PAYNE Package Units(both Units Combined) Manual L0704293

User Manual: PAYNE PAYNE Package Units(both units combined) Manual PAYNE Package Units(both units combined) Owner's Manual, PAYNE Package Units(both units combined) installation guides

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Page Count: 30

Installation Instructions

NOTE: Read the entire instruction manual before starting the

installation.

NOTE: Installer: Make sure the Owner's Manual and Service

Instructions are left with the unit after installation.

TABLE OF CONTENTS

Page

SAFETY CONSIDERATIONS ........................ 1

INTRODUCTION .................................. 2

RECEIVING AND INSTALLATION ................ 2-12

Check Equipment ................................. 2

Identify Unit ................................... 2

Inspect Shipment ................................ 2

Provide Unit Support .............................. 2

Roof Curb ..................................... 2

Slab Mount .................................... 2

Ground Mount ................................. 2

Field Fabricate Ductwork ........................... 2

Provide Clearances ................................ 6

Rig and Place Unit ................................ 6

Inspection ..................................... 6

Use of Rigging Bracket ........................... 6

Connect Condensate Drain .......................... 8

Install Flue Hood ................................ 8-9

Install Gas Piping ................................. 9

Install Duct Connections ............................ 9

Configuring Units for Downflow (Vertical)

Discharge .................................. 9-10

Install Electrical Connections ....................... 11

High- Voltage Connections ....................... 11

Special Procedures for 208-V Operation ............. 11

Control Voltage Connections ...................... 11

Heat Anticipator Setting ......................... 12

Transformer Protection .......................... 12

PRE-START-UP .................................. 12

START-UP AND TROUBLESHOOTING ........... 12-22

Check for Refrigerant Leaks ..................... 12-13

Start-Up Heating & Make Adjustments ............... 13

Check Heating Control .......................... 13

Check Gas Input ............................... 13

Adjust Gas Input ............................ 13-14

Check Burner Flame ............................ 14

Airflow and Temperature Rise ..................... 14

Heating Sequence of Operation .................... 14

Limit Switches ................................ 18

Rollout Switch ................................ 18

Start-Up Cooling & Make Adjustments ............... 18

Checking Cooling Control Operation ............... 18

Checking & Adjusting Refrigerant Charge ........... 18

Indoor Airflow and Airflow Adjustments ............ 19

Cooling Sequence of Operation .................... 19

MAINTENANCE ............................... 24-26

Air Filter ....................................... 24

Indoor Blower and Motor .......................... 24

Flue Gas Passageways ............................. 25

Fig. 1 -Unit PY3P

(Low NOx Model Available)

A06079

Induced Draft (Combustion Air) Blower ............... 24

Limit Switch .................................... 24

Burner Ignition .................................. 25

Main Burners ................................... 25

Outdoor Coil, Indoor Coil, & Condensate Drain Pan ..... 25

Outdoor Fan .................................... 26

Electrical Controls and Wiring ................... 26-27

Refrigerant Circuit ................................ 27

Indoor Airflow .................................. 27

Metering Devices-AccuRater _" Piston ................ 27

Liquid Line Strainer ............................ 27

TROUBLESHOOTING ............................. 27

START-UP CHECKLIST ........................... 27

SAFETY CONSIDERATIONS

Installation and servicing of this equipment can be hazardous due to

mechanical and electrical components. Only trained and qualified

personnel should install, repair, or service this equipment.

Untrained personnel can perform basic maintenance functions such

as cleaning and replacing air filters. All other operations must be

performed by trained service personnel. When working on this

equipment, observe precautions in the literature, on tags, and on

labels attached to or shipped with the unit and other safety

precautions that may apply.

Follow all safety codes. Installation must be in compliance with

local and national building codes. Wear safety glasses, protective

clothing, and work gloves. Have fire extinguisher available. Read

these instructions thoroughly and follow all warnings or cautions

included in literature and attached to the unit.

Recognizesafetyinformation.Thisisthesafety-alertsymbol'_'_.

When you see this symbol on the unit and in instructions or manuals,

be alert to the potential for personal injury. Understand these signal

words: DANGER, WARNING, and CAUTION. These words are

used with the safety-alert symbol. DANGER identifies the most se-

rious hazards which will result in severe personal injury or death.

WARNING signifies hazards which could result in personal injury

or death. CAUTION is used to identify unsafe practices which may

result in minor personal injury or product and property damage.

NOTE is used to highlight suggestions which will result in en-

hanced installation, reliability, or operation.

ELECTRICAL SHOCK HAZARD

Failure to follow this warning could result in personal injury

or death.

Before installing or servicing system, always turn off main

power to system. There may be more than one disconnect

switch. Turn off accessory heater power switch if applicable.

Step 2--Provide Unit Support

For hurricane tie downs, contact distributor for details and PE

(Professional Engineering) Certificate if required.

ROOF CURB

Install accessory roof curb in accordance with instructions shipped

with curb (See Fig. 5). Install insulation, cant strips, roofing, and

flashing. Ductwork must be attached to curb.

IMPORTANT: The gasketing of the unit to the roof curb is critical

for a water tight seal. Install gasketing material supplied with the

roof curb. Improperly applied gasketing also can result in air leaks

and poor unit performance.

Curb should be level to within 1/4 in. This is necessary for unit drain

to function properly. Refer to accessory roof curb installation

instructions for additional information as required.

SLAB MOUNT

Place the unit on a solid, level concrete pad that is a minimum of 4

in. thick with 2 in. above grade (See Fig. 2). The slab should extend

approximately 2 in. beyond the casing on all 4 sides of the unit. Do

not secure the unit to the slab except when required by local codes.

FIRE, EXPLOSION, ELECTRICAL SHOCK AND

CARBON MONOXIDE POISONING HAZARD

Failure to follow this warning could result in personal injury

or unit damage.

A qualified installer or agency must use only

factory-authorized kits or accessories when modifying this

product.

INTRODUCTION

The PY3P unit (see Fig. 1) is a fully self-contained, combination

Category I gas heating/electric cooling unit designed for outdoor

installation (See Fig. 3 and 4 for unit dimensions). All unit sizes

have return and discharge openings for both horizontal and

downflow configurations, and are factory shipped with all

downflow duct openings covered. Units may be installed either on

a rooftop, a cement slab, or directly on the ground, if local codes

permit (See Fig. 5 for roof curb dimensions).

Models with an N in the thirteenth position of the model number are

dedicated Low NOx units designed for California installations.

These models meet the California maximum oxides of nitrogen

(NOx) emissions requirements of 40 nanograms/joule or less as

shipped from the factory and must be installed in California Air

Quality Management Districts or any other regions in North

America where a Low NOx rule exists.

NOTE: Low NOx requirements apply only to natural gas

installations.

RECEIVING AND INSTALLATION

Step 1--Check Equipment

IDENTIFY UNIT

The unit model number and serial number are stamped on the unit

information plate. Check this information against shipping papers.

INSPECT SHIPMENT

Inspect for shipping damage while unit is still on shipping pallet. If

unit appears to be damaged or is torn loose from its anchorage, have

it examined by transportation inspectors before removal. Forward

claim papers directly to transportation company. Manufacturer is

not responsible for any damage incurred in transit. Check all items

against shipping list. Immediately notify the nearest equipment

distribution office if any item is missing. To prevent loss or damage,

leave all parts in original packages until installation.

EVAR COIL COND COIL

Fig. 2 -Slab Mounting Details

C99096

GROUND MOUNT

The unit may be installed either on a slab or placed directly on the

ground, if local codes permit. Place the unit on level ground

prepared with gravel for condensate discharge.

Step 3--Field Fabricate Ductwork

Secure all ducts to roof curb and building structure on vertical

discharge units. Do not connect ductwork to unit. For horizontal

applications, unit is provided with flanges on the horizontal

openings. All ductwork should be secured to the flanges. Insulate

and weatherproof all external ductwork, joints, and roof openings

with counter flashing and mastic in accordance with applicable

codes.

Ducts passing through an unconditioned space must be insulated

and covered with a vapor barrier.

If a plenum return is used on a vertical unit, the return should be

ducted through the roof deck to comply with applicable fire codes.

A minimum clearance is not required around duGwork. Cabinet

return-air static shall not exceed -.25 in. wc.

254 0 _5461 254 0

[10 00] 121 gOi

810CKOFF PANE ON 018 01i1¥_

k\\

[4 63]

88_

[g 4_J

[9 83] [21 67] [9 83}

REAR ViEW

REQUIRED CLEARANCE TO CO_,rBUSTIBLE MATL

INCHES [mm]

TOP OF UNIT ................................................................................... _4.00 [355.6]

DUCT SIDE OF UNIT ......................................................................... 2.00 [50.8]

SiDE OPPOSITE DUCTS ................................................................ 14.00 [355.6]

BOTTOM OF UNIT ............................................................................. 0.50 [12_7]

ELECTRIC HEAT PANEL ................................................................. 36.00 [914.4]

NEC. REQUIRED CLEARANCES.

