| Date post: | 14-Aug-2015 |
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==========================================
K L I M A S O F T W A R E - MODUL 1
==========================================
PROGRAM "CODIS" - W8, Ver.4.1, 2013.
==========================================
COPY OWNER:KLIMA Software - NU
==========================================
H E A T T R A N S F E R C O E F F I C I E N T S
PROJECT :DEMO
BUILDING :DEMO
HEAT TRANSFER COEFFICIENTS KLIMA Software - NU Page 1
NO CODE U U-MAX ELEMENT NAME A-I A-O THIC LAMB M LAYER NAME
W/m2K W/m2K W/m2K cm W/mK
--------------------------------------------------------------------------
1 EW 1 0.53 0.80 EXTERNAL WALL 8 23 1.50 1.40 CEMENTNI MALTER
25.00 0.640 TERMOBLOKOVI
1.50 0.190 IZOLAC. MALTER
0.10 0.170 BITUM. PREMAZ
5.00 0.041*MINERALNA VUNA
0.05 203.0 ALU-FOLIJA
2.00 0.920 FASADNE PLOCE
HEAT TRANSFER COEFFICIENTS KLIMA Software - NU Page 2
L E G E N D :
===============
No = serial number of construction element
CODE = element code
U = heat transfer coefficient (W/m2K)
U-MAX = maximum allowed heat transfer coefficient (W/m2K)
ELEMENT NAME = construction element description
A-I = heat transfer coefficient to air - inside (W/m2K)
A-O = heat transfer coefficient to air - outside (W/m2K)
THIC = layer thickness (cm)
LAMB = thermal conductivity (W/mK)
M = marker-layer specified for modification if necessary
LAYER NAME = layer description, according to file "TERMAT"
==========================================
K L I M A S O F T W A R E - MODUL 1
==========================================
PROGRAM "CODIS" - W8, Ver.4.1, 2013.
==========================================
COPY OWNER:KLIMA Software - NU
==========================================
W A T E R V A P O U R D I F F U S I O N
PROJECT :DEMO
BUILDING :DEMO
WATER VAPOUR DIFFUSION KLIMA Software - NU Page 1
NO CODE ELEMENT NAME
---- -------- ----------------
1 EW 1 EXTERNAL WALL
TABLE 1 - CALCULATION CONDITIONS
-----------------------------------------
VARIANT : 1 | HUMIDIFICATION | D R Y I N G |
|-------------------|-------------------|
| INSIDE | OUTSIDE | INSIDE | OUTSIDE |
------------------------------|---------|---------|---------|---------|
| AIR TEMPERATURE | 22.0 C | 35.0 C | 18.0 C | 18.0 C |
|-----------------------------|---------|---------|---------|---------|
| RELATIVE HUMIDITY | 50.0 % | 95.0 % | 65.0 % | 65.0 % |
|-----------------------------|---------|---------|---------|---------|
| STEAM SATURATION PRESSURE | 2643 Pa | 5623 Pa | 2064 Pa | 2064 Pa |
|-----------------------------|---------|---------|---------|---------|
| PARTIAL PRESSURE OF STEAM | 1322 Pa | 5341 Pa | 1342 Pa | 1342 Pa |
|-----------------------------|-------------------|-------------------|
| PROCESS DURATION - FOR ZONE | 60.0 days | 60.0 days |
-----------------------------------------------------------------------
WATER VAPOUR DIFFUSION KLIMA Software - NU Page 2
NO CODE ELEMENT NAME
---- -------- ----------------
1 EW 1 EXTERNAL WALL
TABLE 2 - HUMIDITY CALCULATION
NO LAYER NAME THIC MI RD LAMB R TEMP PS PP MK
cm - m W/mK m2K/W C Pa Pa
-------------------------------------------------------------------------
- INSIDE 22.00 2643 1322
- HEAT TRANSFER I 0.13 22.89 2790 1322
1 CEMENTNI MALTER 1.50 30.0 0.45 1.40 0.01
22.96 2802 1327
2 TERMOBLOKOVI 25.00 4.0 1.00 0.640 0.39
25.64 3289 1337
3 IZOLAC. MALTER 1.50 6.0 0.09 0.190 0.08
26.18 3396 1338
4 BITUM. PREMAZ 0.10 10000.0 10.00 0.170 0.01
26.22 3404 1448
5 MINERALNA VUNA 5.00 1.0 0.05 0.041 1.22
34.58 5492 1448
6 ALU-FOLIJA 0.05700000.0 350.00 203.0 0.00
34.58 5492 5276
7 FASADNE PLOCE 2.00 300.0 6.00 0.920 0.02
- HEAT TRANSFER O 0.04 34.73 5538 5341
- OUTSIDE 35.00 5623 5341
-------------------------------------------------------------------------
NO CONDENSATION IN THE CONSTRUCTION ELEMENT
CONSTRUCTION ELEMENT SATISFIES INPUT AND LIMITATIONS DATA
WATER VAPOUR DIFFUSION KLIMA Software - NU Page 3
L E G E N D :
===============
DESCRIPTIONS APPLY TO TABLES 2 AND 3 :
No = serial number of layer in element (from inside to outside)
LAYER NAME = layer description, according to file "TERMAT"
THIC = layer thickness (cm)
MI = water vapor diffusion resistance (-)
RD = relative resistance to water vapor diffusion (m)
LAMB = thermal conductivity (W/mK)
R = layer thermal resistance (m2K/W)
TEMP = temperature at the layers limits (degree C)
PS = steam saturation pressure at a limits temp. (Pa)
PP = partial pressure of steam at a limits temp. (Pa)
MK = marker that indicates condensation
==========================================
K L I M A S O F T W A R E - MODUL 1
==========================================
PROGRAM "CODIS" - W8, Ver.4.1, 2013.
