Gorenje GBFU 50-150EDD/V9 User Manual
GBFU 50-150EDD/V9
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Dear buyer, we thank you for purchase of our product.
PRIOR TO INSTALLATION AND FIRST USE OF THE ELECTRIC WATER HEATER,
PLEASE CAREFULLY READ THESE INSTRUCTIONS.
This water heater has been manufactured in compliance with the relevant standards
and tested by the relevant authorities as indicated by the Safety Certificate and the
Electromagnetic Compatibility Certificate. The technical characteristics of the product are
listed on the label affixed between the inlet and outlet pipes. The installation must be carried
out by qualified staff. All repairs and maintenance work within the water heater, e.g. lime
removal or inspection/replacement of the protective anti-corrosion anode, must be carried
out by the authorised service provider.
BUILDING-IN
The water heater shall be built-in as close as possible to the outlets. When installing the
water heater in a room with bathtub or shower, take into account requirements defined in IEC
Standard 60364-7-701 (VDE 0100, Part 701). It has to be fitted to the wall using appropriate
rag bolts with minimum diameter of 8 mm. The wall with feeble charging ability must be
on the spot where the water heater shall be hanged suitably reinforced. Due to universal
construction of the water heater it can be fixed vertically on the wall or horizontally on the
wall (output pipes must be on the left).
GBFU 50EDD/V9
GBFU 80 EDD/V9GBFU 100 EDD/V9GBFU 120 EDD/V9GBFU 150 EDD/
V9
A 583 803 948 1103 1318
B 365 565 715 865 1065
C 185 205 200 205 220
D 145 345 495 645 845
Connection and installation dimensions of the water heater [mm]
GB
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TECHNICAL PROPERTIES OF THE APPLIANCE
Type GB 50 GB 80 GB 100 GB 120 GB 150
Model
GBFU 50
EDD/V9
GBFU 80
EDD/V9
GBFU 100
EDD/V9
GBFU 120
EDD/V9
GBFU E150
EDD/V9
Volume [ l ] 50 80 100 120 150
Rated pressure [ MPa ] 0,9
Weight / Filled with water [ kg ] 24/74 30/110 34/134 38/158 44/194
Anti-corrosion of tank Enamelled / Mg anode
Connected power [ W ] 2000
Number and power of heating
elements [ W ]
2 x 1000
Voltage [ V~ ] 230
Protection class I
Degree of protection IP 25
Heating time to 75 °C
1)
[ h ] 1
55
3
05
3
55
4
35
5
45
Quantity of mixed at 40°C [ l ] 96/80 151/130 199/174 238/210 296/260
Energy consumption
2)
[kWh/24h]
1,32/1,45 1,85/2,10 2,20/2,45 2,60/2,90 3,20/3,60
1) Time for heating of the whole volume of heater with electric immersion heater by entering temperature of cold water
from water supply 15°C.
2) Energy consumption to maintain stable temperature of water in the water heater 65°C at surrounding temperature
20°C, measured according to EN 60379.
CONNECTION TO THE WATER SUPPLY
The water heater connections for the in-flowing and out-flowing water are colour-coded. The
connection for the supply of cold water is coloured blue, while the hot water outlet is coloured
red.
The water heater may be connected to the water supply in two ways. The closed-circuit
pressure system enables several points of use, while the open-circuit gravity system enables
a single point of use only. The mixer taps must also be purchased in accordance with the
selected installation mode.
The open-circuit gravity system requires the installation of a non-return valve in order to
prevent the water from draining out of the tank in the event of the water supply running dry
or being shut down. This installation mode requires the use of an instantaneous mixer tap.
As the heating of water expands its volume, this causes the tap to drip. The dripping cannot
be stopped by tightening it further; on the contrary, the tightening can only damage the tap.
The closed-circuit pressure system requires the use of pressure mixer taps. For safety
reasons the supply pipe must be fitted with a return safety valve or alternatively, a valve of
the safety class that prevents the pressure in the tank from exceeding the nominal pressure
by more than 0.1 MPa. The outlet opening on the relief valve must be equipped with an outlet
for atmospheric pressure.
The heating of water in the heater causes the pressure in the tank to increase to the level set
by the safety valve. As the water cannot return to the water supply system, this can result in
the dripping from the outlet of the safety valve. The drip can be piped to the drain by installing
a catching unit just below the safety valve. The drain installed below the safety valve outlet
must be piped down vertically and located in the environment that is free from the onset of
freezing conditions.
GB
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