100
DPU
DPU
Energy Pl%aaSng md m m e n t io Air€rndhioning System of TOT Building
for the Dqme of Master of Science
D e p m e n t of B'tr51dhg Teehndogy Management
Graduate School, Dhumkij Pliadit Univemity
DPU
DPU
DPU
DPU
DPU
DPU
DPU
Cfe
COP
EER
E m
Est
uln/kw
Volt
kplrwear
kWh1Year
Btu-hw
kWWear
kWh~Yeat
Ul WkW
UlTl
Hz
lJ1n/kw
Btullb,
Btuflb,
Btu/ m, Btunb,
Ampere
'L1lYl
DPU
amuiTu.i3u psia
3 kW
kW
kW
kvar
lb
kV
kwh
kW
lb
DPU
dew
DPU
DPU
mmat iCPapa- rde ~ a & r g y ~ ~ a n d ~ i n ~ i r ~ o w l i . tloaing .
Sysmnof m Building
Author NawtPhmkutee
ThmmkPaperAdvhm A g g t P x o € l ) f . T b ~ - Bddhg Techwlqiy Mamgmmt
Autdemk Year 20W
TIE study of eoergy phmhg and :- in the ~~ system of TOT
birilding cspially hr the buitding of A d m h k t d ~ t l Sectm, North-Eastem Region Telephone
S e r v i o e h a d o b j e c t i v ~ t o ~ 1 y i t a s t h e i a P p e c t i o a ~ Z i n e o f e a e r g y ~ h a
building and it would ?R the e n q y ocnrserration nwasms apphble fur TOT'S general
b u i l ~ i n ~ w i t b ~ ~ p r o v i s i w i n ~ ~ t u l ~ o f ~ M i n i s b y o f
Scieme and Emhmmnt issued in parrmant to the Energy Conservation Rantotion Act B.E.
2538.
From ih study result of the building's eaagy -on, it was fr#md that the
pp r t im of e M d utiliratioa within th buiidmg a d d be divided into 3 parts, iR. 64.62%
fm nirudtioaiqg ~~ 1451% for lighting qs&m and 20.8709 for o h system mqxctively.
'Ihe result of 127 a i m d m m m . . ' updnlity inspection mme OUI tbat there are 31 shndard
criteria impsable ah-mdti- The so1Imotl guhkline for tk enagy h p v m d mn be
dwe by wrious &kmms.e or replace them with the newly high efficient akudtiwets.
Be9ida, m lh in- a it was found that h eaiagy saving by
mainteamme would need 152,400 baht invdmmt, wlmzm the payback petiod or rate of
return would €R 0.53 ytars. For another aption to bave c h g d into high efEcient ah-
amditirrners it d d 1,291,40 baht irrvestment aud the paybck period would take 4.54
Y-.
Keywords: ~ ~ o f l / m a i n ~ I h i g h & ~ ~ ~ ~ I
p a y k k period
DPU
d5zn&~rrii.r41uoti79~?9%'~~ia:d~1dod n r s r ~ t l ~ ~ i m s A i u r r d ~ ~ ~ ~ 1 ~ d ~ ~ ~ n d ~ ~ ~ ~ w ~ z u z 7
~ I T ~ C ~ ~ ~ ~ I U I U ~ ~ U J ? Y B ~ ~ P I I R U ~ ~ I J ~ ~ ~ I ~ ~ ~ ~ ~ ~ O ~ 2 mq R'o rnrl4~kdlu d s * ma& (Passive ~nerg) r use) k~~ml1fn~~~l~l1niloo'dn7s~nn11~11~ J O Q I I G ~ ~ ~ ~ I ' I dd
DPU
DPU
DPU
1) Room air ~ ~ m d o w Unit)
2) Split System Unit
3) Package Cooling Unit
4) Chiller
DPU
hui?rriBioPii h l h g To- liar C h d m ~ ~ Water Pump l~um6d5sn0~1un13 i l f131~1~w
DPU
EXPANSION VALVE SPLIT TYPE
I
B 2.2 m~iiismlcluwimntrb~tnaMdr"tl~1n1~tn1n1nhd~&~w
A J oinls&ldrina^~h~n'io4 J Q I I O I ~ I ~ ' ~ ~ I U ~ R I L ~ ~ = : ~ H ~ ~ U U ~ ~ ~ I Q ~ ~ ~ I ~ ~ ' U I I U ~ ~ ~ " U 4 - J A d IILiom~~ufounm~~uIut~~nzwun du ~ ~ ~ . J ~ ~ ~ . ~ ~ ~ ~ ~ ~ u ~ H I J o I o I ~ I ~ ~ o Q ' I I w ~ H 1 TO^
n c i l ~ c h ~ n ~ 1 u o i r l ~ ~ m i ' 0 ~ ~ ~ 1 ~ 1 ~ ~ 1 1 ~ ~ i d 0 ~ ~ d ~ ~ 1 ~ ~ ~ ~ ~ ~ ~ i ~ ~ ~ ~ 8 ~ ~ 0 ~ ~ ~ p i ' ~ 1 4 i
# I ~ ~ ~ ~ x ~ ~ ~ ~ ~ ~ ~ I X ~ ~ ~ ~ M \ ~ J R ~ U I ~ J O ~ I ~ I H ' ~ O ~ ~ ~ J ~ ~ U ~ o4n1'1
n 1 r l l i o n ~ ~ i b ~ d ~ u a t n 1 a u ~ n % 7 n 0 z ~ ~ u " ~ o ' ~ ' ~ 7 ~ 1 ~ ~ i ~ ~ u ~ 1 d a f l ~ ~ 1 ~ f 1 ~ 1 ~ a ~ ~ ~ ~ ~ ~ 1 u * A d oisdszngmn kmuuosifi#m~idnz tl11'~~~8~1~~n'81~d;3r~~74fls'9t~li0~~~1~7~~87%1~
w ~ . r ~ ~ u u r n ~ ~ ~ t i 1 u ~ a i 1 1 4 4 ~ 1 1 5 ~ u ~ ~ ~ p i ~ i n ~ o hdq&1~7 ~~a~dqM41 *na*oiqnlT
14~'.nuroski?rn~o~~l~? n u i 1 m ~ ~ ~ d i u e 1 ~ 1 ~ ~ ~ ~ ~ ~ n ~ ~ ~ ~ ~ i j l ~ n 1 ~ ~ ~ 6 d ~ l # i ~ ~ ~ 0 ~ ~ o u b. A d u~snislh~~~iur~~olrn~i~arra~nu.im~t~~~rrjl
l ~ i f i # ~ d ~ ~ o ~ " ~ ~ ~ window unit , Split system unit I ~ Z -ling ¶I
Unit r* d r r ~ n ~ n m r o ~ < ~ m ~ o 4 ~ 1 u ~ ~ n ~ 114181nd3 E E R ~ ~ f i e n c y mi01 M J ~ u B d u BW-h L I I I I ~ O J $ ~ U O I ~ ~ ~ ~ ~ ~ H & W ~ ~ I U I Z S ~ ~ I EER q q (15m1519d 2.1
DPU
1. Room Air Condition
(S,OOo - 2A000 3tub)
2. Split System (Small S h )
up 1s Tons
3. Split System (Medium Size)
16 - 40 Tons
4. Package UniNl- 15 tons)
5. DX Central(40 - 200 Ton)
6. Water Chiller ,Reciprocating
7, Water Chiller ,Rmiprocating
8. Water Chiller ,Centd@
kW/Ton
1.30 - 1.50
1.45-1.60
1.5
120
1-10
1.30-1.70
1 .M - 1.50
1.05-1.10
EER
92 - 7 5
8.3 -7.5
8
10
10.9
Remarks
A i r - C o o l e d C o n ~
Air- Cooled Condenser
EER 8.0 Minimum
Water - Cooled Condenser
Water - Cooled Codema
Air-CooledCondenser
Water - Cooled Condenser
Water-CoOledCondenser
DPU
%GR
1. mnbaiiiiduuwunou~ia (Centrifugal Chiller)
A 2. msoPiiii;duiiuuQnpu
(Reciprocating Chiller)
3. ttuvi~u~aa:ulsn~iufBu~~uij'i
(Water-cool package Unit )
4. ~ ~ ( I ~ Y I I U ' U ~ ~ Y I W I ~ I ~ ~ ~ ' U & ~ U O I ~ I ~
(Air - Cooled Condensing Unit) d
5. msosi i i6 tbu~ruu~nS
( S a w Type Chiller)
k W
&WE)
0.22
0.26
0.25
0.37
022
kW
(Ton, 1
0.77
0,9 1
0.88
1.5
0.77
DPU
COMMERCIAL BLIILDING
M c e
Conidors
Cafeterias
Auditoriums
Computer Rooms
Lobbies
Doctor Offices
Toilet Rooms
Storage ,Equipment Rooms , G a q p
D-ent Store
S u p e d e t s
Drug Stores
Meat Mmkts
Apparel
Jewelry
Garages
Dry Bulb
T~-*F) , o
78
Uncontrolled 0
75 0
78 0
75 0
82 0
78 0
80
Uncontrolled
0
80 0
78 0
80 0
78 n
80 0
80
Do Not Cool
Relative
Humidity
55 %
Um&11d
55 %
50 %
As needed
60%
55 %
-
Do Not Cool or
D e m .