==========================================
COPY OWNER:KLIMA Software - NU
==========================================
T H E R M A L S T A B I L I T Y O F C O N S T R U C T I O N
PROJECT :DEMO
BUILDING :DEMO
THERMAL STABILITY OF CONSTRUCTION KLIMA Software - NU Page 1
NO CODE U U-MAX ELEMENT NAME SP.WEIGHT FP FP M VP VP M OR STD
W/m2K kg/m2 MIN MIN
-------------------------------------------------------------------------
1 EW 1 0.53 0.80 EXTERNAL WALL 486.0 106.4 15 12.7 ** NE Y
1 EW 1 0.53 0.80 EXTERNAL WALL 486.0 106.4 15 12.7 ** EE Y
1 EW 1 0.53 0.80 EXTERNAL WALL 486.0 106.4 15 12.7 ** SE Y
1 EW 1 0.53 0.80 EXTERNAL WALL 486.0 106.4 15 12.7 ** SS Y
1 EW 1 0.53 0.80 EXTERNAL WALL 486.0 106.4 15 12.7 ** SW Y
1 EW 1 0.53 0.80 EXTERNAL WALL 486.0 106.4 15 12.7 ** WW Y
1 EW 1 0.53 0.80 EXTERNAL WALL 486.0 106.4 15 12.7 ** NW Y
1 EW 1 0.53 0.80 EXTERNAL WALL 486.0 106.4 10 12.7 ** NN Y
-------------------------------------------------------------------------
CONSTRUCTION :
--------------
NO LAYER NAME THIC LAMB R S D U
cm W/mK m2K/W W/m2K W/m2K
---------------------------------------------------------
1 CEMENTNI MALTER 1.500 1.400 0.01 14.93 0.16 9.57
2 TERMOBLOKOVI 25.000 0.640 0.39 8.25 3.22 8.25
3 IZOLAC. MALTER 1.500 0.190 0.08 2.75 0.22 5.36
4 BITUM. PREMAZ 0.100 0.170 0.01 4.44 0.03 5.31
5 MINERALNA VUNA 5.000 0.041 1.22 0.59 0.72 0.77
6 ALU-FOLIJA 0.050203.000 0.00192.94 0.00 0.86
7 FASADNE PLOCE 2.000 0.920 0.02 10.49 0.23 3.19
---------------------------------------------------------
THERMAL STABILITY OF CONSTRUCTION KLIMA Software - NU Page 2
L E G E N D :
===============
TABLE 1 :
No = number of construction element
CODE = element code
U = heat transfer coefficient (W/m2K)
U-MAX = maximum allowed heat transfer coefficient (W/m2K)
ELEMENT NAME = construction element description
SP.WEIGHT = specific weight of construction element (kg/m2)
FP = damping amplitude of temperature oscillations
FPMIN = minimum allowed amplitude damping factor
M = marker that indicates whether the FP> FPMIN
VP = time phase shift of temperature oscillations
VPMIN = minimum allowed time phase shift
M = marker that indicates whether the VP> VPMIN
OR = orientation, for example SE = South East, SS = South, etc.
JUS = marker - satisfied (Y) or no (NO) input limitations data
TABLE 2:
No = serial number of layer in element (from inside to outside)
LAYER NAME = layer description, according to file "TERMAT"
THIC = layer thickness (cm)
LAMB = thermal conductivity (W/mK)
R = layer thermal resistance (m2K/W)
S = coeff. of layer heat absorption for 24 h (W/m2K)
D = characteristics of layer thermal inertia (-)
U = coeff. of heat absorption of surface element (W/m2K)
==========================================
K L I M A S O F T W A R E - MODUL 2B
==========================================
PROGRAM "CLOAD" - W8, Ver.4.1, 2013.
==========================================
COPY OWNER:KLIMA Software - NU
==========================================
H E A T G A I N S C A L C U L A T I O N
PROJECT : DEMO
BUILDING : DEMO
PRORACUN TOPLOTNIH DOBITAKA KLIMA Software - NU Page 1
--------------------------------------------------------------------------
PROJECT : BUILDING :
DESIGN CONDITION:
----------------
METHOD : CARRIER
ATMOSPHERE CLEANLINESS : 10.0 %
LATITUDE : 44.0
ALTITUDE : 15 m
TEMPERATURE-SUMMER,15 HOURS: 33.0 C
DAILY TEMPERATURE RANGE : 12.8 C
RANGE OF ANNUAL TEMP. : 48.0 C
BUILD. :BLD1- MAXIMAL SIMULTANEOUS LOAD
--------------------------------------------------------------------------
MONTH: 9 TIME :18 AREA : 100.0 m2 VOLUME : 500.0 m3
PEOPLE NUM: 10 FRESH AIR : 0.0 m3/h
Qsensible = 3565.0 W Qlatent = 760.0 W Qinsolation = 1261.0 W
Qtransmiss. = 716.0 W Qinfiltrat. = 28.0 W Qventilation= 0.0 W
Qpeople sen.= 760.0 W Qpeople lat.= 560.0 W Qlight = 500.0 W
Qequip. sen.= 300.0 W Qequip. lat.= 200.0 W Qfresh air = 0.0 W
PRORACUN TOPLOTNIH DOBITAKA KLIMA Software - NU Page 2
--------------------------------------------------------------------------
PROJECT : BUILDING :
GROUP: S1 - LEVEL 1 - MAXIMAL SIMULTANEOUS LOAD
--------------------------------------------------------------------------
MONTH: 9 TIME :18 AREA : 100.0 m2 VOLUME : 500.0 m3
PEOPLE NUM: 10 FRESH AIR : 0.0 m3/h
Qsensible = 3565.0 W Qlatent = 760.0 W Qinsolation = 1261.0 W
Qtransmiss. = 716.0 W Qinfiltrat. = 28.0 W Qventilation= 0.0 W
Qpeople sen.= 760.0 W Qpeople lat.= 560.0 W Qlight = 500.0 W
Qequip. sen.= 300.0 W Qequip. lat.= 200.0 W Qfresh air = 0.0 W
PRORACUN TOPLOTNIH DOBITAKA KLIMA Software - NU Page 3
--------------------------------------------------------------------------
PROJECT : BUILDING :
==========================================================================
GROUP: S1-LEVEL 1 ROOM : PR1 -ROOM 1 - MAXIMUM
--------------------------------------------------------------------------
MONTH: 9 TIME :18 AREA : 100.0 m2 VOLUME : 500.0 m3
PEOPLE NUM: 10 INDOOR TEMPERATURE : 23.0 C
Qsensible = 3565.0 W Qlatent = 760.0 W Qinsolation = 1261.0 W
Qtransmiss. = 716.0 W Qinfiltrat. = 28.0 W Qventilation= 0.0 W
Qpeople sen.= 760.0 W Qpeople lat.= 560.0 W Qlight = 500.0 W
Qequip. sen.= 300.0 W Qequip. lat.= 200.0 W
IND. OR. WIDTH HIGHT AREA SHADE U SOL.F. DEL-T Q-SENSIB.
m m m2 % W/m2k C W
--------------------------------------------------------------------------
. PS Z 5.00 2.50 12.5 0 2.10 0.35 4.7 1412.0
. ZS Z 10.00 5.00 37.5 0.50 5.9 111.0
. KR KR 10.00 10.00 100.0 0.40 12.1 482.0
==========================================
K L I M A S O F T W A R E - MODUL 3B
==========================================
PROGRAM "FCU-s" - W8, Ver.4.1, 2014.
