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Related Manuals for Templari KITA Si
Summary of Contents for Templari KITA Si
- Page 1 AIR - WATER version Installation and maintenance manual...
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Page 2: Table Of Contents
Components KITA Li PLUS ..................10 3.8 Operation mode ....................11 Scope of supply ....................11 Main unit ......................11 4.2 Type name and serial number ................11 4.3 Components scheme of heat pump KITA S/Si/Mi Templari® external unit ..... 12 4.4 Component scheme of external unit of heat pump LINE KITA L Templari® ..... 13 4.5 Components scheme of heat pump KITA Li Plus Templari® external unit ....14 4.6 Components scheme of heat pump KITA S/Si/Mi/L Templari® internal unit ..15 4.7 Components scheme of heat pump KITA Li Plus Templari® internal unit ....16 Transport ...................... - Page 3 Terminal wiring ..................... 33 12.1 Indoor unit connectors wiring ................33 12.2 Terminal wiring outdoor unit ................34 12.3 Version 1: Terminal wiring for KITA with circulatr and and Relay K2 only ....35 12.4 Version 2: One relay for circulator management and one for DHW management with Templari - de pala 3-way valve ..............38 12.5 Version 3: One relay for circulator management, one relay for DHW management, one relay for additional integration..............41 12.6 Wiring pLAN net - “multi-KITA” ................41 Electronic board ....................42 13.1 Digital outputs ...................... 42 13.2 Digital inputs ......................
- Page 4 13.9 Wiring diagram KITA Si 3Ph / Si Cold 3Ph / Si Plus 3Ph / Si Plus Cold 3Ph /Mi 3Ph / Mi Cold 3Ph / Mi Plus 3Ph / Mi Plus Cold 3Ph / L33 / L42 ........47 13.10 Wiring diagram KITA L66 / L Cold / Li Plus ............48 13.11 Internal wiring connection diagram ..............49 13.11.1 Circulation pump ....................49 13.11.2 Fan ........................49 13.11.3 4-way valve and carter resistance wiring ............49 13.11.4 wiring probe ...................... 49 Start up ........................ 50 14.1 Preliminary checks ....................50 14.2 Test and start up ....................
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Page 6: Introduction
Wire cutter; installation and the correct operation of the heat pump KITA • Scissors; Templari® and its startup for its whole life cycle. This document • Wrenches or pipe wrenches set; is divided in chapters, where you can find general information •... -
Page 7: Read Carefully Before Use
Read carefully before use Proper use The heat pump KITA Templari® is approved just for the intended 2.1 Important information use by the manufacturer. A different use leaving the proper WARNINGS! one is considered non-compliant. Proper use comprende also includes the respect of the instructions contained in the relevant The exercise and the maintenance of the heating pump KITA information material. -
Page 8: Allowed Operative Zone
40°C. Heat pump The Kita Templari heat pump is equipped with a safety pressure switch, which interrupts the operation of the machine when a pressure of 4.5 MPa (45 bar) is reached. The product is equipped with a volume flow sensor (flow meter). -
Page 9: Structure Of The System With Heat Pump
The system with heat pump includes following components: • External unit KITA Templari® contains cooling circuit; • Internal unit KITA Templari® contains all the components of the hydraulic circuit; • Control command of the heating pump; • Optional hydraulic components, that can be demanded to... -
Page 10: Components Kita L42, L66
