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-- GUIDE „
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Heat and Air Conditioning
DESCRIPTION
ASHRAE 90.1 COMPLIANT
ia.a ( E fi ‘ � ' r YORK DF PredatorTM units are convertible single packages
with a common footprint cabinet and common roof curb for all 6-
HIGH EFF[G[ENC p 7: 1/2 through TO ton models. All units have two compressors with
` I R independent refrigeration circuits to provide 2 stages of cooling.
SINGLE PACKAGE AIR C N il_ T[�RS AND The units were designed for light commercial applications and
can be easily installed on a roof curb, slab, or frame.
SINGLE PACKAGE cz NE C � A
DING All DF PredatorTM units are self - contained and assembled on
i it �' rigid full perimeter base rails allowing for 3 -way forklift access
DF 078, 090, 102 and 120 and overhead rigging. Every unit is completely charged, wired,
6 -1/2, 7 -1/2, 8 -1/2 and 10 NOMINAL TONS piped, and tested at the factory to provide a quick and easy field
installation.
10.3 ERR
All units are convertible between side and down airflow. Inde-
pendent economizer designs are used on side and down dis-
charge applications, as well as all tonnage sizes.
'
PredatorTM units are available in the following configurations:
" cooling only, c
', ;:. : g ), cooling with ele��, is heat, and cooling with gas
Q
heat. t Electric ?fir ctric
•[ heaters
_ ate s are available only as field-installed led acces -
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r !',. ,j - �k „-. _ _ I Tested in accordance with:
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FOR DISTRIBUTION USE ONLY - NOT TO BE USED AT POINT OF RETAIL SALE
DF120N15A2 AAA 3A
' PRO NOMENCLATURE
I Model
.rode)
Number
# Description Options
D Product Category D = Air Conditioner, Single Package
F Product Identifier F = Mid Efficiency
120 Nominal Cooling 078 = 6 -1/2 Ton 102 = 8 -1/2 Ton
Capacity MBH 090 = 7 -1/2 Ton 120= 10 Ton
N Heat Type C = Cooling Only N'= Natural Gas, Aluminized Steel S = Natural Gas, Stainless Steel
15 Nominal Healing 00 = No •Heat Installed
Capacity 10 = 100 MBH Output Gas Heat 15 = 150 MBH Output Gas Heat 20 = 200 MBH Output Gas Heat
A = SM N = High Static Motor Y = High Static Motor /BAS VEC/BPJZ Pleated Filters
B = SMNEC /BR P = High Static MotorNEC /BR Z = High Static Motor /BAS VEC /BR/2" Pleated Filters
C = SMNEC /PE 0 = High Static MotorNEC/PE
A Airflow D = SM /MD (Downflow only) R = High Static Motor /MD(Downflow only)
E = SM /Honz EC S = High Static Motor /Horiz EC
L = SM /BAS VECBR.2` Pleated Filters
M = SM /BAS VEC/PE/2" Pleated Filters
2 Voltage 2 = 208230 -3 -60 4 = 460 -3-60 5 = 575 -3 -60
A= None
g =1 G =183 M= 1,2,3 &4
A Installation C= 2 H= 1& 4 N= 2& 3
Options ,D =1 &2 J =1,2&3 P =2 &4
E =3 K =1,2 &4 D =2,384
F =4 L =1,3 &4 R =384
AA = None JH = JC, DFS, APS, TCC, PM & CG
AS = PM JJ = JC, DFS, APS &TEC NH = NC, DFS, .APS TCC, PM & CG
AC = CG JK = JC, DES, APS, TEC & PM NJ = NC, DFS, APS & TEC
AD =DFS JL = JC, DFS, APS, TEC & CG NK = NC, DFS, APS, TEC & PM
AE = PM & CG JM = JC, DFS, APS, TEC, PM & CG NL = NC, DFS, APS, TEC & CG
C AF = PM &DES JN = JC, DFS, APS, TEC & TCC NM = NC DFS APS, TEC, Pb.! & CC
AG = CG & DFS JP = JC, DFS, APS. TEC, TCC E. PM NN = NC, DFS, APS, TEC & TCC