==========================================
COPY OWNER:KLIMA Software - NU
==========================================
S E L E C T I O N O F F A N C O I L U N I T S
PROJECT : DEMO
BUILDING : DEMO
F A N C O I L U N I T S KLIMA Software - NU Page 1
-------------------------------------------------------------------------
PROJECT : BUILDING :
-------------------------------------------------------------------------
ROOM ti V q Q-g PCS TYPE LGH Q-sen A-fl W-fl Q-inst
C m3 W/m3 W m W L/s L/s W
-------------------------------------------------------------------------
DEMO
............................LEVEL 1 .............................
BLD1S1PR1 23 500 9 4325 1-42JW009 0.93 4325 411 0.21 4325
BLD1S1PR2 23 500 9 4325 1-42JW009 0.93 4325 411 0.21 4325
BLD1S1 GROUP TOTAL : 8650 8650
2-42JW009
-------------------------------------------------------------------------
-------------------------------------------------------------------------
BLD1 BUILDING TOTAL: 8650 8650
2-42JW009
=========================================================================
F A N C O I L U N I T S KLIMA Software - NU Page 2
-------------------------------------------------------------------------
PROJECT : BUILDING :
-------------------------------------------------------------------------
ROOM ti V q Q-g PCS TYPE LGH Q-sen A-fl W-fl Q-inst
C m3 W/m3 W m W L/s L/s W
-------------------------------------------------------------------------
-------------------------------------------------------------------------
-------------------------------------------------------------------------
: 8650 8650
2-42JW009
*************************************************************************
DESIGN CONDITION:
1. SUPPLY WATER TEMPERATURE : 7. C
2. RETURN WATER TEMPERATURE : 12. C
*************************************************************************
F A N C O I L U N I T S KLIMA Software - NU Page 3
-------------------------------------------------------------------------
PROJECT : BUILDING :
L E G E N D :
===============
T A B L E F O R F A N C O I L UNITS
---------------------------------------
ROOM = sign for a room in the building
ti = room indoor temperature (C)
V = room volume (m3)
q = specific heating load (W/m3)
Q-g = calculated gains(cooling)load (W)
COL/LGH = installed number of FCU-s (pcs)
TYPE = FCU type according to file
LGH = length of the installed FCU (m)
Q-sen = installed Sensibile capacity for FCU (W)
A-fl = air flow on "HIGH" FCU velocity (L/s)
W-fl = water flow through FCU (L/s)
Q-inst = installed FCU Total cooling capacity (W)
USED TYPES OF FAN COIL UNITS :
*
42JW005 * Carrier - ducted FCU
42JW009 * Carrier - ducted FCU
42JW016 * Carrier - ducted FCU
==========================================
K L I M A S O F T W A R E - MODUL 4
==========================================
PROGRAM "ACPIPE" - W8, Ver.4.1, 2014.
==========================================
COPY OWNER:KLIMA Software - NU
==========================================
P I P E N E T W O R K C A L C U L A T I O N
PROJECT : DEMO
SISTEM : DEMO
PIPE NETWORK KLIMA Software - NU Page 1
----------------------------------------------------------------------------
PROJECT : SYSTEM :
----------------------------------------------------------------------------
DESIGN CONDITION:
----------------
1. TOTAL INSTALLED CAPACITY : 18200. W
2. SUPPLY WATER TEMPERATURE : 90. C
3. RETURN WATER TEMPERATURE : 70. C
4. HYDRAULICALY THE WORST CIRCUIT - HWC : V2 4
5. PRESSURE DROP R IN HWC : 60. Pa/m
6. AVAILABLE PRESSURE DROP : Pa
7. GRAVITY IMPACT : 0. %
8. SYSTEM DATA FOR ABS. PIPE ROUGHNESS : 0.045 mm
9. SYSTEM DATE FOR MAX.REDUCTION BV : 0
10. SYSTEM DATA FOR PRECISION BV : 0.10
NETWORK DATA :
--------------
1. TOTAL NIMBER OF RISERS : 2
2. TOTAL NUMBER OF SECTIONS : 10
3. NUMBER OF SECT. IN THE HOR. NETWORK : 2
4. NUMBER OF SECT. WITH BAL. VALVE : 6
5. NUMBER OF SECT. WITH HEAT. BODY : 4
MAIN RESULTS :
----------------
1. TOTAL FLOW IN THE SYSTEM : 805. l/h
2. REQUIRED PUMP PRESSURE : 22430. Pa
PIPE NETWORK KLIMA Software - NU Page 2
----------------------------------------------------------------------------
PROJECT : SYSTEM :
----------------------------------------------------------------------------
STANDARD PIPES
----------------
----------------------------------------------------------------------------
SER PURPOSE DN COD DEX THC DIN WGHT W-MIN W-MAX
No P R mm PIPE mm mm mm kg/m m/s m/s
----------------------------------------------------------------------------
1 10 3/8 17.10 2.30 12.50 0.850 0.001 0.250
2 * 15 1/2 21.30 2.80 15.70 1.260 0.001 0.400
3 * 20 3/4 26.70 2.90 20.90 1.680 0.005 0.550
4 * 25 1" 33.40 3.40 26.60 2.500 0.018 0.650
5 * 32 11/4 42.20 3.60 35.00 3.380 0.020 0.750
6 * 40 11/2 48.30 3.70 40.90 4.050 0.030 0.850
7 * 50 2 60.30 3.90 52.50 5.430 0.040 0.950
8 * 65 21/2 73.00 5.20 62.60 8.620 0.050 1.050
9 * 80 3" 88.90 5.50 77.90 11.280 0.050 1.150
10 * 100 4" 114.30 6.00 102.30 16.060 0.050 1.250
11 * 125 5" 141.30 6.60 128.10 21.760 0.050 1.400
12 * 150 6" 168.30 7.10 154.10 28.230 0.050 1.550
13 * 200 8" 219.10 8.20 202.70 42.490 0.050 1.700
14 * 250 10" 273.00 9.30 254.40 60.240 0.050 1.850
15 * 300 12" 323.80 10.30 303.20 79.650 0.050 2.100
----------------------------------------------------------------------------
PIPE NETWORK KLIMA Software - NU Page 3
----------------------------------------------------------------------------
PROJECT : SYSTEM :
----------------------------------------------------------------------------
CONN. / LOCAL RESIST.