Characteristic curves of the Circulator [kPa] Q [m³/h] Q [l/s] Q [m³/h] Components KITA Li PLUS Model Wilo Yonos Para HF 30/12 Voltage - supply frequency 1~230V ± 10%, 50/60Hz Energy efficiency index (EEI) ≤ 0,23 Maximum power 10 - 305 W Maximum current absorption... -
Page 11: Operation Mode
The heat pump can work according two modes, actionable Main unit through the commutation of 4-way valve: as explained below, The heat pump KITA Templari® is supplied in 2 unità and it is these modes are heating and cooling/defrosting. composed by the components shown in figur 1. -
Page 12: Components Scheme Of Heat Pump Kita S/Si/Mi Templari® External Unit
4.3 Components scheme of heat pump KITA S/Si/Mi Templari® external unit EVAPORATOR BALL VALVES COMPRESSOR CHECK VALVES FILTER ELECTRONIC EXPANSION VALVE LIQUID INDICATOR 4-WAY VALVE INVERTER LIQUID RECEIVER ELECTRIC BOARD ECONOMIZER The image is intended only to indicate the main internal components. The actual product may looks different. -
Page 13: Component Scheme Of External Unit Of Heat Pump Line Kita L Templari
4.4 Component scheme of external unit of heat pump LINE KITA L Templari® EVAPORATOR BALL VALVES COMPRESSOR CHECK VALVES FILTER ELECTRONIC EXPANSION VALVE LIQUID INDICATOR 4-WAY VALVE INVERTER LIQUID RECEIVER ELECTRIC BOARD ECONOMIZER The image is intended only to indicate the main internal components. The actual product may looks different. -
Page 14: Components Scheme Of Heat Pump Kita Li Plus Templari® External Unit
4.5 Components scheme of heat pump KITA Li Plus Templari® external unit EVAPORATORE VALVOLE A SFERA COMPRESSORE VALVOLE DI RITEGNO FILTRO VALVOLA DI ESPANSIONE ELETTRONICA INDICATORE DI LIQUIDO VALVOLA 4 VIE INVERTER VENTILATORE RICEVITORE DI LIQUIDO QUADRO ELETTRICO ECONOMIZZATORE The image is intended only to indicate the main internal components. The actual product may looks different. -
Page 15: Components Scheme Of Heat Pump Kita S/Si/Mi/L Templari® Internal Unit
4.6 Components scheme of heat pump KITA S/Si/Mi/L Templari® internal unit RELEASE VALVES PIPE GAS PLATE HEAT EXCHANGER PIPE LIQUID CIRCULATION PUMP FLOW METER WATER INLET PIPE 3-WAY VALVE * WATER OUTLET PIPE (PLANT) ELECTRIC BOARD WATER OUTLET PIPE (DHW) -
Page 16: Components Scheme Of Heat Pump Kita Li Plus Templari® Internal Unit
4.7 Components scheme of heat pump KITA Li Plus Templari® internal unit RELEASE VALVES PIPE GAS PLATE HEAT EXCHANGER PIPE LIQUID WATER OUTLET PIPE (SYSTEM) FLOW METER WATER OUTLET PIPE (DHW) -
Page 17: Transport
In severe cases it can cause an internal fault. The transport to final installation place should be made on pallet. The heat pump KITA Templari® can be transported by a forklift. 1406 KITA S LINE Kg. 160+50... - Page 18 SPLIT VERSION C: condensate drain - outer diameter 40 mm D: electrical wiring D: electrical wiring TEMPLARI SRL - HEAT PUMP TECNOLOGY Via Pitagora, 20A - 35030 Rubano (PD) Tel. +39 049 5225929 - www.templari.com DRAWN BY : DATE : Giovanni B.
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Page 19: Free Spaces To Assembly The Outdoor Unit
Verify there is space enough to instal hydraulic pipes. • If the product is installed in areas subject to heavy TEMPLARI SRL - HEAT PUMP TECNOLOGY knowfalls, verify the snow isn’t accumulated around the Via Pitagora, 20A - 35030 Rubano (PD) Tel. +39 049 5225929 - www.templari.com product and the minimum distances mentioned above are respected. -
Page 20: Outdoor Unit Assembly
The condensate is drained in a centralized way from the back of • Basement preparation of condensate drain the heat pump KITA Templari®. Prepare the condensate drain by drain pipe or gravel bed. WARNINGS! The frozen condensate on the avenues can cause falls. Verify the condensate isn’t drained on the avenues being able to freez on... -
