Fondital PROCIDA AWM X6 Installation Manual

Fondital PROCIDA AWM X6 Installation Manual

Monobloc air/ water heat pump

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X6 - X8 - X10 - X12 - X14 - X16
MONOBLOC AIR/ WATER HEAT PUMP
Thank you for choosing a heat pump by Fondital. Carefully read this Manual before using
the unit and keep it for future reference.
PROCIDA AWM
(single-phase)
T10 - T 12 - T14 - T16
(three-phase)
INSTALLATION MANUAL
EN
Translation
of
the
original
instructions
(in Italian)

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Summary of Contents for Fondital PROCIDA AWM X6

  • Page 1 T10 - T 12 - T14 - T16 (three-phase) INSTALLATION MANUAL MONOBLOC AIR/ WATER HEAT PUMP Translation original instructions (in Italian) Thank you for choosing a heat pump by Fondital. Carefully read this Manual before using the unit and keep it for future reference.
  • Page 2 For users Thank you for choosing a product by Fondital. In order to use the product correctly, please carefully read this instruction manual before installation and use. To achieve the intended operation of the air conditioner, please follow the recommendations below for the proper installation and use of the product: 1.
  • Page 3: Table Of Contents

    Diagram of the operating principle ..........HEATING AND COOLING AND DHW WITH CIRCUIT BREAKER .
  • Page 4 Safety warnings (to be strictly adhered to) WARNING: failure to follow these instructions could result in serious damage to the unit or injury to persons. NOTE: failure to follow these instructions could result in minor or moderate damage to the unit or injury to persons. This sign indicates that operation must be prohibited.
  • Page 5 WARNING In the event of anomalies, such as a smell of smoke, immediately switch off the unit and contact a service centre. If the anomaly persists, the unit may be damaged and an electric shock or fire may occur. Do not operate the unit with wet hands. Non-compliance could result in an electric shock hazard.
  • Page 6 Before cleaning the unit, disconnect it from the mains. Non-compliance could result in risk of an electric shock or damage to prop- erty. The power supply must adopt a special circuit with a residual current circuit breaker and must have sufficient capacity. The user may not replace the power cable socket without the manufacturer's prior consent.
  • Page 7 Do not climb on the unit or place objects on it. This could create a falling hazard for people and objects. Do not obstruct the air inlet and outlet areas of the unit. Obstructions could reduce efficiency or cause the unit to shut down or create a fire hazard.
  • Page 8 WARNING Do not use any means other than those recommended by the manufacturer to speed up the defrosting process or for cleaning. If a repair is necessary, contact the nearest authorised service centre. Repairs carried out by unqualified personnel could be dangerous. The appliance must not be placed in a room containing continuously operating ignition sources (e.g.
  • Page 9 NOTE The appliance contains the flammable gas R32. It is recommended to read the user manual before using the appliance. A special refrigerant circulates in the system to obtain the function of air conditioner. The refrigerant used is R32 fluoride, which un- dergoes a special cleaning treatment.
  • Page 10 Maximum and minimum water temperatures Function Minimum water temperature Maximum water temperature Cooling 7°C 25°C Central heating 20°C 60°C Water heating 40°C 80°C Maximum and minimum water pressure values Function Minimum water pressure Maximum water pressure Cooling Central heating 0.05 MPa 0.25 MPa Water heating Maximum and minimum water pressure values at inlet.
  • Page 11 NOTE If hot work is to be carried out on cooling equipment or any associated components, a suitable fire extinguisher must be kept at hand. Have a dry powder or CO fire extinguisher near the loading area. Any electrical components installed as replacement must be suitable for the purpose and to the appropriate specifications. The man- ufacturer's maintenance and service instructions must be followed under all circumstances.
  • Page 12 When repairing sealed components, it is necessary to disconnect all electrical devices from the equipment before removing sealed covers, etc. If it is absolutely necessary to have a power supply during the intervention, a permanently operating leak detection device must be set up at the most critical point to signal potentially dangerous situations. Particular attention must be paid to the following to ensure that, during work on electrical components, the housing does not undergo any alterations that compromise the level of protection.
  • Page 13: Diagram Of The Operating Principle

    1. Diagram of the operating principle Economizer Note: the pool, the solar kit and the water mixing accessory are components not included in the delivery. Diagram of the operating principle...
  • Page 14: Heating And Cooling And Dhw With Circuit Breaker