55 %
55 %
55 %
55 %
55 %
55 %
-
DPU
DPU
DPU
Q = PVRT = PV/85.6T (rb,>
3 7) I O U W ~ C I ~ (h ; Btu/Lb) & I ~ L ~ ~ A ? I u ~ w u (beat -1 UO1B7fllffW(iBMdlU~lWu'fl
€)1"7~ctfi4l~u'€I3Zw'll q S U ~ Q ~ 6 7 4 ~ ~ ~ ~ & l ~ d ~ ? t l ~ ? & ~ l
DPU
DPU
1) bairns~~at~1~?a'loab1n7~1'~id~ 6;) d.irnoubi?a ci~Q~ml~I~auotaimrr (Q')
id~6utlu~fi#u~n~i~~ib~i'Iontl(s~,ft) qtu li~cmmudmrc(w~~ vs)l c i ~ l l i u ~ ~ s O ~ a i : ( ~ ) I f i u # '4
i h p ~ n t J u ' a n r ~ ? i u ~ v ~ ~ b ~ n 1 ~ a " ~ ~ i ~ 1 n n ~ i ~ ~ ~ f i 1 Psychnmc Chart
3) dmiYas~u'lvld~(~i) ~ l ~ ~ l ~ ~ ~ ~ l ~ n ' p ~ 1 ~ ~ d ~ 1 ~ ~ ~ ~ ~ l ~ ~ 1 f l ~ 1 1 1 1 ~ ~ ~ b 4 5 ~ 1 1 ~ d s ' i l
oirn~ai rnm~ir i1n1~1h~~aiu1dbl~~~~
Single - pbase AC
Pi = E.1 Cos 0
DPU
EER = RC/Pi (2.13) i 1U8
EER = &~?&udss8w%nmwd~~1u~mt~#~~ds'~~~fi1fi
EER = 3.4 12 COP. (2.14)
DPU
d 4- ' Dlfllfl ~ l ~ d l ~ 3 ~ ~ 1 ~ ~ ~ 3 ~ ~ ~ 1 1 ~ ~ ~ ~ ~ 8 4 ~ 7 ~ ~ 7 1 ~ ~ ~ ~ ~ 1 ~ ~ ~ 4 ~ ~ ~ 1 f l 1 ~ 9 1 1 1 1 l f 3 1 9 6 2.4
I R ~ ~ P ~ ~ R ~ ~ ~ ~ ~ ~ u ~ u ' w ~ z ~ I ~ ~ ~ I P J ~ ~ u B ~ ~ u o ~ ~ mta:o~dmrnui~u~b~~iliflu~~ (Package unit)
~ ~ ~ I R ~ Q ~ ~ I ~ ~ ~ ~ ~ ~ A ~ % U ~ R H ~ * ~ ~ ~ ~ W ~ O L ~ ' U ~ ) ~ ~ ~ O ~ ~ U (split fype) ~ I U X ~ ( ~ I I G U ~ J I # ~ ~ ~
~~9R$j?uim~ixlPou/im~oqriin~1ui"uu
n. d ~ ~ r i d ~ d ~ d ~ ~ ~ u ~ i r (- ~hillcr)
luu1~'lfil~u 250 ~ U F I ~ I I I ~ U
utslfit3un41 zso Gun~iuLi;~
u. d ~ u d i d i k t A u u Q n q u ( chills)
~~uIR%A%~ 50 g ~ f l ~ l l d ~ W U I R A ~ U ~ ~ I 50 iuaa~ui%u i n. L R ~ D P ~ ~ A ~ I ~ U ~ W U L ~ M ~ R +kage -t)
4. Lflf Fl trhfl?l~d~~~lI lJh ~ p i 7 ~ 7 9 / ~ ~ ~ ~ 7 ~ ( ~ /split type)
kWfrm
a ~ f i i s l ~ i
1.40
1-20
1.30
125
1.37
1 -40
o~wn~di
1.61
1.38
1.50
1-44
1.58
1.61
DPU
DPU
DPU
DPU
DPU
EI = EiIAc B tu€l
EI = ms~dnislhihaiu
~i = ~ ~ ~ ~ I ~ ~ I ~ u x ~ ~ J ~ u D ~ ~ I P I i d v
AC = vufldslf~~ni~
H+B J 2 w ~ ~ ~ i w ~ l # ~ n " 1 ~ ~ ~ R ' ~ ' ~ u ~ ~ n ~ ' ~ n ~ f m~miiou) / w U ~ I ~ C Y B W I I ~ ~ ( R I ~ - win
n kq?udl~~lnimd&?f us,i1~n=:~nw3atl1n/~~8~) / irn~u{o180(mu) ~ ; o
~~'oun~uo~doa~diw41~~i0~#0uu0~ IS~LASU<%I
6 ) ~3dszflaudnnm Factor)
~ ~ ? ~ T S ~ O I J ~ H R R BO ~ ~ S ~ ~ ~ U U O ~ ~ & ~ ~ ~ ~ L ~ ~ C I ~ ' U Y ~ W ' ~ ~ ~ ~ I ~ ~ ~ ~ ifitma i lnumnlurnsdiud~~n1~1~r l~11~ ~n15#1tl1was+Iui M I d h t o~-peak 41
A d d MI ~ ~ ~ ~ 1 ~ ~ l ~ l i l ~ ~ ~ ~ 7 ~ ~ 1 3 7 1 ~ # ~ d ~ 7 5 ~ d 4 ~ ~ ~ 1 ~ 4 ~ ~ ~ 4 f l ~ 1 1 ~ 4 1 d ~ 1 1 ~ ~ ~ 9 4 ~ ~ f l ~ ~ 1 ~
lunn halwanu3n ri?drrnouln~~ii~'1~i1#~~1d~1~d~1~dtli m~ou(k~)/wG~'lr(A~q~q~
lu I riiou s m l ~ ~ ~ ~ j d ~ ~ ~ r l d ~ ~ o ~ ~ ~ ~ r i ~~1~1d1r(d4'idd1tn~a~~11~~~d~1#w'~ii'
DPU
DPU
DPU
DPU
7) ~ o t ~ f ( ~ d i r ~ r l u n u ~ ~ u p 1 d 5 ' ~ 1 ~ 1 n i f i
7.1) I L U U ~ ~ ~ I d~zrnubi?~ # ~ I ~ R ? u Q u ~ ~ I ~ ~ L U I P ~ ~ B M ~ ~ ~ ~ id&3?m4 . Y d A