Page 21: Alignment Of The Outdoor Unit
6.7 Alignment of the outdoor unit Put the heat pump KITA Templari® horizontal so that the condensate can outflow. The product has to be installed with the amortized feed enclosed. The amortized feet increase the height of the product, facilitating the outflow of the condensate and reducing the vibrations. -
Page 22: Sizes And Components Of The Indoor Unit
It is suitable to instal a security valve on the hydraulic system. WIth DHW The assembly of the security valve has to be made by a qualified TEMPLARI SRL - HEAT PUMP T TEMPLA staff Via Pitagora, 20A - 35030 Ru Via Pita Tel. -
Page 23: Connections Of The Refrigerant Circuits
16 + 16 = 32 total meters 37,5 37,5 32 meters x 15 g / m = 480 total grams NOTE! Tthe parameter equivalent lenght has to consider the curves too. Each 90° curve in the circuit has to be counted as a 1 m straight portion. -
Page 24: Void Procedure
WITH DHW CON ACS www.templari.com Taps With ACS Used to isolate the refrigerator circuit R410A during void procedure or welding with a stream of nitrogen. Service valves They must be used exclusively for the focusing operation of the internal vacuum split refrigerant circuit with associated piping, to perform welding with a stream of nitrogen or for commissioning of the inner split pressure to find any leaks (nitrogen). -
Page 25: Installation Of The Hydraulic Part
Probe B2, when used, must always be placed in a buffer mounted on outlet pipe, never inlet. WARNINGS! The following diagrams are purely an example and Templari s.r.l. will not be responsible for any reason for the plant made at home. The plant shall be designed and manufactured exclusively... -
Page 26: Dyagram 1: Heating And Dhw System With Buffer
9.5 Dyagram 1: heating and DHW system with buffer Anti-vibration joint SIGNAL CABLES Manometer Drin tap 3 way valve expansion vessel Y-filter External unit REFRIGERANT IN Internal unit REFRIGERANT OUT SONDA B2 FÜHLER B2 KOLLEKTOR COLLETTORE SONDA B3 FÜHLER B3... -
Page 27: Dyagram 2: Heating And Dhw System With Buffer And Boiler Backup
9.6 Dyagram 2: heating and DHW system with buffer and boiler backup Anti-vibration joint SIGNAL CABLES Manometer Drin tap 3 way valve expansion vessel Y-filter External unit REFRIGERANT IN Internal unit REFRIGERANT OUT ROOM COLLETTORE KOLLEKTOR CALDAIA KESSEL SONDA B2 SONDE B2 VENTILKONVEKTOR FANCOIL FLOOR SONDE B3 SONDA B3... -
Page 28: Exchanger Kit
9.7 Dyagram 3: heating and dhw “t” system with instant DHW production plate exchanger kit Anti-vibration joint SIGNAL CABLES Manometer Drin tap 3 way valve expansion vessel Y-filter External unit REFRIGERANT IN Internal unit REFRIGERANT OUT SONDA B2 FÜHLER B2 KOLLEKTOR COLLETTORE FÜHLER B3 SONDA B3 MIN 300 L... -
Page 29: Dyagram 4: Heating\Cooling "T" System With Air Handling Unit
9.8 Dyagram 4: heating\cooling “t” system with air handling unit Anti-vibration joint SIGNAL CABLES Manometer Drin tap 3 way valve expansion vessel Y-filter External unit REFRIGERANT IN Internal unit REFRIGERANT OUT U.T.A SONDA B2 FÜHLER B2 KOLLEKTOR COLLETTORE FLOOR ROOM SONDA B3 FÜHLER B3... -
Page 30: Dyagram 5: Heating\Cooling And Dhw "T" System
9.9 Dyagram 5: heating\cooling and DHW “T” system Anti-vibration joint SIGNAL CABLES Manometer Drin tap 3 way valve expansion vessel Y-filter External unit REFRIGERANT IN Internal unit REFRIGERANT OUT FÜHLER B2 FÜHLER B3 ATTENZIONE! The buffer must always comply with a minimum quantity of liters according to the heat pump KITA used: KITA S 200 Liters, KITA M... -
Page 31: Maintenance And Cleaning