    2. HEATING AND COOLING AND DHW WITH CIRCUIT BREAKER HEATING AND COOLING AND DHW WITH CIRCUIT BREAKER...
  • Page 15 (**) Extra accessory (***) Not included in extra Fondital accessories (****) To be used if no glycol solution is added to the system water. Does not protect the heat pump in case of power failure. The diagram is purely indicative and for descriptive purposes.
  • Page 16: Heating And Cooling

    3. HEATING AND COOLING HEATING AND COOLING...
  • Page 17 (**) Extra accessory (***) Not included in extra Fondital accessories (****) To be used if no glycol solution is added to the system water. Does not protect the heat pump in case of power failure. The diagram is purely indicative and for descriptive purposes.
  • Page 18: Heating And Cooling And Dhw With Compact Water Heater

    4. HEATING AND COOLING AND DHW WITH COMPACT WATER HEATER HEATING AND COOLING AND DHW WITH COMPACT WATER HEATER...
  • Page 19 (**) Extra accessory (***) Not included in extra Fondital accessories (****) To be used if no glycol solution is added to the system water. Does not protect the heat pump in case of power failure. The diagram is purely indicative and for descriptive purposes.
  • Page 20: Unit Operating Principle

    5. Unit operating principle The air/water heat pump with DC inverter consists of an outdoor unit, an indoor unit and a storage tank with internal fan coil. Functions: Cool; (1) Heat; (2) Hot Water; (3) Cool + Hot Water; (4) Heat + Hot Water; (5) Emergen.
  • Page 21: Name

    Fast Hot Water: in fast water heating mode, the unit operates on the basis of the water heating command from the heat pump and the electric heater of the storage tank also starts up simultaneously. Force mode: this mode is only used for refrigerant recovery and troubleshooting of the unit. Holiday mode: this mode is only available for the heating function.
  • Page 22 Model range Model name Power Electric power supply Heating , kW Cooling , kW PROCIDA AWM X6 220-240 VAC single-phase/50 PROCIDA AWM X8 PROCIDA AWM X10 PROCIDA AWM X12 230 VAC, single-phase, 50 Hz PROCIDA AWM X14 12,5 PROCIDA AWM X16...
  • Page 23: Installation Example

    7. Installation example SCENARIO 1: Connection of an underfloor system for heating and cooling Underfloor system Symbol Description Shut-off valve Remote ambient thermostat (provided on site) By-pass valve (provided on site) High-temperature line Low-temperature line Notes Thermostat type and installation specifications must comply with the provisions of this manual; The by-pass valve must be installed on manifold to ensure a sufficient water flow rate.
  • Page 24 SCENARIO 2: Connection of a storage tank for domestic hot water, with an underfloor system Underfloor system Storage tank for domestic hot water Heating element Symbol Description Shut-off valve Remote ambient thermostat (provided on site) By-pass valve (provided on site) Three-way valve (provided on site) High-temperature line Low-temperature line...
  • Page 25: Key Components

    Three-way valve (provided on site) Three-way valve (provided on site) High-temperature line Low-temperature line Note The two-way valve is key to avoid condensation on the floor and on radiator in cooling mode. 8. Key components PROCIDA AWM X6, PROCIDA AWM X8 Key components...
  • Page 26 PROCIDA AWM X10, PROCIDA AWM X12, PROCIDA AWM X14, PROCIDA AWM X16, PROCIDA AWM T10, PROCIDA AWM T12, PROCIDA AWM T14, PROCIDA AWM T16 Key components...
  • Page 27: Guidelines For Monobloc Unit Installation