7.2) u?nwii4n~3qdn~a~a48~d?u01n7tl iw0il~a{'p1 X O ~ tflt89da~uh
7.3) Fan mil Unit At% U ~ I ~ ~ U ~ I ~ ~ Q Y ~ I ~ I I H
7.4) Condeasing unit ~ i n z ~ ? i m n ~ a ~ d ~ f l ~ i ~ i r
DPU
DPU
DPU
2.10 mu'i~~c%d~;sp n̂ miinpd ~~iiod.rt.R'ui(z540) ~ ~ ~ ~ Y ~ ~ ~ ~ ~ ~ ~ ~ ~ Z W ~ ' P I M ~ S ~ I U I U ~ Y ~ ~ ~ ~ ~ ' I I
o~nin d1n~~n1sdonru1~~mrd~~a~'11~~in~8~d5'11e1n1ff~~~fi1~d1=:nu"~1~d~~1u~1m1~ d 1~un;?ld~fiin~'m&i~1f 04 J ~ ' I I B ~ ~ I ~ ~ ~ ~ ~ ~ Q ~ ~ ~ ~ ~ ~ ~ R ~ ~ ~ U I ~ ~ U ~ ~ ~ ~ ~ ~ ' M ~ U B ~ ~ ' ~ ~ ? U ~ ~ ~ ~ ~ ~
2 - J 4 4 f@unm~uu!utidazrun d u r i o ~ u s ~ ~ ~ ? ~ ~ s o 1 e ~ 4 1 a ~ ~ ~ ~ u ~ I 6u t ~ l ( i k i ? d ~ l j f l m w ~ ~ d #
u u 1 ~ 1 ~ o j w t n e ~ ~ ~ t d m s ~ n m ~ o t d i u o ~ m a u ~ ~ ~ ~ n ~ = : ~ ~ u " ~ n " ~ ~ u ~ u d ~ ~ w f 8911#181151$ 9 a
~ ? ~ U ~ U I ~ ~ ~ ~ ~ ~ ~ ' Y M ' ~ ~ ~ Z W ~ ~ W ~ ~ Q ~ U ~ ~ ~ S L W ~ ~ ~ ~ ~ ~ Z I ~ Y ~ H ~ O P ~ ~ ~ ~ ~ ~ " ~ ~ ~ ~ S ~ P I Y I B ~ ~ W U D ~
m $ o ~ Q l k m d ~ EER E ~ W Ratio) H I ~ = U ~ ~ U 0 s-iid1p.c cmmis 44 8
fi?lJqllft15fiq4~fWl~ftf 84 J S ' ~ ~ O ~ ~ W I X ~ M ' ~ A W ~ ~ z H & ' I I ~ J ~ W
usswol llszn7iE (2542) ~ ~ ~ ~ ~ ~ I ~ ~ ~ Z M ~ R ~ ~ ~ ~ ~ ~ U Q ~ ~ ~ P I U ~ ~ ' I I Q I ~ I ~ ' ~ ' R ~ ~ I ~ 1 I # ~ ~ f i m q u g e r w q i j ' 1 1 a r n ~ ~ 1 3 7 ~ ~ ~ n ~ 7 ~ ~ ~ ~ ~ ~ 1$un~.nd.rmbm k s r n ' u o ~ ~ m $ ~ d J ' L I B I ~ ~ ~
1 ~ i ~ u ~ r u u u o n d ~ u b a ~ b ~ m ~ n ~ ~ ~ i i a r ' n ~ ~ ~ t l ~ ~ ~ ~ ~ i o t ~ ~ ~ a n a ~ ~ u d ~ n ~ ~ u a z i ~ t r ~ ~ s i j d - 4 i ~ ~ d ~ m ~ ~ ~ ~ a n ~ o 1 l l i ~ 1 u ~ % t l f l f i 1 ~ 1 1 ~ ~ ~ ~ ~ d ~ ~ 1 ~ ~ ~ ~ t a f ~ ~ d s ' ~ ~ ~ n ~ d i n i r i i ~ ~ ~ o ' n ~ ~ ~ ~ n z
444 Iriiirn~iilsinln ~Gauiiiuumzd~zwdmw a'wuTc18nn 1 4 ~ a ~ ~ u q s 1 q m ~ ~ u m ~ f l ~ ~ u
a~Gunp-riiusi?Rquc]u~~~~'~ BM 1mcl1~l~tot~iuo1n~mw7fi 12,500 ~m ~ R I H ~
2 m + o ~ i i n r ~ m + o ~ ~ ~ ~ u o ~ n ~ d i i ~ ~ ~ f i ~ ~ ~ ~ ~ i u 3 B 4 TI 5 7 ~ 1 ( 1 38, loo B& , 10,860
B W ~ L L I ~ ~ 33,400 81um I~UIR$BPIIRIR)Y 1 l ~ ~ i n i ' l ~ l ~ a i n ~ 1 i w ~ 8 ~ d s ' ~ o ~ i ~ a i u i a 61
d d 4n drr ;~G~nk~~u?lnt i r i i 136.60 kwh H% 14-59 1d8amafirrd11dd~~d'1=:ui~~nz 336
l J l W ~ ~ 4 ~ 1 ~ ~ 7 9 ~ ~ ~ 4 % l l 8 1 ~ 1 1 ~ ~ d ' i ~ ~ o ' ~ V ~ 4 4 1 ~ ~ ~ 462.40 kWh , 18240 kwh L A X
DPU
529.60 kwh H% 13.25 bdnii&id 16-50 mdo;i~u&iin=: 16.1 1 rdo;mGui ~riubibiu Iudau
n l s ~ " ~ i 4 h ~ ? ~ ~ u ~ m ~ i j " ~ i j ~ ~ 1 ~ ~ n ~ ~ i i ~ ~ ~ ~ ~ 1 ~ ~ ~ n d 5 ~ ) 1 ~ n . n ' 4 ~ 1 ~ ~ 750 n90
26 I~oMuRI L ~ ~ ~ ~ L ~ u ~ ~ I I A ~ I ~ I J s = : H ~ ~ ~ ~ = : 1,770 urn 4 waiignt fetsiq Ilarnr:: (2548) i n u ~ i ~ ~ ~ ~ ~ r n ~ u q v n ~ ~ i i ~ i u
m ~ o ~ d i u o ~ m n m u l u ~ i t d ~ ~ ~ n i ~ d ~ ~ ~ d ~ ~ ~ r ' ~ ~ i ~ ~ r l ~ ~ dr rnoul?oyn~~uquqfu~qi
