ACQVARIA

ACQVARIA

3-10 kW

AQi cassette fan coils with BLDC electronically commutation (GreenTech) motor, recess ceiling-mount, integrated condensate drainage pump, RAL 9010 or 9003 grille.
  • GARDA Supervision
  • Touch screen
  • 2-pipe system
  • 4-pipe system
  • False ceiling mounting
  • Brushless motor

ACQVARIA

3-10 kW

AQi cassette fan coils with BLDC electronically commutation (GreenTech) motor, recess ceiling-mount, integrated condensate drainage pump, RAL 9010 or 9003 grille.
  • GARDA Supervision
  • Touch screen
  • 2-pipe system
  • 4-pipe system
  • False ceiling mounting
  • Brushless motor
ACQVARIA
  • GARDA Supervision
  • Touch screen
  • 2-pipe system
  • 4-pipe system
  • False ceiling mounting
  • Brushless motor

Product advantages

  • Permanent magnet BLDC motor insures a precise, continuous control of operation
  • GreenTech Technology (models 10/30)
  • Low energy consumption
  • Condensate drainage pump for height differences of up to 0.9 m
  • Fresh air with direct or mixed introduction
  • PIC valves for reduced commissioning and time costs
  • Controls with touch panels or APP

Available versions

  • 6 models for 2 pipes system
  • 4 models for 4 pipes system
  • BLDC motor
  • RAL 9010 grille
  • RAL 9003 grille
  • Can be integrated into GARDA

Technical specifications

The new series of hydronic cassette units ACQVARIA, with inverter-controlled permanent magnet BLDC motor, consists of six models (10-20-30-40-50-60) for 2-pipe systems and four models (10-30-40-60) for 4-pipe systems.

The engineering of the unit makes it possible to develop up to 5 kW in the cooling mode in a standard 600x600 mm modular suspended ceiling and over 10 kW in the 860x860 mm modularity, with exceptionally low noise levels in the phases for maintaining interior comfort. The well-known advantages of BLDC motors are combined with GreenTech technology (in models 10, 20, and 30), which integrates the inverter directly into the fan drive assembly.

ACQVARIA leverages the entire Galletti, MYCOMFORT, EVO , and TED10 microprocessor controller platform that incorporate sophisticated adjustment logics based on air temperature, air humidity, and water temperature.

These benefits translate into greater accuracy in achieving and maintaining the desired comfort conditions through appropriate modulation of the fan speed as well as the reduction of noise emissions, which adapt to the actual thermal load. Lastly, electricity consumption is reduced by up to 75% in comparison to conventional fixed-speed AC motors. The suspended ceiling unit houses all the components, heat exchange coil, fan drive assembly, and condensate collection and drainage system. Its structure is designed
for introducing fresh air into the space, mixing it with recovered air, and distributing the treated air from the cassette unit to adjacent rooms.

The design and colour, RAL9003 or RAL9010, of the air intake and diffusion louvre guarantee optimal integration into the suspended ceiling panels. Easy access to the air filter for cleaning operations.

The unit can be supplied complete with valves, including pressure-independent balancing and control valves, the use of which significantly reduces commissioning time.

Related documents and files

sales borchure

Size: 0,416 MB

sales borchure

technical manual

Size: 3,916 MB

technical manual

installation manual (MULTI)

Size: 5,903 MB

installation manual (MULTI)

Service center

Find the nearest service center

Find your local agent

We have several customized packages for your property. Fill out the form with the required details and we will contact you.

Request information

Click here and fill the form to ask for information on ACQVARIA

Related products

EVO

Controls for indoor hydronic units

EVO

Microprocessor control with LCD display remote user interface.

EVO
TED

Controls for indoor hydronic units

TED

Simplified electronic controller

TED
MYCOMFORT

Controls for indoor hydronic units

MYCOMFORT

Microprocessor control with LCD display

MYCOMFORT
GARDA

System software

GARDA

Centralized multi-platform monitoring system

GARDA

Request more information