    4. The brackets on compressor feet reduce vibrations during transport. They must be removed before commissioning or they will cause malfunction. After removing the brackets from the feet, tighten the retaining screws to prevent the compressor from detach- ing during operation. This condition does not apply to models PROCIDA AWM X6 and PROCIDA AWM X8 Phase 0...
  • Page 28 9.2.2 Monobloc unit external dimensions PROCIDA AWM X6, PROCIDA AWM X8 PROCIDA AWM X10, PROCIDA AWM X12, PROCIDA AWM X14, PROCIDA AWM X16, PROCIDA AWM T10, PROCIDA AWM T12, PROCIDA AWM T14, PROCIDA AWM T16 Guidelines for monobloc unit installation...
  • Page 29 Description Unit: millimetres Name Notes Handle Used to cover or uncover the front housing Air outlet grille 9.2.3 Space required for installation Inlet Outlet Inlet Outlet Note: for the figure on the left, if we exclude the outlet side, the distance between the unit and the closest barrier on the other three sides must not be lower than 300 mm.
  • Page 30 3. Once connections are completed, tighten the rubber rings. 9.2.7 Using the communication cable exclusively dedicated to FONDITAL SERVICE CENTRES. The dedicated communication cable (72) can be used for commissioning and troubleshooting purposes to connect the display and be able to view unit parameters and status details.
  • Page 31 10/12/14/16 kW units Communication cable (72) 9.2.8 Connection of communication cable (72) with wired control (Control Panel) Front view Rear view Guidelines for monobloc unit installation...
  • Page 32: Hydraulic Unit Installation

    9.2.9 Safety precautions when using flammable refrigerants Notes for maintenance Ensure that the maintenance area or room area meet the required values. » The unit can only be used in rooms meeting the required specifications. Make sure that the maintenance area is properly ventilated.
  • Page 33: Water Volume And Pressure In The Expansion Tank

    10.2 Water volume and pressure in the expansion tank P = Pressure in the expansion tank (bar) V = Total maximum water volume (litres) Notes • The expansion tank has a capacity of 2 litres and is pre-pressurised to 1.5 bar for 6/8 kW units, while it has a capacity of 3 litres and is pre-pressurised to 1.5 bar for 10/12/14/16 kW units;...
  • Page 34: Selecting The Expansion Tank

    For 4/6/8 units Difference between Water volume installation heights <44 L >44 L 1. Preset pressure should be adjusted according to the above formula. <12 m No adjustment required 2. Check that the water volume is below the maxi- mum allowed volume (refer to the above figure) 1.
  • Page 35: Remote Ambient Temperature Sensor

    Water expansion coefficient at different temperatures Temperature (°C) Expansion coefficient e 0,00013 0,00027 0,00177 0,00435 0,00782 0,0099 0,0121 0,0145 0,0171 0,0198 0,0227 0,0258 0,029 0,0324 0,0359 0,0396 0,0434 Remote ambient temperature sensor Front side Rear side Remote ambient temperature sensor 1.5 metres NO NO Doors...
  • Page 36: Thermostat With Voltage Output

    Remote ambient air temperature sensor Electric box Notes • The distance between the indoor unit and the remote air temperature sensor must be lower than 15 m, because of the length of the remote sensor connection cable; • Height above floor is approximately 1.5 m; •...
  • Page 37 Thermostat ON/OFF TERMINAL BOARD : 23 : winter operation COOL 24 : summer operation HEAT 25 : neutral 26 : phase SUMMER/WIN- TER SELECTOR SWITCH THERMOSTAT MONOBLOC HEAT PUMP TERMINAL BOARD Note To activate the thermostat, you must first enable it via the controller upon starting. Path in the controller: COMMISSION - FUNCTION (Select ''Air"...
  • Page 38: Wired Control (Control Panel)

    Wired control (CONTROL PANEL) The wired control can be installed inside the house using a flush module 502E. In the accessories box, you will find a cable about 8 metres long, which will be used to connect the wired control to the electronic board named AP1 (see photo below).
  • Page 39: Way Valve

    2-way valve The two-way valve 1 controls water flow rate in the underfloor circuit. If the "Floor Config" parameter is set to "With" for the cooling or heating function, the valve is kept open. If the "Floor Config" parameter is set to "Without", the valve is kept closed. General Type Power Operating mode...
  • Page 40: Three-Way Valve

    Three-way valve The three-way valve 2 is required for domestic hot water storage tank. It switches between the underfloor heating circuit and the storage tank heating circuit. General Type Power Operating mode Supported Selecting “Flow A” between “Flow A” and “Flow B” Actuator, 2 wires 230 V 50 Hz ~AC Selecting “Flow B”...
  • Page 41: Aux. Thermal Unit

    Aux. thermal unit The appliance allows the connection of an auxiliary thermal unit, which can be controlled so that the main board delivers 230 V when the outside temperature is lower than the set value for activating the auxiliary heat source. Note: It is NOT possible to install an auxiliary thermal unit together with an optional electric heater.
  • Page 42: Optional Electric Heater