m a l u ~ ~ ~ r m u u o n ~ o ~ d r ' u o ~ n ~ ~ i ~ ~ z ~ ~ n a u ~ o J w ~ ~ u ~ u n ~ a l u ~ ~ ~ d s ' ~ ~dow 7
d ~ s 3 n i r n n r i ~ ~ ~ n r n ~ u ~ 1 ~ ~ 1 4 ~ ~ v ~ 4 1 f i ~ ~ 9 d s ' ~ ~ 1 n ~ f f n ~ ~ d ~ d 1 ~ ~ n ' 0 n ~ 4 d 4 ~ n v ' ~ w ~ ~ 4 l u
11441 i t n ~ ~ l r i u u ~ i u u ~ ~ 1 1 1 ~ ~ ~ ~ ~ 0
nryard ~rnmmyn11.(25~ j # n l n r n a d r ~ n ~ ~ a d ~ ~ ~ u u ~ ~ ~ ~ ' ~ ~ d s ' u o ~ n ~ a d B rrd~H'ud~~r'Yernirdiu'n41~ ~ ~ M I ~ I ~ ~ ~ M S ~ ~ I S ~ I ~ I U V O ~ S ~ H ~ ) ~ ~ ~ ~ E ~ ~ U L U M L U B ~ I ~ L ~ I ~
riinnlr dudbuu~d t ~ a ~ n n ~ l i o n ~ ~ q d n r d ~ ~ d ' 5 ~ ~ 8 ~ ~ u ~ a ~ u ~ ~ ~ r u ' ~ ~ ~ ~ i n ~ i ~ a u
irsr h i ~ m ~ ~ (2548) i l n ~ ~ n ~ r ~ ~ ~ n i ~ ~ i ~ z i n a ~ " ~ n ~ l i n ~ ~ ; i ~ ~ ~ ' i u n ~ ~ ~ ~ u
~ ~ ~ . I ~ I ~ ~ I ~ ~ ~ I ~ ~ ~ ~ ~ M . R ' Q ~ I P ~ ?Zn1s~r~~aaun1sl4fiX4~1~ rmau'munr=itni~nl~zwu'~
w ~ ~ ~ ~ u l u o i ~ i s % n ~ ~ ~ ~ n ~ ~ ~ H ' n ~ r ~ u I n ~ . ~ n ~ ~ d a ~ ~ ~ w ~ ~ ~ i ~ % ~ I ~ K ~ H u R ~ ~ ~ ~ ~ J I ~ I LIHM
m m n z i i r n s n . r ~ u l ~ ~ ~ u 3 = : ~ ~ 3 n 1 z ~ ~ s n u e a ~ d r r ~ ~ u w a ' E m ~ ~ ~ 1 ~ r l ~ ~ ~ ~ ~ n i i ~ a i u ~ ~ u
1n.3 alualnn ~ ~ ~ l C ~ f l u ~ ~ u . m i a l u n ~ s d ~ ~ u " u n ~ s ~ n ~ ~
DPU
DPU
DPU
DPU
DPU
Temperature -58...1-302~~
Parameter Measuring range Acconq M u d o n
Temperature -50.. .+ 1 5 0 ' ~ +45~(-25.0.. .+74.9'~) 0, I'C
+4.4 'c(-50,0.. .+25. lac)
+o.4ac(+75.0.. .+99.6~)
+4.4'~(- i 3.0.. .+1~6.9'~) 0 .1 '~
+-O.S'C(-58.0. . .-13.1'~)
f l . 8 -~(+167.0.. .+2 1 1.9'~)
Relativehumidityo ... -tlW%lW Dependsonproh 0.lYoRH
Flow velmity 0. . . + W s Depends on probe O.lm/s
3.5 t~%,i~61ald41 PO- clamp meter)
DPU
~ m ~ o ~ i ~ f i r n 6 l r l A 1 ~ ~ 0 clamp ~ e t e r ) FI* LH 1050 d*rfi0~43~
r lun:Eusdi wramaa ,~ea%urimg range, ~cnuacy, h l u t i o n kd
Parameter M ~ ~ m n g e Accuraeg Resolution
Cumnt 0-1000k I > 5A-3-1.5% 1 OmA in Range MA.
I <5G +a. 15W lOIknA in Range 400A
1A in Range lOOOA.
Volts 400V.,600V. +-15%,-t-Sdg~ O.lV.,IV.
PF 0.3 cap... 1.0 ... 0.3iad -3' O,O t
As = L x H
DPU
DPU
DPU
3~ mmsr inll.ritrmlr~lbl~r,%m~izG#~~ A
r n ~ ~ s ? . i ~ 6 ~ s k a o d ~ c i ~ d ~ ~ u ~ ~ ~ u ~ ~ ~ n ~ f l u ~ s ~ u = : ' ~ ~ o ~ ~ m f d i u e ~ n w i
bwrr~m) ildadrznsu$di~cykZ f a
1) ? R U U ~ R I ) ? ~ U ~ ~ ~ I ~ ) U ~ Z O ~ ~ & ) .IM'~~HTIU~II ld061~?~l~ll~llllu*1~~~d30~4~
(Sq.A 1 .#
2) %qcnnquP(c) u n z ~ i u uoarnm~n~~#iunus'ia (sllpply ~ i r ) l ~ a Y
~ ~ ~ ~ # ~ ~ ~ R ~ ~ H ~ ~ ~ L ~ ~ I u ~ ~ ' P ~ ~ w ~ ' v o ~ D I ~ I H 2
3) i~qolnp5 ('c) unm?iuruffu.rini (%RBI ro~atnmn~tli~ununni gum ~ b )
~ 8 ~ ~ ~ % ~ ~ R ~ ~ H ~ ~ L l ; h ~ ~ 7 1 1 1 & d U w ' W ~ ~ I 3 8 l f l 3 ~
4 x 4 PT B 4) ianrmihau A i u ~ u i ~ a 7 n s 1 ~ n c m u u n n d ~ ~ ~ ~ ~ i i ~ ~ u ~ ~ n 1 ~ ~ 3 q~un~ l r tn~o~ . i .