10 Maintenance and cleaning 10.2 Cleaning of condensate drain Make sure the condensate drain tube is in the correct position A periodic maintenance is necessary in particular to keep a and not blocked, to allow the right condensate flow depositing correct operation of the heat pump, to reduce the ususry and on the battery during the operation of the heat pump. -
Page 32: Laying Operations
It is necessary to power the inside unit in one-phase (see the cables scheme at paragraph 12.1). For the type of cable make reference to the table “power cable indication“ Electrical details MODEL KITA Si 3Ph 5,58 1,99 2,80 30mA... -
Page 33: Outside Unit Connection
12 Terminal wiring 11.4 Outside unit connection Besides the power mentioned in previous paragraphe it 12.1 Indoor unit connectors wiring is necessary to provide to the outside unit the following connections too: The following schemes are valid for all Kita Split models: •... -
Page 34: Terminal Wiring Outdoor Unit
12.2 Terminal wiring outdoor unit The following scheme is valid for all Kita Split model: Connector description: Subcooling Radiant probe RX-/TX- Domestic probe +Vdc RX+/TX+ Return probe +5 Vref Flow meter Head compressor probe Flow probe Vout External temperature probe... -
Page 35: Version 1: Terminal Wiring For Kita With Circulatr And And Relay K2 Only
12.3 Version 1: Terminal wiring for KITA with circulatr and and Relay K2 only The terminal board is equipped with a single relay (K2) that Relay K2 CALCULATOR MANAGEMENT manages the circulator. Relay coil Refer to the table in 12.2 for standard connections. Relay coil Normally open contact (Na) Normally close contact (Nc) - Page 36 Single-phase version 1 3 5 7 9 11 P5 connector of the pre-wired cable 2 4 6 8 10 12 +VDC L L L N B3 - Y3 - B7 - B2 - B4 - B5 - Power: power terminal...
- Page 37 External unit Internal unit Cable 5G 1,5 N-Lok 2x3 Pins A1-92 K2 NO4 µPC Circulator phase A2 K2 Neutral external unit Neutral external unit 11 K2 S Phase* external unit *versione trifase, L per versione monofase PGD1000 µPC...
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Page 38: Version 2: One Relay For Circulator Management And One For Dhw Management With Templari - De Pala 3-Way Valve
12.4 Version 2: One relay for circulator management and one for DHW management with Templari - de pala 3-way valve If you want to manage a 3-way valve Templari (preassembled or supplied separately) for the domestic management, the terminal has the relay K1 fit for this management. The relay K2 manage the circulator. Refer to the table in 12.2 for standard connections. - Page 39 Single-phase version P5 connector 1 3 5 7 9 11 1 3 5 7 9 11 1 3 5 7 9 11 of the pre-wired cable 2 4 6 8 10 12 2 4 6 8 10 12 2 4 6 8 10 12...
- Page 40 External unit Internal unit Cable 5G 1,5 N-Lok 2x3 Pins A1-90 K1 NO9 µPC 3 way phase. Phase close A2 K1 Neutral external unit 3 way phase. Phase open A1-92 K2 NO4 µPC Circulator phase A2 K2 Neutral external unit...
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Page 41: Version 3: One Relay For Circulator Management, One Relay For Dhw Management, One Relay For Additional Integration
12.5 Version 3: One relay for circulator 12.6 Wiring pLAN net - “multi-KITA” management, one relay for DHW If more unit KITA Templari® are connected each other it is management, one relay for possible to make them interact by a pLAN “multi-KITA” logic; it is additional integration. possible to connect 4 units in cascade at last. -
Page 42: Electronic Board
13 Electronic board KITA S - S 3phase - S plus - S plus 3phase - Si - Si 3Phase - Si Cold - Si Cold 3Phase - Si Plus - Si Plus 3Phase - Si Plus Cold - Si... -