    Phase 3. Setting the wired control If necessary, select "With" for “Other thermal” parameter within COMMISSION → FUNCTION, then set (outdoor) temperature switch and control logic (1/2/3). Optional electric heater The appliance allows connecting an optional electric heater, which can be controlled so as to activate when the outdoor temperature is lower than the set ON value.
  • Page 43: Door Control Unit

    Phase 2. Electrical connection The AC contactor (Relay) must be installed in XT3 KM1 (group 1 electric heater) or KM1 and KM2 (group 2 electric heater). Optional electric heater 1 Storage tank electric heater Optional electric heater 2 Connect the optional water temperature sensor to AP1 CN16. Optional water temperature sensor (70-71) Phase 3.
  • Page 44 Filling valve 1 Filling valve 2 Notes • Drain can be performed only if the unit has been stopped. (Switch off the unit and switch it back on after 1 minute) • When draining, it is recommended to take protective measures to avoid any burns from frost. •...
  • Page 45: Installing A Sealed Storage Tank

    Note Before and during operation, use a suitable refrigerant leak detector to monitor the operating area and ensure that technicians are aware of any potential or actual flammable gas leaks. Ensure that the leak detector is suitable for flammable refrigerants. For instance, it must not create sparks and must be fully sealed and safe.
  • Page 46 • The drain pipe connected to the pressure relief device must always be installed aiming down and in a frost-free environment. • The appliance is intended to be connected to the hydraulic mains permanently and not by means of a connecting pipe. •...
  • Page 47: Connection Of The Hydraulic System

    20.2 Connection of the hydraulic system • If the connection between the water storage tank and the indoor unit must pass through a wall, drill a φ70 hole for the circulating water pipe. If a hole is not required, this step is not necessary. •...
  • Page 48: Water Quality Requirements

    20.3 Water quality requirements Parameter Value Unit pH (25°C) 6,8~8,0 Impurities < 1 Chlorides < 50 mg/L Fluorides < 1 mg/L Iron < 0,3 mg/L Sulphates < 50 mg/L < 30 mg/L Hardness (amount of CaCO < 70 mg/L Nitrates (amount of N) <...
  • Page 49 The table below gives all recommended specifications for power cables and residual current circuit breakers. Model Power Air break switch Min.cross-section of Min.cross-section of supply ground cable power cable V, Phases, Hz PROCIDA AWM X6 2*1,5 PROCIDA AWM X8 2*1,5 PROCIDA AWM X10 220-240 VAC 2*4,0 PROCIDA AWM X12 single-phase/50 Hz 2*4,0...
  • Page 50: Wiring Diagram