AH = PM, CG & DES JD = JC, DFS, APS, TEC. TCC & CG t4 ' = NC, DFS, APS, TEC, TCC & PM
CA, = CC, DFS & APS JP, = JC, DFS, APS, TEC, TCC, PM 4C = NC, DFS, APS, TEC, TCC & CG
-CE = CC, DFS, APS & PM & CG
NR = NO DFS, APS, TEC, TCC, PM & CG
CC = CC, DFS, APS & CG HA = HC, DFS & APS TA, =TCC
CD = CC, DFS. APS, PM & CG HE = HC, DFS, .APS & PM TB = .TCC & PM
CE = CC, DFS, APS, TCC HC = HC, DFS, APS, & CG TC = TCC & CG
OF = CC, DFS, APS, TCC & PM HD = HC, DES, APS, PM & CG TD = TCC E. DFS
CG = CC, DFS, APS, TCC & CG HE = HC, DFS, APS & TCC _ =TCC, PM & G3
TF
CH = CC, DES, APS, TCC, PM & CG HE = HC, DES, APS, TCC & PM =TCC, PM &DFS
CJ = CC, DFS, APS & TEC HG = HC, DFS, APS, TCC & CG TG = TCC, CG &DFS
! _,A Additional Options CK = CC, DES, APS, TEC & PM HH = HC, DFS, APS, TCC, PM & CG TH = TCC, PM, CG & DFS
CL = CC, DFS, APS, TEC & CG HJ = JC, DFS, APS & TEC TJ = TEC
CM = CC, DFS, APS, TEC, PM & CG HK = HC, DFS, APS, TEC & PM Tic =TEC & PM
. ON = CC, DES, .APS, TEC & TCC HL = HC, DES, APS, TEC & CC TL =TEC & CG
'CP = CC, DES, APS, TEC, TCC & PM HM = HC, DES, ,APS. TEC, PM & CG TM = TEC & DFS
CO = CC, DES, APS, TEC, TCC L CG HN = HC, DFS, APS & TEC TIC =TEC, tv, & CG
Cr, = CC, DFS, APS, TEC. TCC, PM HP = HC, DFS, APS, TEC, TCC & PM TF =TEC, PN, L DFS
D CG HO = HC, DES, APS, TEC, TOO & CG u = T. CG & D 5
C'd = C CC , D =� �',PS 8 " °G HP = HC, DFS, APS. T DM
TR =TEC. PIM, CG L. DFS
C. TCC °
C> : =,D C, A, ^ S,2 "PF 'CC & CG TS = TEC Li TCC
JA. = JC. DFS L A °; NA = NC, D =S &APS TT = TEC, TCC & PM
JE = JC, DES, AP; S PM NE = 1 DES, APS & PM =TEC. TCC & CG
JC = JC, DFS, APS & CG NC = NC, DFS, APS & CG N = TEC, TCC &DFS
JO = JC, DFS, APS, PM & CG ND = NC, DES, .APS, PM & CG - 1 14' = TEC. TCC. PIM & CG
JE = JC, DES. APS & TCC NE = NC, DES, AP; & TEC = TEC, T CC, °M. & DFS
J= = JC. DES, A °S, TOO & PM NE = I40, DFS, APS. TOO &Phi T = TEC, TCC. CG L- DFS
JG =JO, DES, APS, TOO L CG NG = NC, DES, APS, TOO & CG T- = TEC. TCC, PM, CG L D =S
3 Product Generation 3 = 3rd Generation
A I Product Style A = S!vte A
r
0
" TABLE 6: DF CAPACITY RATINGS
•
Cooling Capacity
Nominal Gas Heat Capacity Gas
ARI Ratings Sound Electric
Size
(Tons) Model CFM Rating Heat Line
F (dB )I Ca act $ Input Output Seasonal Temp. Size
MBH EER IPLV ( ) P tY P E
(kW) (MBH) (MEl -I) ffciency Rise (in. OD)
( ( ° F)
Cooling
Only - - - -
078 Electric 9, 18, 24,
(6 -1/2) Heat 75 10.3 11.0 2600 84 36
•
Gas Heat . - 120 96 80 ( 20 -50 3/4
Gas Heat - 180 14-4 BO 35 -65 3/4
Cooling
•
Only - - _ _ - -
090 Electric 9, 18, 24,
(7 -1/2) Heat 91 10.3 11.3 3000 84 36
Gas Heat - 120 96 BO 15-45 3/4
Gas Heat - — 180 144 80 30 -60 3/4
Cooling
Only - - - - - -
102 Electric 9, 18, 24,
•
(8 -1/2) Heat 9 9 10.3 11.1 3400 84 36 -
- -
Gas Heat - I 120 96 80 15-45 3i4
Gas Heat I 1
I I - 180 I 144 BO I 10-40 3/4
Cooling i 1
Only . - - I -
120 Electric 18, 24, 36,
(10) Heat 115 10.3 10.0 4000 90 I 54
Gas Heat - 180 144 80 20 -50 3/4
•
Gas Heat 240 192 80 35-65 3/4
Rated at 95 °F ambient 80 "F dry bulb and 67°F wet bulb.
t Rated in accordance with ARI 270 standard.
Y , See Table 16.
TABLE 7: UNIT VOLTAGE LIMITATIONS
POWER RATING I MIN. j MAX.
t
208/230-3-60 167 I 252
460 -3 -60 432 I J04
575 -3 -60 540 I 630
rI
I I..U. -,• D...._4,,_.+,_
..
d.
