64
EVO-S, EVO-H
MODULAR AIR HANDLING UNITS
OPERATION AND MAINTENANCE MANUAL
2.2.5 AHU design
Fig. 2
Ahu version
2.3 Technical acceptance
The units, when fully assembled, are subject to acceptance
of the KLIMOR Quality Control, as a result of which a certifi-
cate is issued confirming that they meet the quality require-
ments and work parameters specified in the order.
2.4 Design of the units
The intake, outlet, and intake-outlet air handling units are
assembled from functional modules, also known as sections.
The designer selects the functional layout according to the
requirements of the air handling system.
The basic components of the individual modules are:
• self-supporting construction,
• functional units,
• housing components,
• unit frame (optional foundation corners).
The housing of the module are skeleton, panels, frame.
The skeleton is made of steel or composite profiles, connect-
ed by corners made of constructional material; the stiffening
elements are omega sectional profiles, so-called „ribs”. They
are made of the same materials as the skeleton.
The sectional profiles are at the same time a supporting struc-
ture for individual functional units mounted inside the AHU.
Panels are made in the „sandwich” technology. There is a dis-
tinction between: covers, service covers and doors.
Panels consist of external and internal sheet metal (gal-
vanized or galvanized and coated), separated by a profile,
eliminating thermal bridges. The space between the sheets
is filled with non-flammable mineral wool. The covers are
riveted to the skeleton. They constitute the upper, rear and
lower walls of the housing. The floor is additionally supple-
mented with a polyurethane plate, mounted from the in-
side of the casing.
The user’s interference in the supporting
structure (its dismantling, drilling, cutting
out) may result in the unsealing of the air
handling unit and loss of warranty.
Cover-type panels (fixed to the frame for clamps) and doors
(closed with handles or clamps) are used from the service side.
Connections of covers and doors with the frame are sealed
with a rubber seal.
AHU skeleton is placed on the AHU frame, made of a bent
channel bar made of galvanized sheet metal and screwed to
it. Between the skeleton and the frame there is a cushioning
spacer installed. For units of sizes 5100 to 3500, foundation cor-
ners can optionally be fitted in order to replace the full frame.
In the SE units sizes 0050-0021, the frame also appears un-
der the upper section.
In the frame and in the foundation corners there are holes
Ø50 for hooks to be hooked in or for the traverse pipe.
The casing is equipped where appropriate with pulse stub
pipes for connecting the filter pressure switches.
Filter and fan sections with an internal height of more than
1.6 m are equipped as standard with inspection windows
and lighting.
3. TRANSPORTATION, STORAGE, INSTALLATION AND START-UP OF THE UNIT
3.1 Loading and transporting of AHUs
The unit is transported to the assembly site in sets.
Use transport angles when transporting on a truck.
Fig. 3
Correct and incorrect way of transporting the AHU on a truck
Left-hand sided version
Airflow direction
Right-hand sided version
Operation side
Operation side
Summary of Contents for EVO - H
Page 60: ...SERWIS SERVICE 48 587839954 48 500087227 serwis klimor com...
Page 118: ...SERWIS SERVICE 48 587839954 48 500087227 serwis klimor com...
Page 119: ...EVO S EVO H KLIMOR...
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...
Page 176: ...174 EVO S EVO H 12...
Page 177: ......