Page 43: Funzione Plant Aware
13.5 Plant Aware Function The PA function can be enabled using the HCC panel from the mask “More”. Available from software version 13.69.001 of 07/10/2020 In this case there is at least one ROOM sensor or a cMix board. The HCC PA system function overwrites and replaces the PA The Plant Aware function (PA) modifies the hysteresis for the settings of the heat pump. -
Page 44: Wiring Diagram Kita S / S Plus Mono-Phase
13.6 Wiring diagram KITA S / S Plus mono-phase... -
Page 45: Wiring Diagram Kita S 3Ph / S 3Ph Plus
13.7 Wiring diagram KITA S 3Ph / S 3Ph Plus... -
Page 46: Wiring Diagram Kita Si / Si Cold / Si Plus / Si Plus Cold / Mi / Mi Cold / Mi Plus / Mi Plus Cold Mono-Phase
13.8 Wiring diagram KITA Si / Si Cold / Si Plus / Si Plus Cold / Mi / Mi Cold / Mi Plus / Mi Plus Cold mono-phase... -
Page 47: Wiring Diagram Kita Si 3Ph / Si Cold 3Ph / Si Plus 3Ph / Si Plus Cold 3Ph /Mi 3Ph
13.9 Wiring diagram KITA Si 3Ph / Si Cold 3Ph / Si Plus 3Ph / Si Plus Cold 3Ph /Mi 3Ph / Mi Cold 3Ph / Mi Plus 3Ph / Mi Plus Cold 3Ph / L33 / L42... -
Page 48: Wiring Diagram Kita L66 / L Cold / Li Plus
13.10 Wiring diagram KITA L66 / L Cold / Li Plus... -
Page 49: Internal Wiring Connection Diagram
13.11 Internal wiring connection diagram 13.11.1 Circulation pump Yellow/Green Yellow/Green Yellow/Green Yellow/Green Blue Blue Blue Blue Brown Brown Brown Brown N-Lok 3 N-Lok 3 N-Lok 3 N-Lok 3 13.11.2 Fan Brown Brown Brown Brown Brown Brown Brown Brown Yellow/Green Yellow/Green Yellow/Green Yellow/Green Blue Blue... -
Page 50: Start Up
14 Start up the system start up has to be made by a competent staff with a specific formation. The connection of the cooling circuit has to be made by refrigeration engineer qualified and equipped with the special license. - Page 51 • Enter to menu “Assistance”: PRG --˃ G. Assistance --˃ g. in these ranges: Manual management --˃ ASSISTANCE PASSWORD 230/1/50 -> values ± 6% 400/3/50 -> values ± 6% • ScREEN Gg05 set CH/HP manually “MAN” and set the grps (60).
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Page 52: Touch Panel
Panel to a Router or Switch via an Ethernet cable. WARNING! MODBUS cable: Templari HCC cable (similar Belden The MODUS network must always terminate at the ends with a 3105A 2x22AWG shielded) 120 Ω resistor, between terminals A and B. Usually the network... -
Page 53: Connecting To The Kita Heat Pump
WARNING! If the plant is designed to directly connected the heat pump to a floor system, such as underfloor heating, without intermediate systems, the absence of condensation is not guaranteed. 15.3 Connecting to the Kita heat pump If you want to use the PGD1 remote control panel at the same time as the K-Touch Panel, you must use a BMS card, purchased separately. - Page 54 K-Touch panel connected via BMS μPC TERMINATOR RESISTOR MODBUS 120Ω figura 5 K-Touch Panel connected via P-LAN as the only display MODBUS μPC Connecting to ground Collegamento a massa figura 6...
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Page 55: Exploded View: Plan Connection (5A) Or Bms Connection (5B)
15.5 Exploded view: PLan connection (5a) or BMS connection (5b) +24V -24V CONNESSIONE PLan connection PLan RX-/TX- RX+/TX+ CONNESSIONE BMS connection PLan PLan o BMS? BMS? μPC 220V Morse�o Terra Heat pump terminal quadro macchina board ground connection COM2 COM2 COM3 COM3 Panoramic μPC PLan connection Power supply µPC BMS connection... - Page 56 Panoramic μPC PLan connection Power supply compact lever connector μPC BMS connection Green/yellow shield ground connection Shield Guarda il video per il collegamento del pannello HCC touch panel connection K-touch alla pompa di calore...