    Wiring diagram 21.1 Control board PROCIDA AWM X6, PROCIDA AWM X8 AP1 board Wiring diagram...
  • Page 51 Marked ID Description AC-L Phase wire of power cable Neutral wire of power cable Ground Storage tank electric heater Electric heater 1 Electric heater 2 220 VAC auxiliary heater Reserved Electric heater for plate heat exchanger Reserved The two-way electromagnetic valve 1 is normally open The two-way electromagnetic valve 1 is normally closed Load control at high power Load control at high power...
  • Page 52 AP2 board Marked ID Description AC-L Phase wire of power input Neutral wire of power input PWR1 310 V power supply - 310 V DC power upon start-up Fuse 4-way valve VA-1 Chassis electric heater HEAT Electric heating tape Pin 1: Fan power supply; Pin 3: Fan GND; Pin 4: +15 V; Pin 5: Control signal; Pin 6: Feedback signal; Pin 1 DC DC-MOTORO fan: high-voltage power supply;...
  • Page 53 AP3 board Marked ID Description AC-L Phase line input Neutral line input L-OUT Phase line output N-OUT Neutral line output COMM Communication To compressor phase U To compressor phase V To compressor phase W PROCIDA AWM X10, PROCIDA AWM X12, PROCIDA AWM X14, PROCIDA AWM X16 AP1 board Wiring diagram...
  • Page 54 Marked ID Description AC-L Phase wire of power cable Neutral wire of power cable Ground Storage tank electric heater Electric heater 1 Electric heater 2 220 VAC auxiliary heater Reserved Electric heater for plate heat exchanger Reserved The two-way electromagnetic valve 1 is normally open The two-way electromagnetic valve 1 is normally closed Load control at high power Load control at high power...
  • Page 55 AP2 board Marked ID Description AC-L Phase wire of power input Neutral wire of power input PWR1 310 V power supply - 310 V DC power upon start-up Fuse 4-way valve VA-1 Chassis electric heater HEAT Electric heating tape Pin 1: Fan power supply; Pin 3: Fan GND; Pin 4: +15 V; Pin 5: Control signal; Pin 6: Feedback signal; Pin 1 DC DC-MOTORO fan: high-voltage power supply;...
  • Page 56 AP3 board Marked ID Description AC-L Main board phase line input Power supply neutral line for main board L-OUT Filter board phase line output (to driver and main boards) N-OUT Filter board neutral line output (to driver board) N-OUT1 Neutral line output L-OUT1 Phase line output DC-BUS...
  • Page 57 PROCIDA AWM T10, PROCIDA AWM T12, PROCIDA AWM T14, PROCIDA AWM T16 AP1 board Marked ID Description AC-L Phase wire of power cable Neutral wire of power cable Ground Storage tank electric heater Electric heater 1 Electric heater 2 220 VAC auxiliary heater Reserved Electric heater for plate heat exchanger Reserved...
  • Page 58 Marked ID Description The three-way electromagnetic valve 1 is normally closed (reserved) The three-way electromagnetic valve 2 is normally open (storage tank) The three-way electromagnetic valve 2 is normally closed (storage tank) CN30 Signals 1, 2, 3, 4, power 5 CN31 Signals 1, 2, 3, 4, power 5 CN18...
  • Page 59 AP2 board Marked ID Description AC-L Phase wire of power input Neutral wire of power input PWR1 310 V power supply - 310 V DC power upon start-up Fuse 4-way valve VA-1 Chassis electric heater HEAT Electric heating tape Pin 1: Fan power supply; Pin 3: Fan GND; Pin 4: +15 V; Pin 5: Control signal; Pin 6: Feedback signal; Pin 1 DC DC-MOTORO fan: high-voltage power supply;...
  • Page 60 AP3 board Marked ID Description AC-L1 Power supply input L1 AC-L2 Power supply input L2 AC-L3 Power supply input L3 Power supply neutral line input Power supply neutral line output L1-F Power supply line output L1-F (drive board L3-F) L2-F Power supply line output L2-F (drive board L3-F) L3-F Power supply line output L3-F (drive board L3-F)
  • Page 61: Electrical Connections

    21.2 Electrical connections 21.2.1 Electrical connections (refer to Wiring Diagram under the electric box cover) PROCIDA AWM X6, PROCIDA AWM X8 Layout of electrical components The ground wire is available for motor having an iron housing, while it is not available for motor having a plastic housing...
  • Page 62 CODE DESCRIPTION Main board - only for RT6 Indoor unit main board Outdoor unit main board Drive board COMP1 Compressor Bottom band heater Compressor band heater Antifreeze for plate heat exchanger EKV1 Electronic expansion valve - coil 1 EKV2 Electronic expansion valve - coil 2 High pressure switch AC contactor 1 Optional electric heater AC contactor 2 Optional electric heater...
  • Page 63 PROCIDA AWM X10, PROCIDA AWM X12, PROCIDA AWM X14, PROCIDA AWM X16 Layout of electrical components The ground wire is available for motor having an iron housing, while it is not available for motor having a plastic housing Wiring diagram...
  • Page 64 CODE DESCRIPTION Main board - only for RT6 Indoor unit main board Outdoor unit main board Filter board Drive board COMP1 Compressor Bottom band heater Compressor band heater Antifreeze for plate heat exchanger EKV1 Electronic expansion valve - coil 1 EKV2 Electronic expansion valve - coil 2 FILTER...
  • Page 65 PROCIDA AWM T10, PROCIDA AWM T12, PROCIDA AWM T14, PROCIDA AWM T16 Layout of electrical components The ground wire is available for motor having an iron housing, while it is not available for motor having a plastic housing Wiring diagram...
  • Page 66 CODE DESCRIPTION Main board - only for RT6 Indoor unit main board Outdoor unit main board Filter board Drive board COMP1 Compressor Bottom band heater Compressor band heater Antifreeze for plate heat exchanger EKV1 Electronic expansion valve - coil 1 EKV2 Electronic expansion valve - coil 2 High pressure switch...
  • Page 67 Electrical cable kit supplied with the Monobloc unit and their connections A P1 e le c t ro ni c bo ard Remote Control Panel Blue-Brown connector Remote Ambient Temp. Probe Blue-Blue connector Red-Red connector Heating temp. sensor (optional) DHW tank sensor DHW outlet Electric heater (optional) ON/OFF 2-way valve...
  • Page 68 21.2.2 Terminal board PROCIDA AWM X6, PROCIDA AWM X8 XT3 terminal board XT4 terminal board Thermostat Door control unit Aux. thermal unit Pump control signal (OUT) XT1 terminal board XT2 terminal board Electric power supply 2-way valve 1 3-way valve 2...
  • Page 69 PROCIDA AWM X10, PROCIDA AWM X12, PROCIDA AWM X14, PROCIDA AWM X16 XT3 terminal board XT4 terminal board Thermostat Door control unit Aux. thermal unit Pump control signal (OUT) XT1 terminal board XT2 terminal board Electric power supply 2-way valve 1 3-way valve 2 A = Coil Wiring diagram...
  • Page 70 220 V 25 A For further details on electrical connections, refer to the figures below: PROCIDA AWM X6, PROCIDA AWM X8, PROCIDA AWM X10, PROCIDA AWM X12, PROCIDA AWM X14, PROCIDA AWM X16 Optional electric heater 1 Optional electric heater 2...
  • Page 71 PROCIDA AWM T10, PROCIDA AWM T12, PROCIDA AWM T14, PROCIDA AWM T16 Scenario 1 Optional electric heater 1 Optional electric heater 2 Storage tank electric heater Scenario 2 Optional electric heater 1 Optional electric heater 2 Storage tank electric heater If storage tank thermostat is of a special type (i.e., is not a thermostat with omnipolar circuit breaker), it must be connected in series to the storage tank contactor circuit as shown in the figure below: Scenario 1...
  • Page 72: Commissioning

