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2.5.2
Technical data
TECHNICAL DATA
Dimensions
Power supply
Current draw
Operating temperature
Storage temperature
Humidity
Temperature reading preci-
sion
Buffer memory duration
Bus cable length and
cross-sectional area
Note: in order to avoid interference problems, use a shielded
cable or twisted-pair cable.
PRODUCT TECHNICAL SHEET
Supplier name
Supplier identification model
Temperature control class
Energy efficiency contribution % for
space heating
Addition of an ARISTON outdoor sensor:
Temperature control class
Energy efficiency contribution % for
space heating
In a system with 3 zones with 2 ARISTON room Sensors:
Temperature control class
Energy efficiency contribution % for
space heating
17,8 mm
134 mm x 96 mm x 21 mm
BUS BridgeNet® 8 to 24V max
≤35mA
0 ÷ 50°C
-10 ÷ 45°C
20% RH ÷ 80% RH
+/- 0,5°C
min. 2h
max. 50 m ø min. 0.5 mm²
ARISTON
SENSYS HD
V
+3%
VI
+4%
VIII
+5%
134 mm
Fig. 24
2.6
Outdoor Sensor
PRODUCT TECHNICAL SHEET
Supplier name
Supplier identification model
Temperature control class
Energy efficiency contribu-
tion % for space heating
– Position the outdoor sensor on the north-facing wall of
the building, at least 2.5 m from the ground and away
from direct sunlight.
– Remove the cover (A) and install the sensor using the
rawl plug and screw provided (B).
– Make the connection using a 2x0.5 mm
mum connection length 50 m.
– Connect the wire to the terminal (C) by introducing it
from the lower part after creating a suitable passage.
– Place the sensor cover back in the correct position.
Description of the system
ARISTON
OUTDOOR SENSOR
II
+2%
A
B
C
Fig. 25
2
cable. Maxi-
17 / EN
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