n ~ ~ u d ~ ~ u r i ~ ~ ~ ~ n ' ~ m ~ ~ ~ a ' ~ t ~ ~ ~ ~ i r i ~ ~ ~ ~ u ~ n ~ ~ ~ l ~ ~ o ~ i 3 u d u ( ~ S I
d e w 5 ) ~ ~ ~ ~ I & M R I ~ I B ~ & ~ ~ J ' Y B I ~ I ~ I U 4 a ~ t n 1 J Z L W S I W (FUU W) (~?UUOJIIDU
AM J ~ ~ L W O & ? U ~ ~ J ~ ? U U O ~ ~ ' H RU) bafif~~%fi.liid~h (Power d m q meta)
g 2 6) ~iii~m11n7snir I M ~ A ~ ~ ~ P I B I ~ I P R I H $ d.smouiian w1uumwu~ln~i~fi6:n~
2 iianu (sq.rt) ger humnu~i-mu (WS) ~ ~ ~ ~ I ~ ~ ~ ~ P J I ~ ~ ~ ~ A ~ ~ z ~ R ~ J I ~ ~ u w ~ ~ I I A = : P I ~ I ~ ~ ~
~ B J ~ . ~ ~ ~ ~ A ' I ~ ~ I ~ % I U ~ I ~ ~ I I I ~ J H H ~ ~ ~ Q I ~ #
# w 4 'c Chart lL 'AYllOIU~1~4W
Psychometric Chart]
DPU
8) nnbyrnwa~as% rn~d~u~aciiw S-uiuIdd~ pi) n 4 ~ w l d 3 ~ l ~ r n ~ r i 1 ~ 1 ~ 1 ~ L nnil!Md
Single - phase AC
Pi = E.1 Cos 0
COP = QIQ, A ill0
g = ~ ~ i u n l u n a b m r l i ~ c l ~ ? ~ ~ ~ ~ Ikw ,)
g = ~ I . ~ ' ~ ! I I ~ I ~ ~ % Y ~ D U I ~ S B ~ P ~ ~ O ~ " (I~W
DPU
EER = RClPi
d o
EER = ~ ~ ~ ~ ~ ? u ~ ) ' I ~ ~ ~ ~ ~ T w w ~ ~ ~ ~ u I I o ~ ~ ~ ~ ~ ~ ~ P ' ~ Q I ~ I ~
RC = n3walunnlun7s47~-lmdu(~)
Pi = ~~nj l r l rh ih i (~) M?O
EER = 3.412COP DPU
u.n. fin. i.m. IU-U. n.n 3.a. a.m. a.m. n.a. an. nx %.a.
3 2548 2549
4.1 rnrlh&lddiqqcl 'il n.nz54 iinr P n.n.2549
DPU
DPU
lun,sifi w s ~ n u d ~ n ~ ~ ~ h ~ ~ ~ ~ u ~ d ~ i 1 ~~1.8.2548 tiar 4 ~t1.2549 M ~ Q I U
1 d ~ l ~ 1 1 l t l ~ 4 ~ 3 1 1 1 ~ 0 ~ ~ 3 1 h ~ ' 4 4 1 ~ ' 1 1 ~ 4 ~ ~ ~ 8 4 ~ f l d ~ 1 1 ~ 1 ~~~ifh!&llld 1.7034 IJlII$o
nriw kmlu3 n . H m twz lrm.2549
nui~m~Ihf;lkwuldA1~0~7 nn.254~ Iut:nuiu?~fiu i i i ~ ~ q ~ r e d 3 12,000
k ~ h LLR:$ n.u. 2549 I U L ~ ~ D U ~ ~ ~ Q ~ R U 230,700 k ~ h ~ I ~ I I # W ~ ~ W I U I ~ P ( I ~ - I ~ R ~
W.H. 2548 Ilu~iiouaq~~rnar odd 7 s , m kwh gn.. . 2549 iuiiiaut)~n~iuiUi d ~ c i i ~ ~ d 1 9 3 , ~ kwh n.n m lhtY-~1ulddin~d 2,378,m.m kwh ( i ~ i n i f m ~ ~ l # ~ ~ k l l ~ i ~ i ~ a ~ d
198,19 1-61 kwh 11.~1. 2549 ~ ~ A I A X M & I U I I ~ I ( I ~ A ~ 2,~6.420.m kwh d~ndam'lf4mu
i o i l o u d 213,035.00 kw LIRIIU~I wd.2549 ~ ( i ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ n d t l ~ ~ u d u p i o ~ ~ o u ~
14,84333 kwh %~L~UA~I%IBD$ 2S,284.13 UIn
~~nn~~f i~ - ro r rour r~ i i i r M.d.2548 l u i ~ w ~ w q ~ 3 n 1 u u lci1m~1h&~iu'1d41 d lip 78,000 L W ~ imztiu q d u ~ u i i ~ ~ i u m a u n 3 12,000 k m ~ ~ ~ I I P L ~ u n4.m
kwh L ~ ~ ~ ~ ~ ~ ~ H ~ ~ ~ U & ~ ~ I R " O U ~ ~ ~ R ~ ~ P ~ I I I ~ ~ P I U ~ ~ Q ~ I I ~ ~ ~ ~ ~ ~ C ~ ; ~ ~ C I R ~ ' ~ ~ ~ Q ~ U ~ J niiwo~ n13
DPU
DPU
DPU
diiinr
I
2
3
4
5
6
7
s s:~na?iiuyu pb lnv/ B, 0.53
Zqjiinvd
N
Qm
E-
L
LC
Lnv
41un1~
fiournriiiqcinln
hu~ur~$o~$iuoim~.
~ a ~ u a i o l ~ ~ a l u n ~ ~ i h
aaiubos
wiT~s~u%fJet~aau
u i Y ~ n ~ ~ i i ~ ~ 5 ' n ~ ~
f l 7 5 d 5 5 ~ 1 h 0 ~ ~ 4 9 1 ~
~ R ~ u G U ~ ~ % : H ~ R
rnr3rns1rrimsa.r~~
~ I ~ I R = I % J Z Y : ~ W ~ ~ R ~ D ~
&~43p. l
uiqtl
mf 84
Ton
k ~ h l ~ ~
k w e a r
SJlTIrYear
~~nnn+a.r
~isciium
asaoa'gl
ws.ae%
ms3le%i
kb[7.7/1001
[E, x ECI*
~ ~ ~ W P I R I ~
LC x N
J?u~tu
I 127
409.97
1,65 1,859.05
1 15,630.13
287,641.52
1jw.oo --
152,400.00
DPU
kwh /r - v DPU
m z u l ~ a u l # ~ ~ ' l R : o ~ t l ~ ~ f ~ i n ~ d ~ z ~ n a ' ~ ~ w Bd o~nmzms~si~mslhk~iu'IVldli
uo~1m$otdiuo1ma~a"u41ua~d 127 L ~ % P f i o u m a ~ d d ~ ~ l # t ~ ~ ~ ~ f l ~ ~ a ~ n ~ d ~ ~ h m ' n ~ n ~ ~ 1 4 8 n u ~ i u ~ ~ . r o ~ d i u o i n 1 n ~ i j ~ i ~ l 4 ~ a ' ~ ~ 1 ~ ~ ~ ~ 1 ~ i i ~ ~ 1 1 ~ ~ ~ ~ ~ 1 ' ~ ~ ~ ~ ~ ~ a ~ ' 1 1 ~ ~ ~ ~ f i ~ ~ ~ ? ~ 1 1 ' i l = :
oy ~ndwii.raiuigu47u?u 31 L ( I ~ M i i n 1 ~ 1 4 ~ ~ q i ~ ~ 3 ~ H 4 1 5 1 ~ 8 ~ d 1,651,859.05 kwhlyear
n ~ ~ m s u l l ~ u u ~ n ~ o s d 5 ' u ~ i n 1 ~ e l r ~ ~ w ~ ~ ~ w ~ ~ ihks~ulr ldio 46 1,538,710.53 kwh