    Commissioning 22.1 Checks before start-up To ensure safety for users and the unit, the system must undergo a functional inspection before testing. The required procedures are described here below: The following inspections must be carried out by qualified service technicians. Together with the sales technician, dealer, installer and customer, check whether the operations below have already been per- formed or still have to be performed.
  • Page 73: Operation Test

    22.2 Operation test The operation test is preliminarily performed to make sure that the unit can operate normally. If the unit can not operate normally, identify and rectify the problems so as to obtain a satisfying test result. Before starting the operation test, ensure that all test items gave the required results.
  • Page 74: Operation And Routine Maintenance

    This is why, after installing the storage tank, it is recommended to set it to "With”. In case of failure to comply, Fondital shall not be liable for any malfunction. • Do not switch the unit on and off too frequently and close the manual valve of the hydraulic system when the unit is used by the users.
  • Page 75: Recovery

    Malfunctions Causes Possible solutions Power supply issue. The phase sequence is reversed. The connection cable is disconnected. Check and rectify. The compressor does not start Identify the causes and perform any nec- Main board malfunction. essary repair. Compressor malfunction. Replace compressor. Fan retaining bolt is loose.
  • Page 76: Decommissioning

    23.2 Decommissioning Before performing this procedure, it is crucial that the technician is fully familiar with the equipment and all its details. It is good practice to safely recover all refrigerants. Before proceeding, take a sample of oil and refrigerant. Before reusing the recovered refrigerant, analyse it if necessary.
  • Page 77: Water Piping Layout

    Water piping layout PROCIDA AWM X6, PROCIDA AWM X8 PROCIDA AWM X10, PROCIDA AWM X12, PROCIDA AWM X14, PROCIDA AWM X16 PROCIDA AWM T10, PROCIDA AWM T12, PROCIDA AWM T14, PROCIDA AWM T16 Water piping layout...
  • Page 78 The unit contains R32, a fluorinated greenhouse gas having a global warming potential (GWP) = 675. Do not release R32 into the environment. Model PROCIDA AWM X6 0.87 kg = 0.590 tons of CO2 equivalent PROCIDA AWM X8 0.87 kg = 0.590 tons of CO2 equivalent PROCIDA AWM X10 2.2 kg = 1.490 tons of CO2 equivalent...
  • Page 79 Page left intentionally blank...
  • 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 alter- ing the basic characteristics of the products themselves. Uff. Pubblicità Fondital IST 03 J 046 - 02 | Marzo 2023 (03/2023)

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