depending on its length, layout pattern, gas flow rate. Gas supply pipe cross-section must be equal or greater than boiler pipe. DANGER Comply with installation standards enforced in the country where the boiler is installed which are considered as fully transcribed in this booklet.
  • Page 44 2.10.2 DHW Prior to installing the boiler, the hydraulic system is to be cleaned in order to remove impurities; they could be present in system com- ponents and damage the pump and the heat exchanger. KC Model Cold water inlet and DHW outlet shall be connected to the boiler through the dedicated 1/2" F and C fittings. Hardness of water supplied to the boiler may increase the plate heat exchanger cleaning/replacement intervals.

  • Page 45: Connection To Electrical Mains

    2.11 Connection to electrical mains The boiler is supplied with a three-pole power cable, already connected to the electronic board and it is provided with a safety clamp. The boiler is to be connected to a 230V-50Hz electrical power supply. When connecting it to power mains, follow correct phase / neutral polarity sequence.

  • Page 46: Installation And Operation With Open Therm Remote Control (Optional)

    2.14 Installation and operation with Open Therm Remote Control (optional) WARNING Only use original Remote Controls supplied by the manufacturer. The correct operation of the Remote Control itself and of the boiler is not guaranteed if non-original Remote Controls not supplied by the manufacturer are used.

  • Page 47: Selecting The Operating Range In Heating Mode

    2.15 Selecting the operating range in heating mode To set the water temperature for central heating, proceed as follows: • turn the encoder (key B), the area where the heating symbol is located turns grey; • press the encoder; • turn the encoder clockwise or anticlockwise to increase or decrease the central heating setpoint temperature; •...
  • Page 48 The temperature probe must be installed on an outside wall facing NORTH - NORTH EAST, in a position protected from weather. Do not install near a window, ventilation openings or sources of heat. The external temperature probe automatically modifies the CH flow temperature in relation to: •...

  • Page 49: Tsp Parameters

    2.17 TSP parameters • press the menu ( ) key for 10 seconds; • turn the encoder (key B), the area where the heating symbol is located turns grey; • press the encoder; • turn the encoder clockwise or anticlockwise to scroll the parameter list. As soon as you reach the one to be edited, press the en- coder;...
  • Page 50 Parameter Settable values Default values Notes 12 kW - 18 kW = 69 P7 - TSP7 24 kW - 26 kW = 88 According to the 10 ÷ 100% model Fan speed at heating maximum output 28 kW - 30 kW = 89 32 kW - 35 kW = 89 P10 - TSP10 (*) 0 ÷...
  • Page 51 Parameter Settable values Default values Notes P35 - TSP35 -5.0 ÷ +5.0 °C 0 °C Ambient temperature probe correction range that can be set via parameter for zone 2 P36 - TSP36 only with connected ambient probes and 0.0 ÷ 1.0 °C 0 °C Triggering temperature differential OFF can zone board...
  • Page 52 Settable Default Parameter Notes values values P57 - TSP57 0 ÷ 15 °C 5 °C only if P306 = 1 Frost protection start temperature for ambi- ent/external probes P58 - TSP58 0 ÷ 15 °C 6 °C only if P306 = 1 Frost protection end temperature for ambi- ent/external probes P60 - TSP60...
  • Page 53 Parameter Settable values Default values Notes P64 - TSP64 0 ÷ 300 Selection of zone 2 curve can be selected from home page on the display 5 ÷ 30 °C 20 °C only with external probe/ambient probe required ambient temperature setpoint can be selected from home page on the P65 - TSP65 display...
  • Page 54 Parameter Settable values Default values Notes 0 = standard function P84 - TSP84 0 ÷ 2 1 = relay energised Zone 3 pump relay forcing 2 = relay not energised 0 = standard function 1 = force opening P85 - TSP85 0 ÷...

  • Page 55: Filling The System

    2.18 Filling the system Once all boiler connections have been completed, CH system can be filled. The procedure is to be cautiously carried out, following each step: • Open the bleeding valves on all radiators and verify the boiler automatic valve operation. •...