---------------------
----------------------------------------------------------------------------
NO COD V L CETA PD ADDL NAME CETA = F(DN)
Pa m CONN - LOCR SCHEDULE STANDARD PIPE
----------------------------------------------------------------------------
1 NC * 0.0 0. 0.0 Neutral Connect.
2 TS * 3.0 0. 0.0 T, Supply
3 TR * 3.0 0. 0.0 T, Return
4 BS * 1.5 0. 0.0 Branch, Supply
5 BR * 1.0 0. 0.0 Branch, Return
6 RD * 0.0 0. 0.0 Reduction
7 EN * 0.5 0. 0.0 Enlargement
8 9S * 0.5 0. 0.0 90 bend, sharp
9 9L * 0.3 0. 0.0 90 bend, long
10 4S * 0.3 0. 0.0 45 bend, sharp
11 4L * 0.1 0. 0.0 45 bend,round.l.
12 CP * 2.0 0. 0.0 Compensator
13 PF * 0.0 6000. 0.0 Pipe Filter
14 HW * 0.0 6000. 0.0 Heater, Water
15 HE * 0.0 6000. 0.0 Heater, Electric
16 GV * 2.0 0. 0.0 Gate Valve
17 GL * 4.0 0. 0.0 Globe Valve
18 BV * 1.0 0. 0.0 Ball Valve
19 NV * 4.0 0. 0.0 Non return Valve
20 ST * 10.0 0. 0.0 Strainer
21 PS * 20.0 0. 0.0 Pump ar. Supply
PIPE NETWORK KLIMA Software - NU Page 4
----------------------------------------------------------------------------
PROJECT : SYSTEM :
----------------------------------------------------------------------------
NO COD V L CETA PD ADDL NAME CETA = F(DN)
Pa m CONN - LOCR SCHEDULE STANDARD PIPE
----------------------------------------------------------------------------
22 PR * 10.0 0. 0.0 Pump ar. Return
23 SC * 15.0 0. 0.0 Sup.Colector ar.
24 RC * 15.0 0. 0.0 Ret.Colector ar.
25 EX * 0.0 8000. 0.0 Heat Exchanger
26 HB * 0.0 9000. 0.0 Hot Water Boiler
27 V1 * 15.0 0. 0.0 Valves ar. No. 1
28 V2 * 20.0 0. 0.0 Valves ar. No. 2
29 NG * 3.0 0. 0.0 Nkno. Glob.Valve
30 NI * 6.0 0. 0.0 Nkno. Bala.IPCV
31 NB * 4.0 0. 0.0 Nkno. Bala.Valve
32 NM * 4.0 0. 0.0 Nkno. Moto.Valve
33 RA * 2.5 0. 0.0 Radiator
34 CO * 2.0 0. 0.0 Convector
35 F1 * 0.0 6440. 0.0 FCU No. 1
36 F2 * 0.0 6880. 0.0 FCU No. 2
37 F3 * 0.0 9240. 0.0 FCU No. 3
38 F4 * 0.0 13200. 0.0 FCU No. 4
39 A1 * 0.0 15000. 0.0 AHU No. 1
40 A2 * 0.0 17000. 0.0 AHU No. 2
41 A3 * 0.0 19000. 0.0 AHU No. 3
42 A4 * 0.0 21000. 0.0 AHU No. 4
----------------------------------------------------------------------------
PIPE NETWORK KLIMA Software - NU Page 5
----------------------------------------------------------------------------
PROJECT : SYSTEM :
----------------------------------------------------------------------------
BALANCING VALVES
----------------
----------------------------------------------------------------------------
DIAMETER BV : 10 15 20 25 32 40 50
65 80 100 125 150 200 250
300
NO TYP-BV UNN --- BV CODES ---
----------------------------------------------------------------------------
1 TIP-1 SVK.KS SVK.KS SVK.KS SVK.KS SVK.KS SVK.KS SVK.KS
2 TIP-2 RVK.RV RVK.RV RVK.RV
3 TIP-3 RVK.UG RVK.UG RVK.UG
4 TIP-4 RNK.RV RNK.RV RNK.RV
5 TIP-5 RNK.UG RNK.UG RNK.UG
6 TIP-6 DM830 DM830 DM830 DM830 DM830 DM830 DM830
DM830 DM831 DM831 DM831 DM831
7 NGLOBV NG NGLOBV NGLOBV NGLOBV NGLOBV NGLOBV NGLOBV NGLOBV
NGLOBV NGLOBV NGLOBV NGLOBV NGLOBV NGLOBV NGLOBV
NGLOBV
8 NIPCV NI NIPCV NIPCV NIPCV NIPCV NIPCV NIPCV NIPCV
NIPCV NIPCV NIPCV NIPCV NIPCV NIPCV NIPCV
NIPCV
9 NBALV NB NBALV NBALV NBALV NBALV NBALV NBALV NBALV
NBALV NBALV NBALV NBALV NBALV NBALV NBALV
NBALV
10 NMOTV NM NMOTV NMOTV NMOTV NMOTV NMOTV NMOTV NMOTV
NMOTV NMOTV NMOTV NMOTV NMOTV NMOTV NMOTV
NMOTV
----------------------------------------------------------------------------
PIPE NETWORK KLIMA Software - NU Page 6
----------------------------------------------------------------------------
PROJECT : SYSTEM :
----------------------------------------------------------------------------
HORIZONTAL NETWORK
------------------
----------------------------------------------------------------------------
SECTION Q DN-N VEL LGH R PDFR PDL LC TYP DN POS PDBV OPN
W mm m/s m Pa/m Pa Pa BV BV BV BV Pa %
----------------------------------------------------------------------------
H1 18200 25 0.40 10.0 81 815 9574
H1A 18200 25 0.40 2.0 81 163 2754
----------------------------------------------------------------------------
PIPE NETWORK KLIMA Software - NU Page 7
----------------------------------------------------------------------------
PROJECT : SYSTEM :
----------------------------------------------------------------------------
RISER : V1
------------------
----------------------------------------------------------------------------
SE Q DN-N VEL LGH R PDFR PDL LC TYP DN POS PDBV OPN GRA EXCES
W mm m/s m Pa/m Pa Pa BV BV BV BV Pa % Pa Pa
----------------------------------------------------------------------------
1 8220 20 0.29 20.0 62 1245 1753 P TIP-1 20 3.20 1626 53
