-
installer
GIALIX 24 MA C -BC
manual
-
6
2.2 - Technical specifications
2.3 - Accessories
For reference numbers, please refer to the pricing guide.
Exterior sensor:
2.3.1 - Included
DHW sensor:
Ambient temperature thermostat (TA):
For the control of the ambient temperature with automatic
adjustment of the boiler’s set temperature.
(see § «Setting the regulator»)
Ambient temperature thermostat with timer
(TH):
With timer for weekly programming.
For control of the ambient temperature without automatic
adjustment of the boiler’s set temperature.
(See § «Setting the regulator»)
2.3.2 - Available as optional extras
2.2.1 - EU declaration
This range of products is in compliance with the international
standards governing electrical safety CEI 60335-1, CEI 60335-2-21,
CEI 60335-2-35. The CE branding on the appliance attests to its
compliance with the following Community Directives with which
they fulfill the essential obligations:
- Low voltage directive (LVD): 2014/35/UE;
- Electromagnetic compatibility directive (EMC): 2014/30/UE;
- Directive for the setting of eco-design requirements for
energy-related products: 2009/125/CE;
- Restriction of hazardous substances in electrical electronic
equipment directive (ROHS): 2011/65/UE.
Designation
Gialix 24 MA
C
400V three-phase
Maximum heat output P1
(factory wired)
24 kW
Number of power stages
6
400V three-phase 50 Hz power supply
YES
Adjustment of the maximum power P1*
by coupling of the heating elements
P4 = 16.0 kW
P3 = 18.6 kW
P2 = 21.3 kW
Remote load shedding of 1 or 2 stages of
the maximum power
8 kW or 16 kW
Water capacity
5L
Diameter of connection
1’’ (26/34)
Minimum pressure
0.5 bars
Nominal pressure
2.0 bars
Maximum pressure
3.0 bars
Minimum temperature
20
o
C
Maximum operating temperature
80
o
C
(factory setting)
Adjustable to 50
o
C
Minimum water flowrate
675 l/h
Nominal water flowrate
1350 l/h
Maximum water flowrate
2400 l/h
Weight
36 kg
Width
Dimensions Height
Depth
405 mm
619 mm
280 mm
Protection class
IP X 1
Heat loss at 70
o
C
3.40 kWh / 24 h
* See
§
«Connection of conductors based on voltage
supplied»
