PY Installation Manual
description
Transcript of PY Installation Manual
INSTALLATION,OPERATION
&MAINTENANCE
MANUAL
SINGLE PACKAGED ROOF TOP AIR CONDITIONERSPY SERIES
MODELS: PY036 - PY360
Part Number: 800-213-64 (Rev.-04)
Contents PageGeneral
Model decoding ...................................................................................................................................................... 2
General statement .................................................................................................................................................. 3
Warranty ................................................................................................................................................................. 3
Safety issues .......................................................................................................................................................... 3
Inspection for damage ............................................................................................................................................ 3
Installation instructionsGeneral ................................................................................................................................................................... 4
Location of unit ....................................................................................................................................................... 4
Service clearance ................................................................................................................................................... 5
Rigging instructions ................................................................................................................................................ 5
Condensate drain connection ................................................................................................................................. 6
Duct connection ...................................................................................................................................................... 6
Electric heater ......................................................................................................................................................... 6
Unit weight & weight distribution ............................................................................................................................. 6
Unit dimensions ................................................................................................................................................... 7-9
Cable size ............................................................................................................................................................. 10
Operation instructionsStart-up inspection & check list ............................................................................................................................ 10
Electrical data .................................................................................................................................................. 11-17
Microprocessor controller, operation & functions .................................................................................................. 18
Electronic thermostat ............................................................................................................................................ 18
Controls and sequence of operation .................................................................................................................... 19
Maintenance instructionsAirflow adjustment ................................................................................................................................................ 20
Crankcase heater ................................................................................................................................................. 20
Cleaning of coils & filters ...................................................................................................................................... 20
Belt tension testing procedure ......................................................................................................................... 20-21
Preventive maintenance schedule ....................................................................................................................... 22
Recommended spare parts list ............................................................................................................................. 23
Trouble shooting chart ..................................................................................................................................... 24-25
Typical schematic wiring diagram .................................................................................................................... 26-31
Parts list ........................................................................................................................................................... 32-34
INDEX
CONTINUING RESEARCH RESULTS IN STEADY IMPROVEMENTS.THEREFORE, THESE SPECIFICATIONS ARE SUBJECT TO CHANGE WITHOUT NOTICE.
1
1 &
2B
ASI
C3,
4 &
5N
OM
INA
LC
OO
LIN
GC
APA
CIT
Y(M
BH
)
7B
LOW
ERM
OTO
R
6EL
ECTR
ICA
LSU
PPLY
( V-P
h-H
z )
9H
EATE
R O
PTIO
NS
(kW
/STA
GE)
11C
ON
DEN
SER
CO
IL
PYP
AC
KA
GE
DU
NIT
075
090
100
120
150
180
210
240
300
340
360
R :
1.5
HP
OD
PZ
:2
HP
OD
P
Z:
2 H
P O
DP
E:
3 H
P O
DP
E:
3 H
P O
DP
E:
3 H
P O
DP
G:
5 H
P O
DP
G:
5 H
P O
DP
J:
7.5
HP
OD
P
J:
7.5
HP
OD
P
J:
7.5
HP
OD
PL
:10
HP
OD
P
L:
10 H
P O
DP
M:
15 H
P O
DP
N:
NO
HE
ATE
R
B:
6/1
C:
7.5/
1
D:
10/2
E:
12/2
F:
15/2
G:
20/2
(For
PY0
90 -
150)
H:
25/2
(For
PY0
90 -
150)
J:A
LUM
INU
M F
IN
K:C
OA
TED
ALU
MIN
UM
FIN
L:C
OP
PE
R F
IN
M:A
LUM
INU
MFI
NS
WIT
H T
G.
N:C
OP
PE
R F
INS
WIT
H T
G.
8D
RIV
E O
PTIO
NS
10EV
APO
RAT
OR
CO
IL
J:A
LUM
INU
M F
IN
K:C
OA
TED
ALU
MIN
UM
FIN
L:C
OP
PE
R F
IN
M:A
LUM
INU
MFI
NS
WIT
H T
G.
N:C
OP
PE
R F
INS
WIT
H T
G.
MO
DEL
S: P
Y075
- PY
360
(BEL
T D
RIV
EN M
OTO
R)
1 &
2B
ASI
C3,
4 &
5N
OM
INA
LC
OO
LIN
GC
APA
CIT
Y(M
BH
)
7B
LOW
ERM
OTO
R
6EL
ECTR
ICA
LSU
PPLY
( V-P
h-H
z )
9H
EATE
R O
PTIO
NS
(kW
/STA
GE)
11C
ON
DEN
SER
CO
IL
PYP
AC
KA
GE
DU
NIT
036
048
060
U :
0.5
HP
OD
P(D
IREC
T D
RIV
E)
W :
0.75
HP
OD
P(D
IREC
T D
RIV
E)
C:2
08/2
30-1
-60*
H:2
08/2
30-3
-60
M:3
80-3
-60
(
4 W
IRE
)
F :4
60-3
-60
N:
NO
HE
ATE
R
A:
5/1
C:
7.5
/1
D:
10 /2
**
J:A
LUM
INU
M F
IN
K:C
OA
TED
ALU
MIN
UM
FIN
L:C
OP
PE
R F
IN
M:A
LUM
INU
MFI
NS
WIT
H T
G.
N:C
OP
PE
R F
INS
WIT
H T
G.
8D
RIV
E O
PTIO
NS
N :
DIR
EC
TD
RIV
E
10EV
APO
RAT
OR
CO
IL
J:A
LUM
INU
M F
IN
K:C
OA
TED
ALU
MIN
UM
FIN
L:C
OP
PE
R F
IN
M:A
LUM
INU
MFI
NS
WIT
H T
G.
N:C
OP
PE
R F
INS
WIT
H T
G.
12A
CC
ESSO
RIE
S
N :
STA
ND
AR
D U
NIT
MO
DEL
S: P
Y036
- PY
060
(DIR
ECT
DR
IVE
MO
TOR
)M
OD
EL D
ECO
DIN
G
N:
NO
HE
ATE
R
F:
15/2
G:
20/2
H:
25/2
J:
30/2
K:
35/2
L:
40/2
(For
PY2
40 -
360)
H:2
08/2
30-3
-60
M:3
80-3
-60
(
4 W
IRE
)
F :4
60-3
-60
J : A
LT. I
K :
ALT
. II
13EL
ECTR
ICA
LO
PTIO
NS
N:
STD
. UN
ITI
: AN
TI-IC
EU
:U
VM
V:
VOLT
FR
EEC
ON
TAC
TS*
K:
ADJ.
PRES
SUR
ESW
ITC
HA
:I &
UB
:I &
VC
:U
& V
D:
I, U
& V
E:
I, U
& K
F:
I, V
& K
G:
U, V
& K
H:
I, U
, V &
KJ
:I &
KL
:V
& K
M:
U &
K
13EL
ECTR
ICA
LO
PTIO
NS
15TH
ERM
OST
ATO
PTIO
N
S:U
NIT
WIT
HTH
ER
MO
STA
T
D:U
NIT
WIT
HO
UT
THE
RM
OS
TAT
14FI
LTER
OPT
ION
S
N:
STD
. UN
ITI
: AN
TI-IC
EU
:U
VM
V:
VOLT
FR
EEC
ON
TAC
TS**
*K
:AD
J. P
RES
SUR
ESW
ITC
HA
:I &
UB
:I &
VC
:U
& V
D:
I, U
& V
E:
I, U
& K
F:
I, V
& K
G:
U, V
& K
H:
I, U
, V &
KJ
:I &
KL
:V
& K
M:
U &
K
NO
TE:
*–
App
licab
le fo
r PY
036
& P
Y04
8 m
odel
s on
ly.
**–
App
licab
le fo
r PY
060
mod
els
only
.
***
–V
olt f
ree
cont
act o
ptio
n is
ava
ilabl
e as
: A) U
nit O
N/T
RIP
indi
catio
n, B
) Com
pres
sor R
UN
/TR
IP in
dica
tion,
C) B
low
er m
otor
RU
N/T
RIP
indi
catio
n.
A:1
" TH
ICK
ALU
MIN
UM
NO
TE: *
Vol
t fre
e co
ntac
t opt
ion
is a
vaila
ble
as: A
) Uni
t ON
/TR
IP in
dica
tion,
B) C
ompr
esso
r RU
N/T
RIP
indi
catio
n, C
) Blo
wer
mot
or R
UN
/TR
IP in
dica
tion.
16TH
ERM
OST
ATO
PTIO
N
S:U
NIT
WIT
HTH
ERM
OST
AT
D:U
NIT
WIT
HO
UT
THER
MO
STAT
15FI
LTER
OPT
ION
S
A:1
" TH
ICK
ALU
MIN
UM
B:2
" TH
ICK
ALU
MIN
UM
12PD
S O
PTIO
N
N :
NO
PD
S
P : S
TD. U
NIT
WIT
H P
DS
14A
CC
ESSO
RIE
S
N :
STA
ND
AR
D U
NIT
C :
STD
. UN
IT W
ITH
FRE
SH
AIR
HO
OD
& M
AN
UA
LD
AM
PE
R
A : E
CO
NO
MIZ
ER
B :
EC
ON
OM
IZE
RW
ITH
EN
THA
LPY
SE
NS
OR
2
GENERALGENERAL STATEMENTThis unit is from the PY series that was designed & built for the optimum performance. However, it is required that you become wellacquainted with good practices for the proper installation/operation/and maintenance procedures in order to ensure a safe trouble freeoperation, year after year.
Please read through the whole manual contents before you attempt to install/operate/ and maintain the unit.
Most of the procedures described in this manual require certain skills and experience. The installation and other maintenance proceduresshould be performed only by highly skilled and experienced technicians. The end user’s role should be limited to the cleaning of thefilter.
Please consult your nearest “Zamil” representative for further information.
The PY units can be supplied, depending on the End User requirement, as the basic “Cool Only” version, or the “Heat & Cool” version(with electric heater module).
WARRANTYAll of the PY series of Packaged Roof Top Units are covered by the standard warranty terms against any manufacturer defect. Shouldyou encounter any problem that falls under the warranty terms please contact your nearest “Zamil” representative.
3
SAFETY ISSUESThere are three degrees of safety hazards that are identified throughout this manual as WARNING (where the situation will result inpersonal injury), CAUTION (where personal injury might occur), and ATTENTION (where minor personal injury and/or property dam-age could happen). Please understand and respect those identifications.
WARNING: The PY units operate on a high voltage with moving parts (at high speed) which can lead to serious injuries and/or damage to the unit. Never attempt to service the unit unless the main electrical power supply has been disconnected.
CAUTION: Extra care should be observed when installing, test running, adjusting, servicing, or maintaining the unit as thehazard of explosion, fire, electrical shock, and potential personal injury and property damage are present.
When performing any task pertaining to the installation and maintenance of the unit, the skilled technician should observe all theapplicable safety measures (wear of safety helmet, boots, gloves, and goggles. Use of proper handling materials for brazing and useof wet cloth for quenching. A fire extinguisher should be easily accessible etc.). He should also read all the instructions and informationin this Manual prior to attempting to perform any installation or servicing of the unit.
All applicable local codes should also be observed.
INSPECTION FOR DAMAGEThe unit should be carefully inspected visually for any sign of physical damage due to mishandling. Whenever a damage is detected,please indicate it on the corresponding delivery note before you sign it and inform your nearest “Zamil” office.
GENERALThese units are shipped completely assembled, charged, and wired. They do not require any field installation of refrigerant tubing.Units require external power, thermostat wiring, condensate drain piping and ducting as applicable.
Size of unit for an installation should be based on a heat gain calculation made according to applicable standards. Units must also beinstalled in accordance with regulations of the "National Fire Protection Association" and local electrical codes. Where local regulationsconflicts with the instructions in this manual, installer should adhere to local standards.
Prepare your concrete pad or steel stand based on the corresponding dimensions. Remove shipping protective covers and woodencrating and lift unit from base and place in position with suitable vibration isolators.
All field installed accessories are to be installed by the customer.
LOCATION OF UNITWhen selecting the location for the unit, the following points should be kept in mind:
1. Provisions for a concrete pad or steel stand base.
2. That the terrain allows for drainage away from the unit.
3. If the unit is to be roof mounted, inspect the roof for load bearing capacity. The roof should have sufficient structural strength to carrythe weight of the unit.
4. Install unit on vibration isolation pads, i.e. on rubber mounting pads.
5. Availability of electric power.
6. To position the unit for unrestricted air circulation of the condenser air inlet and to prevent any possibility of air recirculation from thecondenser fan discharge air (see figure on next page).
7. Check minimum clearances required for your unit, with regard to walls, or other obstructions (see figure on next page).
8. Air cooled equipment should not be installed under low structural overhangs which can cause condenser air recirculation or restric-tion. Observe minimum of clearance (see figure on next page).
9. Care should be taken to prevent air from other sources from entering condenser, if this air is at a high temperature.
10. Level the unit on its final location and be sure that the levelling tolerance is ±5 mm per linear meter in any direction.
CAUTION: Do not install the unit as indoor unit, install it in an open area, and unit air inlets must not be located near exhaustvents or other source of contaminated air.
