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Describes the serial number label and its contents, including unit type, serial number, and manufacturer data.
Explains the importance of the serial number for unique identification and tracing unit features and components.
Explains the summer cooling and winter heating cycles of the heat pump, detailing refrigerant and water flow.
Describes the components and flow within the unit's water circuit, including optional components.
Lists operational steps for starting, mode selection, and energy consumption control, along with visual indicators.
Categorizes alarms into electrical, refrigerant, and water circuits, listing specific fault indicators.
Covers manual storage, expert personnel, installation, power, packaging, maintenance, inspections, faults, repair, and modifications.
Defines intended use, additional safety precautions, data updating, and residual risks for safe operation.
Details ISO 9001 certification, CE mark compliance, and EUROVENT certification for the unit.
Defines internal and external danger zones around the unit where authorized personnel may operate.
Covers risks associated with handling, installation, site conditions, and general safety precautions.
Details potential electrical hazards, proper connections, and safety measures for the electrical system.
Covers R-410A refrigerant properties, safety measures, first aid, fire prevention, and personal protection.
Highlights potential water system defects, connection integrity, and general precautions.
Details physical, chemical, toxicological, ecological properties, and disposal considerations for the refrigerant.
Covers transport information, applicable norms, and regulatory compliance for the refrigerant.
Covers inspection upon arrival, storage conditions, handling precautions, and lifting points.
Details the process of removing packaging, checks for damage, and proper disposal.
Covers technical spaces, thermal fluids, electrical connections, and functional clearances for unit installation.
Details positioning, safety valve, ground installation, antivibration, snow, flooding, and environmental factors like wind and heat.
Covers general piping, valves, indicators, insulation, filters, and flow switches for water connections.
Details anti-vibration, freeze protection, installation emptying, expansion tanks, and system cleaning.
Provides a diagram for recommended connections to the use side, including various components.
Explains condensation issues during winter operation and necessary measures to prevent freezing.
Covers personnel requirements, power supply, earth connection, and electrical diagrams for safe installation.
Provides detailed electrical specifications, including current, power input, and inrush current for different unit sizes.
Details the step-by-step procedure for connecting the unit to the main power supply safely.
Describes the various system components and optional modules like terminals, keypads, and converters.
Explains how to connect and configure remote controls, external inputs, and signals.
Details the control methods for external heating elements, including ON-OFF and modulating options.
Describes parameters for heater behavior and power limitation based on external temperature.
Explains how to couple the unit with a boiler and the maintenance function for this setup.
Details the control of the 3-way valve for domestic hot water production based on external requests.
Explains how to compensate the DHW set point based on external temperature for efficiency.
Describes the setup for controlling mixed plants with fan coils and radiant panels using an expansion module.
Illustrates bleeding by chiller and the recycling of radiant panels, showing output statuses.
Explains set point adjustment using a 4-20 mA signal to optimize energy efficiency.
Details set point adjustment based on external temperature or enthalpy for optimized energy efficiency.
Covers serial connection guidelines, network topology, cable specifications, and shield requirements for RS 485.
Covers checks for unit installation, power, refrigerant, water, and electrical systems before start-up.
Details precautions for starting up with crankcase heaters, including pre-heating time and oil temperature.
Covers checking tensions, absorptions, compressor type, rotation, and phase monitoring.
Details checks for evaporator water flow rate and refrigerant circuit parameters during operation.
Describes different operating modes: ON-OFF, COOLING, HEATING, ECO, MAINTENANCE, DEFROSTING, DHW.
Explains how thermoregulation is based on outlet temperature and the unit's control logic.
Covers set-point compensation for compressor operation and corrections based on external factors.
Explains the defrosting process and how humidity and external temperature optimize it.
Details circulation pump behavior and set point calculations for cooling and heating.
Covers secondary set points, maintenance mode, dual controls for radiant panels, and functioning with glycol.
Explains the buttons, LED meanings, DHW signals, operating modes, and temperature selection on the user keypad.
Describes how to set operating modes (Cooling, Heating) and select temperatures (Comfort, ECO).
Explains alarm signals, reset methods, and the functioning test for system verification.
Describes functions and displays available on optional remote or service keypads for unit monitoring.
Provides a detailed list of alarm codes, their types (pre-alarm, fault), and potential causes.
Explains the importance of maintenance for unit efficiency and longevity, and checks for structural integrity.
Details cleaning and checks for fresh air coils, electric fans, and water exchangers for optimal performance.
Lists specific inspection points to be performed by authorized centers annually or semi-annually.
Covers procedures for putting the unit at rest and notes on the 97/23 CE PED directive compliance.
Provides tables with operational data (overheating, subcooling) for testing the refrigerating circuit.
Lists causes for high/low pressure alarms, faulty probes, and transducers in cooling mode.
Details protection mechanisms for compressors, fans, and pumps against various faults.
Addresses causes for high and low pressure alarms during heating operation.
Outlines steps for safely disconnecting the unit, recovering refrigerant and antifreeze.
Specifies that dismantling and disposal must be done by authorized centers following regulations.
Shows dimensions, weights, and clearances for unit sizes 17, 21, and 25.
Shows dimensions, weights, and clearances for unit size 31.
Shows dimensions, weights, and clearances for unit sizes 41 and 51.
Shows dimensions, weights, and clearances for unit sizes 61 and 71.
Shows dimensions, weights, and clearances for unit sizes 81, 91, 101, and 121.
Shows dimensions, weights, and clearances for unit sizes 131 and 151.
Covers cooling/heating capacity, power input, EER/ESEER, COP, compressor, exchanger, and fan specifications.
Details expansion vessel, power supply, noise levels, dimensions, and weights for various unit sizes.
Specifies maximum/minimum operating temperatures for external and internal exchangers for cooling and heating.
Provides coefficients to calculate integrated heating capacities considering defrost cycles.
Lists correction factors for antifreeze solutions and fouling of the internal exchanger.
Presents sound pressure and power levels measured at 1m for different unit sizes.
Displays pump performance curves showing discharge head against water flow rate for various unit sizes.
Shows pressure drop curves for internal exchangers based on water flow, with operational limits.
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General