2 3610 15 0.23 4.0 57 228 5748 R TIP-3 15 3.00 3050 37 0 152
P TIP-5 15 4.40 2544 88
3 4610 15 0.29 6.0 89 533 21
4 4610 15 0.29 4.0 89 356 5199 R TIP-3 15 8.00 2632 100 0 19
P TIP-5 15 5.00 2318 100
----------------------------------------------------------------------------
RISER : V2
------------------
----------------------------------------------------------------------------
SE Q DN-N VEL LGH R PDFR PDL LC TYP DN POS PDBV OPN GRA EXCES
W mm m/s m Pa/m Pa Pa BV BV BV BV Pa % Pa Pa
----------------------------------------------------------------------------
1 9980 20 0.36 20.0 89 1779 641 P TIP-1 20 6.00 455 100
2 4610 15 0.29 4.0 89 356 6204 R TIP-3 15 4.00 3399 50 0 145
P TIP-5 15 4.90 2555 98
3 5370 20 0.19 6.0 29 172 9
4 5370 20 0.19 4.0 29 115 6409 R TIP-3 20 8.00 4130 100 0 0
P TIP-5 20 5.00 2170 100
----------------------------------------------------------------------------
PIPE NETWORK KLIMA Software - NU Page 8
----------------------------------------------------------------------------
PROJECT : SYSTEM :
----------------------------------------------------------------------------
QUANTITY OF MATERIALS
=========================
STANDARD PIPES
----------------
-------------------------------------------
DN COD DEX THC LENGTH WGHT
mm PIPE mm mm m kg
-------------------------------------------
15 1/2 21.30 2.80 18.0 22.7
20 3/4 26.70 2.90 50.0 84.0
25 1" 33.40 3.40 12.0 30.0
-------------------------------------------
PIPE NETWORK KLIMA Software - NU Page 9
----------------------------------------------------------------------------
PROJECT : SYSTEM :
----------------------------------------------------------------------------
LOCAL RESIST.
--------------
----------------------------------------------------------------------------
COD NAME LOCR STANDARD PIPES DIAMETERS
10 15 20 25 32 40 50 65 80 100 125 150 200 250
300
----------------------------------------------------------------------------
9S 90 bend, sharp 0 6 6 0 0 0 0 0 0 0 0 0 0 0
0
GV Gate Valve 0 0 2 0 0 0 0 0 0 0 0 0 0 0
0
PS Pump ar. Supply 0 0 0 1 0 0 0 0 0 0 0 0 0 0
0
EX Heat Exchanger 0 0 0 1 0 0 0 0 0 0 0 0 0 0
0
V1 Valves ar. No. 1 0 0 0 1 0 0 0 0 0 0 0 0 0 0
0
V2 Valves ar. No. 2 0 0 0 1 0 0 0 0 0 0 0 0 0 0
0
RA Radiator 0 3 1 0 0 0 0 0 0 0 0 0 0 0
0
----------------------------------------------------------------------------
PIPE NETWORK KLIMA Software - NU Page 10
----------------------------------------------------------------------------
PROJECT : SYSTEM :
----------------------------------------------------------------------------
BALANCING VALVES
----------------
-----------------------------------------------------------------------
DN BV : 10 15 20 25 32 40 50
65 80 100 125 150 200 250
300
TYP-BV NP --- pieces ---
-----------------------------------------------------------------------
TIP-1 0 0 2 0 0 0 0
0 0 0 0 0 0 0
0
TIP-3 0 3 1 0 0 0 0
0 0 0 0 0 0 0
0
TIP-5 0 3 1 0 0 0 0
0 0 0 0 0 0 0
0
-----------------------------------------------------------------------
AREA - VOLUME
--------------------
------------------------------------------------------------
PAINTING INSULATION TOTAL VOLUME
m2 m2 m2 l
------------------------------------------------------------
PIPE NETWORK 5.4 3.1 8.5 27.3
REGISTERS 0.0 0.0 0.0 0.0
HEAT.BODIES 0.0 0.0 37.3 149080.0
------------------------------------------------------------
TOTAL : 5.4 3.1 45.8 149107.3
------------------------------------------------------------
PIPE NETWORK KLIMA Software - NU Page 11
----------------------------------------------------------------------------
PROJECT : SYSTEM :
----------------------------------------------------------------------------
L E G E N D
=============
HORIZONTAL NETWORK / RISERS
------------------------------
SECTION/SE = SECTION IN HORIZ.NETWORK/RISERS
Q = HEATING CAPACITY FOR SECTION (W)
DN = NOMINAL PIPE DIAMETER (mm)
N = SERIAL NUMBER IF MORE PIPES HAVE THE SAME DN
VEL = WATER VELOCITY IN SECTION (m/s)
LGH = TOTAL LENGTH FOR SECTION (SUPP+RET) (m)
R = FRICTION PRESSURE DROP PER PIPE LENGTH (Pa/m)
PDFR = FRICTION PRESSURE LOSS (Pa)
PDL = LOCAL REZISTANCE PRESSURE DROP (Pa)
LC BV = BV LOCATION : S-SUPPLY, R-RETURN
TYP BV = TYPE BV - ACCORDING TO FILE BALVENT
DN BV = NOMINAL DIAMETER BV (mm)
POS BV = REGULATION STEP BV
PDBV = PRESSURE DROP IN BV
OPN = BV OPENING 0 - 100 (%)
GRV = GRAVITY IMPACT ON CIRCUIT (Pa)
EXCES = PRESSURE EXCESS AFTER BALANCING (Pa)
==========================================
K L I M A S O F T W A R E - MODUL 5
==========================================
PROGRAM "ACDUCT" - W8, Ver.4.1, 2014.
