Hi, Comfort T100 Control Class Declaration, According To The Erp Directive - Riello Hi, Comfort 100 Installer And User Manual

boiler. The ON/OFF connection is also used when a request is made to another sys-
tem component such as a zone valve or similar.
The Hi, Comfort T100 ON/OFF contact always maintains the same technical char-
acteristics (Hi, Comfort T100 relay, WiFi Box relay, boiler RF receiver relay) wherever
it is positioned and these must be respected when connecting the relay and the
components it controls via cable. NOTE: Never exceed the maximum electrical loads.
NOTE 1
The display range for the room temperature is between -7°C and +50°C.
NOTE 2
The display range for the external temperature is between -40°C and +60°C.
Temperatures outside of these ranges are shown as three dashes "- - -".
1.5 Hi, Comfort T100 control Class Declaration, according to the
ErP Directive
With reference to Delegated Regulation (EU) No. 811/2013, the data in the table can
be used to complete the product data sheets and energy labelling of space heaters,
combination heaters, packages of space heater, temperature control devices and
solar devices.
Manufacturer/Brand
RIELLO SpA / Hi, Comfort T100
Possible Hi, Comfort T100 configurations, the relative configuration classes and the
energy contribution to the system.
Boiler
characteristics
Boiler with fixed
delivery tem-
perature (ON/OFF
control)
Boiler with variable
delivery temper-
ature (controlled
by communication
bus)
Boiler with variable
delivery temper-
ature (controlled
by communication
bus)
Hi, Comfort T100 configuration
Hi, Comfort T100 ON/OFF connection
Connection via communication bus to the
Hi, Comfort T100. Delivery temperature to
the boiler calculated on the basis of one
room temperature only
Connection via communication bus to the
Hi, Comfort T100. Delivery temperature
to the boiler calculated on the basis of
the room temperature and the external
temperature (given by the external probe
or via the web).
Hi, Comfort T100
7
Model
Class and
contribu-
tion
I = 1%
V = 3%
VI = 4%