INSTALLATION INSTRUCTIONS
4
SERVICE CLEARANCE
MODEL DIMENSIONSNUMBER A B C D E
PY036 85 105 105 150 90PY048 85 105 105 150 90PY060 85 105 105 150 90PY075 90 105 105 200 90PY090 90 105 105 200 90PY100 90 105 105 200 90PY120 90 105 105 200 90PY150 90 105 105 200 90
NOTE: All dimensions are in cm.
A : Clearance dimension from condenser coilB : Clearance dimension from electrical control box, blower & motor/evaporator access panelC : Clearance dimension from condenser coilD : Clearance dimension over the condenser fanE : Clearance dimension from filter access panel
MODEL DIMENSIONSNUMBER A B C D E
PY180 120 90 115 250 120PY210 120 90 115 250 120PY240 120 90 115 250 120PY300 120 90 115 250 120PY340 120 90 115 250 120PY360 120 90 115 250 120
A : Clearance dimension from condenser coil & compressor access panelB : Clearance dimension from filter access panelC : Clearance dimension from electrical control box, blower & motor/evaporator access panelD : Clearance dimension over the condenser fanE : Clearance dimension from condenser coil
MODELS: PY036 - PY150 MODELS: PY180 - PY360
ATTENTION TO RIGGERS• Insert 2" nominal pipe through holes in the base rail as shown in the figure below for slings.• Holes in base rail are centered around the unit center of gravity.• Use wooden pallet or spreader bar when rigging, to prevent the slings from damaging the unit.• Rollers may be used to move the unit on the roof or ground.
CAUTION: All panels should be in place when rigging.
RIGGING INSTRUCTIONS
5
A
B
D
ACCESS PANEL FOR CONTROL BOX,
CONDENSER AIR INLET
COMPRESSOR & BLOWER MOTORD
ACCESS PANEL FOR
B
EVAPORATOR COIL
SPREADER BAR
MUST BE 2" NOMINAL PIPE THRU UNIT FOR SLINGS TO AVOID BASE DAMAGE
END
PROPER CLEARANCE TO BE PROVIDED
COMPRESSOR
LIFT LIFT
MODELS: PY036 - PY360
CONDENSATE DRAIN CONNECTION• Use standard PVC pipe with NPT connection for the condensate drain. Provide a 'P' trap immediately at the condensate drain connection.• Piping has to be sloped away from the unit.• Remember to remove the drain hole plug before operating the unit. Avoid bends & elbows.
DUCT CONNECTIONThe units can be connected to the ducting in horizontal configuration. Connect ducting using flexible duct connection. The duct shouldbe properly designed and the drive package should match the required CFM & corresponding external static pressure.
ATTENTION: Avoid abrupt changes in size and/or direction of duct to ensure proper unit performance.
UNIT WEIGHT & WEIGHT DISTRIBUTIONMODEL
NUMBERWEIGHTS (Kg.)
K G L NPY036
PY048
PY060
PY075
PY090
PY100
PY120
PY150
PY180
PY210
PY240
PY300
PY340
PY360
195
213
215
335
360
440
445
450
800
840
970
975
1030
1323
45
48
49
83
86
101
102
103
104
106
120
120
124
138
52
58
58
86
93
116
118
119
166
176
200
201
223
200
38
41
42
71
74
95
95
97
98
99
116
116
118
128
-
-
-
-
-
-
-
-
145
151
177
177
179
150
TOTALWEIGHT
(Kg.) M H-
-
-
-
-
-
-
-
132
138
167
169
171
165
K H G
L M N
CONDENSER SECTION
SUPPLY AIR RETURN AIR
R
Y
ELECTRIC HEATERSElectric heater kit is installed as an externally mounted kit at the supply air opening.
60
66
66
95
107
128
130
131
155
170
190
192
215
220
-
-
-
-
-
-
-
-
-
-
-
-
-
164
R Y-
-
-
-
-
-
-
-
-
-
-
-
-
158
6
7
UNIT DIMENSIONSPY036 - PY060
NOTE:1. All dimensions are in mm (dimensions in brackets are in inches).
24 [0.94]
8
UNIT DIMENSIONSPY075 - PY150
A B C D E F G H J K L M N O P
PY075 - PY090 2080(81.89) 1162(45.75) 1034(40.71) 1114(43.86) 308(12.15) 550(21.64) 798(31.4) 300(11.81) 251(9.87) 396(15.59) 152(5.98) 175(6.88) 24(0.94) 171(6.73) 1775(69.88)
PY100 - PY150 2212(87.1) 1408(55.43) 1085(42.72) 1372(54) 255(10.03) 707(27.84) 790(31.1) 367(14.46) 190(7.48) 476(18.74) 150(5.91) 145(5.71) 48(1.89) 200(7.87) 1907(75.08)
MODELDIMENSIONS
NOTE:1. All dimensions are in mm (dimensions in brackets are in inches).
TOP VIEW
FRONT VIEWSIDE VIEW
POWER SUPPLY CONN
A
P
C
D
BL
F GO
E
132
[5.21
]
NJK H
M
CONDENSER COIL
CONDENSER COIL
AIR OUT
AIR IN
AIR IN
CONDENSER COIL
CONTROL COMPARTMENT
COMPRESSOR / CONTROLSACCESS PANEL
SIDE VIEW
SUPPLY AIR OPENING
RETURN AIR OPENING
Ø 12.7 ( 0.5) MOUNTING HOLES(2 EACH SIDE)
DRAIN OUTLET
ACCESSPANEL
FILTER
SUPPLY AIR RETURN AIR
FRESH AIR OPENING/HOOD(OPTIONAL)
FOR BLOWER & MOTORACCESS PANEL
CONDENSATE DRAIN OUTLET3/4" NPT
9
CONTROL COMPARTMENT
ACCESS PANELFOR BLOWER & MOTOR
SUPPLY AIR
SUPPLY AIROPENING
TOP VIEW
FRONT VIEW
COMPRESSOR ACCESS PANEL
SIDE VIEW
AIR OUT
AIR IN
ACCESS PANELCONTROLS
SIDE VIEW
RETURN AIR OPENING
FILT
ER A
CCES
S PA
NEL
(OPTIONAL)FRESH AIR OPENING/HOOD
RETURN AIR
3/4" NPTCONDENSATE DRAIN OUTLET
CONTROL BOXACCESS PANEL
POWER INLET
DRAIN OUTLET
[5.67
]14
4233
[9.17
]
16 x 25mmMOUNTING SLOT (3EACH SIDE)MOUNTING SLOT (4EACH SIDE FOR PY360)
A\IR IN
CONDENSER COIL
A\IR IN
CONDENSER COIL
CONDENSER COIL
G
POWER INLET
K
A
D
B
XL
F
C
R
B
DX G
HU N
SM
UNIT DIMENSIONSPY180 - PY360
MODELA B C D F G H K L N R S M U X
PY180 - PY210 2794(110) 1778(70) 1266(49.83)1715(67.52) 1737(68.37) 197(7.75) 817(32.17) 720(28.35) 1200(47.25) 83(3.27) 912(35.9) 666(26.22) 194(7.64) 171(6.73) -
PY240 - PY340 3048(120) 2135(84.1) 1446(56.94) 2075(81.7) 2152(84.72) 324(12.76) 915(36.02) 740(29.13) 1200(47.25) 84(3.31) 1050(41.34) 666(26.22) 289(11.38) 194(7.64) -
PY360 3683(145) 2184(86) 1446(56.94)2125(83.66) 2184(86) 42(1.65) 938(36.93) 527(20.75) - 97(3.83) 1000(39.37) 680(26.77) 254(10) 372(14.65) 1125(44.29)
DIMENSIONS
NOTE:1. All dimensions are in mm (dimensions in brackets are in inches).
POWERSUPPLY
208/230-3-60
OPERATION INSTRUCTIONSSTART-UP INSPECTION & CHECK LISTAfter the installation is completed in all respect, the following points should be covered before the system is switched on for operation.1. Check unit location as per installation instructions.2. Make sure all electrical fasteners/connections are tight and clean.3. All controls are set according to manufacturer's instructions (low & high pressure switch, pump down solenoid, etc...)4. Make sure all valves are open (compressor suction & discharge service valves, liquid line, etc.).5. Follow all the instructions from the warning tags and stickers.6. Check if condenser & blower fan are free to turn without wobbling.7. Remove straps & wooden pieces that holds the compressor in place during transportation.8. Compressor crankcase heater should be energized for 24 hours (special attention should be taken to disable compressor contactor
before energizing the unit.9. Expansion valve bulb is strapped properly at correct location (applicable for PY075 - PY360 only).10. Circuit breaker/fused disconnect switch.11. Blower fan belt is properly tightened and pulleys are properly aligned (applicable for PY075 - PY360 only).12. All refrigerant service valve caps are installed.13. All piping, piping insulation and piping supports are properly installed.14. Thermostat is the right one and installed properly.15. Connect the manifold gauge to suction & discharge line service valves. Prepare recommended instruments for checking Voltage,
Amps, RPM, CFM, static pressure, etc.16. Start the blower fan and condenser fan. Check the amperage against the nameplate ampere.17. Start the compressor & observe the compressor discharge and suction pressures. If not within system design limits, determine
why & take corrective action.
CABLE SIZE• All wiring should be in accordance with local standards.• Before making any connection, check the electric power supply, it must have the same characteristics as what is displayed in the nameplate.• For selecting cable size, refer to wire ampacity table at different MCA (Minimum Circuit Amps) provided in unit electrical data, which
is listed as a guideline (see table below).• Wiring connection to the unit must have suitable insulation of a minimum temperature of 600C.
MODELNo.
PY036 18.9 14 2.5PY048 27 10 6PY060 31.5 10 6PY075 35 8 10PY090 42.1 8 10PY100 48.6 6 16PY120 56.7 4 25PY150 63.1 4 25PY180 93.1 2 35PY210 103.6 2 35PY240 125.7 1/0 53.4PY300 141.3 2/0 67.4PY340 143.5 2/0 67.4PY360 175.6 3/0 85
MCA CONDUCTOR SIZE
AWG METRICMM2
POWERSUPPLY
380-3-60
MODELNo.
MCA CONDUCTOR SIZE
AWG METRICMM2
POWERSUPPLY
460-3-60
MODELNo.
MCA CONDUCTOR SIZE
AWG METRICMM2
PY036 11.1 14 2.5PY048 17.3 14 2.5PY060 20 14 2.5PY075 19.9 14 2.5PY090 25.3 10 6PY100 25.3 10 6PY120 30.2 10 6PY150 34.2 8 10PY180 50.4 6 16PY210 59.4 6 16PY240 72.4 4 25PY300 76.1 4 25PY340 95.7 2 35PY360 116.3 1 52.4
PY036 8.5 14 2.5PY048 13.8 14 2.5PY060 16.5 14 2.5PY075 17.3 14 2.5PY090 19.2 14 2.5PY100 24.4 12 4PY120 29.3 10 6PY150 30.7 10 6PY180 46.3 8 10PY210 52.7 6 16PY240 58.8 6 16PY300 61.7 4 25PY340 75.2 4 25PY360 86.5 3 26.7
POWERSUPPLY
MODELNo.
PY036 25 10 6PY048 37.8 8 10
MCA CONDUCTOR SIZE
AWG METRICMM2
208/230-1-60
Notes: 1. Customer is to select cable size also with cross reference as per cable manufacturer data for voltage reduction per unitlength. The above cable ampacity table is for guidance only.
2. The selected cables for specified units is as per following characteristics:a. Unit without electric heaters.b. Any extra electrical accessories shall add to MCA rate, for more information, refer to unit electrical tables in the catalog.