INCHES [mm]

BETWEEN UNITS, POWER ENTRY SIDE .................................... 42.00 [1066.8]

UNiT AND UNGROUNDED SURFACES, POWER ENTRY SIDE .36.00 [914,0]

UNIT AND BLOCK OR CONCRETE WALLS AND OTHER

GROUNDED SURFACES, POWER ENTRY SIDE ......................... 42.00 [1066.8]

LEGEND

CG - Center or Gravity

COND -Condensor

EVAP - Evaporator

NEC -National Electrical Code

REQ'D - Required

NOTE:Dimensions are in in, [rnm]

11600i

COND

TOP ViEW

REQUIRED CLEARANCE FOR OPERATION AN D SERVICING

INCHES [mm]

EVAR COIL ACCESS SIDE ............................................................ 36.00 [914.0]

POWER ENTRY SIDE .................................................................... 36,00 [914.0]

(EXCEPT FOR NEC REQUIREMENTS)

UNIT TOP ....................................................................................... 48.00 [1219.2]

SIDE OPPOSITE DUCTS .............................................................. 36.00 [914.0]

DUCT PANEL ................................................................................. :12.00 [304.8] *

*MINIMUM DISTANCES: IF UNIT IS PLACED LESSTHAN 12.00 [304.8] FROM

WALL SYSTEM, THEN SYSTEM PERFORMANCE MAYBE COMPROMISE.

/98

[31 44J

}90 [0 _5] NI'] I

x 22 0 _P i

LEFT SIDE ViEW

23 0

[0 9i]

[I 68]

............................ 1193 9

[47 00]

FRONT ViEW

116 3

[4 58]

?? 2 [0 88] DIA

CONTROL ENTRY

1230

[484]

FLUE I¢00D 46 8

[I 84J

52 8

12 08]

122 2

14 81]

[O ',O] NP

GAS ENIRY

50 _

[0 20

RIGHTSiDE ViEW

A06083

UNIT

PY3P024

PY3P030

PY3P036

ELECTRICAL

CHARACTERISTICS

208/230-1-60

208/230-1-60, 208/230-3-60

208/230-1-60, 208/230-3-60,

460-3-60

UNIT WEIGHT

Ib kg

446 202.3

451 204.6

459 206.2

UNIT HEIGHT

IN. [MM]

39.02 [991]

41.02 [1042]

20.0 [508]

CENTER OF GRAVITY

IN. [MM]

19.3 [490]

14.0 [356]

17.6 [447]

13.0 [330]

Fig. 3 -PY3P024-036 Unit Dimensions

556 8 555 8

] [;401] [;4 01]

RETDRN SUPPLY

4020

[i583]

I1_ 7

14_60/ i i

883 L30,2-

RETURN

DUG1

.......i...............7---i..............

_341 3 _301 2

[3 48] [!3 83] [13 67] [!3 83]

REAR VmEW

REQUIRED CLEARANCE TO COMBUSTIBLE MATE

INCHES [mini

TOP OF UNIT ................................................................................... 14.00 [355.6]

DUCT SIDE OF UNIT ......................................................................... 2.00 [50,8]

SIDE OPPOSITE DUCTS ................................................................ 14.00 [355.6]

BOTTOM OF UNIT ............................................................................. 0,50 [12.7]

ELECTRIC HEAT PANEL ................................................................. 36.00 [914.4]

TOP ViEW

&00

[3 i7]

I !/35

[6 83]

4066

REQUIRED CLEARANCE FOR OPERATION AND SERVICING

iNCHES [mini

EVAR COIL ACCESS SIDE ............................................................ 36.00 [914.0]

POWER ENTRY SIDE .................................................................... 86.00 [914.0]

(EXCEPT FOR NEC REQUIREMENTS)

UNIT TOP ..................................................................................... 48.00 [1219.2]

SIDE OPPOSITE DUCTS .............................................................. 36.00 [914.0]

DUCT PANEL ................................................................................. 12.00 [304.8] *

NEC. REQUIRED CLEARANCES.

INCHES [mini

BETWEEN UNITS, POWER ENTRY SIDE .................................... 42.00 [1066.8]

UNIT AND UNGROUNDED SURFACES, POWER ENTRY SIDE .36.00 [914.0]

UNIT AND BLOCK OR CONCRETE WALLS AND OTHER

GROUNDED SURFACES, POWER ENTRY SIDE ......................... 42,00 [1066.8]

*MINIMUM DISTANCES: IF UNIT IS PLACED LESS THAN 12.00 [304.8] FROM

WALL SYSTEM, THEN SYSTEM PERFORMANCE MAYBE COMPROMISE,

LEGEND

CG- Centerof Gravity

COND-Condensor

EVAP- Evaporator

NEC- NationalElectricalCode

REO'D- Required

i0906

_4294]

FIELD ENTRf_ 250 ,

SER¸¸/ICE POI_I¸ _ [091] I

=_e_ '_ 7-

½ i

8 i 4h2 i

I" I

ii'l

.i],l

x 22 0 10 671 8P _ .... 329 0

[1205]

,,_3, _;0_

[44 223

LEFT SIDE VIEW

UNIT

PY3PO42

PY3PO48

PY3PO6O

1959 _ 1!04

[47 00] [4 54]

" ........ 1286 [i 3 DA K 0 x

l POWER ENTRY

!23 0

i 484] /

' 1

_RESSOR gOr%R GA_ SECTON

52 8

[208]

12263 1424

[48 28] [5 61]

FRONTVIEW

ELECTRICAL

CHARACTERISTICS

208/230-1-60, 2081230-3-60, 460-3-60

208/230-1-60, 208/230-3-60, 480-3-60

UNIT WEIGHT

Ib kg

588 268.7

598 270.3

804 274.0

UNIT HEIGHT

IN.[MM]

"A"

46.98 [1193]

NOTE:Dimensionsarein in. [mm]

\ i ,'_

\ i2 i [0 50_ !/ P T

GAS ENTRY 5 0

[0 20]

RIGHT SiDE VIEW

A06084

CENTER OF GRAVITY

IN. [MM]

XYZ

21.0 [533] 20.5 [520] 17.1 [434]

21.0 [533] 20.0 [508] 17.4 [442]

21.0 [533] 20.0 [508] 17.6 [447]

Fig. 4 - PY3P042-060 Unit Dimensions

Roof Curb for Small Cabinet

Note A: When unit mounting screw is used,

retainer bracket must also be used,

Roof Curb for Large Cabinet

Note A: When unit mounting screw is used,

retainer bracket must also be used,

UNIT SIZE

PY3P024-036

PY3P042-060

Long

Support

R/A

\\\\\

_Gasket around _

duct

S/A

insulated

deck pan Gasket around

outer edge \ \

\\,\

NOTES:

ODS CATALOG A B

NUMBER IN. (MM) IN. (MM)

CPRFCURB008A00 8 (203) 11 (279)

CPRFCURB00FA00 14 (356) 11 (279)

CPRFCURB008A00 8 (203) 16-3/16 (411)

CPRFCURB009A00 14 (356) 16-3/16 (411)

[. Roof curb must be set up for unit being installed.

IN. (MM)

16-1/2 (419)

17-3/8 (441)

IN. (MM)

28-3/4 (730)

40-1/4 (1022)

IN. (MM)

30-3/8 (771)

41-15/16 (1065)

IN. (MM)

44-5/16 (1126)

44-7/16 (1129)

A05308

IN. (MM)

45-15/16 (1167)

46 - 1/16 (1169)

46-1/16 (1169)

2. Seat strip must be applied, as required, to unit being installed.

3. Dimensions are in inches.

4. Dimension in ( )are in millimeters.

5. Roof curb is made of 16 gauge steel.

6. Attach ductwork to curb (flanges of duct rest on curb).

7. Inadated panels: I in. thick fiberglass 1 lb. density.

S. When unit mounting screw is used (see Note A). a retainer bracket must be used as well. This bracket must also be used when required by code for hurricane or seismic

conditions. This bracket is available through Micrometl.

Fig. 5 -Roof Curb Dimensions

Step 4--Provide Clearances

The required minimum operating and service clearances are shown

in Fig. 3 and 4. Adequate combustion, ventilation and condenser air

must be provided in accordance with section 5.3. Air for

Combustion and Ventilation, of the National Fuel Gas Code ANSI

(American National Standards Institute) Z223.1 or applicable

provisions of local building code. In Canada, follow sections 7.2,

7.3, or 7.4 or Can/CGA. (Canadian Gas Association) B149

Installation Codes or applicable provisions of local building code.

IMPORTANT: Do not restrict outdoor airflow. An air restriction at

either the outdoor-air inlet or the fan discharge may be detrimental

to compressor life.

The condenser fan pulls air through the condenser coil and

discharges it through the top grille. Be sure that the fan discharge

does not recirculate to the condenser coil. Do not locate the unit in

either a corner or under an overhead obstruction. The minimum

clearance under a partial overhang (such as a normal house

overhang) is 48-in. above the unit top. The maximum horizontal

extension of a partial overhang must not exceed 48-in.

Do not place the unit where water, ice, or snow from an overhang

or roof will damage or flood the unit. Do not install the unit on

carpeting or other combustible materials. Slab-mounted units

should be at least 4 in. above the highest expected water and runoff

levels. Do not use unit if it has been under water.

Step 5--Rig and Place Unit

Rigging and handling of this equipment can be hazardous for many

reasons due to the installation location (roofs, elevated structures,

etc.).