Near ( ~ I ~ I ~ I # ~ ~ ~ ~ ~ u ~ ~ ~ I v B ~ ~ ~ Y Y ~ ~ P ~ Q ~ ~ I ~ ~ w w ~ Q ~ ~ 113,198.40 kWh Near
d114d~alumsna~uod~ 1,291,400.00 uqn i i~r~uijuddsznk'l6~i$ 286,145.1 8
ulnry- iizzurna~iiu~uodd r w il R ~ ~ I I ~ 4.5
d l h
1
2
3
4
5
6
7
8
9
i 7tln15
rf i iod~ua~md
ozddRuulnp~
R R L ~ U G U R ~ U
61iU I h 5 4 4 l ~ l r l ~ l
33u
IhRYJ~1~1d31 RR'IIJ
61miu~n~mswih
Id47
61~644l~ldfll
dd%~4i~qun7a
~lh
G S ~ ~ U G U ~
drsnh18
~ z ~ t ~ a i i ; u q u
#qCnval
N
I ~ V
PS
st
DC
EC
~t
Be
~b
w i x i
1fi~84 i
uin
kw
k ~ h l ~ t x r
ww
I I M W
mnkw
lll?Wear
S
~Eplw
31
1,291,w.m
13.96
113,198.40
19626
1.7034
0.7842
286,145.18
454
w.lriumq
n~.s~ssar%i
n~aglsao<m
nlsaraea'a
n~rm.rao%
boyndiI*ld~
+I y adlld#41
6qai~MCh hxDC+Estx(EC+FT)
DPU
lun~sms?t aoumr drz ~ ~ H H ~ ~ ~ I M I W I I I ~ ~ W ~ D ~ I ~ ~ ' I I O ~ ~ ~ ~ J T S Z M ~ ~ I ~ ~ n n I d d a, , m s m ~ ~ ~ i ~ c i ~ n ~ ~ i ~ c ~ u ~ d ~ ~ u 0 ~ ~ ~ ~ ~ ~ 1 1 3 " 1 1 0 wunvcnr o ~ l l i u o 1 r n ~ p 1 u a ~ n i ~ I h - n ' ~ ~ ~ ~
IAdhin'ulc1~r~~uod47~3~ 3 1 inioc r i o u d ~ t u ^ ~ ~ ~ ~ ~ d ~ o u l # i w f m d f ~ ~ o ~ n ~ ~
dxansmnqs dd1fii31h&~iu~dh1df l,65l7S59.o5 kWhNear ~kmrdduudul4 1 ~ 4 ~ s ~ ~ ~ 1 " 1 c l l l r t : a ~ a " n 7 ~ ~ ~ ~ ; ; l n ~ ~ ~ i l 1,538.7 10.53 L W M Y ~ HU~I ~IWSWU
* Y
IYIAIRRRI 1 13,198.40 kwh l ~ w G ~ ~ ~ & I ~ I I U ~ I ~ A I ~ U " U ~ I S ~ ' ~ ; W B ~ ~ 1~91~4oo.m uin
n i u i a n d ~ ~ w l d ~ 1 ~ M ~ 286,145.18 mnfy- i t ~ ~ ~ ~ ~ r m a n ~ { u ~ u m d $ 4.54 il m a d d a u ~ ~ ~ ~ ~ ~ d i ~ ~ ~ n ~ d ~ : : ~ ~ ~ n ~ ~ ~ ~ t ~ u f l i f ~ ~ ~ u ~ ~ ~ ~ = : i ~ ~ i i n ~ ~ ~ ~ a ~ ~ ~ u
n - d uir^urn~ .rud.rrlnol m r i i ~ ~ u ~ u ~ ~ ~ ~ i u n ~ ~ n i ~ d ~ u m q ~ u i ~ ~ l 4 l ~ ~ ~ i p ~ n ~ ~ ~ d o m s #
4 itu"un"~n~a~.~oaoin15u'u 7
DPU
DPU
CV.VV I I I I I I 1 I I I I I I
u.n. w Bn. u . W.H. G.u. n.n. a.m. u a.m. M U , n.m.
DPU
DPU
2.2) IlPlJ Evapmafa. LLII:: ~ondenaer (195d~fI?~fl:@l~ 3 6 1~8UkdOfik Y
2.3) UOLRO$%~~RU& Fan mil Unit Llnr CoadFasiag Unit #0~iim'lm1 ?94llqn 6
2.5) ~ ~ a ~ q ~ r n ~ a u F= coil h i t # B J ~ ~ ? ~ ~ ~ R ~ ~ N W ~ ~ ) U
2.6) .I?WOY iLnrhutiw~u~udB~wid6ozt:niiq -8 Unit tin:: Fan
coil Unit
3) i ~ ~ ~ ~ ~ ~ r n r d l ~ i u # ~ u n d ~ ~ ~ u L a d ~ ~ u ' u ~ ~ u o c i ~ c i ~ i ~ ~ r ' a ~ n d ; n ~ a ~ u w i n j n n i ~ i ~ f i z
udqelisi~4 ~ ? w ~ ~ s ~ i i l l ~ . r r ~ ~ f ~ ~ 1 a 7 ~ ~ ~ n ~ ~ j 7 ~ l n ~ ~ ~ ~ ~ ~ 1 n i ~ 1 h ~ ~ 1 u ~ ~ u ~ ~ ~ ~ ~ 1 ~ z
a 1 u 1 . r o ~ i u n ~ o ~ d m ~ f ' ~ n ~ ~ t ~ i ~ 1 ~ 1 z a u 6 1 1 i i ~ n ~ ~ u ' 1 0 ~ ~ ~ ~ ~ = : 1 1 oaziimr."anisl~nz
dsaliiunn oiwdoidas
DPU
2) ~ I S ~ ~ L M ~ R P I W ~ ~ ~ ~ U U M L W ~ O ~ ~ ~ " U B ~ ~ ~ ~ I I ~ ~ ~ ' ~ S A ~ ~ ~ ~ ~ & ' I U O ~ ~ I ~ ~ & ~ ' ~ ~ ~ ~ 3 rn~m?uqun~rnru~u.rz~~vd9'~ 8in~~fitl#31dr:f # ~ O & & I ~ B . ~ S > H ~ ' I ~ I U ~ T ~
A ' ~ ~ ~ ~ ~ & ~ ~ ~ ~ ~ ~ I ~ ~ ~ ~ I ~ ~ B ~ O ~ ~ O U ~ O ~ ~ ~ ~ U U ~ ~ ~ ~ ~ I U ~ O I I ~ ~ U O ~ ~ ~ L I P ~ ~ ~ U ~ ' O W ~ U ka d 2 A
(Sensible Heat) d I ~ # ~ l ~ ~ ~ k n ' l ~IIOR?Y ~ l l ~ ~ T i U f i 3 1 9 1 ' ~ ~ f i 1 ~ ~ 7 ~ ~ h( ldf l~ 3 ~ h f l l l ;
DPU
DPU
qr MR nqnumu'r . (2529). rnmhe~~~mkni~mr~zw. nlsmnq : mn9n 4 3mn~sum~o~nn ilw4nei+ur~~m~mamf~
Qnr q w ~ % i a 6 (2548). r tmi lu j innr~n i11h$ j ,m : u~13nj,,1&1n~m5msd
d 9 w ~~i~niln~ y onTqimzclaz. (zs48).4 l R ~ m * m ~ ~ A ~ a ~ n l a ~ ~ ~ ~ i ~ i : ~ n ~ ~ d 4u d . r m w h h mP.lu&1~.rrb~vo~muiu1~~ drrlnnn s ?satdmuq. qnub
a i : &u'n~~uasuzn~sun~snm~&h~ f i ~ ~ ~ 1 f 3 4 i h ~ l j i n 1 ~ .
mm irz~nuru. (2549, nmpmu). 4l~?iint~h~4fl33d~~01n7tl.~ d m t d s s n m
' ~ v ~ w z p n m n n , o d loo. wljl119-130.