LEGEND: MCA - Minimum Circuit Amps
(4 WIRE)
10
11
MIN. MAX. FLA RLA LRA HP FLA kW FLA
– – 25 40
5 21.7 29.4 40208/230-1-60 187 253 2.3 16.7 84 0.5 1.8
7.5 32.6 43 45
10* 43.5 56.6 60
– – 18.9 30
5 12.6 18.9 30208/230-3-60 187 253 2.3 11.8 67 0.5 1.8
7.5 18.8 25.8 30
10* 25.1 33.6 35
– – 11.1 15
5 7.6 11.8 15380-3-60 342 418 2.3 5.6 39 0.5 1.8
7.5 11.4 16.5 20
10* 15.2 21.3 25
– – 8.5 15
5 6.3 8.9 15460-3-60 414 506 0.9 5.4 29.2 0.5 0.83
7.5 9.4 12.8 15
10* 12.6 16.8 20
POWERSUPPLY(V-Ph-Hz)
VOLTAGERANGE
BLOWERMOTOR
ELECTRICHEATER MCA MOCP
ELECTRICAL DATAMODEL No.: PY036
(4 WIRE)
FM COMPRES-SOR
MIN. MAX. FLA RLA LRA HP FLA kW FLA
– – 37.8 60
5 21.7 37.8 60208/230-1-60 187 253 2.3 24.6 132 0.75 4.7
7.5 32.6 46.6 60
10* 43.5 60.3 70
– – 27 40
5 12.6 27 40208/230-3-60 187 253 2.3 16 97 0.75 4.7
7.5 18.8 29.4 40
10* 25.1 37.3 40
– – 17.3 25
5 7.6 17.3 25380-3-60 342 418 2.3 8.2 50 0.75 4.7
7.5 11.4 20.1 25
10* 15.2 24.9 25
– – 13.8 20
5 6.3 13.8 20460-3-60 414 506 0.9 8.2 50 0.75 2.6
7.5 9.4 15 20
10* 12.6 19 20
POWERSUPPLY(V-Ph-Hz)
VOLTAGERANGE
BLOWERMOTOR
ELECTRICHEATER MCA MOCP
MODEL No.: PY048
(4 WIRE)
FM COMPRES-SOR
MIN. MAX. FLA RLA LRA HP FLA kW FLA
– – 31.5 50
5 12.6 31.5 50208/230-3-60 187 253 2.3 19.6 105 0.75 4.7
7.5 18.8 31.5 50
10* 25.1 37.3 50
– – 20 30
5 7.6 20 30380-3-60 342 418 2.3 10.4 55 0.75 4.7
7.5 11.4 20.1 30
10* 15.2 24.9 30
– – 16.5 25
5 6.3 16.5 25460-3-60 414 506 0.9 10.4 55 0.75 2.6
7.5 9.4 16.5 25
10* 12.6 19 25
POWERSUPPLY(V-Ph-Hz)
VOLTAGERANGE
BLOWERMOTOR
ELECTRICHEATER
MCA MOCP
MODEL No.: PY060
(4 WIRE)
FM COMPRES-SOR
LEGEND:
FM - Fan Motor
HP - Horse Power
FLA - Full Load Amps
RLA - Rated Load Amps
LRA - Locked Rotor Amps
MCA - Minimum Circuit Amps
MOCP - Maximum Over Current Protection
* Combination of 2 heater modules
12
187 253 2.5
342 418 2.5
414 506 1.3
MOCPMCAELECTRICHEATERBM
COMPR-ESSOR(each)
RLA LRA HP FLA FLA
MOCPMCAELECTRICHEATERBM
COMPR-ESSOR
RLA LRA HP FLA Nom. kW FLA
VOLTAGERANGE
FLAMax.Min.
POWER SUPPLY(V-Ph-Hz)
PY075 PY090
MODEL NUMBERDESCRIPTION
80
50
42
ELECTRICAL DATAMODELS: PY075 & PY090
1.5(STD)
2(ALT.)
5.6
6.6
2(STD)
3(ALT.)
6.6
8.8
1.5(STD)
2(ALT.)
3.4
4
1.5(STD)
2(ALT.)
2.8
3.5
2(STD)
3(ALT.)
4
5.14
2(STD)
3(ALT.)
3.5
4.1
156
72
74
20.7
10.7
10
208/230-3-60
380-3-60 (4 WIRE)
460-3-60
– – 39.9 50
5/6 12.6/15.1 39.9/39.9 50/50
7.5/10 18.8/25.1 39.9/39.9 50/50
10*/12* 25.1/30.1 39.9/45.9 50/50
15*/20* 37.7/50.2 55.4/71 60/80
25*/30* 62.8/75.3 86.8/102.4 90/110
– – 42.1 50
5/6 12.6/15.1 42.1/42.1 50/50
7.5/10 18.8/25.1 42.1/42.4 50/50
10*/12* 25.1/30.1 42.4/48.6 50/50
15*/20* 37.7/50.2 58.1/73.8 60/80
25*/30* 62.8/75.3 89.5/105.1 100/110
– – 24.2 30
5/6 7.6/9.1 24.2/24.2 30/30
7.5/10 11.4/15.2 24.2/24.2 30/30
10*/12* 15.2/18.2 24.2/27.8 30/30
15*/20* 22.8/30.4 33.5/43 35/45
25*/30* 38/45.6 52.5/62 60/70
– – 25.3 30
5/6 7.6/9.1 25.3/25.3 30/30
7.5/10 11.4/15.2 25.3/25.4 30/30
10*/12* 15.2/18.2 25.4/29.2 30/30
15*/20* 22.8/30.4 34.9/44.4 40/45
25*/30* 38/45.6 53.9/63.4 60/70
– – 18.6 20
5/6 6.3/7.5 18.6/18.6 20/20
7.5/10 9.4/12.6 18.6/20.1 20/25
10*/12* 12.6/15.1 20.1/23.3 25/25
15*/20* 18.8/25.1 27.9/35.8 30/40
25*/30* 31.4/37.7 43.6/51.5 45/60
– – 19.2 25
5/6 6.3/7.5 19.2/19.2 25/25
7.5/10 9.4/12.6 19.2/20.9 25/25
10*/12* 12.6/15.1 20.9/24 25/25
15*/20* 18.8/25.1 28.6/36.5 30/40
25*/30* 31.4/37.7 44.4/52.3 45/60
FM
HP - Horse Power
FM - Fan Motor (Condenser)
BM - Blower Motor
FLA - Full Load Amps
RLA - Rated Load Amps
LRA - Locked Rotor Amps
MCA - Minimum Circuit Amps
MOCP - Maximum Over Current Protection
*Combination of heater modules
LEGEND:
13.1
8.2
5.9
(3.8 FORPY090)
(1.7 FORPY090)
(1.8 FORPY090)
– – 34 50
5/6 12.6/15.1 34/34 50/50
7.5/10 18.8/25.1 34/38.4 50/50
10*/12* 25.1/30.1 38.4/44.6 50/50
15* 37.7 54.1 60
– – 35 50
5/6 12.6/15.1 35/35 50/50
7.5/10 18.8/25.1 35/39.6 50/50
10*/12* 25.1/30.1 39.6/45.9 50/50
15* 37.7 55.4 60
– – 19.3 25
5/6 7.6/9.1 19.3/19.3 25/25
7.5/10 11.4/15.2 19.3/23.3 25/25
10*/12* 15.2/18.2 23.3/27 25/30
15* 22.8 32.8 35
– – 19.9 30
5/6 7.6/9.1 19.9/19.9 30/30
7.5/10 11.4/15.2 19.9/24 30/30
10*/12* 15.2/18.2 24/27.8 30/30
15* 22.8 33.5 35
– – 16.6 25
5/6 6.3/7.5 16.6/16.6 25/25
7.5/10 9.4/12.6 16.6/19.3 25/25
10*/12* 12.6/15.1 19.3/22.4 25/25
15* 18.8 27 30
– – 17.3 25
5/6 6.3/7.5 17.3/17.3 25/25
7.5/10 9.4/12.6 17.3/20.1 25/25
10*/12* 12.6/15.1 20.1/23.3 25/25
15* 18.8 27.9 30
13
187 253 3.8
342 418 1.7
414 506 1.8
– – 46.4 60
5/6 12.6/15.1 46.4/46.4 60/60
7.5/10 18.8/25.1 46.4/46.4 60/60
10*/12* 25.1/30.1 46.4/46.4 60/60
15*/20* 37.7/50.2 55.4/71 60/80
25*/30* 62.8/75.3 86.8/102.4 90/110
– – 48.6 60
5/6 12.6/15.1 48.6/48.6 60/60
7.5/10 18.8/25.1 48.6/48.6 60/60
10*/12* 25.1/30.1 48.6/48.6 60/60
15*/20* 37.7/50.2 58.1/73.8 60/80
25*/30* 62.8/75.3 89.5/105.1 100/110
– – 24.2 30
5/6 7.6/9.1 24.2/24.2 30/30
7.5/10 11.4/15.2 24.2/24.2 30/30
10*/12* 15.2/18.2 24.2/27.8 30/30
15*/20* 22.8/30.4 33.5/43 35/45
25*/30* 38/45.6 52.5/62 60/70
– – 25.3 30
5/6 7.6/9.1 25.3/25.3 30/30
7.5/10 11.4/15.2 25.3/25.4 30/30
10*/12* 15.2/18.2 25.4/29.2 30/30
15*/20* 22.8/30.4 34.9/44.4 40/45
25*/30* 38/45.6 53.9/63.4 60/70
– – 23.8 30
5/6 6.3/7.5 23.8/23.8 30/30
7.5/10 9.4/12.6 23.8/23.8 30/30
10*/12* 12.6/15.1 23.8/23.8 30/30
15*/20* 18.8/25.1 27.9/35.8 30/40
25*/30* 31.4/37.7 43.6/51.5 45/60
– – 24.4 30
5/6 6.3/7.5 24.4/24.4 30/30
7.5/10 9.4/12.6 24.4/24.4 30/30
10*/12* 12.6/15.1 24.4/24.4 30/30
15*/20* 18.8/25.1 28.6/36.5 30/40
25*/30* 31.4/37.7 44.4/52.3 45/60
MOCPMCAELECTRICHEATERBM
COMPR-ESSOR(each)
RLA LRA HP FLA Nom. kW FLA
MOCPMCAELECTRICHEATERBM
COMPR-ESSOR(each)
RLA LRA HP FLA Nom. kW FLA
VOLTAGERANGE
FLAMax.Min.
POWER SUPPLY(V-Ph-Hz)
PY100 PY120
MODEL NUMBERDESCRIPTION
105
55
55
ELECTRICAL DATAMODELS: PY100 & PY120
2(STD)
3(ALT.)
6.6
8.8
3(STD)
8.8
2(STD)
3(ALT.)
4
5.14
2(STD)
3(ALT.)
3.5
4.1
3(STD)
5.14
3(STD)
4.1
97
50
50
16
8.2
8.2
208/230-3-60
380-3-60 (4 WIRE)
460-3-60
– – 56.7 70
5/6 12.6/15.1 56.7/56.7 70/70
7.5/10 18.8/25.1 56.7/56.7 70/70
10*/12* 25.1/30.1 56.7/56.7 70/70
15*/20* 37.7/50.2 58.1/73.8 70/80
25*/30* 62.8/75.3 89.5/105.1 100/110
– – 30.2 40
5/6 7.6/9.1 30.2/30.2 40/40
7.5/10 11.4/15.2 30.2/30.2 40/40
10*/12* 15.2/18.2 30.2/30.2 40/40
15*/20* 22.8/30.4 34.9/44.4 40/45
25*/30* 38/45.6 53.9/63.4 60/70
– – 29.3 35
5/6 6.3/7.5 29.3/29.3 35/35
7.5/10 9.4/12.6 29.3/29.3 35/35
10*/12* 12.6/15.1 29.3/29.3 35/35
15*/20* 18.8/25.1 29.3/36.5 35/40
25*/30* 31.4/37.7 44.4/52.3 45/60
HP - Horse Power
FM - Fan Motor (Condenser)
BM - Blower Motor
FLA - Full Load Amps
RLA - Rated Load Amps
LRA - Locked Rotor Amps
MCA - Minimum Circuit Amps
MOCP - Maximum Over Current Protection
*Combination of heater modules
LEGEND:
19.6
10.4
10.4
FM
14
187 253 3.8
342 418 1.7
414 506 1.8
– – 59.2 70
5/6 12.6/15.1 59.2/59.2 70/70
7.5/10 18.8/25.1 59.2/59.2 70/70
10*/12* 25.1/30.1 59.2/59.2 70/70
15*/20* 37.7/50.2 59.2/73.8 70/80
25*/30* 62.8/75.3 89.5/105.1 100/110
– – 63.1 80
5/6 12.6/15.1 63.1/63.1 80/80
7.5/10 18.8/25.1 63.1/63.1 80/80
10*/12* 25.1/30.1 63.1/63.1 80/80
15*/20* 37.7/50.2 63.1/78.6 80/80
25*/30* 62.8/75.3 94.4/110 100/125
– – 30.9 40
5/6 7.6/9.1 30.9/30.9 40/40
7.5/10 11.4/15.2 30.9/30.9 40/40
10*/12* 15.2/18.2 30.9/30.9 40/40
15*/20* 22.8/30.4 34.9/44.4 40/45
25*/30* 38/45.6 53.9/63.4 60/70
– – 34.2 40
5/6 7.6/9.1 34.2/34.2 40/40
7.5/10 11.4/15.2 34.2/34.2 40/40
10*/12* 15.2/18.2 34.2/34.2 40/40
15*/20* 22.8/30.4 39/48.5 40/50
25*/30* 38/45.6 58/67.5 60/70
– – 28.4 35
5/6 6.3/7.5 28.4/28.4 35/35
7.5/10 9.4/12.6 28.4/28.4 35/35
10*/12* 12.6/15.1 28.4/28.4 35/35
15*/20* 18.8/25.1 28.6/36.5 35/40
25*/30* 31.4/37.7 44.4/52.3 45/60
– – 30.7 40
5/6 6.3/7.5 30.7/30.7 40/40
7.5/10 9.4/12.6 30.7/30.7 40/40
10*/12* 12.6/15.1 30.7/30.7 40/40
15*/20* 18.8/25.1 31.5/39.4 40/40
25*/30* 31.4/37.7 47.3/55.1 50/60
MOCPMCAELECTRICHEATERBM
COMPR-ESSOR(each)
RLA LRA HP FLA Nom. kW FLA
MOCPMCAELECTRICHEATERBM
COMPR-ESSOR(each)
RLA LRA HP FLA Nom. kW FLA
VOLTAGERANGE
FLAMax.Min.