Only trained, qualified crane operators and ground support staff

should handle and install this equipment.

When working with this equipment, observe precautions in the

literature, on tags, stickers, and labels attached to the equipment, and

any other safety precautions that might apply.

Training for operators of the lifting equipment should include, but

not be limited to. the following:

1. Application of the lifter to the load, and adjustment of the

lifts to adapt to various sizes or kinds of loads.

2. Instruction in any special operation or precaution.

3. Condition of the load as it relates to operation of the lifting

kit, such as balance, temperature, etc.

Follow all applicable safety codes. Wear safety shoes and work

gloves.

INSPECTION

The lifting/rigging bracket is engineered and designed to be

installed on@ on Small Packaged Products. This bracket is to be

used to rig/lift a Small Packaged Product onto roofs or other

elevated structures.

Prior to initial use, and at monthly intervals, all rigging brackets and

straps should be visually inspected for any damage, evidence of

wear. structural deformation, or cracks. Particular attention should

be paid to excessive wear at hoist hooking points and load support

areas. Brackets or straps showing any kind of wear in these areas

nmst not be used and should be discarded.

PROPERTY DAMAGE HAZARD

Failure to follow this warning could result in personal

injury/death or property damage.

Rigging brackets for one unit use only. When removing a

unit at the end of its useful life. use a new set of brackets.

USE OF RIGGING BRACKET

Field Installation of Ri_in_ Bracket (if not already installed)

1. Remove unit from shipping carton. Leave top shipping skid

on the unit for use as a spreader bar to prevent the rigging

straps from damaging the unit. If the skid is not available, use

a spreader bar of sufficient length to protect the unit from

damage.

2. Remove 4 screws in unit corner posts.

3. Attach each of the 4 metal rigging brackets under the panel

rain lip (See Fig. 6). Use the screws removed in step 2 above

to secure the brackets to the unit.

PROPERTY DAMAGE HAZARD

Failure to follow this warning could result in personal

injury/death or property damage.

Rigging bracket MUST be under the rain lip to provide

adequate lifting.

PROPERTY DAMAGE HAZARD

Failure to follow this warning could result in personal

injury/death or property damage.

Do not strip screws when re-securing the unit. If a screw is

stripped, replace the stripped one with a larger diameter screw

(included). When straps are taut, the clevis should be a

minimum of 36 inches above the unit top cover.

Ri_,_in_/Liftin_ of Unit

1. Bend top of brackets down approximately 30 degrees from

the corner posts.

2. Attach straps of equal length to the rigging brackets at

opposite ends of the unit. Be sure straps are rated to hold the

weight of the unit (See Fig. 6).

3. Attach a clevis of sufficient strength in the middle of the

straps. Adjust the clevis location to ensure unit is lifted level

with the ground.

4. After unit is securely in place detach rigging straps. Remove

corner posts screws, and rigging brackets then reinstall

screws.

After the unit is placed on the roof curb or mounting pad, remove

the top crating.

UNIT FALLING HAZARD

Failure to follow this warning could result in personal injury

or death.

Never stand beneath rigged units or lift over people.

UNIT SIZE

NOMINAL CAPACITY (ton)

OPERATING WEIGHT (lb.)

COMPRESSORS

Quantity

REFRIGERANT (R-22)

Quantity (lb.)

REFRIGERANT METERING DEVICE

ORIFICE ID (IN.)

CONDENSER COIL

Rows...Fins/in.

Face Area (sq ft)

CONDENSER FAN

Nominal Cfm

Diameter (in,)

Motor Hp (Rpm)

EVAPORATOR COIL

Rows_.Fins/in.

Face Area (sq ft)

INDOOR BLOWER

Nominal Airflow (Cfm)

Size (in,)

Motor HP (RPM)

FURNACE SECTION*

Burner Orifice No. (Qty..,Drill Size)

Natural Gas

Propane Gas

RETURN-AIR FILTERS (in.)f

Throwaway

024040 036090 042060 042090

2 3 3-1/2 3-1/2

446 459 588 588

Table 1---PhysicalData - Unit PY3P

024060 030040 030060

2 2-1/2 2-1/2

446 451 451

036060

459

Scrofi

6.0 7.2

AccuRater

.070 .080

5.9 5.9 6.0 7.2 7.8 7.8

.065 .065 .070 .080 .084 .084

2,..21 2._21 2. _2 2..,21 2_.21 2,.,21 2_.21 2...21

10.2 10.2 11.9 11.9 13.6 13.6 19.4 19.4

2200 2200 2800 2800 3000 3000 3500 3500

22 22 22 22 22 22 22 22

1/8 (825) 1/8 (825) 1/8 (825) 1/8 (825) 1/8 (825) 1/8 (825) 1/8 (825) 1/8 (825)

3...17 3.,,17 3.,.17 3..,17 4.,.17 4..,17 3...17 3...17

3.7 3.7 3.7 3.7 3.7 3.7 4.7 4.7

800 800 1000 1000 1200 1200 1400 1400

10x10 10x10 10x10 10x10 10x10 10x10 11x10 11x10

1/3 (1050) 1/3 (1050) 1/3 (1050) 1/3 (1050) 1/2 (1000) 1/2 (1000) 1/2 (1075) 1/2 (1075)

2,..44 2., ,38 2,, .44 2.. ,38 2., .38 3,. ,38 2., .38 2,..38

2...50 2..,46 2.,.50 2..A6 2...46 3..A6 2...46 2...46

20x24x1 20x24x1 20x24x1 20x24x1 20x24x1 20x24x1 24x36x1 24x36x1

Table 1--Physical Data ('on't - Unit PY3P

048090 048115 060115 080130

4 4 5 5

598 596 604 604

UNIT SiZE

NOMINAL CAPACITY (ton)

OPERATING WEIGHT (lb.)

COMPRESSORS

Quantity

REFRIGERANT (R-410A)

Quantity (lb.)

REFRIGERANT METERING DEVIOE

ORIFICE ID (IN,)

CONDENSER FAN

Nominal Cfm

Diameter (in.)

Motor Hp (Rpm)

CONDENSER COIL

Rows,.,Fins/in.

Face Area (sq ft)

EVAPORATOR COIL

Rows,.,Fins/in.

Face Area (sq ft)

INDOOR BLOWER

Max

Size (In.)

Motor HP (RPM)

FURNACE SECTION*

Burner Orifice No, (Qty,_DriH Size}

Natural Gas

Propane Gas

RETURN-AIR FILTERS (in,)f

Throwaway

Based on altitude of 0 to 8000 ft.

12,4 12.4 12,0 12.0

.088 .088 .098 0.098

3500 3500 4200 4200

22 22 22 22

1/4 (1100) 1/4 (1100) 1/4 (1100) 1/4 (1100)

2,.,21 2.,.21 2,.,21 2.,.21

19.4 19.4 19.4 19.4

4..,17 4.,.17 4..,17 4.,.17

5.7 5.7 5.7 5.7

1600 1600 2000 2000

11X10 11X10 11X10 11X10

1/2 (1075) 1/2 (1075) 1.0 (1040) 1.0 (1040)

3,.,38 3.-33 3,.,33 3.-31

3...46 3...42 3...42 3...41

24X36X1 24X36X1 24X36X1 24X36X1

048130 060090

4 5

596 604

Scroll

12.4 12.0

AccuRater

.088 .098

3500 4200

22 22

1/4 (1100) 1/4 (1100)

2.,.21 2,.,21

19.4 19.4

4.,.17 4..,17

5.7 5.7

1600 2000

11x10 11x10

1/2 (1075) 1.0 (1040)

3._31 3,.,38

3...41 3...46

24x36x1 24x36x1

T Required filter sizes shown are based on the larger of the ARI (Air (bnditioning and Refrigeration Instielte) rated cooling airflow or the heating airflow velocity of 300 fii

mimee for throwaway type or 450 ft/mimee for high capacity type. Air filter pressure drop for non standard filters must not exceed 0.08 in. wc.

Zx 3

C00070

DETAIL A

SEE DETAIL

MUNIMUMHEUGHT:36'

UNIT HEUGHT

I! CORNER WEIGHTS (SMALL CABINET) CORNER WEIGHTS (LARGE CABINET)

Unit 024 030 036 Unit 042 048 060

Total Weight 446 451 459 Total Weight 588 596 604

Corner Weight 1 63 69 66 Corner Weight 1 96 104 97

Corner Weight 2 82 81 87 Corner Weight 2 95 93 102

Corner Weight 3 123 121 122 Corner Weight 3 162 161 163

Corner Weight 4 178 180 184 Corner Weight 4 235 238 242

Rigging Weight 465 470 478 Rigging Weight 610 618 626

Shipping Weight 500 505 513 Shipping Weight 650 658 666

A06361

Fig. 6 - PY3P Unit Corner Weights (in Pounds) and Suggested Rigging

Step 6--Connect Condensate Drain

NOTE: When installing condensate drain connection be sure to

comply with local codes and restrictions.

Model PY3P disposes of condensate water through a 3/4 in. NPT

fitting which exits through the base on the evaporator coil access

side. See Fig. 3 & 4 for location.

