Post on 10-Sep-2018
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
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