POWER SUPPLY(V-Ph-Hz)
PY150 PY180
MODEL NUMBERDESCRIPTION
195&
164
123&
100
95&
101
ELECTRICAL DATAMODELS: PY150 & PY180
3(STD)
5(ALT.)
8.8
12.7
5(STD)
7.5(ALT.)
12.7
20.4
3(STD)
5(ALT.)
5.14
8.4
3(STD)
5(ALT.)
4.1
6.4
5(STD)
7.5(ALT.)
8.4
14.1
5(STD)
7.5(ALT.)
6.4
10.2
156
72
74
20.7
10.7
10
208/230-3-60
380-3-60 (4 WIRE)
460-3-60
– – 85.4 110
10*/12* 25.1/30.1 85.4/85.4 110/110
15*/20* 37.7/50.2 85.4/85.4 110/110
25*/30* 62.8/75.3 94.4/110 110/110
– – 93.1 125
10*/12* 25.1/30.1 93.1/93.1 125/125
15*/20* 37.7/50.2 93.1/93.1 125/125
25*/30* 62.8/75.3 104/119.6 125/125
– – 44.7 60
10*/12* 15.2/18.2 44.7/44.7 60/60
15*/20* 22.8/30.4 44.7/48.5 60/60
25*/30* 38/45.6 58/67.5 60/70
– – 50.4 60
10*/12* 15.2/18.2 50.4/50.4 60/60
15*/20* 22.8/30.4 50.4/55.6 60/60
25*/30* 38/45.6 65.1/74.6 70/80
– – 42.5 50
10*/12* 12.6/15.1 42.5/42.5 50/50
15*/20* 18.8/25.1 42.5/42.5 50/50
25*/30* 31.4/37.7 47.3/55.1 50/60
– – 46.3 60
10*/12* 12.6/15.1 46.3/46.3 60/60
15*/20* 18.8/25.1 46.3/46.3 60/60
25*/30* 31.4/37.7 52/59.9 60/60
HP - Horse Power
FM - Fan Motor (Condenser)
BM - Blower Motor
FLA - Full Load Amps
RLA - Rated Load Amps
LRA - Locked Rotor Amps
MCA - Minimum Circuit Amps
MOCP - Maximum Over Current Protection
*Combination of heater modules
LEGEND:
32.1&25
16.7&12
16.4&12
FM(each)
(1 for PY150 &2 for PY180)
15
187 253 3.8
342 418 1.7
414 506 1.8
– – 95.9 125
10*/12* 25.1/30.1 95.9/95.9 125/125
15*/20* 37.7/50.2 95.9/95.9 125/125
25*/30* 62.8/75.3 95.9/110 125/125
– – 103.6 125
10*/12* 25.1/30.1 103.6/103.6 125/125
15*/20* 37.7/50.2 103.6/103.6 125/125
25*/30* 62.8/75.3 104/119.6 125/125
– – 53.7 70
10*/12* 15.2/18.2 53.7/53.7 70/70
15*/20* 22.8/30.4 53.7/53.7 70/70
25*/30* 38/45.6 58/67.5 70/70
– – 59.4 70
10*/12* 15.2/18.2 59.4/59.4 70/70
15*/20* 22.8/30.4 59.4/59.4 70/70
25*/30* 38/45.6 65.1/74.6 70/80
– – 48.9 60
10*/12* 12.6/15.1 48.9/48.9 60/60
15*/20* 18.8/25.1 48.9/48.9 60/60
25*/30* 31.4/37.7 48.9/55.1 60/60
– – 52.7 70
10*/12* 12.6/15.1 52.7/52.7 70/70
15*/20* 18.8/25.1 52.7/52.7 70/70
25*/30* 31.4/37.7 52.7/59.9 70/70
MOCPMCAELECTRICHEATERBM
COMPR-ESSOR(each)
RLA LRA HP FLA Nom. kW FLA
MOCPMCAELECTRICHEATERBM
COMPR-ESSOR(each)
RLA LRA HP FLA Nom. kW FLA
VOLTAGERANGE
FLAMax.Min.
POWER SUPPLY(V-Ph-Hz)
PY210 PY240
MODEL NUMBERDESCRIPTION
239
145
125
ELECTRICAL DATAMODELS: PY210 & PY240
5(STD)
7.5(ALT.)
12.7
20.4
7.5(STD)
20.4
5(STD)
7.5(ALT.)
8.4
14.1
5(STD)
7.5(ALT.)
6.4
10.2
7.5(STD)
14.1
7.5(STD)
10.2
225
140
114
33.6
18.6
17.3
208/230-3-60
380-3-60 (4 WIRE)
460-3-60
– – 125.7 150
10*/12* 25.1/30.1 125.7/125.7 150/150
15*/20* 37.7/50.2 125.7/125.7 150/150
25*/30* 62.8/75.3 125.7/125.7 150/150
35*/40* 87.9/100.4 135.4/151 150/175
– – 72.4 90
10*/12* 15.2/18.2 72.4/72.4 90/90
15*/20* 22.8/30.4 72.4/72.4 90/90
25*/30* 38/45.6 72.4/74.6 90/90
35*/40* 53.2/60.8 84.1/93.6 90/100
– – 58.8 70
10*/12* 12.6/15.1 58.8/58.8 70/70
15*/20* 18.8/25.1 58.8/58.8 70/70
25*/30* 31.4/37.7 58.8/59.9 70/70
35*/40* 43.9/50.2 67.6/75.5 70/80
FM(each)
HP - Horse Power
FM - Fan Motor (Condenser)
BM - Blower Motor
FLA - Full Load Amps
RLA - Rated Load Amps
LRA - Locked Rotor Amps
MCA - Minimum Circuit Amps
MOCP - Maximum Over Current Protection
*Combination of heater modules
LEGEND:
42
23.5
19.2
(5.4 FORPY240)
(2.7 FORPY240)
(2.7 FORPY240)
16
187 253 5.4
342 418 2.7
414 506 2.7
– – 137.2 175
10*/12* 25.1/30.1 137.2/137.2 175/175
15*/20* 37.7/50.2 137.2/137.2 175/175
25*/30* 62.8/75.3 137.2/137.2 175/175
35*/40* 87.9/100.4 137.2/151 175/175
– – 141.3 175
10*/12* 25.1/30.1 141.3/141.3 175/175
15*/20* 37.7/50.2 141.3/141.3 175/175
25*/30* 62.8/75.3 141.3/141.3 175/175
35*/40* 87.9/100.4 141.3/156.1 175/175
– – 74.4 90
10*/12* 15.2/18.2 74.4/74.4 90/90
15*/20* 22.8/30.4 74.4/74.4 90/90
25*/30* 38/45.6 74.4/74.6 90/90
35*/40* 53.2/60.8 84.1/93.6 90/100
– – 76.1 100
10*/12* 15.2/18.2 76.1/76.1 100/100
15*/20* 22.8/30.4 76.1/76.1 100/100
25*/30* 38/45.6 76.1/76.8 100/100
35*/40* 53.2/60.8 86.3/95.8 100/100
– – 59.7 70
10*/12* 12.6/15.1 59.7/59.7 70/70
15*/20* 18.8/25.1 59.7/59.7 70/70
25*/30* 31.4/37.7 59.7/59.9 70/70
35*/40* 43.9/50.2 67.6/75.5 70/80
– – 61.7 80
10*/12* 12.6/15.1 61.7/61.7 80/80
15*/20* 18.8/25.1 61.7/61.7 80/80
25*/30* 31.4/37.7 61.7/62.4 80/80
35*/40* 43.9/50.2 70.1/78 80/80
MOCPMCAELECTRICHEATERBM
COMPR-ESSOR(each)
RLA LRA HP FLA Nom. kW FLA
MOCPMCAELECTRICHEATERBM
COMPR-ESSOR(each)
RLA LRA HP FLA Nom. kW FLA
VOLTAGERANGE
FLAMax.Min.
POWERSUPPLY(V-Ph-Hz)
PY300 PY340
MODEL NUMBERDESCRIPTION
300
139
150
ELECTRICAL DATAMODELS: PY300 & PY340
7.5(STD)
10(ALT.)
20.4
24.5
7.5(STD
10(ALT.)
20.4
24.5
7.5(STD)
10(ALT.)
14.1
15.8
7.5(STD)
10(ALT.)
10.2
12.2
7.5(STD)
10(ALT.)
14.1
15.8
7.5(STD)
10(ALT.)
10.2
12.2
245
145
125
47.1
24.4
19.6
208/230-3-60
380-3-60 (4 WIRE)
460-3-60
– – 151.8 200
10*/12* 25.1/30.1 151.8/151.8 200/200
15*/20* 37.7/50.2 151.8/151.8 200/200
25*/30* 62.8/75.3 151.8/151.8 200/200
35*/40* 87.9/100.4 151.8/151.8 200/200
– – 155.9 200
10*/12* 25.1/30.1 155.9/155.9 200/200
15*/20* 37.7/50.2 155.9/155.9 200/200
25*/30* 62.8/75.3 155.9/155.9 200/200
35*/40* 87.9/100.4 155.9/156.1 200/200
– – 83.9 110
10*/12* 15.2/18.2 83.9/83.9 110/110
15*/20* 22.8/30.4 83.9/83.9 110/110
25*/30* 38/45.6 83.9/83.9 110/110
35*/40* 53.2/60.8 84/94 110/110
– – 85.6 110
10*/12* 15.2/18.2 85.6/85.6 110/110
15*/20* 22.8/30.4 85.6/85.6 110/110
25*/30* 38/45.6 85.6/85.6 110/110
35*/40* 53.2/60.8 86.3/95.8 110/110
– – 71.9 90
10*/12* 12.6/15.1 71.9/71.9 90/90
15*/20* 18.8/25.1 71.9/71.9 90/90
25*/30* 31.4/37.7 71.9/71.9 90/90
35*/40* 43.9/50.2 71.9/75.5 90/90
– – 73.9 90
10*/12* 12.6/15.1 73.9/73.9 90/90
15*/20* 18.8/25.1 73.9/73.9 90/90
25*/30* 31.4/37.7 73.9/73.9 90/90
35*/40* 43.9/50.2 73.9/78 90/90
FM(each)
HP - Horse Power
BM - Blower Motor
FM - Fan Motor (Condenser)
RLA - Rated Load Amps
FLA - Full Load Amps
LRA - Locked Rotor Amps
MCA - Minimum Circuit Amps
MOCP - Maximum Over Current Protection
*Combination of heater modules
LEGEND:
53.6
28.6
25
17
187 253 5.4
342 418 2.7
414 506 2.7
– – 167.2 220
10*/12* 25.1/30.1 167.2/167.2 220/220
15*/20* 37.7/50.2 167.2/167.2 220/220
25*/30* 62.8/75.3 167.2/167.2 220/220
35*/40* 87.9/100.4 167.2/167.2 220/220
– – 179.7 230
10*/12* 25.1/30.1 179.7/179.7 230/230
15*/20* 37.7/50.2 179.7/179.7 230/230
25*/30* 62.8/75.3 179.7/179.7 230/230
35*/40* 87.9/100.4 179.7/179.7 230/230
– – 101.6 130
10*/12* 15.2/18.2 101.6/101.6 130/130
15*/20* 22.8/30.4 101.6/101.6 130/130
25*/30* 38/45.6 101.6/101.6 130/130
35*/40* 53.2/60.8 101.6/101.6 130/130
– – 108.9 140
10*/12* 15.2/18.2 108.9/108.9 140/140
15*/20* 22.8/30.4 108.9/108.9 140/140
25*/30* 38/45.6 108.9/108.9 140/140
35*/40* 53.2/60.8 108.9/108.9 140/140
– – 82 100
10*/12* 12.6/15.1 82/82 100/100
15*/20* 18.8/25.1 82/82 100/100
25*/30* 31.4/37.7 82/82 100/100
35*/40* 43.9/50.2 82/82 100/100
– – 88.3 110
10*/12* 12.6/15.1 88.3/88.3 110/110
15*/20* 18.8/25.1 88.3/88.3 110/110
25*/30* 31.4/37.7 88.3/88.3 110/110
35*/40* 43.9/50.2 88.3/88.3 110/110
MOCPMCAELECTRICHEATERBM
COMPR-ESSOR(each)
RLA LRA HP FLA Nom. kW FLA
VOLTAGERANGE
FLAMax.Min.
POWERSUPPLY(V-Ph-Hz)
PY360
MODEL NUMBERDESCRIPTION
ELECTRICAL DATAMODEL: PY360
10(STD)
15(ALT.)
24.5
37
10(STD)
15(ALT.)
15.8
23.1
10(STD)
15(ALT.)
12.2
18.5
340
196
173
58.6
35.7
28.6
208/230-3-60
380-3-60 (4 WIRE)
460-3-60
FM(each)
HP - Horse Power
BM - Blower Motor
FM - Fan Motor (Condenser)
RLA - Rated Load Amps
FLA - Full Load Amps
LRA - Locked Rotor Amps
MCA - Minimum Circuit Amps
MOCP - Maximum Over Current Protection
*Combination of heater modules
LEGEND:
MICROPROCESSOR CONTROLLERThese Packaged units are provided with a microprocessor control board incorporating the following features:
• BALANCE LOADING OF COMPRESSORS: The unit’s electronic control automatically operates lead/lag se-quence of compressors. This is to load the compressors evenly over long periods of operation. If required however,compressor-1 can also be set to always lead. In this case, compressor-1 always starts first and stops last.(Selectable through dip switch setting on control board).