  • Page 56: Available Head

    2.20 Available head The boiler is equipped with a high-efficiency circulation pump with variable speed. Circulation pump speed is automatically managed by the electronics, based on the settings of "super technical" parameters of the boiler. It is possible to choose between two pump working modes: 1 “Constant ΔT”...
  • Page 57 100% 55% (*) 39% (**) 1000 1200 Fig. 25 Available head KC 26 - KR/KRB 24 100% 55% (*) 45% (**) 1000 Fig. 26 Available head KC 30 - KR/KRB 28 Q ... . Flow rate (l/h) H .
  • Page 58 100% 55% (*) 34% (**) 1000 1200 1400 1600 Fig. 27 Available head KC 35 - KR/KRB 32 Q ... . Flow rate (l/h) H ... . Available head (mbar) (*) Minimum curve that can be used in systems without hydraulic separator (**) Minimum curve that can be used in systems with hydraulic separator Instructions for the installer...

  • Page 59: Wiring Diagrams

    2.21 Wiring diagrams REMOTO 230 VAC ~ 50Hz Sext SBS SCS SA/SDIS 9 10 Fig. 28 Wiring diagram KC (I) WARNING The cables of multifunction relay (19-20-21-22-23-24) must be set inside suitable cableways, separate from any other ca- bles (1-2-3-4-5-6-7-8-9-10-11-12-13-14-15-16-17-18). Instructions for the installer...
  • Page 60 nero marr. Fig. 29 Wiring diagram KC (II) Instructions for the installer...
  • Page 61 REMOTO 230 VAC ~ 50Hz Sext SBS SCS SA/SDIS 9 10 Fig. 30 Wiring diagram KR (I) WARNING The cables of multifunction relay (19-20-21-22-23-24) must be set inside suitable cableways, separate from any other ca- bles (1-2-3-4-5-6-7-8-9-10-11-12-13-14-15-16-17-18). Instructions for the installer...
  • Page 62 nero marr. Fig. 31 Wiring diagram KR (II) Instructions for the installer...
  • Page 63 REMOTO 230 VAC ~ 50Hz Sext SBS SCS SA/SDIS 9 10 Fig. 32 Wiring diagram KRB (I) Instructions for the installer...
  • Page 64 nero marr. Fig. 33 Wiring diagram KRB (II) Instructions for the installer...
  • Page 65 Internal connections DK: ..low water pressure swich FL: ... flow switch SS: ... DHW NTC 'OUT' probe 10k Ohm at 25°C B=3435 SRT: .

  • Page 66: Adaptation To Other Gas Types And Burner Adjustment

    2.22 Adaptation to other gas types and burner adjustment WARNING This boiler is built to run on the type of gas specified on the packaging and on the boiler rating plate. Any later transformation is to be exclusively carried out by qualified personnel, using manufacturer designed accesso- ries and following the procedure and adjustment instructions for an accurate boiler setting-up.
  • Page 67 2.22.1 Gas valve setting WARNING In the case of a boiler connected to a gas distribution network that could receive a methane-hydrogen mixture of up to 20% (20%H2NG) see paragraph Mains gas valve setting 20%H2NG on page 69. Fig. 35 Gas valve setting 2.22.1.1 Maximum heating output adjustment •...
  • Page 68 Flue CO value Flue CO value Diaphragm diam- Supply pressure eter Model Fuel Max. output Min. output [mbar] [mm] KC 18 Natural gas G20 9,30 ± 0,45 9,00 ± 0,45 KR 12 Propane Gas G31 10,20 ± 0,45 9,00 ± 0,45 KRB 12 KC 26 Natural gas G20...
  • Page 69 2.22.2 Mains gas valve setting 20%H2NG WARNING In the case of a boiler connected to gas distribution mains, which could receive a methane-hydrogen mixture of up to 20% (20%H2NG), a combustion analyser with direct oxygen measurement must be used, regularly calibrated, and the adjustment must be made using the O and offset pressure values as a reference.
  • Page 70 -x Pa Fig. 36 Offset pressure adjustment Offset pressure value value Supply pres- Diaphragm maxi- Qmin sure diameter mum value Model Fuel Qmax Qmin Lower Upper [mbar] [mm] [ppm] limit limit [Pa] [Pa] KC 18 Natural gas G20 KR 12 4,40 ±...

