85
4.3.5 Operation of passive-active filters
If the G4/ISO COARSE 80% pre-filter needs to be replaced,
check the state of the electrostatic filters. Clean them if you
notice any pollution, but not less frequently than once eve-
ry 6 months.
Fig. 57
Filter operation signalling
There is a green signal light in the electrostatic filter (Fig. 57),
which allows to visualize its correct operation.
A regular green signal means that the filter is working
properly, a flashing light means that the filter is faulty.
If the LED is not lit, check the electrical connections (no po-
wer supply).
To carry out correct maintenance, first remove the pre-filter
from the cell (), lifting it by about one centimetre as shown
in the figure below
Fig. 58
Removing the pre-filter
Recommended materials for filter cleaning:
• Plastic or (INOX) container with bottom lifted to 2-3 cm
for dirt removal
• washing detergent
• gloves and goggles
• suitable clothing
• running water
Fig. 59
Filter cleaning
The cleaning process:
• dip the cell in the container as shown
• Leave it inside for the time suggested by the instructions for
use of the detergent or until the dirt is completely dissolved.
• remove the filter, rinse thoroughly under running water,
being careful not to damage the ionisation wires
• leave the filter to dry, to speed up the drying, you can place
the filter in a dry room with a maximum temperature of 60°C
• The pre-filter should be washed in the same way; during
washing, it should be handled with care to prevent defor-
mation or damage.
During each maintenance, it is recommended to check that
the filters are in good condition.
In the case of an electrostatic cell, the following items sho-
uld be checked:
• high voltage electrodes (anodes, wires)
• aluminium facings
• cathodes
• the high-voltage strip - whether it’s not burnt
• the cleanliness of the housing inside.
4.4 WH Water Heaters
A standard water heater consists of a galvanized sheet steel
housing and a CuAl package with copper tubes and alumi-
nium fins. The collectors and stubs are made of copper or steel.
The exchanger is equipped with drain and venting plugs.
During installation of the hydraulic system, it is recommen-
ded to supplement the pipes leading to the exchanger with
drain and vent valves.
When connecting the heaters to the supply system, it is ne-
cessary to follow the recommendations from chapter 4.8.1.
Dismantling the water exchanger involves unscrewing the
supply and return pipes, dismantling the casing panel from
the operating side and possibly removing the installation
from the section area. The exchanger can be removed.
In case of access to the exchanger section, also from the
opposite side of the automatic system’s operation, the pipes
are to be unscrewed
The rear cover has to be removed and the exchanger can
be pulled out.
Vertical elements of the exchanger casing that come into
contact with the unit casing are equipped with a self-adhe-
sive seal.
Before opening the inspection board, check
that the power supply of the electronic
motherboard and the electrostatic filter is
disconnected.
LED signal
Summary of Contents for EVO - H
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Page 127: ...125 14 11 12 13 3 2 15 16 15 16 17 17 18 18 RR OMM KL RR ASM GUILS Klimor...
Page 130: ...128 EVO S EVO H 25 26 c 200x200 300x200 27 27 d 0230 0090 300x200 28 28 0230 0090...
Page 132: ...130 EVO S EVO H 2900 a 50 31 b 150 32 c 33 2900 b c...
Page 141: ...139 43 8 1200 600 230 50 36 310 x 230 x 125 4 3 2 E G4 ISO COARSE 60 6...
Page 142: ...140 EVO S EVO H 44 45 46 100 C 47 48 49...
Page 143: ...141 4 3 3 SR 50 230 50 60 CA 1 2 CG 3 2 CG 3 1 CA 4 3 4 52 51...
Page 144: ...142 EVO S EVO H 53 54 55 4...
Page 145: ...143 56 4 3 5 G4 ISO COARSE 60 6 57 57 58 INOX 2 3 Power supply LED C 3x2 5 2x2 5 C 2x1 5...
Page 146: ...144 EVO S EVO H 59 60 C 4 4 WH CuAl 4 8 1 4 5 EH 60 4 5 1 4...
Page 149: ...147 62 3 5 4 5 6 7 63 8 4 9 64 63 64 4 7 2 12 5 5...
Page 157: ...155 150 4 12 1 CPR PR 6 12 50 0 C 4 13 RG 55 76 Cu Al Cu Al 23 DN63 PN Klimor Klimor 230 50...
Page 167: ...165 4 14 2 3 4 14 3 Klimor 5 6 6 1 KT 8 100 C...
Page 168: ...166 EVO S EVO H 7 12 PN EN 13779 2008 12 2000 24 4000 24 4000 3 6 12 30 C 130 C 4...
Page 169: ...167 8 30 1 2 3 DX 4 5 6 7...
Page 171: ...169 10 KLIMOR EVO KLIMOR EVO a b 10 10 c IP54 d c e 83 84 f IP65 85 86 32 A 50 0 1 1...
Page 173: ...171 11 7 11 8 11 9 91 11 10 DIN 1946 4 DIN 1946 4 DIN 1946 4 DIN 1946 4 3 I 2 4 0 8 80 20 1...
Page 174: ...172 EVO S EVO H 11 11 m in HEPA...
Page 175: ...173 m in HEPA EN ISO 14644 1 3...
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