• PUMP DOWN FUNCTION: In units equipped with pump down system, the controller provides the time delaybetween solenoid’s opening and compressor starting to equalize the pressure in the system necessary for com-pressor to start-up. (Selectable through dip switch setting on control board).
• COMPRESSOR ANTI-RECYCLING PROTECTION: The controller has a built-in 3 minutes minimum off timer forcompressor. This is for compressor protection in case of accidental manual re-set or immediate re-cycling ofthermostat due to load demand.
• COMPRESSOR LOCK-OUT FUNCTION: If any of the unit’s safety control trips due to abnormal conditions, theelectronic controls locks out the compressor after a pre-determined timing preventing a re-start unless attended bya qualified service technician. The unit can be re-started through thermostat re-set after ensuring safe systemconditions.
• FAULT DIAGNOSTICS: In case of system fault, LED’s on the board emits a flashing signal indicating where thefault is. This is to guide the service technician in identifying the fault.
• DIGITAL I/O’s: The unit’s control board is compatible to operate with a DDC controller or any standard 24V a.c.thermostat commercially available.
• SEQUENTIAL CONTROL: With input signals from the thermostat, the motors in the equipment is started insequential order: supply fan – condenser fan – compressor; at a pre-determined timings.
ELECTRONIC THERMOSTAT
18
General information: Electronic thermostat shall control one or two stage heating and cooling applications. Thethermostat normally displays room temperature and mode of operation.The temperature can be set by up/down buttons for both cooling and heating cycles. The thermostat also allows youto select continuous fan operation, or have the fan on intermittent operation with the equipment.The thermostat is best located about 1500 mm (5 Ft.) above floor level, on a partition wall (not an outside wall), and shouldnot be exposed to direct light from lamps, sun etc. It should be in return air stream, away from supply air registers/diffusers.
• Single/dual stage - Cooling & heating.
• Low voltage control - 24 VAC (nominal).
• Room temperature display - in 0C or 0F.
• Mode of operation - FAN/COOL/HEAT/AUTO.
• Fan mode - ON: Continuous fan operation; AUTO: Fan operates ON/OFF with compressor.
• Heating & cooling setpoint is permissible.
• Temperature set button - Up for increasing & down for decreasing temperature.
• Built-in compressor fault & clogged filter indication led lights.
• Remote sensing function as an option. Duct sensor is provided with the thermostat.
800-652-61 1 & 2 1 & 2 OFF-HEAT/COOL ON - AUTO
TYPICAL THERMOSTAT
Part No. HeatingStages
CoolingStages
Selector Switch Positions
Mode Switch Fan Switch
19
Scroll compressors are designed to operate in single direction only. Hence, care has to be taken to ensure correct rotationwhen the system is operated. Verification of correct rotation is by observing that the suction pressure drops and dischargepressure rises when compressor run. Reverse rotation results in abnormal sound, as well as, substantially low current drawand by interchanging power supply wire L1 & L3 will correct this problem.The operation of the air conditioning unit is controlled by a 24VAC electronic control board.
GENERALThe thermostat normally displays room temperature and mode of operation. The five buttons on the front of the unit allowcomplete control of the thermostat. The thermostat also allows to select continuous fan operation (useful when using an aircleaner) or have the fan come on with the compressor.
SWITCH FUNCTION- On/Off Key : Switch the system On or Off.- Up Key : To increases the set temperature.- Down Key : To decreases the set temperature.- Mode Key : Changes the mode to Fan, Cool, Heat or Auto.- Fan Key : Changes the Fan Operation to Auto or Continuous.- °C/°F selection : By pressing Mode & UP key together, toggles between °C to °F or vice versa.
USER CONTROLSMode:Select the desired mode of operation by pressing of the mode button:
Fan: In this mode of operation, the compressor will be in inactive state. Display shows room temperature. Fan will be running.
Cool: In this mode of operation, the compressor will be ON after a delay depending on the differential of room tempera-ture & Set temperature.
Heat: In this mode of operation, Fan is ON.
Auto: In auto mode, thermostat provide automatic changeover from heating to cooling mode & vice versa. Thermostatautomatically switches to maintain the desired temperature.
DIP SWITCH OPTIONS AND FUNCTIONSThere are 4 small DIP (Dual in line package) switches on the back of the circuit board which must be configured by theinstaller.
SUPPLY FAN CONTROLSTG1 COOLING
STG1 HEATERSTG2 HEATER
STG2 COOLING
W2
RCG
W1Y2Y1
LVTB
THERMOSTAT
Y2W1Y1
G
24V(R)24V(C)
W2
REMOTESENSOR
FAULT 1FAULT 2
SENSOR
OPTIONAL CONNECTION :IF REMOTE TEMPERATURE SENSINGFUNCTION IS REQUIRED.
NOTE:
(ZAC P/N 80065261)
ATBCOMPRESSOR FAULT SIGNAL (VOLT-FREE CONTACT)
COMP 1
COMP 2(COMMON)
24V ac
( OPTIONAL CONNECTION )
HOOK-UP WIRING DIAGRAM
PACU CONTROL PANEL
LEGEND:ATBLVTB
AUXILIARY TERMINAL BLOCKLOW VOLTAGE TERMINAL BLOCK
( THERMOSTAT CONTROLLER TO PACKAGED UNIT )
CONTROLS & SEQUENCE OF OPERATION
SWITCH ON OFF
1 N. A. -
2 N. A. -
3 N. A. -
4 INDOOR SENSOR REMOTE SENSOR
DIP SWITCH SELECTION
Note:Keep DIP SWITCH 1, 2 & 3 in OFFposition only.
MAINTENANCE INSTRUCTIONSAIRFLOW ADJUSTMENT (Applicable for PY075 - PY360 only)The airflow could be adjusted by adjusting pulleys of blower motor or belt tension with proper mounting and alignment of the pulleys:
• Refer to fan performance tables in the catalog for selecting applicable airflow, RPM and brake horse power at specified staticpressure.
• Select the appropriate drive as per motor and blower characteristic in the catalog.
• The set screw shall be loosened to make the pulley moving.
• Adjust pulley’s diameter, opening counter clockwise to reduce RPM and further reduce airflow, while closing clockwise increasesRPM and airflow.
• Tighten the set screw and then install the belts.
• Test the unit operating airflow for further adjustment.
CRANKCASE HEATER• Periodic checking for proper operation or crankcase heater is highly recommended as follows:
a) Check continuity of the heater using multimeter device.
b) Check grounding of the heater by Meggar device (to prevent electrical hazards).
c) Observe whether the heater is warming down the compressor near the oil sump.
CLEANING OF COILS & FILTERS• Turn off the power supply.
• Take out access panel of evaporator coil.
• Remove the filter from its access panel.
• Protect electrical components and motors from water washing.
• Clean the coil by flushing water by pressure washer followed by compressed air from supply to return direction.
• Filter shall be cleaned every six month, in some hygienic application it is recommended for replacement.
• Cleaning drain pan and trap is recommended once in a year to prevent bacteria growing under the coil.
BELT TENSION TESTING PROCEDURE INSTRUCTION (Applicable for PY075 - PY360 only)To determine the lbs. force required to tension a drive, you simply do the following:
1. Measure the Belt span as shown.
2. Divide belt span by 64 to get belt deflection needed to check tension.
3. Set large "0" ring on span scale at required belt deflection. This scale is in 1/16" increments.
4. Set small "0" ring at zero on the "Force Scale" (plunger).
5. Place the larger end of the tension checker squarely on one belt at the center of the belt span. Apply force on the plunger until thebottom of the large "0" ring is even with the top of the next belt or with the bottom of a straight edge laid across the sheaves.
6. Read the force scale under the small "0" ring to determine force required to give the needed deflection.
7. Compare the force scale reading with the correct value for the belt style and cross section used, as given in table on next page.The force should be between the minimum and maximum values shown.
8. If there is too little deflection force, the belts should be tightened. If there is too much deflection force, the belts should beloosened.
Note: Tension new drives at the maximum deflection force recommended. Check the tension at least two times during the first day'soperation as there normally will be a rapid decrease in belt tension until belts have run in. Check the tension periodically after the firstday's operation and keep tension in recommended area. The correct operating tension for a V-belt drive is the lowest tension at whichthe belts will not slip under the peak load conditions. Shafts must be adequate for the tensions required.
20
BELT TENSION TESTING PROCEDURE
BELT TENSION CHECKER MEASURE THE BELT DEFLECTION FORCE
BELT TYPE
–
A
B
BELT CROSS SECTION
3 L
4 L
5 L
SMALL PULLEY PITCH DIA. (P.D.)RANGE
1.25 – 1.752 – 2.252.5 – 3
2.1 – 2.83 – 3.53.7 – 53 – 4.2
4.5 – 5.2
MINIMUM1/25/83/4
1-1/81-1/21-7/8
22-3/8
MAXIMUM5/87/8
1-1/81-5/82-1/82-5/82-7/83-3/8
BELTSDEFLECTION FORCE - LBS.
21
FORCE SCALE
SPAN SCALE
RING"0"
LARGE
"0"RING
SMALL
BELT SPAN
DEFLECTION = 64BELT SPAN
PREVENTIVE MAINTENANCE SCHEDULE
12
X
X
X
X
X
X
X
X
X
X
X
X
X
FREQUENCY OF MAINTENANCE, MONTHS(FIRST 4 YEARS)I T E M
CAUTION: Disconnect power supply and allow all rotating parts to stop before servicing the unit.
6
X
X
Clean air filter (Aluminum)*
Pressure wash condenser & cooling coil as required
Check blower belt, tension, wear tear/replace if required
Check alignment of pulleys
Clean drain pan, drain pipe
Clean blower wheel
Check for loose bolts/screws & tighten as necessary
Check all electrical controls, components, wiring terminals, etc..., for sparks,over heat, loose connections/repair or correct
Check for rusted/paint
Check all temperature, pressure readings as applicable and satisfy theoperation performance
Run test all motors and check the amperage
Grease/oil as required
Check vibration isolators
Clean and fix thermal bulbs in the correct location. Insulate it.
Check canvass connections, insulation damage
NOTE: Always observe for abnormal noise or vibration.
MAINTENANCE TOOLS/EQUIPMENT REQUIREDSTANDARD : Screw drivers (Slot & Phillips), adjustable wrenches, pliers, refrigeration wrenches & socket set wrenches, pulley
puller, etc.
SPECIAL : Manifold gauge set, R-22 charging cylinder, belt tension checker, leak detector, vacuum pump with electronic gauges,thermometer, hook type ammeter/voltmeter/ohmmeter and oxy-acetylene brazing set etc.
* If fiberglass filters used, replace it yearly.
22
23
PERCENTAGE OF SPARE PARTS
ONE YEAR SUPPLY TWO YEAR SUPPLY
100 UNITS 1000 UNITS 100 UNITS 1000 UNITS
ITEM
Compressor 2% 1% 3% 2%
Capacitor 3 2 5 4
Condenser fan motor 2 1 3 2
Evaporator blower motor 1 0.5 2 1
Belt/Pulley 3 2 6 4
Contactor compressor 2 1 3 2
Heater contactor 2 1 3 2
Contactor fan motors 2 1 3 2
HPS/LPS/other controls 2 1 3 2
Expansion valve 1 0.5 2 1
Filter drier 2 1 3 2
Electric heater 1 0.5 2 1
Fuse link, heater 3 1 4 3
Transformer (24V secondary) 1 0.5 2 1
Propeller fan 1 0.5 2 1
Blower wheel 0.5 0.25 1 0.5
Bearing-blower 2 1 4 2
Thermostat 1 1 2 1
Crankcase heater 3 1 4 2
Filter 2 1 4 4
RECOMMENDED SPARE PARTS
NOTE: When ordering spare parts, please quote the complete model number on the unit nameplate.
1. Check the power. Switch ON the circuit breaker.Replace fuse if it blown.
2. Check wiring against diagram.3. Check and correct it.4. Replace it.
1. Replace battery
1. Correct belt. Check tension and alignment.2. Check wiring against diagram.3. Check and correct it.4. Replace if.5. Replace it.
1. Check the rotation of blower, interchange phaseof blower motor from blower motor contactor.
1. Adjust it & check belt tension.2. Adjust the pitch of the pulley.3. Check and remove the obstructions.4. Verify static pressure and fan performance data.5. Change pulley (if blower motor ampere within rated load).6. Check all dampers opened properly. Balance air.7. Clean it.8. Clean it.
1. Adjust the pitch of the pulley.2. Select suitable combination.3. Check the duct design.
1. Re-set the unit and determine the reason. Checkhigh & low pressure (refer to symptom for "low/high suction pressure & high discharge pressure").
2. Replace it.3. Check and replace it.4. Replace it.
1. a) Verify the reason for low suction pressure(refer to symptom for "low suction pressure").
b) Verify the reason for high discharge pressure(refer to symptom for "high discharge pressure").
c) Check dome temperature. RLA each phase.Verify the reason.
