LUCHT LHZ Technotherm TTB-E Duo 08, Ручная установка

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Manual: TTB-E Duo+
D GB
Model
Type
TTB-E Duo
08+
TTB-E Duo
17+
TTB-E Duo
26+
TTB-E Duo
34+
Nominal Power (W) 850 1700 2550 3400
Nominal Voltage 230 V 1 N~ 50 Hz
Nominal charge 6,8 13,6 20,4 27,2
Maximum nominal charge
acceptance (kWh)
7,5 15,5 23,2 30,9
Dimensions (mm)
Width
Height
Depth
460
720
185
670
720
185
880
720
185
1090
720
185
Total Weight (kg) 50 88 127 166
Weight of Housing (kg) 18 24 31 38
Amount of Brick
Packages No. 07 2 4 6 8
Weight of Core (kg) 32 64 96 128
Amount of Hea� ng
Elements (W)
1 x 850 2 x 850 3 x 850 4 x 850
Addi� onal Heater 500 W 500 W 750 W 750 W
Ge� ng the most out of your storage heater:
• The most important steps when fi rst opera� ng your storage heater are se� ng the charge periods and
hea� ng schedule.
• The storage heater will aim to sa� sfy both the set temperatures of the schedule and the charging requi-
red to meet the needs of the schedule in the charging periods set.
• In some cases, these two aims can come into confl ict.
• If you have set the heater to maintain a high room temperature whilst charging, you may fi nd it takes
longer to charge up because it has had to operate with the vent open to raise the temperature of the
room. A solu� on to this is to enable the direct hea� ng resistor to work in off -peak periods. This will top
up the room temperature without slowing the rate of charge. Alterna� vely, you could set the heater to
a lower economy temperature during charging intervals.
• In most cases, the process of charging will raise the room temperature to a comfortable level without
requiring the resistor. In fact, the demands of charging can cause the room temperature to rise up to
3 °C above your set temperature. These higher temperatures are necessary to ensure the heater has
suffi cient charge to last un� l the next charging period.