Condensate water can be drained directly onto the roof in rooftop

installations (where permitted) or onto a gravel apron in ground

level installations. Install a field-supplied 2-in. condensate trap at

the end of condensate connection to ensure proper drainage. Make

sure that the outlet of the trap is at least 1 in. lower than the drain-pan

condensate connection to prevent the pan from overflowing (See

Fig. 7). Prime the trap with water. When using a gravel apron, make

sure it slopes away from the unit.

Connect a drain tube using a mininmm of 3/4-in. PVC or 3/4-in.

copper pipe (all field-supplied) at the outlet end of the 2-in. trap.

Do not undersize the tube. Pitch the drain tube downward at a slope

of at least l-in. for every 10 ft of horizontal run. Be sure to check

the drain tube for leaks.

1 In

Fig. 7 - Condensate Trap

2" min.

C00009

Step 7--Install Flue Hood

The flue assembly is secured and shipped in the return air duct.

Remove duct cover to locate the assembly (See Fig. 9 and 10).

NOTE: Dedicated low NOx models MUST be installed in

California Air Quality Management Districts where a Low NOx

rule exists.

These models meet the California maximum oxides of nitrogen

(NOx) emissions requirements of 40 nanograms/joule or less as

shipped from the factory.

NOTE: Low NOx requirements apply only to natural gas

installations.

CARBON MONOXIDE POISONING HAZARD

Failure to follow this warning could result in personal injury

or death.

The venting system is designed to ensure proper venting. The

flue hood assembly mustbe installed as indicted in this section

of the unit installation instructions.

Install the flue hood as follows:

1. This installation must conform with local building codes and

with the National Fuel Gas (:ode (NFGC), ANSI Z223.1 (in

Canada. CAN/CGA B149.1. and B149.2) or NFPA

(National Fire Protection Association) latest revision. Refer

to Provincial and local plumbing or wastewater codes and

other applicable local codes.

2. Remove flue hood from shipping location (inside the return

section of the blower compartment-see Fig. 9 & 10). Re-

movethereturnductcovertolocatethefluehood.Placeflue

hoodassemblyoverfluepanel.Orientscrewholesinflue

hoodwithholesinthefluepanel.

3.Securefluehoodtofluepanelbyinsertingasinglescrewon

therightsideandtheleftsideofthehood.

Step8--Install Gas Piping

The gas supply pipe enters the unit through the access hole

provided. The gas connection to the unit is made to the 1/2-in. FPT

gas inlet on the gas valve.

Install a gas supply line that runs to the heating section. Refer to

Table 2 and the NFGC for gas pipe sizing. Do not use cast-iron pipe.

It is recommended that a black iron pipe is used. Check the local

utility for recommendations concerning existing lines. Size gas

supply piping for 0.5 in. wc maximum pressure drop. Never use

pipe smaller than the 1/2-in. FPT gas inlet on the unit gas valve.

For natural gas applications, the gas pressure at unit gas connection

must not be less than 4.0 in. wc or greater than 13 in. wc while the

unit is operating. For propane applications, the gas pressure must

not be less than 7.0 in. wc or greater than 13 in. wc at the unit

connection.

A 1/8-in. NPT plugged tapping, accessible for test gauge

connection, must be installed immediately upstream of the gas

supply connection to the gas valve.

When installing the gas supply line, observe local codes pertaining

to gas pipe installations. Refer to the NFGC ANSI Z223.1-2005

NFPA latest edition (in Canada, CAN/CGA B149.1).

NOTE:In the state of Massachusetts:

1. Gas supply connections MUST be performed by a licensed

plumber or gas fitter.

2. When flexible connectors are used. the maximum length

shall not exceed 36 inches (915 mm).

3. When lever handle type manual equipment shutoff valves

are used. they shall be T-handle valves.

4. The use of copper tubing for gas piping is NOT approved by

the state of Massachusetts.

In the absence of local building codes, adhere to the following

pertinent recommendations:

1. Avoid low spots in long runs of pipe. Grade all pipe 1/4 in.

for every 15 ft of length to prevent traps. Grade all horizontal

runs downward to risers. Use risers to connect to heating

section and to meter.

2. Protect all segments of piping system against physical and

thermal damage. Support all piping with appropriate straps,

hangers, etc. Use a minimum of one hanger every 6 ft. For

pipe sizes larger than 1/2 in., follow recommendations of

national codes.

3. Apply joint compound (pipe dope) sparingly and only to

male threads of joint when making pipe connections. Use

only pipe dope that is resistant to action of liquefied

petroleum gases as specified by local and/or national codes.

Never use Teflon tape.

4. Install sediment trap in riser leading to heating section (See

Fig. 8). This drip leg functions as a trap for dirt and

condensate.

5. Install an accessible, external, manual main shutoff valve in

gas supply pipe within 6 ft of heating section.

6. Install ground-joint union close to heating section between

unit manual shutoff and external manual main shut-off

valve.

7. Pressure test all gas piping in accordance with local and

national plumbing and gas codes before connecting piping

to unit.

OUT_

_/ CAP

C99020

Fig. 8-Sediment Trap

NOTE: Pressure test the gas supply system after the gas supply

piping is connected to the gas valve. The supply piping must be

disconnected from the gas valve during the testing of the piping

systems when test pressure is in excess of 0.5 psig. Pressure test the 1

gas supply piping system at pressures equal to or less than 0.5 psig. !!

The unit heating section must be isolated from the gas piping system

by closing the external main manual shutoff valve and slightly

opening the ground-joint union.

FIRE OR EXPLOSION HAZARD

Failure to follow this warning could result in personal injury,

death and/or property damage.

-Connect gas pipe to unit using a backup wrench to avoid

damaging gas controls.

-Never purge a gas line into a combustion chamber. Never test

for gas leaks with an open flame. Use a commercially available

soap solution made specifically for the detection of leaks to

check all connections.

-Use proper length of pipe to avoid stress on gas control

manifold.

-If a flexible connector is required or allowed by authority

having jurisdiction, black iron pipe shall be installed at furnace

gas valve and extend aminimum of 2 in. outside furnace casing.

-If codes allow a flexible connector, always use a new

connector, do not use a connector which has previously

serviced another gas appliance.

8. Check for gas leaks at the field-installed and

factory-installed gas lines after all piping connections have

been completed. Use soap-and-water solution (or method

specified by local codes and/or regulations).

Step 9--Install Duct Connections

The unit has duct flanges on the supply- and return-air openings on

the side and bottom of the unit. For downshot applications, the

ductwork connects to the roof curb (See Fig. 3 and 4 for connection

sizes and locations).

CONFIGURING UNITS FOR DOWNFLOW (VERTICAL)

DISCHARGE

ELECTRICAL SHOCK HAZARD

Failure to follow this warning could result in personal injury

or death.

Before installing or servicing system, always turn off main

power to system. There may be more than one disconnect

switch.

Table 2--Maximum Gas Flow (apaclty*

NOMINAL INTERNAL LENGTH OF P_PE (FT)t

tRON PIPE D_AMETER

SIZE (iN.) (iN.) 10 20 30 40 50 60 70 80 90 100 125 150 175 200

1/2 _622 175 120 97 82 73 66 61 57 53 50 44 40

3/4 _824 360 250 200 170 151 138 125 118 1! 0 103 93 84 77 72

1 1.049 680 465 375 320 285 260 240 220 205 195 175 160 145 135

1-1/4 1.380 1400 950 770 600 580 530 490 460 430 400 360 325 300 280

1-1/2 1.610 2!00 1460 1180 990 900 810 750 690 650 620 550 500 460 430

Capacity of pipe in cu ft of gas per hr for gas presalre of 0.5 psig or tess. Pressure drop of 0,5 in, wc (based on a 0.60 specific gravity gas). Refer to Table, National Fire Protec

tion Association NFPA 54.

This length includes an ordinary number of fittings.

1. Open all electrical disconnects before starting any service

work.

2. Remove horizontal (metal) duct covers to access vertical

(down flow) discharge duct knockouts in unit base.

3. Use a screwdriver and hammer to remove the panels in the

bottom of the unit base (See Fig. 10).

4. If unit ductwork is to be attached to vertical opening flanges

on the unit base (iackstand applications only), do so at this

time.

PROPERTY DAMAGE HAZARD

Failure to follow this caution may result in property damage.

Collect ALL screws that were removed. Do not leave screws

on rooftop as permanent damage to the roof may occur.

5. It is recommended that the base insulation around the

perimeter of the vertical return-air opening be secured to the

base with aluminum tape. Applicable local codes may

require aluminum tape to prevent exposed fiberglass.

6. Cover both horizontal duct openings with the provided duct

covers. Ensure opening is air- and watertight.

7. After completing unit conversion, perform all safety checks

and power up unit.

NOTE: The design and installation of the duct system must be in

accordance with the standards of the NFPA for installation of

nonresidence-type air conditioning and ventilating systems. NFPA

90A or residence-type, NFPA 90B; and/or local codes and

ordinances.

SUPPLY RETURN

DUCT DUCT SHIPPING

OPENING OPENING LOCATION

A05143

Fig, 9 - Supply and Return Duct Opening

DUCT COVERS REMOVED

Fig. 10 -Vertical Duct Cover Removed

C99012

Adhere to the following criteria when selecting, sizing, and

installing the duct system:

1. Units are shipped for horizontal duct installation (by

removing duct covers).