2. Check and relocate as required.3. Lower the temperature setting to 210C for test.1. a) Verify the reason & correct it (refer to symptom
for "low suction pressure").b) Verify the reason for high discharge pressure.
(refer to symptom for "high discharge pressure").c) Check comp. RLA against nameplate for each phase,
check comp. dome temperature, etc. & correct it.1. Check for gas leak & charge freon as required.2. Adjust it. Check belt tension.3. Adjust the pulley.4. Clean it.5. Clean it.6. Check return air grille sizes, etc. against design.7. Verify and correct it.8. Check and correct/replace it.
1. Verify and adjust it.2. Adjust air quantity.3. Check & verify. Isolate the area to be cooled & observe.4. Check design/unit selection.5. Check superheat & adjust it, if required.6. Check and replace compressor.
1. Fan blade stuck with ventury. Check & correct it.2. Check freon and adjust it, if necessary.3. Clean it.4. Verify the reason and correct it.5. Check and replace it.6. Check and replace it.
1. Power off/Blown fuse
2. Faulty field wiring3. Loose connections4. Defective thermostat
1. Battery life is over
1. Blower belt slipped/not fixed2. Faulty wiring3. Burned wiring4. Defective blower motor contactor5. Defective blower motor
1. Wrong rotation (Applicable initial start up/or aftera power failure), 3 phase motor
1. Loose Belt2. Variable pulley wide open3. Return air obstructed4. High static pressure5. Improper pulley selection6. Closed dampers/improper air balance7. Dirty filter8. Dirty cooling coil
1. Variable pulley needs more tightening2. Improper pulley/motor selection3. Low external static pressure
1. Safety circuit open due to low suction pressure,high discharge pressure, overload protector
2. Defective compressor contactor3. Burned wiring4. Defective compressor
1. Safety circuit open due to:a) Low suction pressureb) High discharge pressures
c) Overload protector
2. Thermostat in cold location3. High thermostat setting
1. Safety circuit open due to:a) Low pressure switchb) High pressure switchc) Overload protector
1. Less Freon2. Loose belt3. Variable pulley widely open4. Dirty filter5. Dirty cooling coil6. Return air restricted7. Improper expansion valve bulb installation/location8. Restriction in expansion valve/filter dryer
1. Excess freon charge2. Excess air quantity3. High room temperature condition4. Undersize unit (serving large area)5. Expansion valve widely open6. Defective compressor valve
1. Condenser fan motor not working properly2. Excess freon charge3. Dirty condenser4. High ambient condition/Air in condenser obstructed5. Defective fan motor capacitor6. Defective fan motor
Thermostat shows no display
Thermostat LCD panel display is notbright & does not function properlyBlower not running, compressor shortcycles
Blower running, no sufficient air
Blower running, but with not enoughsupply air
Blower running and delivers excessair
Blower runs, compressor not working
Compressor runs, but short cycling
Thermostat shows faulty indication
Low suction pressure
High suction pressure
High discharge pressure
TROUBLE SHOOTING CHART SYMPTOM CAUSES CHECK & CORRECTIVE MEASURE
24
TROUBLE SHOOTING CHART SYMPTOM CAUSES CHECK & CORRECTIVE MEASURE
1. Low suction pressure
2. High discharge pressure
3. Less air quantity4. Cooling coil ices up
5. Second stage (If exists) not working
6. Serving large area1. Low ambient condition2. Safety low pressure switch open due to low
suction pressure3. Fan cycling (whenever applicable) setting low4. Thermostat setting too low5. Cooling coil ices-up
6. Less air quantity
1. High discharge pressure
2. High thermostat setting3. Serving large area4. Less air quantity
5. High ambient condition6. Dirty condenser1. Less freon2. Less air quantity
3. Dirty filter4. Dirty cooling coil
1. Safety circuit open due to low pressure switch
1. Thermostat in cold location
1. Imbalance freon2. Malfunctioning pumpdown solenoid valve
1. Leaky pumpdown solenoid valve
1. Improper installation2. Improper vibration isolators3. Loose parts or mountings4. Tubing rattle5. Bent fan blade causes vibration
6. Defective bearings7. Belt tension is high8. Blower motor pulley is not aligned1. Improper installation2. Improper vibration isolators3. Abnormal noise in the unit4. Unit too close to the slab/wall openings5. Duct design (high static)6. Wooden packing beneath the compressor is not removed1. Low voltage2. Single phase failure3. Burned wirings4. Overload protector open5. Defective contactor6. Burned compressor motor winding7. Damaged (stuck) compressor1. Burned wirings2. Grounded wirings3. Faulty field wiring4. Grounded compressor/blower motor5. Undersize circuit breaker
1. Verify the reason & correct it (refer to symptomfor "low suction pressure").
2. Verify the reason and adjust the freon, if required.(referto symptom for "high discharge pressure").
3. Refer to symptom for "blower works, less air".4. Determine the reason (refer to symptom for
"cooling coil ice up") & correct it.5. Set the thermostat to lower temperature (210C)/
or verify the reason.6. Check the design.1. Check and verify the ambient temperature.2. Check the reason and correct it (refer to
symptom for "low suction pressure").3. Adjust the fan cycling.4. Adjust the thermostat setting.5. Verify the reason and correct it (refer to
symptom for "cooling coil ice up").6. Verify the reason and correct it (refer to
symptom for "blower works, less air").
1. Check and verify the reason (refer to symptomfor "high discharge pressure").
2. Adjust thermostat.3. Check the design/unit selection.4. Check and verify the reason (refer to symptom
for "blower works, less air").5. Check the ambient condition.6. Clean it.1. Check for gas leak & charge freon as required.2. Determine the reason and correct it (refer to
symptom for "blower works, less air").3. Clean it.4. Clean it.1. Rectify the reason of low suction pressure (refer
to symptom for "low suction pressure").
1. Shift the location as required.
1. Check freon charge and confirm FLA.2. Check pumpdown solenoid valve operation.
1. Check pumpdown solenoid valve and replace it.
1.Check and correct it properly.2. Check and correct it properly.3. Check and tighten.4. Tighten the pipe support.5. Check the balance, alignment, bracket, etc.
Correct it/replace it.6. Replace the motor.7. Adjust belt tension.8. Align pulley.1. Check and correct it.2. Check and correct it.3. Verify the reason of noisy unit & correct it.4. Verify the design/Relocate the unit if necessary.5. Check & verify the design.6. Remove wooden packing (if any).1. Rectify the reason & correct it.2. Check the compressor amperage each phase.3. Check and correct it.4. Check and verify the reason.5. Check and replace it.6. Check and replace it.7. Check and replace it.1. Check and correct the wiring.2. Check meggar test.3. Check wiring against diagram.4. Replace it, if required.5. Check the circuit breaker ratings.
Unit works continuously, no sufficientcooling
Unit not cooling properly during nighttime
Not sufficiently cooling duringdaytime
Cooling coil ices up
Unit is not restarting (after a cut-off)
Unit is taking long time to restart
Compressor goes lockout (pumpdown system)
Taking more time for the pumpdowncycle, cooling coil ices up
Noisy unit
Unit operational noise listening insidethe building
Compressor not working
Circuit breaker of the unit trips
25
26
HEATER CONNECTION DETAILS
(SEE HEATER DATA TABLE)
HEATER DATA TABLE
1.NTB IS APPLICABLE FOR
WIRG. DGM. SUITS
380V/3PH/60Hz UNITS
NOTE380V/3PH/60Hz UNITS
230V/3PH/60HZ 460V/3PH/60HZ &
2. FOR UNITS WITH ABOVEVOLTAGE CONNECT 37A OF FM & L3 OF 1PH BM TO NTB
230V
460V
THERMOSTAT / DDC CONTROLLER
SEE OPTIONAL VFC CONNECTION
J_PROG
TRANS
PRI
12v-0-12v
240v
SEC
FUSE
POWER(GRN)
LIVE
NEUT
RAL
OUTF
AN1
1A1ATB
JP1
TO ATB
JP2 1B
CNC
NO
HP1(HP1)
LP1(LP1)
14
DIP SWITCH
X141
A
LOCK1(RED)
SYSTEM1(YEL)
29HE
ATER
1
HEAT
ER2
30
INFA
N
ECB
P1P2
4A
COMP
13A
230VAC
HC2
HC1
BMC
28
22A23A
CC
LVTB
(SEE NOTE 3)
(SEE NOTE 3)
ATB
L1
TO HVTB
L2/N
(UVM) (SD)
22A23A
LPS
ECB DIP SWITCH SETTINGS & LED INDICATORS
OFF=TEST MODE DISABLE
DIP SWITCH FUCTIONS
LOAD BALANCE
ON= TEST MODE ENABLEsystem 1 fault diagnostic
system lock-out due to system faultpower on/off indicator
S4
FACTORY SETTINGS OF DIP SWITCHES
DIP SWITCH #ON
S1 S2 S3
LED INDICATORS
RedGreen
blinking fast - HPS1 ckt fault blinking slow - LPS1 ckt fault
Set dip switch # 3 according to unit's option(pump down or no pump down)
Yellow
on-board programming function (always set to on)
OFF= WITHOUT PUMP DOWN
OFF=
S4
S3
S1
S2 (Comp1&2 Auto Lead Lag)
ON= WITH PUMP DOWN OPTION
ON= COMPRESSOR 1 LEADOFF
note:
TYPICAL SCHEMATIC WIRING DIAGRAMMODELS : PY036 - PY075 (Single compressor units)
NOTE: 1. Refer to next page for legend, notes & wiring diagram for optional items. 2. Refer to unit control box (inside panel) for exact wiring diagram.
*
**
FACTORY INSTALLED B.M SPEED*
*
CRANKCASE HEATER CONNECTION
27
TYPICAL SCHEMATIC WIRING DIAGRAMMODELS : PY036 - PY075 (Single compressor units)
LEGEND
AR AUXILIARY RELAYAFS AIRFLOW SWITCHATB AUXILIARY TERMINAL BLOCKBM BLOWER MOTORBMC BLOWER MOTOR CONTACTORCC COMPRESSOR CONTACTORCB CIRCUIT BREAKERC. HTR CRANKCASE HEATERCOMP COMPRESSORCAP CAPACITORECB ELECTRONIC CONTROL BOARDFL FUSE LINKFM FAN MOTOR (CONDENSER)FMC FAN MOTOR CONTACTORFR FAULT RELAYHC HEATER CONTACTORHPS HIGH PRESSURE SWITCHHVTB HIGH VOLTAGE TERMINAL BLOCKHTR HEATERJP JUMPERL1 LINE 1L2 LINE 2L3 LINE 3LPS LOW PRESSURE SWITCHLUG LUG GROUNDN NEUTRALNTB NEUTRAL TERMINAL BLOCKO/L OVER LOADSD SMOKE DETECTORTRANS TRANSFORMERT'STAT THERMOSTATUVM UNDER VOLTAGE MONITOR
FIELD WIRINGDISCONNECT TAB - 1/4"SPLICE-CLOSED END
_ _ _+
NOTES
1. POWER SUPPLY, REFER TO UNIT NAMEPLATE.
2. ANY WIRE REPLACEMENT SHOULD BE OF 900C OR ITSEQUIVALENT. USE COPPER CONDUCTOR WIRES ONLY.
3. IF PDS & HEATERS ARE FACTORY INSTALLED, PLEASEREAD BROKEN LINES AS CONTINUOUS LINES.
4. POWER MUST BE SUPPLIED TO CRANKCASE HEATER FORMINIMUM OF 12 HOURS PRIOR TO SYSTEM START UP.IF POWER IS OFF 6 HOURS OR MORE, CRANKCASEHEATER MUST BE ON FOR 12 HOURS BEFORE OPER-ATING THE SYSTEM.
FAILURE TO FOLLOW THESE INSTRUCTIONS MAY RE-SULT IN COMPRESSOR DAMAGE.