==========================================
COPY OWNER:KLIMA Software - NU
==========================================
A I R D U C T S C A L C U L A T I O N
PROJECT : DEMO
SISTEM : DEMO
AIR DUCTS CALCULATION KLIMA Software - NU Page 1
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PROJECT : SYSTEM :
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DESIGN CONDITION:
----------------
1. TOTAL INSTALLED CAPACITY : 500. L/s
2. AIR TEMPERATURE IN DUCT : 13. C
3. ROOM TEMPERATURE / SURROUNDING : 23. C
4. HYDRAULICALY THE WORST CIRCUIT - HWC : V1 2
5. PRESSURE DROP R IN HWC : 0.50 Pa/m
6. AVAILABLE PRESSURE DROP : Pa
7. GRAVITY IMPACT : 0. %
8. SYSTEM DATA FOR ABS. DUCT ROUGHNESS : 0.045 mm
9. SYSTEM DATE FOR MAX.REDUCTION CD : 0
10. SYSTEM DATA FOR PRECISION CD : 0.10
NETWORK DATA :
--------------
1. TOTAL NIMBER OF RISERS : 1
2. TOTAL NUMBER OF SECTIONS : 4
3. NUMBER OF SECT. IN THE HOR. NETWORK : 1
4. NUMBER OF SECT. WITH CONT. DAMP. : 3
5. NUMBER OF SECT. WITH DIFFUSERS : 2
MAIN RESULTS :
----------------
1. TOTAL FLOW IN THE SYSTEM : 500. L/s
2. REQUIRED FAN PRESSURE : 144. Pa
AIR DUCTS CALCULATION KLIMA Software - NU Page 2
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PROJECT : SYSTEM :
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STANDARD DUCTS
-----------------
----------------------------------------------------------------------------
SER PURPOSE DN COD DEX THC DIN WGHT W-MIN W-MAX
No D R mm mm mm mm kg/m m/s m/s
----------------------------------------------------------------------------
1 75 3" 76.00 0.50 75.00 1.000 0.500 2.850
2 100 4" 101.00 0.50 100.00 1.560 0.500 3.300
3 * 125 5" 126.00 0.50 125.00 1.960 0.500 3.750
4 * 150 6" 151.00 0.50 150.00 2.340 0.500 4.050
5 * 175 7" 176.20 0.60 175.00 3.380 0.500 4.500
6 * 200 8" 201.20 0.60 200.00 3.750 0.500 4.800
7 * 225 9" 226.20 0.60 225.00 4.200 0.500 5.100
8 * 250 10" 251.20 0.60 250.00 4.690 0.500 5.250
9 * 275 11" 276.20 0.60 275.00 5.260 0.500 5.550
10 * 300 12" 301.20 0.60 300.00 5.630 0.500 5.850
11 * 325 13" 326.60 0.80 325.00 6.670 0.500 6.000
12 * 350 14" 351.60 0.80 350.00 8.880 0.500 6.300
13 * 375 15" 376.60 0.80 375.00 9.530 0.500 6.450
14 * 400 16" 401.60 0.80 400.00 10.010 0.500 6.750
15 * 425 17" 426.60 0.80 425.00 10.800 0.500 6.900
16 * 450 18" 451.60 0.80 450.00 11.250 0.500 7.200
17 * 475 19" 476.60 0.80 475.00 12.010 0.500 7.350
18 * 500 20" 501.60 0.80 500.00 12.500 0.500 7.500
19 * 550 22" 551.60 0.80 550.00 14.000 0.500 7.950
20 * 600 24" 601.60 0.80 600.00 15.000 0.500 8.250
21 * 650 26" 651.60 0.80 650.00 16.500 0.500 8.550
22 * 700 28" 701.60 0.80 700.00 17.760 0.500 8.850
AIR DUCTS CALCULATION KLIMA Software - NU Page 3
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PROJECT : SYSTEM :
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SER PURPOSE DN COD DEX THC DIN WGHT W-MIN W-MAX
No D R mm mm mm mm kg/m m/s m/s
----------------------------------------------------------------------------
23 * 750 30" 751.60 0.80 750.00 19.050 0.500 9.150
24 * 800 32" 801.60 0.80 800.00 23.820 0.500 9.450
25 * 850 34" 852.00 1.00 850.00 27.040 0.500 9.750
26 * 900 36" 902.00 1.00 900.00 28.160 0.500 10.050
27 * 950 38" 952.00 1.00 950.00 30.200 0.500 10.350
28 * 1000 40" 1002.00 1.00 1000.00 30.920 0.500 10.650
29 * 1050 42" 1052.40 1.20 1050.00 38.140 0.500 10.950
30 * 1100 44" 1102.40 1.20 1100.00 44.810 0.500 11.100
31 * 1150 46" 1152.40 1.20 1150.00 46.730 0.500 11.400
32 * 1200 48" 1202.40 1.20 1200.00 48.760 0.500 11.700
33 * 1250 50" 1252.40 1.20 1250.00 50.100 0.500 12.640
34 * 1300 52" 1302.40 1.20 1300.00 52.840 0.500 12.960
35 * 1350 54" 1352.40 1.20 1350.00 54.300 0.500 13.120
36 * 1400 56" 1402.40 1.20 1400.00 55.860 0.500 13.280
37 * 1450 58" 1452.40 1.20 1450.00 58.300 0.500 13.440
38 * 1500 60" 1502.40 1.20 1500.00 60.850 0.500 13.920
----------------------------------------------------------------------------
AIR DUCTS CALCULATION KLIMA Software - NU Page 4
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PROJECT : SYSTEM :
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CONN. / LOCAL RESIST.
---------------------
----------------------------------------------------------------------------
NO COD V L CETA PD ADDL NAME CETA = F(DN)
Pa m CONN - LOCR SCHEDULE STAND. DUCTS
----------------------------------------------------------------------------
1 NC * 0.0 0. 0.0 Neutral Connect.
2 TS * 0.3 0. 0.0 T, Supply
3 TR * 0.3 0. 0.0 T, Return
4 BS * 0.5 0. 0.0 Branch, Supply
5 BR * 0.5 0. 0.0 Branch, Return
6 RD * 0.0 0. 0.0 Reduction
7 EN * 0.4 0. 0.0 Enlargement
8 9S * 1.3 0. 0.0 90 bend, sharp
9 9V * 0.7 0. 0.0 90 bend, w.vanes
10 9R * 0.5 0. 0.0 90 bend,round.s.
11 9L * 0.2 0. 0.0 90 bend,round.l.
12 4S * 0.5 0. 0.0 45 bend, sharp
13 4R * 0.2 0. 0.0 45 bend,round.s.
14 4L * 0.1 0. 0.0 45 bend,round.l.