  • Page 71: Testing The Boiler

    3. Testing the boiler WARNING The information in this section of the manual is for qualified personnel only. The user is not authorised to carry out such operations. Preliminary checks Before testing the boiler, it is recommended to check the following: •...

  • Page 72: Maintenance

    4. Maintenance WARNING The information in this section of the manual is for qualified personnel only. The user is not authorised to carry out such operations. WARNING Any maintenance (and repair) work must only be carried out by qualified personnel. WARNING A proper boiler routine maintenance is an essential requirement to ensure safety.

  • Page 73: Combustion Analysis

    WARNING Should the device not operate correctly, while not posing danger to people, animals or property, or should you find any discrepancy with reference to prevailing standards and regulations, notify the system supervisor both verbally and in writing. WARNING The manufacturer shall not be held responsible for damage to people, animals, or property due to tampering with or im- proper intervention to the boiler or failed/insufficient maintenance.

  • Page 74: Decommissioning, Disassembly And Disposal

    5. Decommissioning, disassembly and disposal WARNING Gas boilers are electrical and electronic equipment (EEE) and when decommissioned they become waste electrical and electronic equipment (WEEE), therefore, they must be disposed of in compliance with the legislation in force in the coun- try of installation.

  • Page 75: Malfunctions, Possible Causes And Solutions

    6. Malfunctions, possible causes and solutions Troubleshooting BOILER STA- MALFUNCTION PROBABLE CAUSE User's tasks Qualified personnel's tasks Check gas supply. Gas supply failure. Check gas supply cock opening or gas network safety valve intervention. Gas valve is disconnect- Burner does not ignite. Contact qualified personnel Reconnect it.
  • Page 76 BOILER STA- MALFUNCTION PROBABLE CAUSE User's tasks Qualified personnel's tasks Fill the system (see section Boiler shut-down). The system has been If the error occurs again several times, contact a qualified recently bled. Service Centre or qualified personnel. CH system water pres- The system is leaking.
  • Page 77 BOILER STA- MALFUNCTION PROBABLE CAUSE User's tasks Qualified personnel's tasks Boiler flow temperature Contact qualified personnel Check curve parameters. not properly set. Thermostat is discon- Contact qualified personnel Reconnect it. nected. Triggering of boiler E35** low-temperature safety Thermostat is faulty. Contact qualified personnel Replace it.
  • Page 78 BOILER STA- MALFUNCTION PROBABLE CAUSE User's tasks Qualified personnel's tasks Presence of a remote Check parameters P61, E43** Input configuration error. control instead of a room Contact qualified personnel P77 and P89. thermostat. Probe is disconnected. Contact qualified personnel Reconnect it. The ambient probe does E44** not work.
  • Page 79 BOILER STA- MALFUNCTION PROBABLE CAUSE User's tasks Qualified personnel's tasks Fan disconnected. Contact qualified personnel Check the fan. E158* APS_LOCKOUT Faulty boiler board. Contact qualified personnel Replace the board. MAX_TRIALS_LOCK- E160* See indications for E01. See indications for E01. See indications for E01. Water does not circulate Contact qualified personnel Check system status.
  • Page 80 Fax +39 0365 878 304 e-mail: info@fondital.it www.fondital.com The manufacturer reserves the right to modify his/her products as deemed necessary, without altering the basic characteristics of the products themselves. Uff. Pubblicità Fondital IST 03 C 1722 - 01 | Luglio 2024 (07/2024)

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