Model identifier(s):
Item
Symbol
Heat output
Nominal heat
output
P
nom
Minimum heat
output (indicative)
P
min
Maximum
continuous heat
output
P
max
Auxiliary
electricity
consumption
At nominal heat
output
el
max
At minimum heat
output
el
min
In standby mode
el
SB
Contact details
Such a marking informs that this equipment cannot be disposed of together with other household
waste. The user is obliged to pass the device to a company authorized to dispose of electronic/
electric devices. Both the person who deals with direct disposal, shops and other local units make a
system enabling to dispose of the device. Proper procedures concerning electric/electronic
equipment disposal are intended to avoid any harmful impact to humans and environment resulting from
dangerous components and improper storage or processing of the devices. Substances having negative
environmental impact have been reduced to make the product safer after its disposal.
Value
Unit
1,962
kW
0
kW
1,962
kW
kW
-
kW
-
kW
Ravanson Ltd. ul. Mazowiecka 6, 09-100 Płońsk, Polska
FH-900
Item
Type of heat input, for electric storage local space
heaters only (select one)
manual heat charge control, with integrated
thermostat
manual heat charge control with room and/or
outdoor temperature feedback
electronic heat charge control with room and/or
outdoor temperature feedback
fan assisted heat output
Type of heat output/room temperature control
(select one)
single stage heat output and no room temperature
control
Two or more manual stages, no room temperature
control
with mechanic thermostat room temperature control
with electronic room temperature control
electronic room temperature control plus day timer
electronic room temperature control plus week timer
Other control options (multiple selections possible)
room temperature control, with presence detection
room temperature control, with open window
detection
with distance control option
with adaptive start control
with working time limitation
with black bulb sensor
Unit
no
no
no
no
no
no
no
yes
no
no
no
no
no
no
no
no