5. FUSED DISCONNECT SWITCH OR CIRCUIT BREAKERTO BE PROVIDED BY CONSUMER WITH RATING ASRECOMMENDED BY ZAMIL.
6. COMPRESSOR IS PROVIDED WITH INTERNAL OVERLOAD.
7. IF ANY CHANGES IN THE DIP SWITCH SETTING IS RE-QUIRED, TURN OFF POWER FIRST & SET REQUIRED SET-TINGS.
C. BM RUN & TRIP INDICATION OPTION
A. UNIT ON INDICATION OPTION
3. VOLT FREE CONTACT OPTIONS
2. SMOKE DETECTOR OPTION
STANDARD OPTIONS1. UVM OPTION
28
1.NTB IS APPLICABLE FOR
WIRG. DGM. SUITS
380V/3PH/60Hz UNITS
NOTE
380V/3PH/60Hz UNITS
230V/3PH/60HZ 460V/3PH/60HZ &
(SEE HEATER DATA TABLE)
LUG
HVTB
HEATER DATA TABLE
HEATER CONNECTION DETAILS
TYPE-I TYPE-II
460V
230V
OUTF
AN1
PRI
OUTF
AN2
NEUT
RAL
LIVE
SEC
POWER(GRN)
COMP
1
COMP
2
INFA
N
HEAT
ER1
HEAT
ER2
(LP2)
J_PROG
SYSTEM2(ORG)
LOCK2(RED)
SYSTEM1(YEL)
LOCK1(RED)
(HP2)
(LP1)
LP2
LP1
(HP1)
HP2
HP1
X2 X1 P2 P1
FUSE
DIP SWITCH 23A22A
22B23B
TRANS
240v
12v-0-12v
LVTB
THERMOSTAT / DDC CONTROLLER
CC1
(SEE NOTE 3)
(SEE NOTE 3)28 CNC
NO
CC2
BMC
HC1
JP1ATB 1 JP21A 1B
ATB
HC2
TO ATB
PLEASE REFER TO FAN MOTOR CONTROL CONNECTION FOR T.O.P
SEE OPTIONAL VFC CONNECTION
41B
41A
4B 4A 3A3B30 29 14
ECB
FMC
12
(UVM) (SD)
(SEE NOTE 3)
LPS2
LPS1
26A25A
25B26B
FACTORY SETTINGS OF DIP SWITCHES
ONDIP SWITCH #
OFF
S1 S2 S3 S4
S4
ON= TEST MODE ENABLE
ON= COMPRESSOR 1 LEAD
OFF=TEST MODE DISABLE
LOAD BALANCE S2
S1
(Comp1&2 Auto Lead Lag)OFF=
S3 OFF= WITHOUT PUMP DOWN ON= WITH PUMP DOWN OPTION
on-board programming function (always set to on)
LED INDICATORSGreen power on/off indicatorRed system lock-out due to system fault
Yellowsystem 1 fault diagnostic
blinking slow - LPS1 ckt fault blinking fast - HPS1 ckt fault
Orangesystem 2 fault diagnostic
blinking slow - LPS2 ckt fault
note:Set dip switch # 3 according to unit's option(pump down or no pump down)
ECB DIP SWITCH SETTINGS & LED INDICATORS DIP SWITCH FUCTIONS
TYPICAL SCHEMATIC WIRING DIAGRAM
NOTE: 1. Refer to next page for legend, notes & wiring diagram for optional items. 2. Refer to unit control box (inside panel) for exact wiring diagram.
MODELS : PY090 - PY150 (Dual compressor units)
29
(APPLICABLE FOR FM WITH T.O.P)FAN MOTOR CONTROL CONNECTION
C. BM RUN & TRIP INDICATION OPTION
BM WITH EXTERNAL OLR
CONNECTION APPLICABLE FOR 1PH FM ONLY
1. UVM OPTION
CRANKCASE HEATER CONNECTION
STANDARD OPTIONS
2. SMOKE DETECTOR OPTION
3. VOLT FREE CONTACT OPTIONSA. UNIT ON INDICATION OPTION
TYPICAL SCHEMATIC WIRING DIAGRAMMODELS : PY090 - PY150 (Dual compressor units)
LEGEND
AR AUXILIARY RELAYAFS AIRFLOW SWITCHATB AUXILIARY TERMINAL BLOCKBM BLOWER MOTORBMC BLOWER MOTOR CONTACTORCC COMPRESSOR CONTACTORCB CIRCUIT BREAKERC. HTR CRANKCASE HEATERCOMP COMPRESSORCAP CAPACITORECB ELECTRONIC CONTROL BOARDFL FUSE LINKFM FAN MOTOR (CONDENSER)FMC FAN MOTOR CONTACTORFR FAULT RELAYHC HEATER CONTACTORHPS HIGH PRESSURE SWITCHHVTB HIGH VOLTAGE TERMINAL BLOCKHTR HEATERJP JUMPERL1 LINE 1L2 LINE 2L3 LINE 3LPS LOW PRESSURE SWITCHLUG LUG GROUNDN NEUTRALNTB NEUTRAL TERMINAL BLOCKO/L OVER LOADSSPS SOLID STATE PROTECTIVE SYSTEMSD SMOKE DETECTORTRANS TRANSFORMERT'STAT THERMOSTATUVM UNDER VOLTAGE MONITORTOP FM THERMAL OVERLOAD PROTECTION
FIELD WIRINGDISCONNECT TAB - 1/4"SPLICE-CLOSED END
_ _ _+
NOTES
1. POWER SUPPLY, REFER TO UNIT NAMEPLATE.
2. ANY WIRE REPLACEMENT SHOULD BE OF 900C OR ITSEQUIVALENT. USE COPPER CONDUCTOR WIRES ONLY.
3. IF PDS & HEATERS ARE FACTORY INSTALLED, PLEASEREAD BROKEN LINES AS CONTINUOUS LINES.
4. POWER MUST BE SUPPLIED TO CRANKCASE HEATER FORMINIMUM OF 12 HOURS PRIOR TO SYSTEM START UP.IF POWER IS OFF 6 HOURS OR MORE, CRANKCASEHEATER MUST BE ON FOR 12 HOURS BEFORE OPER-ATING THE SYSTEM.
FAILURE TO FOLLOW THESE INSTRUCTIONS MAY RE-SULT IN COMPRESSOR DAMAGE.
5. FUSED DISCONNECT SWITCH OR CIRCUIT BREAKERTO BE PROVIDED BY CONSUMER WITH RATING ASRECOMMENDED BY ZAMIL.
6. COMPRESSORS ARE PROVIDED WITH INTERNAL OVER-LOAD.
7. IF ANY CHANGES IN THE DIP SWITCH SETTING IS RE-QUIRED, TURN OFF POWER FIRST & SET REQUIRED SET-TINGS.
30
WIRG. DGM. SUITS
380V/3PH/60Hz UNITS
230V/3PH/60HZ 460V/3PH/60HZ &
WITH MOTOR OVERLOADCONNECTION FOR COMPRESSOR
CONNECTION FOR MANUEROP COMP. WITH SSPS
(SEE HEATER DATA TABLE)HEATER OPTION-1
LUG
HVTB
HEATER OPTION - 2(SEE HEATER DATA TABLE)
380V/3PH/60Hz UNITS1.NTB IS APPLICABLE FOR NOTE
230V
460V
OUTF
AN1
PRI
OUTF
AN2
NEUT
RAL
LIVE
SEC
POWER(GRN)
COMP
1
COMP
2
INFA
N
HEAT
ER1
HEAT
ER2
(LP2)
J_PROG
SYSTEM2(ORG)
LOCK2(RED)
SYSTEM1(YEL)
LOCK1(RED)
(HP2)
(LP1)
LP2
LP1
(HP1)
HP2
HP1
X2 X1 P2 P1
FUSE
DIP SWITCHLPS1
23A22A
22B23B
LPS2
TRANS
240v
12v-0-12v
LVTB
THERMOSTAT / DDC CONTROLLER
CC1
(SEE NOTE 3)
(SEE NOTE 3)28 CNC
NO
CC2
19BMC
HC1
TO HVTB
JP1ATB 1 JP21A 1B
ATB 230VAC
L1 L2/N
HC2
TO ATB
PLEASE REFER TO FAN MOTOR CONTROL CONNECTION FOR OLR, LOW AMBIENT AND T.O.P
SEE OPTIONAL VFC CONNECTION
41B
41A
4B 4A 3A3B30 29 14
ECB
FMC
12
(UVM) (SD)
TYPICAL SCHEMATIC WIRING DIAGRAM
NOTE: 1. Refer to next page for legend, notes & wiring diagram for optional items. 2. Refer to unit control box (inside panel) for exact wiring diagram.
MODELS : PY180 - PY360 (Dual compressor units)
31
C. BM RUN & TRIP INDICATION OPTION
2. SMOKE DETECTOR OPTION
3. VOLT FREE CONTACT OPTIONSA. UNIT ON INDICATION OPTION
B) WITH LOW AMBIENT OPTION
A) STANDARD CONNECTION
(APPLICABLE FOR FM WITH T.O.P)FAN MOTOR CONTROL CONNECTION
LOW AMBIENT OPTION
COMP. WITH CIRCUIT BREAKER OPTION
STANDARD OPTIONS
1. UVM OPTION
LUG
HVTB
TO HVTB
TO HVTB
FACTORY SETTINGS OF DIP SWITCHES
ONDIP SWITCH #
OFF
S1 S2 S3 S4
S4
ON= TEST MODE ENABLE
ON= COMPRESSOR 1 LEAD
OFF=TEST MODE DISABLE
LOAD BALANCE S2
S1
(Comp1&2 Auto Lead Lag)OFF=
S3 OFF= WITHOUT PUMP DOWN ON= WITH PUMP DOWN OPTION
on-board programming function (always set to on)
LED INDICATORSGreen power on/off indicatorRed system lock-out due to system fault
Yellowsystem 1 fault diagnostic
blinking slow - LPS1 ckt fault blinking fast - HPS1 ckt fault
Orangesystem 2 fault diagnostic
blinking slow - LPS2 ckt fault blinking fast - HPS2 ckt fault
note:Set dip switch # 3 according to unit's option(pump down or no pump down)
ECB DIP SWITCH SETTINGS & LED INDICATORS DIP SWITCH FUCTIONS
OUTFAN 1TO ECB
OUTFAN 2TO ECB
TYPICAL SCHEMATIC WIRING DIAGRAMMODELS : PY180 - PY360 (Dual compressor units)
LEGEND
AR AUXILIARY RELAYAFS AIRFLOW SWITCHATB AUXILIARY TERMINAL BLOCKBM BLOWER MOTORBMC BLOWER MOTOR CONTACTORCC COMPRESSOR CONTACTORCB CIRCUIT BREAKERC. HTR CRANKCASE HEATERCOMP COMPRESSORCAP CAPACITORECB ELECTRONIC CONTROL BOARDFL FUSE LINKFM FAN MOTOR (CONDENSER)FMC FAN MOTOR CONTACTORFR FAULT RELAYHC HEATER CONTACTORHPS HIGH PRESSURE SWITCHHVTB HIGH VOLTAGE TERMINAL BLOCKHTR HEATERJP JUMPERL1 LINE 1L2 LINE 2L3 LINE 3LPS LOW PRESSURE SWITCHLUG LUG GROUNDN NEUTRALNTB NEUTRAL TERMINAL BLOCKO/L OVER LOADSSPS SOLID STATE PROTECTIVE SYSTEMSD SMOKE DETECTORTRANS TRANSFORMERT'STAT THERMOSTATUVM UNDER VOLTAGE MONITORTOP FM THERMAL OVERLOAD PROTECTION
FIELD WIRINGDISCONNECT TAB - 1/4"SPLICE-CLOSED END
_ _ _+
NOTES
1. POWER SUPPLY, REFER TO UNIT NAMEPLATE.
2. ANY WIRE REPLACEMENT SHOULD BE OF 900C OR ITSEQUIVALENT. USE COPPER CONDUCTOR WIRES ONLY.
3. IF PDS & HEATERS ARE FACTORY INSTALLED, PLEASEREAD BROKEN LINES AS CONTINUOUS LINES.
4. POWER MUST BE SUPPLIED TO CRANKCASE HEATER FORMINIMUM OF 12 HOURS PRIOR TO SYSTEM START UP.IF POWER IS OFF 6 HOURS OR MORE, CRANKCASEHEATER MUST BE ON FOR 12 HOURS BEFORE OPER-ATING THE SYSTEM.
FAILURE TO FOLLOW THESE INSTRUCTIONS MAY RE-SULT IN COMPRESSOR DAMAGE.
5. FUSED DISCONNECT SWITCH OR CIRCUIT BREAKERTO BE PROVIDED BY CONSUMER WITH RATING ASRECOMMENDED BY ZAMIL.
6. COMPRESSORS ARE PROVIDED WITH INTERNAL OVER-LOAD.
7. IF COMPRESSOR IS SUPPLIED WITH SSPS, CONNECT ASSHOWN. PLEASE ALLOW 2-3 MINUTES FOR SSPS SWITCHTO CLOSE, BEFORE STARTING THE UNIT.