2. Select and size ductwork, supply-air registers, and

return-air grilles according to American Society of Heating,

Refrigeration and Air Conditioning Engineers (ASHRAE)

recommendations.

3. Use flexible transition between rigid ductwork and unit to

prevent transmission of vibration. The transition may be

screwed or bolted to duct flanges. Use suitable gaskets to en-

sure weather-tight and airtight seal.

4. All units must have field-supplied filters or accessory filter

rack installed in the return-air side of the unit.

Recommended sizes for filters are shown in Table 1.

5. Size all ductwork for maximum required airflow (either

heating or cooling) for unit being installed. Avoid abrupt

duct size increases or decreases or performance may be

affected.

6. Adequately insulate and weatherproof all ductwork located

outdoors. Insulate ducts passing through unconditioned

space, and use vapor barrier in accordance with latest issue

of Sheet Metal and Air Conditioning Contractors National

Association (SMACNA) and Air Conditioning Contractors

of America (ACCA) minimum installation standards for

heating and air conditioning systems. Secure all ducts to

building structure.

7. Flash, weatherproof, and vibration isolate all openings in

building structure in accordance with local codes and good

building practices.

Step10--Install Electrical Connections

ELECTRICAL SHOCK HAZARD

Failure to follow this warning could result in personal injury

or death.

The unit cabinet must have an uninterrupted, unbroken

electrical ground. This ground may consist of an electrical

wire connected to the unit ground screw in the control

compartment, or conduit approved for electrical ground when

installed in accordance with NEC, ANSI/NFPA American

National Standards Institute/National Fire Protection

Association (latest edition) (in Canada. Canadian Electrical

Code CSA C22.1) and local electrical codes.

UNIT COMPONENT DAMAGE HAZARD

Failure to follow this caution may result in damage to the unit

being installed.

1. Make all electrical connections in accordance with NEC

ANSI/NFPA (latest edition) and local electrical codes

governing such wiring. In Canada, all electrical

connections must be in accordance with CSA standard

C22.1 Canadian Electrical Code Part 1 and applicable local

codes. Refer to unit wiring diagram.

2. Use only copper conductor for connections between

field-supplied electrical disconnect switch and unit. DO

NOT USE ALUMINUM WIRE.

3. Be sure that high-voltage power to unit is within operating

voltage range indicated on unit rating plate. On 3-phase

units, ensure phases are balanced within 2 percent. Consult

local power company for correction of improper voltage

and/or phase imbalance.

4. Insulate low-voltage wires for highest voltage contained

within conduit when low-voltage control wires are in same

conduit as high-voltage wires.

5. Do not damage internal components when drilling through

any panel to mount electrical hardware, conduit, etc.

HIGH-VOLTAGE CONNECTIONS

When routing power leads into unit, use only copper wire between

disconnect and unit. The high voltage leads should be in a conduit

until they enter the duct panel; conduit termination at the duct panel

must be watertight.

The unit must have a separate electrical service with a

field-supplied, waterproof disconnect switch mounted at, or within

sight from, the unit. Refer to the unit rating plate, NEC and local

codes for maximum fuse/circuit breaker size and minimum circuit

amps (ampacity) for wire sizing.

The field-supplied disconnect switch box may be mounted on the

unit over the high-voltage inlet hole when the standard power and

low-voltage entry points are used (See Fig. 3 and 4 for acceptable

location).

See unit wiring label and Fig. 11 for reference when making high

voltage connections. Proceed as follows to complete the

high-voltage connections to the unit.

Single phase units:

1. Run the high-voltage (L1, L2) and ground lead into the

control box.

2. Connect ground lead to chassis ground connection.

3. Locate the black and yellow wires connected to the line side

of the contactor.

4. Connect field L1 to black wire on connection 11 of the

compressor contactor.

5. Connect field wire L2 to yellow wire on connection 23 of the

compressor contactor.

Three-phase units:

1. Run the high-voltage (L1, L2, L3) and ground lead into the

control box.

2. Connect ground lead to chassis ground connection.

3. Locate the black and yellow wires connected to the line side

of the contactor.

4. Connect field L1 to black wire on connection 11 of the

compressor contactor.

5. Connect field wire L2 to yellow wire on connection 13 of the

compressor contactor.

6. Connect field wire L3 to blue wire from compressor.

SPECIAL PROCEDURES FOR 208-V OPERATION

ELECTRICAL SHOCK HAZARD

Failure to follow this warning could result in personal injury

or death.

Before making any wiring changes, make sure the gas supply

is switched off first. Then switch off the power supply to the

unit and install lockout tag.

CONTROL VOLTAGE CONNECTIONS

Do not use any type of power-stealing thermostat. Unit control

problems may result.

Use no. 18 American Wire Gage (AWG) color-coded, insulated

(35°C minimum) wires to make the control voltage connections

between the thermostat and the unit. If the thermostat is located more

than 100 ft from the unit (as measured along the control voltage

wires), use no. 16 AWG color-coded, insulated (35°C minimum)

wires.

Standard Connection

Remove knockout hole located in the flue panel adjacent to the

control access panel (See Fig. 3 and 4). Remove the rubber grommet

from the installer's packet (included with unit) and install grommet

in the knockout opening. Provide a drip loop before running wire

through panel.

HIGH VOLTAGE F - - -

POWER LEADS fc e- ---

(SEE UNIT WIRING

LABEL) _ - - -

CONTROLBOX

LOW-VOLTAGE

POWER LEADS

(SEE UNIT

WIRING LABEL)

ro-

[o-

Io-

SPLICE BOX

FIELD-SUPPLIED

FUSED DISCONNECT

Hdih1/

l TAT

A05144

Fig. 11 - High- and Control-Voltage Connections

Run the low-voltage leads from the thermostat, through the inlet

hole, and into unit low-voltage splice box.

Locate five 18-gage wires leaving control box. These low-voltage

connection leads can be identified by the colors red, green, yellow,

brown, and white (See Fig. 11). Ensure the leads are long enough

to be routed into the low-voltage splice box (located below right

side of control box). Route leads through hole in bottom of control

box and make low-voltage connections (See Fig. 11). Secure all cut

wires, so that they do not interfere with operation of unit.

HEAT ANTICIPATOR SETTING

The room thermostat heat anticipator must be properly adjusted to

ensure proper heating performance. Set the heat anticipator, using

an ammeter between the W and R terminals to determine the exact

required setting.

NOTE: For thermostat selection purposes, use 0.18 amp for the

approximate required setting. Failure to make a proper heat

anticipator adjustment will result in improper operation, discomfort

to the occupants of the conditioned space, and inefficient energy

utilization; however, the required setting may be changed slightly

to provide a greater degree of comfort for a particular installation.

TRANSFORMER PROTECTION

The transformer is of the energy-limiting type. It is set to withstand

a 30-sec. overload or shorted secondary condition.

PRE- START- UP

FIRE, EXPLOSION, ELECTRICAL SHOCK HAZARD

Failure to follow this warning could result in personal injury

or death.

1. Follow recognized safety practices and wear protective

goggles when checking or servicing refrigerant system.

2. Do not operate compressor or provide any electric power

to unit unless compressor terminal cover is in place and

secured.

3. Do not remove compressor terminal cover until all

electrical sources are disconnected and tagged.

4. Relieve and recover all refrigerant from system before

touching or disturbing anything inside terminal box if

refrigerant leak is suspected around compressor terminals.

5. Never attempt to repair soldered connection while

refrigerant system is under pressure.

6. Do not use torch to remove any component. System

contains oil and refrigerant under pressure.

To remove a component, wear protective goggles and

proceed as follows:

a. Shut off electrical power to unit and install lockout

tag.

b. Relieve and reclaim all refrigerant from system

using both high- and low-pressure ports.

c. Cut component connecting tubing with tubing

cutter and remove component from unit.

d. Carefully unsweat remaining tubing stubs when

necessary. Oil can ignite when exposed to torch

flame.

Use the Start-Up Checklist supplied at the end of this book and

proceed as follows to inspect and prepare the unit for initial start-up:

1. Remove access panel.

2. Read and follow instructions on all DANGER, WARNING,

CAUTION. and INFORMATION labels attached to, or

shipped with unit.

3. Make the following inspections:

a. Inspect for shipping and handling damage, such as

broken lines, loose parts, disconnected wires, etc.

b. Inspect for oil at all refrigerant tubing connections and on

unit base. Detecting oil generally indicates a refrigerant

leak.

c. Leak-test all refrigerant tubing connections using

electronic leak detector, or liquid-soap solution. If a

refrigerant leak is detected, see following Check for

Refrigerant Leaks section.

d. Inspect all field- and factory-wiring connections. Be

sure that connections are completed and tight.

e. Ensure wires do not touch refrigerant tubing or sharp

sheet metal edges.

f. Inspect coil fins. If damaged during shipping and

handling, carefully straighten fins with a fin comb.

FIRE, EXPLOSION HAZARD

Failure to follow this warning could result in personal injury,

death or property damage.

Do not purge gas supply into the combustion chamber. Do not

use a match or other open flame to check for gas leaks.