Y i q
--,---1111 I
itiir 15-
h ■ I — ■re
�'. '. FRONT
LEFT FRONT
9 C I LEFT C D
A A B
E
0 F
FIGURE 2: UNIT 4 POINT LOAD FIGURE 4: UNIT 6 POINT LOAD
TABLE 27: 4 POINT LOAD WEIGHT TABLE 28: 6 POINT LOAD WEIGHT
Location (lbs.) Locations (lbs.)
Model Model
A I B I C D A I B C I D E F
DF078 231 I 197 I 288 I 337 DF078 158 I 142 I 128 I 167 I 207 I 231
DF090 239 I 204 i 298 I 349 DFOSO 164 I 147 I 133 I 194 215 I 239
DF102 251 I 215 313 366 DF102 172 I 154 I 139 I 203 I 225 I 251
DF i 20 260 I 222 I 324 I 379 DF120 178 I 160 I 144 I 210 233 I 260
Weights include largest heating option.
TABLE 29: UNIT WEIGHT
Model Shipping Operating
47 ire" �---'---- 25 1/2• Weignt (lbs.) Weight (lbs.)
DF07E 1058 1053
`� FRONT D F 090 1096 1091
DF102 1150 1145
FIGURE 2: UNIT CENTER OF GRfs.VITY
DF120 f 1190 I 1185
SCOW, 85 I 82
PE 150 I 146
GAS HEAT 110 100
ELEC..HEAT 49 49
' Weights include largest heating option.
T g tube gas section.
7 54kW heater.
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See Detail
1 liel A
50-3/4
i
,. Pow 1 - I •
Control I [
.-",.. -- Enfry l' ,., : *.. o En 7 tr i y 8 I j
I I :
. ' 0 2-1/2 I
1 il ,'
I
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I •
1:111
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' i _..,...--- ...1,;7.Vai
4-1/4 i . Ili ' P a; ' I
11-1/2
' 1
. roil 1, , ., Con s .....
'.; ''.: ."-• - — do
', ..7■•.. c 'En u tr y " et - ii i ii0
For Baserail
'....4,.....44.. .,__ ...,. I
Dimensions
_........-r::,.? , FRONT See Detail B
For Drain
sions
30-3/16
59 24-3/16 6-3/16 4.4 ....... ''." D
See Detail C
LEFT
-77 , 8•
./''---
. '
FIGURE 5: UNIT DIMENSIONS
DETAILS r.-- 2 -3/5 ,.
DETAIL A Gas Pipe Inlet
r
r -- , - 2
1
I I
3-3/4
i ----....
7 Base
i / \ — .,-,,
( ..... j i /-
I \ /
I /
View of Wall Across from Coil
..t------1 3-9/15
I I
- - - • - , , ..-- - . -7 - - - -. - - - - - - - - - ,
TA.ELE 30: UNIT CLEARANCES ETAIL C
Top
I 7Z i Right I 12"
.. 1 2
l
r
Front I 36" Left 1 36"
/
.
Reart / 36" BottomI i 0"
5-3/8 /
i
'
3/nits must b ns:a outdoors. Deerhanoing struo,ture or
I i I
ahJOS ah0:_lIci no oostrucrt cor1ens9r air Oischaro. °Ulla:.
! . ■
To i ' Sild:=,atD: 3FF.17, ::;1.1 a rear CE:a7arCs cf 33 r ia
is ..Me\ 'aE:.,;a_. na 3 ::a `_:a7 a..a-
:ajrriCvea: InraP_Igri
ire from :•seporatin: ihs acme: v,..:211
Units may Os irtsza!ier.f ori rxin fl•:ia,a 17505 n-
,
ovocio' or class A, S or C roof oosemm materials.
-)n
.t.
•
•
„,„...----------------A--N'NNN'NN. RIGHT
B0-5/8
INSULATED DECK UNDER
.„...„------- CONDENSER SECTION
4 .
.00”
20
SUPPLY
20
1110k.. ''
RETURN
2 TYP. .. .."..
. 4 0
• ■Ir •
50-1/2 ..117 INSUL4TED DECK UNDER
COMPRESSOR SECTION
iAr FRONT
13 or 14
FIGURE 6: PREDATOR• ROOF CURB DtrviENSIONS
---- Z
-At
26 80-5/8
-,,
\ RETLIRW '-- -.\ <
/ /
/--- ‘-‘'''- L---- -....--• 14UPPLY \ X''-,
>---
',....,
.7
--,
-- ---------- 1 HI 0
",. ",... •
)-'
...--' ...),,
..---- 'r-
,---------
94 59-1/4
, •-._
RIGHT
64-1/4
---..
.„---'
.
-=,-,'ET!!:! E:C:CIF
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