8. IF ANY CHANGES IN THE DIP SWITCH SETTING IS RE-QUIRED, TURN OFF POWER FIRST & SET REQUIRED SET-TINGS.
32
MODEL NUMBER PY036C PY036H PY036M PY036F PY048C PY048H PY048M PY048FCOMPRESSOR 800-684-01 800-684-04 800-684-14 800-684-07 800-684-03 800-684-06 800-684-09 800-684-09
CONDENSER FAN MOTOR 800-544-02 800-544-02 800-544-02 800-547-32 800-544-02 800-544-02 800-544-02 800-547-32
BLOWER MOTOR 800-547-72 800-547-72 800-547-72 800-547-73 800-546-88 800-546-88 800-546-88 800-546-90
BLOWER WHEEL 800-707-34 800-707-34 800-707-34 800-707-34 800-707-34 800-707-34 800-707-34 800-707-34
CONDENSER FAN PROPELLER 800-225-02 800-225-02 800-225-02 800-225-02 800-225-02 800-225-02 800-225-02 800-225-02
CONTACTOR COMPRESSOR 800-736-07 800-095-01 800-095-01 800-095-01 800-736-22 800-736-22 800-095-01 800-095-01
CONTACTOR BLOWER MOTOR 800-736-27 800-736-27 800-736-27 800-736-27 800-736-27 800-736-27 800-736-27 800-736-27
CAPACITOR FAN MOTOR 800-353-15 800-353-15 800-353-15 800-353-15 800-353-15 800-353-15 800-353-15 800-353-15
AIRFLOW SWITCH 800-005-02 800-005-02 800-005-02 800-005-02 800-005-02 800-005-02 800-005-02 800-005-02
CAPILLARY 800-390-45 800-390-45 800-390-45 800-390-45 800-390-33 800-390-33 800-390-33 800-390-33
DISTRIBUTOR 800-198-00 800-198-00 800-198-00 800-198-00 800-191-01 800-191-01 800-191-01 800-191-01
LOW PRESSURE CONTROL 800-557-00 800-557-00 800-557-00 800-557-00 800-557-00 800-557-00 800-557-00 800-557-00
HIGH PRESSURE CONTROL 800-558-00 800-558-00 800-558-00 800-558-00 800-558-00 800-558-00 800-558-00 800-558-00
FAN GRILLE 800-625-46 800-625-46 800-625-46 800-625-46 800-625-46 800-625-46 800-625-46 800-625-46
FILTER DRIER 800-531-08 800-531-08 800-531-08 800-531-08 800-531-08 800-531-08 800-531-08 800-531-08
CONTROLLER 80065252 80065252 80065252 80065252 80065252 80065252 80065252 80065252
TRANSFORMER 80065253 80065253 80065253 80065253 80065253 80065253 80065253 80065253
PARTS LIST
MODEL NUMBER PY060H PY060M PY060FCOMPRESSOR 800-672-51 800-672-52 800-672-52
CONDENSER FAN MOTOR 800-544-02 800-544-02 800-547-32
BLOWER MOTOR 800-546-88 800-546-88 800-546-90
BLOWER WHEEL 800-707-34 800-707-34 800-707-34
CONDENSER FAN PROPELLER 800-225-02 800-225-02 800-225-02
CONTACTOR COMPRESSOR 800-736-22 800-095-01 800-095-01
CONTACTOR BLOWER MOTOR 800-736-27 800-736-27 800-736-27
CAPACITOR FAN MOTOR 800-353-15 800-353-15 800-353-15
AIR FLOW SWITCH 800-005-02 800-005-02 800-005-02
CAPILLARY 800-390-37 800-390-37 800-390-37
DISTRIBUTOR 800-191-01 800-191-01 800-191-01
LOW PRESSURE CONTROL 800-557-00 800-557-00 800-557-00
HIGH PRESSURE CONTROL 800-558-00 800-558-00 800-558-00
FAN GRILLE 800-625-46 800-625-46 800-625-46
FILTER DRIER 800-531-08 800-531-08 800-531-08
CONTROLLER 80065252 80065252 80065252
TRANSFORMER 80065253 80065253 80065253
33
MODEL NUMBER PY075H PY075M PY075F PY090H PY090M PY090F PY100H PY100M PY100FCOMPRESSOR 800-674-23 800-674-24 800-674-25 800-684-05 800-684-09 800-684-08 800-684-06 800-684-09 800-684-09
CONDENSER FAN MOTOR 800-545-58 800-545-58 800-545-63 800-545-68 800-545-68 800-545-68 800-545-68 800-545-68 800-545-68
BLOWER MOTOR 800-544-13 800-546-44 800-544-13 800-544-16 800-546-29 800-544-16 800-544-16 800-546-29 800-544-16
BLOWER WHEEL 800-707-46 800-707-46 800-707-46 800-707-46 800-707-46 800-707-46 800-707-02 800-707-02 800-707-02
CONDENSER FAN PROPELLER 800-224-23 800-224-23 800-224-23 800-224-23 800-224-23 800-224-23 800-224-23 800-224-23 800-224-23
CONTACTOR COMPRESSOR 800-736-22 800-095-01 800-095-01 800-095-01 800-095-01 800-095-01 800-095-01 800-095-01 800-095-01
CONTACTOR BLOWER MOTOR 800-095-01 800-095-01 800-095-01 800-095-01 800-095-01 800-095-01 800-095-01 800-095-01 800-095-01
CONTACTOR COND. FAN MOTOR N.A. N.A. N.A. 800-095-01 800-095-01 800-095-01 800-095-01 800-095-01 800-095-01
AIRFLOW SWITCH 800-005-02 800-005-02 800-005-02 800-005-02 800-005-02 800-005-02 800-005-02 800-005-02 800-005-02
EXPANSION VALVE 800-181-00 800-181-00 800-181-00 800-183-01 800-183-01 800-183-01 800-183-01 800-183-01 800-183-01
DISTRIBUTOR 800-192-03 800-192-03 800-192-03 800-198-02 800-198-02 800-198-02 800-198-02 800-198-02 800-198-02
LOW PRESSURE CONTROL 800-557-00 800-557-00 800-557-00 800-557-00 800-557-00 800-557-00 800-557-00 800-557-00 800-557-00
HIGH PRESSURE CONTROL 800-558-00 800-558-00 800-558-00 800-558-00 800-558-00 800-558-00 800-558-00 800-558-00 800-558-00
FAN GRILLE 800-625-29 800-625-29 800-625-29 800-625-29 800-625-29 800-625-29 800-625-29 800-625-29 800-625-29
FILTER DRIER 800-531-08 800-531-08 800-531-08 800-531-08 800-531-08 800-531-08 800-531-08 800-531-08 800-531-08
CONTROLLER 80065252 80065252 80065252 80065263 80065263 80065263 80065263 80065263 80065263
TRANSFORMER 80065253 80065253 80065253 80065253 80065253 80065253 80065253 80065253 80065253
PARTS LIST
MODEL NUMBER PY120H PY120M PY120F PY150H PY150M PY150F PY180H PY180M PY180FCOMPRESSOR 800-672-51 800-672-52 800-672-52 800-674-23 800-674-24 800-674-25
CONDENSER FAN MOTOR 800-545-68 800-545-68 800-545-68 800-545-68 800-545-68 800-545-68 800-545-68 800-545-68 800-545-68
BLOWER MOTOR 800-544-17 800-546-92 800-544-17 800-544-17 800-546-92 800-544-17 800-544-72 800-544-64 800-544-72
BLOWER WHEEL 800-707-02 800-707-02 800-707-02 800-707-02 800-707-02 800-707-02 800-707-02 800-707-02 800-707-02
CONDENSER FAN PROPELLER 800-224-23 800-224-23 800-224-23 800-224-23 800-224-23 800-224-23 800-224-23 800-224-23 800-224-23
CONTACTOR COMPRESSOR 800-736-22 800-095-01 800-095-01 800-736-22 800-095-01 800-095-01 800-095-01 800-095-01
CONTACTOR BLOWER MOTOR 800-095-01 800-095-01 800-095-01 800-095-01 800-095-01 800-095-01 800-098-55 800-098-55 800-098-55
CONTACTOR COND. FAN MOTOR 800-095-01 800-095-01 800-095-01 800-095-01 800-095-01 800-095-01 800-095-01 800-095-01 800-095-01
AIRFLOW SWITCH 800-005-02 800-005-02 800-005-02 800-005-02 800-005-02 800-005-02 800-005-02 800-005-02 800-005-02
EXPANSION VALVE 800-181-00 800-181-00 800-181-00 800-181-00 800-181-00 800-181-00 800-182-00 800-182-00 800-182-00
DISTRIBUTOR 800-192-03 800-192-03 800-192-03 800-192-03 800-192-03 800-192-03 800-196-00 800-196-00 800-196-00
LOW PRESSURE CONTROL 800-557-00 800-557-00 800-557-00 800-557-00 800-557-00 800-557-00 800-557-00 800-557-00 800-557-00
HIGH PRESSURE CONTROL 800-558-00 800-558-00 800-558-00 800-558-00 800-558-00 800-558-00 800-558-00 800-558-00 800-558-00
FAN GRILLE 800-625-29 800-625-29 800-625-29 800-625-29 800-625-29 800-625-29 800-625-74 800-625-74 800-625-74
FILTER DRIER 800-531-08 800-531-08 800-531-08 800-531-08 800-531-08 800-531-08 800-531-05 800-531-05 800-531-05
CONTROLLER 80065263 80065263 80065263 80065263 80065263 80065263 80065263 80065263 80065263
TRANSFORMER 80065253 80065253 80065253 80065253 80065253 80065253 80065253 80065253 80065253
800-674-79800-674-76
800-674-80800-674-77
800-674-81800-674-78
800-736-48800-736-22
34
MODEL NUMBER PY210H PY210M PY210F PY240H PY240M PY240F PY300H PY300M PY300FCOMPRESSOR 800-674-65 800-674-66 800-674-67 800-674-36 800-674-37 800-674-38 800-674-17 800-674-18 800-674-19
CONDENSER FAN MOTOR 800-545-68 800-545-68 800-545-68 800-555-06 800-555-06 800-555-06 800-555-06 800-555-06 800-555-06
BLOWER MOTOR 800-544-72 800-544-64 800-544-72 800-544-73 800-544-65 800-544-73 800-544-73 800-544-65 800-544-73
BLOWER WHEEL 800-707-02 800-707-02 800-707-02 800-707-23 800-707-23 800-707-23 800-707-23 800-707-23 800-707-23
CONDENSER FAN PROPELLER 800-224-23 800-224-23 800-224-23 800-224-33 800-224-33 800-224-33 800-224-33 800-224-33 800-224-33
CONTACTOR COMPRESSOR 800-736-48 800-736-22 800-095-01 800-736-25 800-736-22 800-736-22 800-736-25 800-736-22 800-736-22
CONTACTOR BLOWER MOTOR 800-098-55 800-098-55 800-098-55 800-098-59 800-098-55 800-098-55 800-098-59 800-098-55 800-098-55
CONTACTOR COND. FAN MOTOR 800-095-01 800-095-01 800-095-01 800-095-01 800-095-01 800-095-01 800-095-01 800-095-01 800-095-01
AIRFLOW SWITCH 800-005-02 800-005-02 800-005-02 800-005-02 800-005-02 800-005-02 800-005-02 800-005-02 800-005-02
EXPANSION VALVE 800-182-00 800-182-00 800-182-00 800-185-00 800-185-00 800-185-00 800-186-00 800-186-00 800-186-00
DISTRIBUTOR 800-196-00 800-196-00 800-196-00 800-194-01 800-194-01 800-194-01 800-192-02 800-192-02 800-192-02
LOW PRESSURE CONTROL 800-557-00 800-557-00 800-557-00 800-557-00 800-557-00 800-557-00 800-557-00 800-557-00 800-557-00
HIGH PRESSURE CONTROL 800-558-00 800-558-00 800-558-00 800-558-00 800-558-00 800-558-00 800-558-00 800-558-00 800-558-00
FAN GRILLE 800-625-74 800-625-74 800-625-74 800-625-38 800-625-38 800-625-38 800-625-38 800-625-38 800-625-38
FILTER DRIER 800-531-05 800-531-05 800-531-05 800-531-05 800-531-05 800-531-05 800-531-05 800-531-05 800-531-05
CONTROLLER 80065263 80065263 80065263 80065263 80065263 80065263 80065263 80065263 80065263
TRANSFORMER 80065253 80065253 80065253 80065253 80065253 80065253 80065253 80065253 80065253
PARTS LIST
MODEL NUMBER PY340H PY340M PY340F PY360H PY360M PY360FCOMPRESSOR 800-614-80 800-614-81 800-614-82 800-614-83 800-614-84 800-614-85
CONDENSER FAN MOTOR 800-555-06 800-555-06 800-555-06 800-555-06 800-555-06 800-555-06
BLOWER MOTOR 800-544-73 800-544-65 800-544-73 800-544-74 800-544-66 800-544-74
BLOWER WHEEL 800-707-23 800-707-23 800-707-23 800-707-94 800-707-94 800-707-94
CONDENSER FAN PROPELLER 800-224-33 800-224-33 800-224-33 800-224-33 800-224-33 800-224-33
CONTACTOR COMPRESSOR 800-098-67 800-736-48 800-736-22 800-098-68 800-736-23 800-736-48
CONTACTOR BLOWER MOTOR 800-098-59 800-098-55 800-098-55 800-098-61 800-098-57 800-098-55
CONTACTOR COND. FAN MOTOR 800-095-01 800-095-01 800-095-01 800-095-01 800-095-01 800-095-01
AIRFLOW SWITCH 800-005-02 800-005-02 800-005-02 800-005-02 800-005-02 800-005-02
EXPANSION VALVE 800-186-00 800-186-00 800-186-00 800-186-00 800-186-00 800-186-00
DISTRIBUTOR 800-192-02 800-192-02 800-192-02 800-196-16 800-196-16 800-196-16
LOW PRESSURE CONTROL 800-557-00 800-557-00 800-557-00 800-557-00 800-557-00 800-557-00
HIGH PRESSURE CONTROL 800-558-00 800-558-00 800-558-00 800-558-00 800-558-00 800-558-00
FAN GRILLE 800-625-38 800-625-38 800-625-38 800-625-38 800-625-38 800-625-38
FILTER DRIER 800-531-05 800-531-05 800-531-05 800-531-01 800-531-01 800-531-01
CONTROLLER 80065263 80065263 80065263 80065263 80065263 80065263
TRANSFORMER 80065253 80065253 80065253 80065253 80065253 80065253