4. Verify the following conditions:

a. Make sure gas line is free of air. Before lighting the unit

for the first time, perform the following with the gas valve

in the OFF position:

NOTE: If the gas supply pipe was not purged before connecting the

unit, it will be full of air. It is recommended that the ground joint

union be loosened, and the supply line be allowed to purge until the

odor of gas is detected. Never purge gas lines into a combustion

chamber, hnmediately upon detection of gas odor, retighten the

union. Allow 5 minutes to elapse, then light unit.

b. Make sure that condenser-fan blade is correctly

positioned in fan orifice. Top 1/3 of condenser-fan blade

should be within fan orifice venturi.

c. Ensure fan hub is positioned correctly with respect to

motor housing (See Fig. 12).

d. Make sure that air filter(s) is in place.

e. Make sure that condensate drain trap is filled with water

to ensure proper drainage.

f. Make sure that all tools and miscellaneous loose parts

have been removed.

MOTOR _ GRILLE

1/8" MAX BETWEEN

MOTOR AND FAN HUB MOTOR SHAFT

Fig. 12 -Fan Blade Clearance

C99009

START-UP

Step 1--CHECK FOR REFRIGERANT LEAKS

Proceed as follows to locate and repair a refrigerant leak and to

charge the unit:

1. Locate leak and make sure that refrigerant system pressure

has been relieved and reclaimed from both high- and

low-pressure ports.

2.Repairleakfollowingacceptedpractices.

NOTE:Installafilterdrierwheneverthesystemhasbeenopened

forrepair.

3.AddasmallchargeofR-22refrigerantvaportosystemand

leak-testunit.

4.Recoverrefrigerantfromrefrigerantsystemandevacuateto

500micronsifnoadditionalleaksarefound.

5.ChargeunitwithR-22refrigerant,usingavolumetric

chargingcylinderoraccuratescale.Refertounitratingplate

forrequiredcharge.Besuretoaddextrarefrigerantto

compensateforinternalvolumeoffilterdrier.

STEP2--START-UPHEATINGANDMAKEADJUST-

MENTS

Completetherequiredproceduresgivenin thePre-Start-Up

sectionbeforestartingtheunit.Donotjumperanysafetydevices

whenoperatingtheunit.Makesurethatburnerorificesareproperly

aligned.Unstableoperationmyoccurwhentheburnerorificesin

themanifoldaremisaligned.

Followthelightinginstructionsontheheatingsectionoperation

label(locatedinsidetheburnerorbloweraccessdoor)tostartthe

heatingsection.

NOTE:Makesurethatgassupplyhasbeenpurged,andthatallgas

pipinghasbeencheckedforleaks.

CHECKHEATINGCONTROL

Startandchecktheunitforproperheatingcontroloperationas

follows(seefurnacelightinginstructionslocatedinsideburneror

bloweraccesspanel):

1.PlaceroomthermostatSYSTEMswitchin theHEAT

positionandthefanswitchisplacedinAUTOposition.

2.Settheheatingtemperaturecontrolofthethermostatabove

roomtemperature.

3.Theinduced-draftmotorwillstart.

4.Afteracallforheating,themainburnershouldlightwithin

5sec.If theburnersdonotlight,thereisa22-sec.delay

beforeanother5-sec.try.Iftheburnersstilldonotlight,this

sequenceisrepeated.Iftheburnersdonotlightwithin15

minutesfromtheinitialcallforheat,thereisalockout.To

resetthecontrol,breakthe24-vpowertoW.

5.Theevaporatorfanwillturnon45sec.aftertheflamehas

beenestablished.Theevaporatorfanwillturnoff45sec.

afterthethermostathasbeensatisfied.

CHECKGASINPUT

Checkgasinputandmanifoldpressureafterunitstart-up(SeeTable

3).Ifadjustmentisrequiredproceedasfollows:

• TheratedgasinputsshowninTable3areforaltitudes

fromsealevelto2000ftabovesealevel.Theseinputsare

basedonnaturalgaswithaheatingvalueof1050Btu/ft3

at0.65specificgravity,orpropanegaswithaheating

valueof2500Btu/ft3at1.5specificgravity.

• Forelevationsabove2000ft,reduceinput4%foreach

1000ftabovesealevel.Forexampleat2001ft.a12%

totalderateisrequired.

• Whenthegassupplybeingusedhasadifferentheating

valueorspecificgravity,refertonationalandlocalcodes.

orcontactyourdistributortodeterminetherequired

orificesize.

MANIFOLD PIPE PLUG

Fig. 13 - Burner Assembly

C99019

BURNER FLAME

IFOLD

099021

Fig. 14 -Monoport Burner

UNIT DAMAGE HAZARD

Failure to follow this caution may result in reduced unit and/or

component life.

Do Not redrill an orifice. Improper drilling (burrs,

out-of-round holes, etc.) can cause excessive burner noise

and misdirection of burner flame. If orifice hole appears

damaged or it is suspected to have been redrilled, check orifice

hole with a numbered drill bit of correct size.

ADJUST GAS INPUT

The gas input to the unit is determined by measuring the gas flow

at the meter or by measuring the manifold pressure. Measuring the

gas flow at the meter is recommended for natural gas units. The

manifold pressure must be measured to determine the input of

propane gas units.

Measure Gas Flow (Natural Gas Units)

Minor adjustment to the gas flow can be made by changing the

manifold pressure. The manifold pressure must be maintained

between 3.4 and 3.6 in. wc.

If larger adjustments are required, change main burner orifices

following the recommendations of national and local codes.

NOTE: All other appliances that use the same meter must be turned

off when gas flow is measured at the meter.

HEATING BNPUT

(BTUH)

NUMBER OF

ORIFICES

40,000 2

60,000 2

90,000 3

115,000 3

130_000 3

Min

4.0

Table 3--Heating Inputs

GAS SUPPLY PRESSURE (iN. WC)

Naturalt

Max

13.0

Propane*t

I'din

4.0

Max

13.0

MANIFOLD PRESSURE (IN. WC)

Naturalt

3.5

Propane*t

3.5

3.7

3.5

When aunit is converted to propane, different size orifices must be used. See separate, natural to propane conversion kit instructions.

j'Based on altit/des from sea level to 2000 ft above sea level. For altit/des above 2000 ft, reduce 111putrating 4 percellt lot each additioiml 1000 ft above sea level In Canada.

from 2000 ft above sea level to 4500 fl _bove sea level derate tl_e unit 10 percent,

Proceed as follows:

1. Turn off gas supply to unit.

2. Remove pipe plug on manifold (See Fig. 13) and connect

manometer. Turn on gas supply to unit.

3. Record number of seconds for gas meter test dial to make one

revolution.

4. Divide number of seconds in Step 3 into 3600 (number of

seconds in one hr).

5. Multiply result of Step 4 by the number of cubic feet (cu ft)

shown for one revolution of test dial to obtain cubic feet (cu

ft) of gas flow per hour.

6. Multiply result of Step 5 by Btu heating value of gas to

obtain total measured input in Btuh. Compare this value with

heating input shown in Table 3 (Consult the local gas

supplier if the heating value of gas is not known).

EXAMPLE: Assume that the size of test dial is 1 cu ft, one

revolution takes 32 sec., and the heating value of the gas is 1050

Btu/ft3. Proceed as follows:

1. 32 sec. to complete one revolution.

2. 3600 + 32 = 112.5.

3. 112.5 x 1 =112.5 ft3 of gas flow/hr.

4. 112.5 x 1050 = 118,125 Btuh input.

If the desired gas input is 115.000 Btuh, only a minor change in the

manifold pressure is required.

Observe manifold pressure and proceed as follows to adjust gas

input:

1. Remove cover screw over regulator adjustment screw on gas

valve.

2. Turn regulator adjustment screw clockwise to increase gas

input, or turn regulator adjustment screw counterclockwise

to decrease input. Manifold pressure must be between 3.4

and 3.6 in. wc. Unsafe operation of the unit may result if

manifold pressure is outside this range. Personal injury or

unit damage may result.

FIRE AND UNIT DAMAGE HAZARD

Failure to follow this warning could result in personal injury

or death and/or property damage.

Unsafe operation of the unit may result if manifold pressure is

outside this range.

3. Replace cover screw cap on gas valve.

4. Turn off gas supply to unit. Remove manometer from

pressure tap and replace pipe plug on gas valve. Turn on gas

to unit and check for leaks.

Measure Manifold Pressure (Propane Units)

The main burner orifices on a propane gas unit are sized for the unit

rated input when the manifold pressure reading matches the level

specified in Table 3.

Proceed as follows to adjust gas input on a propane gas unit:

1. Turn off gas to unit.

2. Remove pipe plug on manifold and connect manometer (See

Fig. 13).

3. Turn on gas to unit.

4. Remove cover screw over regulator adjustment screw on gas

valve.

5. Adjust regulator adjustment screw to the correct manifold

pressure, as specified in Table 3. Turn adjusting screw

clockwise to increase manifold pressure, or turn adjusting

screw counterclockwise to decrease manifold pressure.

6. Replace cover screw.

7. Turn off gas to unit. Remove manometer from pressure tap.

Replace pipe plug on gas valve, then turn on gas to unit.