15 FD * 0.5 0. 0.0 Flexible Duct
16 DS * 4.0 0. 0.0 Diffuser, Supply
17 DR * 3.0 0. 0.0 Diffuser, Return
18 GS * 4.0 0. 0.0 Grill, Supply
AIR DUCTS CALCULATION KLIMA Software - NU Page 5
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PROJECT : SYSTEM :
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NO COD V L CETA PD ADDL NAME CETA = F(DN)
Pa m CONN - LOCR SCHEDULE STAND. DUCTS
----------------------------------------------------------------------------
19 GR * 3.0 0. 0.0 Grill, Return
20 SA * 0.0 60. 0.0 Sound Attenuator
21 FF * 0.0 40. 0.0 Filter, Flat
22 HW * 0.0 30. 0.0 Heater, Water
23 HE * 0.0 20. 0.0 Heater, Electric
24 ND * 0.0 30. 0.0 Non return Damer
25 CD * 1.5 0. 0.0 Control Damper
26 VV * 1.5 0. 0.0 VAV box
27 CV * 2.0 0. 0.0 CAV box
----------------------------------------------------------------------------
AIR DUCTS CALCULATION KLIMA Software - NU Page 6
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PROJECT : SYSTEM :
----------------------------------------------------------------------------
CONTROL DAMPERS
----------------
----------------------------------------------------------------------------
DIAMETER CD : 75 100 125 150 175 200 225
250 275 300 325 350 375 400
425 450 475 500 550 600 650
700 750 800 850 900 950 1000
1050 1100 1150 1200 1250 1300 1350
1400 1450 1500
NO TYP-CD UNN --- CD CODES ---
----------------------------------------------------------------------------
1 VCD CD VCD VCD VCD VCD VCD VCD VCD
VCD VCD VCD VCD VCD VCD VCD
VCD VCD VCD VCD VCD VCD VCD
VCD VCD VCD VCD VCD VCD VCD
VCD VCD VCD VCD VCD VCD VCD
VCD VCD VCD
2 VAV VV VAV VAV VAV VAV VAV VAV VAV
VAV VAV VAV VAV VAV VAV VAV
VAV VAV VAV VAV VAV VAV VAV
VAV VAV VAV VAV VAV VAV VAV
VAV VAV VAV VAV VAV VAV VAV
VAV VAV VAV
3 CAV CV CAV CAV CAV CAV CAV CAV CAV
CAV CAV CAV CAV CAV CAV CAV
CAV CAV CAV CAV CAV CAV CAV
CAV CAV CAV CAV CAV CAV CAV
CAV CAV CAV CAV CAV CAV CAV
CAV CAV CAV
----------------------------------------------------------------------------
AIR DUCTS CALCULATION KLIMA Software - NU Page 7
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PROJECT : SYSTEM :
----------------------------------------------------------------------------
HORIZONTAL NETWORK
------------------
----------------------------------------------------------------------------
SECTION V DN VEL LGH R PDFR PDL LC TYP DN POS PDCD OPN
L/s mm m/s m Pa/m Pa Pa CD CD CD CD Pa %
----------------------------------------------------------------------------
H1 500 400 4.0 5.0 0.44 2 65
----------------------------------------------------------------------------
AIR DUCTS CALCULATION KLIMA Software - NU Page 8
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PROJECT : SYSTEM :
----------------------------------------------------------------------------
RISER : V1
------------------
----------------------------------------------------------------------------
SE V DN VEL LGH R PDFR PDL LC TYP DN POS PDCD OPN GRV EXCES
L/s mm m/s m Pa/m Pa Pa CD CD CD CD Pa % Pa Pa
----------------------------------------------------------------------------
1 500 400 4.0 10.0 0.44 4 24 R VAV 400 REG 14
2 250 300 3.5 5.0 0.51 3 46 R VCD 300 REG 11 0 0
3 250 325 3.0 5.0 0.34 2 46 R VCD 325 REG 22 0 0
----------------------------------------------------------------------------
AIR DUCTS CALCULATION KLIMA Software - NU Page 9
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PROJECT : SYSTEM :
----------------------------------------------------------------------------
QUANTITY OF MATERIALS
=========================
STANDARD DUCTS
-----------------
------------------------------------------------------------------
SPIRO-DN INCH RECT-EQVIV. DEX THC LENGTH WGHT
mm mm X mm mm mm m kg
------------------------------------------------------------------
300 12" 300 X 250 301.20 0.60 5.0 28.2
325 13" 350 X 250 326.60 0.80 5.0 33.3
400 16" 450 X 300 401.60 0.80 15.0 150.2
------------------------------------------------------------------
LOCAL RESIST.
--------------
----------------------------------------------------------------------------
COD NAME LOCR STANDARD DUCTS DIAMETERS
75 100 125 150 175 200 225 250 275 300 325 350 375 400
425 450 475 500 550 600 650 700 750 800 850 900 9501000
1050110011501200125013001350140014501500
----------------------------------------------------------------------------
9R 90 bend,round.s. 0 0 0 0 0 0 0 0 0 0 1 0 0 3
0 0 0 0 0 0 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 0 0
DS Diffuser, Supply 0 0 0 0 0 0 0 0 0 1 1 0 0 0
0 0 0 0 0 0 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 0 0
SA Sound Attenuator 0 0 0 0 0 0 0 0 0 0 0 0 0 1
0 0 0 0 0 0 0 0 0 0 0 0 0 0
0 0 0 0 0 0 0 0 0 0
----------------------------------------------------------------------------
AIR DUCTS CALCULATION KLIMA Software - NU Page 10
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PROJECT : SYSTEM :
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CONTROL DAMPERS
----------------
-----------------------------------------------------------------------
DN CD : 75 100 125 150 175 200 225
250 275 300 325 350 375 400
425 450 475 500 550 600 650
700 750 800 850 900 950 1000
1050 1100 1150 1200 1250 1300 1350
1400 1450 1500
TYP-CD NP --- pieces ---
-----------------------------------------------------------------------
VCD CD 0 0 0 0 0 0 0
0 0 1 1 0 0 0
0 0 0 0 0 0 0
0 0 0 0 0 0 0
0 0 0 0 0 0 0
0 0 0
VAV VV 0 0 0 0 0 0 0
0 0 0 0 0 0 1
0 0 0 0 0 0 0
0 0 0 0 0 0 0
0 0 0 0 0 0 0
0 0 0
-----------------------------------------------------------------------
AREA - VOLUME
--------------------
------------------------------------------------------------
PAINTING INSULATION TOTAL VOLUME
m2 m2 m2 l
------------------------------------------------------------
SPIRO DUCTS 28.8 0.0 28.8 2653.2
------------------------------------------------------------
UKUPNO : 28.8 0.0 28.8 2653.2
------------------------------------------------------------
AIR DUCTS CALCULATION KLIMA Software - NU Page 11
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PROJECT : SYSTEM :
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L E G E N D
=============
AIR DUCTS: HORIZONTAL NETWORK / RISERS
-----------------------------------------
SECTION/SE = DUCT SECTION IN HORIZ.NETWORK/RISERS
V = AIR FLOW IN SECTION (L/s)
DN = DUCT NOMINAL DIAMETER (mm)
VEL = AIR VELOCITY IN SECTION (m/s)
LGH = TOTAL SECTION LENGTH (m)
R = FRICTION PRESSURE DROP PER PIPE LENGTH (Pa/m)
PDFR = FRICTION PRESSURE DROP (PA)
PDL = LOCAL REZISTANCE PRESSURE DROP (Pa)
LC CD = CD LOCATION : S-SUPPLY, R-RETURN
TYP CD = TYPE CD - ACCORDING TO FILE CONTROL.DAMPERS
DN CD = NOMINAL DIAMETER CD (mm)
POS CD = REGULATION STEP CD
PDCD = PRESSURE DROP IN CD (Pa)
OPN = CD OPENING 0 - 100 (%)
GRV = GRAVITY IMPACT ON CIRCUIT (Pa)
EXCES = PRESSURE EXCESS AFTER BALANCING (Pa)
==========================================
K L I M A S O F T W A R E - MODUL 6
==========================================
PROGRAM "ACBOQ" - W8, Ver.4.1, 2013.