DPU
n k~ iuaruuwi ian~~~~u~~~zn~ao '1n~ad~t~~~8 ;~~ . a i ~ m ~ ~ m w i m n C ~ ~ ~ u
f f i f l ~ ~ & f t ~ f i ~ ~ # ~ ~ . MGI 1W103. h r n q neaiu. (2549, ~~u,Ru). ~ m ~ 1 % f l ~ ~ ~ d 5 ~ n 1 n ~ ~ 1 ~ h d d r t : h ~ n m - ~ 7 1 m ~
a 4 ~u~trmucmrm~, aiid 37. wG7 10-14.
au ~ a u p n r C u i ~ l m ~ . (ws, ruv~ar). -ms1~~a~sjd~u~lrn~n'~fln11~~~hnn'4~7~ ,-
a~am~imrrTpdId n& 20-25.
nin*nRd olarz~ugi (2549, u ~ ~ A u ) . + R W ~ ~ ~ J I S ~ ~ ~ ~ J ~ ~ T I I ~ Z H ~ I W S ~ Q ~ U . - n r m r
m ~ m ~ m & r n ~ ~ 1 m ~ ~ m m 1 1 ~ ~ . HGI 130132.
w a$% amlm~SRa'ww. (2549, umwuf. T i ~ l ~ ~ ~ a t v k l u . ~ ~ ~ u d ~ e ~ f l w . ~ anmr d sy~mh&alr aliun 31. H& 32-35.
w Wt"5 ~ 5 ~ 6 4 . (U49, ~IS~IQMU). ~113 J ~ z H ~ R w ~ ~ ~ ~ u ' I I o Q L ~ ~ D ~ I ~ ~ ' H o I ~ ~ ~ & % ~ ~ ~
fl?lv&1ud%o3*.~ ?rims M s h . n b l Techoola6g. H& 69-72.
w'iis Xwqn~nssF. (2549, nqunma). ' T ~ I ~ ~ ~ ~ ~ ~ W ~ P ~ ~ I U M F I I ~ . ~ amndtmsp 4 anaimmi, alivlz75. 23-26.
our lroiirhrnz~tnn,oi lracinb (2549, U ~ J ~ R U - ~ R U ) . u ~ & n f m d i u ~ ~ ~ m d ~ 9 h lXdrzr~ia'Lrli4-1." anmt riaj l~dl is l~mIul$~~. w f i 62.
DPU
DPU
0 5 7.3 20 M.
UNEAR SCAL
DPU
DPU
d
Y1
-
- - - -
- -
88'£~*'€~9
25'989' 1 80'8
r E'
~P
'L
~
ES191'699
r s'sw'r ~s
LO' J ZZ'069
- -
88'ELd€L9
~S'989'180'8
I CPO
P'L €9
~~'191'699
18'8PP's~g
LO'IZZ'M
9
OO'SFO'E zz W
OZP
'~ES
'Z
00'009' IDZ
OO'OZE'PI z w
o9z6
8~z
00'006'972
op
!
RLb
00'089
00' OLP
WO
SP
OO
'W
nv
~tn
i
nniuglebks n
ub
nnlany
DPU
w'£
L P'EL9
L9'ZZ€'9 I S lf'€VSt96 1
SI'Ztr16E81
LL'E99 58'619
RU
M
P
PZ'L89'180'8 ~
9'9
~'6
0~
'9
oO'O
ZP'~SS'Z W
00E'8LE
cZ 00'080'9
WO
TS
'S
Re. L
PE
'~P
'LE
~
6s'~sdPP
S 00'009't 02
00'000'Z I E 00'08P
00'019 ~
ULLR
!
DPU
dl
: iTu
I 2 3 4 5 6 7
' 8 9 10
11
L-
UUIR
~tu
rh
38,0
00
32,8
00
32,8
00
32,8
00
32,800
32,8
00
32,8
00
32,8
00
32,8
00
32,8
00
32,800
volt
V.
398
396
397
399
396
398
394
396
394
396
396
IS
A.
6.27
5.67
5.77
56
7
5.47
5.37
5.57
5.67
5.57
5.77
5.57
~r
A.
6.30
5.70
5.80
5.70
5.50
5.40
5.60
5.70
5-60
5.80
5.60
rirtr
XDJ
1 2 3 3 3 3 3 3 3 4 5
7 wclu 1 1 1 1 1 1 1 1 1 1 1
SIU
~IT
--
--
--
--
~~
l~
fl
lf
l~
7~
ll
~~
~3
fl
lf
qznl
nF( 2
iu
i 1
fladq
+$fly
B
I~
II
~~
P~
~I
UL
I~
::
'U?
~~
I~
piin
~nCt
2 J;d
z
hf
onlin
e
#~sd
vlnm
urum
d~4
dlu
'n~l
ul~
fl
#~
3#
1&
4l~
~fl
#td
lPlf
fi4
l~l~
fl
fi~
~d
l~fi
~l~
~~
lrl
~B
S~
I~
~J
~U
IU
R
#04d
lIh
41~
1lJP
l
$04
PltW
O.ll
JIS
809 s
erve
r
~t
A.
6.24
5.65
5.75
5.65
5.45
5.35
5.55
5.65
5.55
5.75
5.55
QI
~
3 2 2 2 2 2 2 2 2 2 2 2
PF.
------
0.90
0.87
0.86
0.87
0.91
0.91
0.89
0.88
0.88
0.86
0.90
inof
iwq
ET
ET
ET
ET
ET
--P
p-p
P------
ET
ET
ET
ET
ET
ET
m$4
ld41
kw.
3.89
3.39
3.41
3.42
3.42
3.37
3.38
3.42
3.35
3.41
3.44
~&!r1
d$8
kW
8,21
5.52
7,14
9.81
7,21
0.37
7,20
3.98
7,21
4.90
7,11
8.85
7,14
8.96
7,23 1
.99
7,06
8.64
7,19
2.21
7,26
5.99
DPU
DPU
DPU
DPU
DPU
DPU
41
6 66
67
68
69
70
71
72
73
74
75
76
77
8~
9
--
6 6 6 6 9 1 1 1
aiun
ls
64
~
uip
men
t
#a4 wo
~q
uip
cll
t
6
d0cl Radio
Bqu
ipm
cnt
dm
Rad
ioE
quip
men
t
#8
~~
ad
io~
pli
pm
t
Xow
iuw
a7er
r#
omaq
umul
nr ilr
trl
uaul
iriu
2 id
2 #
oP
~~
Y?
w~
~u
"~Iu
Xo.rd
~ljii
n~av
wm
u
dfl'oad@?fl25l~m~
1 1
vu~a
B!d
h -
--
--
36
,000
36,0
00
36,0
00
36,000
36,0
00
36,0
00
38,00
0
100,
OM
)
100,
000
100,000
6.r
dg
'Wm
sv
u
Xot
JfW
maq
ur~~
e
100,
MK
)
IS
A.
6.37
6.27
6.27
- -
6.47
15.7
2
16.1
2
16.2
2
1
U10
1
1 1 1 1 1 1 1 1 1 1
15.5
2
lO0,o
OO
1
~t
A.
6.34
6.24
oiy 3 12
12
12
2 2 2 2 2
2 2
15.4
6
1
2
PF.