Check for leaks.

CHECK BURNER FLAME

With burner access panel removed, observe the unit heating

operation. Watch the burner flames to see if they are light blue and

soft in appearance, and that the flames are approximately the same

for each burner. Propane will have blue flame (See Fig. 14). Refer

to the Maintenance section for information on burner removal.

AIRFLOW AND TEMPERATURE RISE

The heating section for each size unit is designed and approved for

heating operation within the temperature-rise range stamped on the

unit rating plate.

Table 8 shows the approved temperature rise range for each heating

input, and the air delivery cfm at various temperature rises. The

heating operation airflow must produce a temperature rise that falls

within the approved range.

Refer to Indoor Airflow and Airflow Adjustments section to adjust

heating airflow when required.

HEATING SEQUENCE OF OPERATION

(See Fig. 15-17 and unit wiring label.)

On a call for heating, terminal W of the thermostat is energized.

starting the induced- draft motor. When the hall-effect sensor on the

induced-draft motor senses that it has reached the required speed.

the burner sequence begins. This function is performed by the

integrated gas control (IGC). The indoor (evaporator)-fan motor is

energized 45 sec. after flame is established. When the thermostat is

satisfied and W is de-energized, the burners stop firing and the

indoor (evaporator) fan motor shuts off after a 45-sec. time-off

delay.

An LED (light-emitting diode) indicator is provided on the control

board to monitor operation. The control board is located by

removing the burner access panel. During normal operation, the

LED is continuously on (See Table 4 for error codes).

Fig, 15 - 208/230-1-60 Wiring Diagram

A07039

A07040

Fig. 16 -208/230-3-60 Wiring Diagram

!:_ic i

j _J>

,,J

Z, :7:

,c,x_

Fig. 17 -460-3-60 Wiring Diagram

A07041

Table 4--LED Indications

ERROR CODE

Normal Operation

Hardware Failure

Fan On/Off Delay Modified

Limit Switch Fault

Flame Sense Fault

Four Consecutive Limit Switch Faults

Ignition Lockout Fault

Induced-Draft Motor Fault

Rolloat Switch Fault

Internal Control Fault

Temporary Lock-Out (1 hr)

NOTES:

1. There is a3 see. pause between error code displays.

LED INDICATION

Off

1 Flash

2 Flashes

3 Flashes

4 Flashes

5 Flashes

6 Flashes

7 Flashes

8 Ftashes

9 Flashes

2. If more than o*ie error code exists, all applicable error codes will be displayed in

numerical sequel*ce.

3. This chart is oil the wiri,lg diagram located inside the burner access panel.

LIMIT SWITCHES

Normally closed limit switch (LS) completes the control circuit.

Should the leaving-air temperature rise above the maximum

allowable temperature, the limit switch opens and the control circuit

"breaks." Any interruption in the control circuit instantly closes the

gas valve and stops gas flow to the burners and pilot. The blower

motor continues to run until LS resets.

When the air temperature at the limit switch drops to the

low-temperature setting of the limit switch, the switch closes and

completes the control circuit. The direct-spark ignition system

cycles and the unit returns to normal heating operation.

ROLLOUT SWITCH

The function of the rollout switch is to close the main gas valve in

the event of flame rollout. The switch is located above the main

burners. When the temperature at the rollout switch reaches the

maximum allowable temperature, the control circuit trips, closing

the gas valve and stopping gas flow to the burners. The indoor

(evaporator) fan motor (IFM) and induced draft motor continue to

run until switch is reset. The IGC LED will display FAULT CODE

Step 3---START-UP COOLING AND MAKE ADJUST-

MENTS

Complete the required procedures given in the Pre-Start-Up

section before starting the unit. Do not jumper any safety devices

when operating the unit. Do not operate the compressor when the

outdoor temperature is below 40°F (unless accessory low-ambient

kit is installed). Do not rapid-cycle the compressor. Allow 5

minutes between on cycles to prevent compressor damage.

CHECKING COOLING CONTROL OPERATION

Start and check the unit for proper cooling control operation as

follows:

1. Place room thermostat SYSTEM switch in OFF position.

Observe that blower motor starts when FAN switch is placed

in ON position and shuts down when FAN switch is placed

in AUTO position.

2. Place SYSTEM switch in COOL position and FAN switch

in AUTO position. Set cooling control below room

temperature. Observe that compressor, condenser fan, and

evaporator blower motors start. Observe that cooling cycle

shuts down when control setting is satisfied. The evaporator

fan will continue to run for 30 sec.

3. When using an auto-changeover room thermostat, place

both SYSTEM and FAN switches in AUTO positions.

Observe that unit operates in Heating mode when

temperature control is set to call for heating (above room

temperature) and operates in Cooling mode when

temperature control is set to call for cooling (below room

temperature).

IMPORTANT: Three-phase, scroll compressors are direction

oriented. Unit must be checked to ensure proper compressor

3-phase power lead orientation. If not corrected within 5 minutes,

the internal protector will shut off the compressor. The 3-phase

power leads to the unit must be reversed to correct rotation. When

turning backwards, the difference between compressor suction and

discharge pressures may be dramatically lower than normal.

CHECKING AND ADJUSTING REFRIGERANT CHARGE

The refrigerant system is fully charged with R-22 refrigerant and

is tested and factory sealed. Allow system to operate a minimum of

15 minutes before checking or adjusting charge.

NOTE:Adjustment of the refrigerant charge is not required unless

the unit is suspected of not having the proper R-22 charge.

The charging label and the tables shown refer to system

temperatures and pressures in cooling mode only. A refrigerant

charging label is attached to the outside of the service access door.

The chart includes the required suction line temperature at given

suction line pressures and outdoor ambient temperatures.

An accurate superheat, thermocouple- or thermistor-type

thermometer, and a gauge manifold are required when using the

superheat charging method for evaluating the unit charge. Do not

use mercury or small dial-type thermometers because they are not

adequate for this type of measurement.

UNIT DAMAGE HAZARD

Failure to follow this caution may result in unit damage.

When evaluating the refrigerant charge, an indicated

adjustment to the specified factory charge must always be very

minimal. If a substantial adjustment is indicated, an abnormal

condition exists somewhere in the cooling system, such as

insufficient airflow across either coil or both coils.

Proceed as follows:

1. Remove caps from low- and high-pressure service fittings.

2. Using hoses with valve core depressors, attach low- and

high-pressure gauge hoses to low- and high-pressure

service fittings, respectively.

3. Start unit in Cooling Mode and let unit run until system

pressures stabilize.

4. Measure and record the following:

a. Outdoor ambient-air temperature (°F (°C) db).

b. Liquid line temperature (°F (°C)).

c. Discharge (high-side) pressure (psig).

5. Using "Cooling Charging Charts," compare outdoor-air

temperature(°F (°C) db) with the discharge line pressure

(psig) to determine desired system operating liquid line

temperature (See Table 6).

6. Compare actual liquid line temperature with desired liquid

line temperature. Using a tolerance of -+2°K add refrigerant

if actual temperature is more than 2°F higher than proper

liquid line temperature, or remove refrigerant if actual

temperature is more than 2°F lower than required liquid line

temperature.

NOTE: If the problem causing the inaccurate readings is a

refrigerant leak, refer to the Check for Refrigerant Leaks section.

INDOORAIRFLOWANDAIRFLOWADJUSTMENTS

UNITOPERATIONHAZARD

Failuretofollowthiscautionmayresultinunitdamage.

Forcoolingoperation,therecommendedairflowis350to450

cfmforeach12.000Btuhof ratedcoolingcapacity.For

heatingoperation,theairflowmustproduceatemperaturerise

thatfallswithintherangestampedontheunitratingplate.

Table8showsthetemperatureriseineachheatingmode.Referto

thesetablestodeterminethedesiredheatingairflowforthesystem

beinginstalled.(SeeTable9forwetcoilpressuredrop).

NOTE:Besurethatallsupply-andreturn-airgrillesareopen.free

fromobstructions,andadjustedproperly.Airflowcanbechanged

usingtheUserInterface.

ELECTRICALSHOCKHAZARD

Failuretofollowthiswarningcouldresultinpersonalinjury

ordeath.

Disconnectelectricalpowertotheunitandinstalllockouttag

beforechangingblowerspeed.

Airflowcanbechangedbychangingtheleadconnectionsofthe

blowermotor.

AllPY3Punitsarefactorywiredforlowspeedexceptthe030

throughthe048sizes.

FOR208/230V

Forcolorcodingonthe208/230Vmotorleads,seeTable5.

Table5--Color ( odlng for 208/230V Motor Leads

BLACK =HIGH SPEED

Blue = Medium Speed

Red = Low Speed

To change the speed of the indoor fan motor (IFM), remove the fan

motor speed leg lead from the blower relay (BR). This wire is

attached to terminal blower motor (BM) of the integrated gas control

(IGC) board for single-phase units. To change the speed, remove

and replace with lead for desired blower motor speed. Insulate the

removed lead to avoid contact with chassis parts.