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Page 57: Control Terminal
16 Control terminal In Kita Split the terminal is assembled on the front of the indoor unit. The terminal of the unit is serially connected by P-LAN line to the outdoor unit. In the control software all the regulation necessary to grant... -
Page 58: Menu Overview
16.3 Menu overview... -
Page 59: Terminal Buttons
16.4 Terminal buttons 4 - Unit condition The unit can be in the following condition: • OFF • ON • ENERGY S. • AUTO-OFF • AUTO-ON • AUTO-E.S. • Din-OFF • BMS-OFF • ALARM-OFF • PROTECT • AUTHOMATIC BOILER MANAGEMENT IF DEMANDED -Alarm List of active alarms. -
Page 60: Main Menu
16.6 Main menu suitable to use the climate curve instead of setting the Setpoint, because it allows a continue erogation. To enter in the menu press the button Mask B03: activation of antilegionella cycles programs. Press the buttons to surf in the menus. At the end of Fro the setpoint we suggest 70°C as per manufacturer data. -
Page 61: Menu Clock/Time Slots
16.9 Menu Clock/time slots timetable in F3. • F4: timeslot from the timetable set in F3 to the set timetable in F4. After you have entered the timetable in the first slot, confirm Clock with to set the wanted operation mode in the slot mentioned (choose between ON - OFF- ENERGY SAVE). -
Page 62: Menu Inputs/Outputs
16.10 Menu Inputs/Outputs Masck D20: Parameters Inverter/Engine Mask D21: Parameters Inverter/Engine Input/Output Masks D30, D31: masks regarding the fan outside battery. You Analog inputs can find the rpm and the instant power. B11 = Condensation: Mask D32: performances. 14.Obarg e 21.5°C • flow • delta T (B7 - B4) B12 = Evaporation: •... - Page 63 Gc17: inverter status. • ON-Request: it represents the request Gc18: inverter status. generated by PID of the reached water that Gc22: inverter status. activate the integration. Gc23: inverter status. • ON-Propor.: it represents the distance from Gc24: digital inputs...
- Page 64 Diff.off HWD. • Pump for antifreeze: it enables the activation • Diff.off HWD: temperature threshold under of the pump (circulator) for the function that integration system for HWD turns off. antifreeze winter. • Delay ON: activation delay of the integration once respected the conditions above.
- Page 65 Mask Gfc50: It allows to enable the condensate drain If the previous parameter is active, also the following in fix or intermittent mode in base on the external parameters become editable: temperature. • Unit ON: flow water temperature value • Res.drain cond.: it enables the activation of (sensor B7) that activates the function the resistance for the condensate drain.
- Page 66 Mask Gfc55: it enables the control of the circulator in • DHW Request: it enables speed manual management PWM. of the compressor for DHW production. • Enabling: yes/no • speed: if manual management is active, it shows the • Mode of use: compressor speed for the DHW.
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Page 67: Alarms
17 Alarms Alarm Visualized message Reset Delay Relay Action code ALA01 Probe B1 broken or disconnected Automatic 60 sec Stop the machine ALA02 Probe B2 broken or disconnected Automatic 60 sec If there is a geothermal modulating pump it is set at the maximum speed... - Page 68 Alarm Visualized message Reset Delay Relay Action code ALP01 Position: ID1 Flow switch geothermal circ. After 5 times per At the start: 15s (par. Stop the machine at maximum time reached water hour it becomes Hc15) at regime: 5s manual (par.
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Page 69: Alarms Resolution
The letter preceding the number has the following meaning “AIN” Physic probes broken uPC “Boh”Alarms blocking the Circuit, High-Low pressure.. “Compressor” Thermic, envelope “Driver” Electronic valve “Expansion” Alarms uPCe “Fan” fan “Generic” general alarm, Clock broken, HW, Memory “Humidifier” humidifier “Fancoil”... -
Page 70: Notifications
17.2 Notifications Notification causes Heat Transfer Limited It occurs when the difference between the value of the B7 and B2 probes in the case of hrating operation, or the difference between B7 and B3 probes in the case of DHW production, is excessive. -
Page 71: Declaration Of Conformity
18 Declaration of conformity Dichiarazione di conformità CE EC Declaration of Conformity EC Konformitätserklärung La so�oscri�a Templari Srl The undersigned Via Pitagora, 20/A – 35030 Rubano (PD) - Italy Die Firma P. IVA 04128520287 conferma che l’apparecchio qui di seguito hereby cer�fies that the following erklärt in alleiniger Verantwortung, dass... - Page 72 www.templari.com...
- Page 73 www.templari.com...
- Page 74 AIR - WATER version via Pitagora, 20A - 35030 Rubano (PD) - Italia Tel. +39 049 5225929 - +39 049 8597400 - Fax +39 049 8055626 www.templari.com info@templari.com vers. 02/11/2020 - I...