0.87
0.91
rh
1010
3~14
BT
BT
BT
ET
ET
--------------
ET
ET
ET
ET
ET
6.24
16
,389
.75
0.91
2
ET
wi%
!dfl~
kW.
-
3.80
3.91
-
6.44
15.6
6
16.0
5
16.1
5
w547
dfllW
kw
16,0
55.5
7
16,5
30.1
2 -
- vo
lt
V.
396
396
-------
397
229
230
230
396
397
396
396
9.72
ET
Ir
A.
6.40
6.30
6.30
17.9
0
18.6
0
18.7
0
6.50
15.8
0
16.2
0
16.3
0
397
0.92
0.88
0.88
0.89
0,91
0.87
0,87
41,0
37.6
0 15
.60
396
3.77
3.76
3.78
3.95
9.84
9.62
9.68
15,9
29.4
3
15,9
01.8
4 '
15,9
87,3
3
16,6
82.5
1
41,5
66.2
1
40,63 8
.82
40,8
90,8
7
16.2
0 16
.12
16.0
5 0.
88
9.73
41,1
05.9
3
DPU
DPU
- W O O
f*
F 75 E
um h a g 2
I
?= -
d
~ . l
Y a (G s
6
a z * L
d &
g a a r
2 4 2
" 4 %
u CI
F 2
e r n E
g~
3
3
* r 5 r *.
' r g "
a a z
2 ; - 2
m ' n -
- 4 0
------------- $ ?
-------------
* F C C
6
w s g m m # Crl
$ P - 7 ! = 4 s z g g g ~ g X s z ~
4 4 - -
2 8 % ~
m r - n 9 ? % $ d 2 2 e b
d
$ Z Z *
s z z e S ~ * S d ~ 2 d
F r - r - W W 2 2
0 0 0 0 ; z z z
g g s g
* % E L
w o o w o o
d d d -
m
g * = 2
r 4 w m
+A P rF & .*ag
*
m Ci
r-
3 5 g g z
t ; ~
2
s g - - -
P ' s , , g s m z , ,
X
z
8 ro-
3 fi
O o O t- G
w a r n
N
-----
8 g a
------
2
%
r? 2
n
0
Em w m m m
q
+
2
I
m
8 \om
' s
0 - w T
Z G - T.
P e t -
or^-m ? ? u ! m m m
- r - w
2
I 1 3
0 0 0
3 2 ,
2 5 9
t ; Z S
N N ~ J
4 4 -
X -*
2
@ a
2
00
DPU
DPU
DPU
DPU
DPU
DPU
DPU
DPU
d~
t~ln
k.n
ulv
l4h
drzw
L lju
nayu
-
tBtu
/h)
kw
kw
kwh
Y in
A
uin
1
42,0
00
SC
1 0.
69
5.17
4.
24
0.52
0.93
4,76
8.75
12
,316
.78
46,300,OO
2 36,000
SC
1 0,
74
4.15
3.
64
0.53
0.
5 1
3,99
6.30
10
,041
.29
41,8
00.0
0
3 36,000
SC
1 0,
76
4.10
3.
60
0.54
0.
50
4,10
2.00
10
,302
.27
4 1,8
00.0
0 1
4 36,000
SC
1 0.
75
4.16
3.
64
033
0.52
4,
167.
80
10,4
69.8
7 41
,800
.00
1 5
36,000
SC
1 0.
75
3.97
3.
64
0.53
0.
33
3,66
9.05
9,
191.
89
41,8
00,o
O
6 36,000
SC
1 0.
77
3.87
3.60
0.54
0.
27
3,62
5.65
9,
072.
16
41,8
00,O
O
1 7
36,000
SC
1 0.
77
3.95
3.
64
0.53
DPU
~7n.r
; 6
ho
d~
sn
~~
d~
u~
um
~d
r~
~u
'~
w~
~~
~u
n~
~~
~~
~f
~~
ds
'~
~~
n~
ds
~~
n~
n~
w~
~
(do)
DPU
DPU
oflk~
1
2
3
4
5
6
7
8
9
T I ~ J ~ I ~
m~odiuo~mds::
R A S ~ ~ W ~ ~ ~ U ~ & I h & ~ i u I d 4 i ~ a ~ 1
lh~~~i ts l r l4 ia~as
i~naiudYo~n~snihIddi
~ I w G ~ ~ I w I ~ ~ I
didiuiiqun~rtl&
~~i~ufiu~d5rwu'~' IX
arurnaibqu
8 i g ~ n ~ q
N
~av
PS
EM
DC
EC
FT
B,
BP
2
l n ~ o p B
uin
kw. k m e a r
wnkw. U I ~ / L ~ .
umkw. 'Ul'llrYear
year
niad~wau
6 yaommsma~clia
ii~ioyns~nrnr~msi~
boynnnm~~5?eim
d ~ ~ l l ~ l f l f I l ~ ~ ~ ? ~ % i
bo y~dq'lrld-~
byl€tdlldih
byaci~'ldA3
Ps x DC+ Estx@C+FT)
Chv) 1 @-I
I . ~ ? X I I ~
31
I J ~ ~ , ~ w . w
13.96
1 13,198.40
196.26
1.7034
0 . 7 ~ 2
284,332.13
4.54
DPU
i flN14PI 9 Technical DaEa VOQ Compressor Energy Efficiency
riunis
hapmating Temp.
chdeming Temp.
Ambiea. Temp
Power Consumtim
Cooling Effect
EER
niav
0 C
0 C
0 C
W
BmIh
h)lW
w n i ~ a
-
3.40
110.00
1,440.00
0.63
~ n m - t 1 f i 1 q 4 F ~ ~
t i i;
7.20
54.40
35.00
3,700.00
27,900.00
7.54
rril~auo
7.20
51.00
35.00
3,590.00
29,340.00
8.17
DPU
DPU
d l i h
1 d a n n o ~ P l W J
W ~ Q R
o~nimm~ucnoumzu~n~r~~nimd 2
K i i h
~f.1%&~
unan
W
%UqR
w
Smu"na1n6
1.
2.
3.
4.
5.
6.
KlCdd41
d~CnninPP'
W
L ~ U
iw8fl a'a
141%
Id& rau
kW
oarw waft
~ m s
i 3
Fluorescent
F I u o m t
Fllmescmt
Fluorescent
Inadexent
Incandescent
-
- -
- -
o~rn~~aiolnrihrriooulrriu 2
fa l l
1
11
1577
39
- -
1628
0.0235
0.2805
66.4455
1.7745
0.4000
0.9000
68.8240 1,653
18
20
36
40
40
60
18
20
36
40 I 40
60
1.
2.
3.
4.
1
11
1,577
39
10
15
5.5
5.5
5.5
5.5
- -
10
44
501
16
571 33U
Fluorescent
Flkmes~zkt
Fl-t
Fluwescent
o1m~disu1amt.uim5~n6~~iinind u
18
36
36
40
10
44
16
70
1.
-
-
50 1
501
Flwrescent
2.
3.
4.
18
36
36
40
18
Flm~scent
Fluomcent
Compact
Fllmtsmnt
23.8955
10
10
5.5
10
2
44)
0.2800
2.0240
20.7915
0,8000
36
36
13
2
-
38
16
13
0.3600
mu 228 40 166
-
9.2220
38
-
-
18
-
166
-
10
36
36
13
0.0560
10
5.5
- I
1.7480
6.8890
0.1690
DPU
DPU
DPU