==========================================
COPY OWNER:KLIMA Software - NU
==========================================
B I L L O F Q U A N T I T E S - B O Q
PROJECT : DEMO
SISTEM : DEMO
BILL OF QUANTITES KLIMA Software - NU Page 1
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PROJECT : SYSTEM :
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1. H E A T I N G BODIES
========================
1.1 RADIATORS
---------------
GROUP: TK TERMIK-ZRENJANIN - Supply and Installation of
Heating Bodies (radiators) as per drawings and
specifications requirements.
TK-600/160 7.2 m2 X 10.0 USD /m2 = 72.0
TK-800/160 30.1 m2 X 10.0 USD /m2 = 301.0
--------------------------
SUBTOTAL: 373.0 USD
1.2 BRACKETS
------------
CONSOLES - Supply and Installation
16 Pcs X 1.0 USD /Pcs= 16.0
1.3 CLIPS
-----------
SUPPORTS - Supply and Installation
12 Pcs X 1.0 USD /Pcs= 12.0
==========================================
GREJNA TELA TOTAL : 401.0 USD
2. PIPE N E T W O R K
========================
2.1 PIPES-WATER
----------------
STANDARD PIPES - Supply and Installation of
black steel seemless pipes SCH 40 complete
as per drawings and specification requirements.
DN 15 21.30 X 2.80 18.0 m X 10.0 USD /m = 180.0
DN 20 26.70 X 2.90 50.0 m X 10.0 USD /m = 500.0
DN 25 33.40 X 3.40 12.0 m X 10.0 USD /m = 120.0
--------------------------
SUBTOTAL: 800.0 USD
2.2 PIPES - VENT
-------------------
STANDARD PIPES - Supply and Installation of
black steel seemless pipes SCH 40 complete
as per drawings and specification requirements.
DN 20 26.70 X 2.90 100.0 m X 10.0 USD /m = 1000.0
2.3 MATERIAL
--------------
Other materials related to the Installation of
Pipes system (pipes storage, cleaning, welding,
supporting, etc.).
800.0USD X 50.0 %/poz= 400.0
==========================================
CEVNA MREZA TOTAL : 2200.0 USD
BILL OF QUANTITES KLIMA Software - NU Page 2
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PROJECT : SYSTEM :
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3. B A L A N C I N G V A L V E S
==================================
3.1. CODE : SVK.KS BALANCING VALVE - Supply and Installation
DN 20 2 Pcs X 10.0 USD /Pcs= 20.0
3.2. CODE : RVK.UG BALANCING VALVE - Supply and Installation
DN 15 3 Pcs X 10.0 USD /Pcs= 30.0
DN 20 1 Pcs X 10.0 USD /Pcs= 10.0
-----------------
40.0 USD
3.3. CODE : RNK.UG BALANCING VALVE - Supply and Installation
DN 15 3 Pcs X 10.0 USD /Pcs= 30.0
DN 20 1 Pcs X 10.0 USD /Pcs= 10.0
-----------------
40.0 USD
==========================================
BALANCING VALVES TOTAL : 100.0 USD
4. A I R V E N T
==================
4.1 AIR RELEASE VALV.
---------------------
Supply and Installation of Air Release Valves
DN 15 2 Pcs X 10.0 USD /Pcs= 20.0
4.2 AIR VESSELS
--------------------
COD:AIRVESSEL Supply and Installation of Air Vessels complete
with all required materials for installation and
successful operation.
2 Pcs X 100.0 USD /Pcs= 200.0
==========================================
AIR VENT TOTAL : 220.0 USD
5. S U R F A C E T R E A T M E N T
====================================
5.1 INSULATION
--------------
CODE : AI Supply and Installation of Insulation complete
with all required materials in accordance with
specifications.
THC: 25.0 3.1 m2 X 10.0 USD /m2 = 31.0
5.2 PAINTING
------------
Supply and application of all required materials
for pipes cleaning, priming and final painting
in accordance with specifications.
PIPE NETWORK 5.4 m2 X 10.0 USD /m2 = 54.0
BILL OF QUANTITES KLIMA Software - NU Page 3
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PROJECT : SYSTEM :
----------------------------------------------------------------------------
==========================================
SURFACE TREATMENT TOTAL : 85.0 USD
6. O T H E R W O R K S
============================
6.1. PUMPS Supply and Installation of Pumps.
100.0 USD /tot= 100.0
6.2. HEADERS Supply and Installation of Headers.
100.0 USD /tot= 100.0
6.3. H-EXCHANGE Supply and Installation of HEAT EXCHANGERS
100.0 USD /tot= 100.0
6.4. CHEMICALS Supply and Installation of Chemical dosing
equipment, complete with Chemicals required for
1 year (for warranty period) as per the drawings
and specification requirements.
10.0 USD /tot= 10.0
6.5. BMS Supply and Installation of BMS system.
100.0 USD /tot= 100.0
6.6. TESTING TESTING, BALANCING AND COMISSIONING
100.0 USD /tot= 100.0
==========================================
OTHER WORKS TOTAL : 510.0 USD
============================================================================
ALL POSITIONS TOTAL : 3515.9 USD
============================================================================
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