LCP

LCP

50 - 320 kW

Multifunctional heat pumps, package type, dissipation with air, outdoor installation.

Plus

  • Eurovent certification
  • Tax relief
  • 2 cooling circuit
  • 2 or 4 compressors
  • Incorporated hydronic unit

Features and Versions

  • R-410A refrigerant
  • Total heat recovery multi-purpose unit
  • Multi-purpose unit - 4-pipe system
  • Multi-purpose unit - 2-pipe system
  • Packaged unit
  • Scroll compressor
  • Cooling / Heating
  • 16 models
  • Cooling
  • Heating
  • DHW production
  • Total heat recovery
  • Standard execution
  • Low noise execution

Technical characteristics

Total heat recovery multi-purpose reversible air/water heat pumps.

LCP multifunctional units are air conditioning and domestic hot water (DHW) production units conceived for both residential and industrial use and designed to operate 24 hours a day. They cover a wide range of heating capacities, from 50 to 370 kW, guaranteeing a high thermodynamic efficiency and broad configurability, both in terms of accessories and cooling circuits. All units of the LCP series, regardless of size, can be made in a standard configuration “S” or a low-noise configuration “L”, in which the compressors and compressor compartment are covered with sound-deadening material and the unit is specially dimensioned so as to be compatible with a reduced fan speed.

All units of the LCP series, regardless of size, can be coupled with both 2- and 4-pipe systems, the letter “P” indicates heat pump with total recovery for 4-pipe systems and the letter “M” indicates multifunctional heat pump for 2-pipe systems.

LCP multifunctional units have 4 water connections for two different plumbing circuits for 2- or 4-pipe systems:

- Circuit 1, production of chilled water (or hot water if the unit is reversible like LCP M)

- Circuit 2, production of hot water through total heat recovery operating modes of the LCP M multifunctional unit.

Cooling In the “Chiller” mode the LCP M multifunctional unit chills water to cool a room on the user side, dissipating the condensation heat in air by means of a finned block condenser.

Heating In the “Heat Pump” mode the LCP M unit heats the water in the condenser to provide heating on the user side, absorbing the evaporative cooling capacity in air by means of a finned block heat exchanger. In other words, a certain amount of heat is drawn from the thermal source, air, which is delivered to the user after reaching a thermal level such as to satisfy needs.

Hot water production (for sanitary use-DHW) In the “Production of High-temperature Hot Water for sanitary use (DHW)” mode the LCP M multifunctional unit heats water in the second condenser, absorbing the evaporative cooling capacity in air by means of a finned block heat exchanger.

Cooling and hot water production through total recovery In the “Chiller + DHW” mode the LCP M multifunctional unit can produce chilled water with the simultaneous production of high-temperature hot water for sanitary use, thanks to total heat recovery.

Production of hot water (for example for sanitary use) simultaneously with heating in the “Simultaneous DHW Production and Heating” mode the LCP M multifunctional unit heats water in parallel, optimally exploiting the complete independence of its thermodynamic circuits. Capacity is equally divided between the two circuits.

LCP units enable the installation of a simple air conditioning system, either 2-pipe or 4-pipe. The designation “two-pipe” or “four-pipe” refers to the system for distributing the water used by all the air conditioning equipment of a building. A two-pipe system has a single supply line and a single line for the return of water to the unit.

The indoor units served by a two-pipe system contain only an exchanger, which works alternatively as a heating or cooling coil, according to the operating mode.

The four-pipe system has a distribution system that simultaneously offers both hot water (with respective return lines) and chilled water (with respective return lines) (for example, cooling systems with dehumidification + post-heating).

Two-pipe systems are less flexible than a four-pipe system, since the entire building is alternatively in the heating or cooling mode; however, they enable large savings to be achieved when it comes to installing the system.

If design requirements call for a 4-pipe system, LCP P units, compatible with this configuration, are available on request.

Main components

 Compressors

Compressors

The scroll compressor today represents the best solution in terms of reliability and efficiency in the range of capacities up
to 200 kW per circuit and the best solution in terms of sound power emitted. The use of scroll compressors makes it possible to use low-viscosity oils which, compared to solutions with oil at a high viscosity level, reduce thermal resistance at the evaporator with increases in the evaporation temperature of over 1.5 °C (more than a 5.5% gain in terms of EER) compared to alternative solutions.

Refrigerating circuits

Thanks to the presence of two independent thermodynamic circuits, the LCP M is capable of producing hot water for heating while simultaneously carrying out a defrost cycle or guaranteeing the replenishment of domestic hot water.

Heat exchanger

Hydrophilic finned block heat exchangers are installed; these break down the drops of water into particles and reduce the obstruction of the space between one fin and another caused by ice build-up. Thanks to a lower surface tension, the water tends to slide and precipitate by gravity, preventing the formation of frost at low temperatures.

Fans

4/6/8-pole axial-type fans with airfoil-shaped blades made of hybrid plastic/aluminium material, statically and dynamically balanced in two planes, fitted with a protective grille and mounted with rubber vibration dampers placed in between. Option to select the condensation pressure-switch control with variation of the air-flow rate through electronic switching operated fans, to operate in cooling mode at low temperatures (up to -15 °C).

Electronic microprocessor control

LCP units are supplied with an Advanced microprocessor controller. In addition to the functions described below, this microprocessor offers the option of custom software features to ensure optimal satisfaction of all system requirements, including control of the unit with step-control or cascade logic. As regards remote communication options, the controls are configured for a connection to advanced BMS systems.

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