COOLING SEQUENCE OF OPERATION

With the room thermostat SYSTEM switch in the COOL position

and the FAN switch in the AUTO position, the cooling sequence of

operation is as follows:

1. When the room temperature rises to a point that is slightly

above the cooling control setting of the thermostat, the

thermostat completes the circuit between thermostat

terminal R to terminals Y and G.

2. The normally open contacts of energized contacmr ((7) close

and complete the circuit through compressor motor (COMP)

to condenser (outdoor) fan motor (OFM). Both motors start

instantly.

3. The set of normally open contacts of energized relay BM

close and complete the circuit through evaporator blower

(indoor) fan motor (IFM).

NOTE: Once the compressor has started and then stopped, it should

not be started again until 5 minutes have elapsed. The cooling cycle

remains on until the room temperature drops to a point that is

slightly below the cooling control setting of the room thermostat. At

this point, the thermostat breaks the circuit between thermostat

terminal R to terminals Y and G. These open circuits deenergize

contactor coil C. The condenser and compressor motors stop. After

a 30-sec. delay, the blower motor stops. The unit is in a standby

condition, waiting for the next call for cooling from the room

thermostat.

Table6--Coollng( harglngChart

ODTemp,

(°F)

105

115

125

SuctienLinefemperature{°F!

52 54 56 59 6t 64 67 70 73 76 79 82 85 89 92

5I 55 60 64

53 57 62 66 70

53 57 62 66 71 75

56 61 66 71 76

53 58 63 67 72

50 54 58 62 66

50 53 60 64

49 52 55 58 6I

50 53 56 59

SuctionLineTemperature!°C)

0DTemp,__ m ______ SuctionLinePress_

(°C) 361 370 387 405 423 442 462 482 502 523 544 566 589 612 636

11 13 15 18 21

12 14 16 19 2!

12 14 17 19 21 24

13 16 19 24

12 14 17 20

10 12 14 17 19

10 12 14 16 18

9 11 13 14 16

10 11 13 15

AO5109

FILTER SIZE

20X20X1

20X24X1

24X30X1

Table 7iFilter Pressure D_-op Table (in_ wc)

CFM

500 600 700 800 900 1000 1100 1200 1300 1400 1500 1600 1700 1800 1900 2000 2100 2200 2300

0,05 0,07 0.08 0.1 0.12 0.13 0,14 0.15

0.09 0.1 0.11 0.13 0.14 0.15 0.16

0.07 0.08 0.09 0.1 0.11 0.12 0.13 0.14 0.15 0.16 0.17 0.18

Unit

PYSP024040

PYSP024060

PYSP03O04O

PYSPO3O06O

PYSPO36060

PYSPO36090

PYSPO42060

Table 8--Dry Coil Air Delivery* -Horizontal and Downflow Discharge -

Unit PY3P024-060 (Deduct 10% for 208 Volts)

Heating Rise Motor External Static Pressure (in. wc)

Range OF

(°C) Speed 0.1 0,2 0.3 0,4 0.5 0,6 0.7 0,8 0.9

Watts 311 309 304 301 288 290 288 280

LOW1 CFM 985 885 820 757 686 583 423 263

Heating Rise OF 82 34 37 40 44 NA NA NA NA

(°c) (18) (19) (20) (22) (24)

Watts 411 405 398 390 379 357 357 345 327

20 -50 CFM 1195 1155 1100 1028 957 868 769 647 365

Medium

(11 - 28) Heating Rise °F 25 26 27 29 31 35 39 46 NA

(°c) (14) (14) (15) (16) (17) (19) (22) (26)

Watts 528 518 509 492 477 467 447 485 421

CFM 1484 1421 1868 1279 1185 1088 970 853 712

High Heating Rise OF 20 21 22 23 25 28 81 35 42

(°c) (11) (12) (12) (13) (14) (15) (17) (20) (23)

Watts 311 309 304 301 288 290 288 280

Low1 CFM 985 885 820 757 686 583 423 263

Heating Rise OF 48 51 55 59 NA NA NA NA NA

(°C) (27) (28) (30) (33)

Watts 411 405 398 390 379 357 357 345 327

35 -65 CFM 1195 1155 1100 1028 957 868 769 647 365

Medium

(19 - 36) Heating Rise °F 38 39 41 44 47 52 59 NA NA

(°c) (21) (22) (23) (24) (26) (29) (33)

Watts 528 518 509 492 477 467 447 485 421

CFM 1484 1421 1868 1279 1185 1088 970 853 712

High Heating Rise OF 35 38 41 46 53 63

(°c) NA NA NA (20) (21) (23) (28) (29) (35)

Watts 311 309 304 301 288 290 288 280

CFM 935 885 820 757 686 583 428 263

LOW Heating Rise OF 82 34 37 40 44 NA NA NA NA

(°C) (18) (19) (20) (22) (24)

Watts 411 405 898 390 879 357 857 345 827

20 - 50 Medium I CFM 1195 1155 1100 1028 957 868 769 647 365

(11 - 28) Heating Rise °F 25 26 27 29 31 35 39 46 NA

(°C) (14) (14) (15) (16) (17) (19) (22) (26)

Watts 528 518 509 492 477 467 447 485 421

CFM 1484 1421 1868 1279 1185 1088 970 853 712

High Heating Rise OF 20 21 22 23 25 28 81 35 42

Watts 311 809 304 801 286 290 286 280

CFM 935 885 820 757 686 583 428 263

Low Heating Rise °F 48 51 55 59 NA NA NA NA NA

(°c) (27) (28) (30) (33)

Watts 411 405 398 390 379 357 357 345 327

35 - 65 Medium I CFM 1195 1155 1100 1028 957 868 769 647 335

(19 - 36) Heating Rise °F 38 39 41 44 47 52 59 NA NA

(°c) (21) (22) (23) (24) (26) (29) (33)

Watts 528 518 509 492 477 467 447 435 421

CFM 1484 1421 1368 1279 1185 1088 970 853 712

High Heating Rise OF NA NA NA 35 38 41 46 53 63

(°c) (20) (21) (23) (28) (29) (35)

Watts 439 429 415 401 395 380 356 339 329

CFM 1242 1170 1089 994 917 837 702 570 442

Low Heating Rise °F 36 38 41 45 49 54 NA NA NA

(°C) (20) (21) (23) (25) (27) (30)

Watts 503 491 479 461 450 486 418 404 389

25 - 55 Medium I CFM 1320 1244 1162 1081 1005 897 767 662 541

(14 - 31) Heating Rise OF 34 36 39 42 45 50 NA NA NA

(°C) (19) (20) (22) (23) (25) (28)

Watts 641 627 623 609 601 588 571 559 548

CFM 1332 1288 1205 1119 1033 933 826 714 580

High Heating Rise OF 33 35 37 40 44 48 54 NA NA

(°c) (18) (19) (21) (22) (24) (27) (30)

Watts 439 429 415 401 395 380 356 339 329

CFM 1242 1170 1089 994 917 837 702 570 442

Low Heating Rise °F 54 58 62 68 NA NA NA NA NA

(°c) (30) (32) (34) (38)

Watts 503 491 479 461 450 486 418 404 389

40 - 70 Medium I CFM 1820 1244 1162 1081 1005 897 767 662 541

(22 - 39) Heating Rise °F 51 54 58 62 67 NA NA NA NA

(°C) (28) (30) (32) (35) (37)

Watts 641 627 623 609 601 588 571 559 548

CFM 1332 1288 1205 1119 1033 933 826 714 580

High Heating Rise OF 50 52 58 60 65 NA NA NA NA

(°c) (28) (29) (31) (34) (36)

Watts 434 428 422 403 404 390 375 360 344

CFM 1282 1241 1206 1160 1109 1040 967 890 813

Low Heating Rise °F 35 36 37 39 41 43 47 51 55

(°c) (20) (20) (21) (22) (23) (24) (26) (28) (31)

Watts 560 548 535 526 511 496 478 460 439

25 - 55 Medium I CFM 1526 1482 1437 1398 1344 1281 1205 1125 1029

(14 - 31) Heating Rise °F 29 30 81 32 83 35 87 40 44

(°c) (16) (17) (17) (18) (19) (20) (21) (22) (24)

Watts 785 746 780 709 690 864 642 824 600

CFM 1860 1805 1751 1685 1620 1541 1468 1870 1265

High Heating Rise OF NA 25 28 27 28 29 81 33 36

(°c) (14) (14) (15) (15) (16) (17) (18) (20)

Table 8- ('ont'd Dry ('oil Air Delivery* - Horizontal and Downflow Discharge -

Unit PY3P024-060 (Deduct 10% for 208 Volts)

Heating Rise Motor External Static Pressure (in. wc)

Unit Range OF

(°C) Speed 0.1 0,2 0.3 0,4 0.5 0,6 0.7 0,8 0.9

Watts 434 428 422 403 404 390 375 380 344

CFM 1282 1241 1206 1160 1109 1040 967 890 813

Low Heating Rise °F 53 54 58 58 61 85 70 NA NA

(°C) (29) (30) (31) (32) (34) (38) (39)

Watts 560 548 535 526 511 496 478 460 439

40 - 70 CFM 1526 1482 1437 1398 1344 1281 1205 1125 1029

PYSP042090 Medium 1

(22 - 59) Heating Rise OF 44 46 47 48 50 53 56 80 66

(°C) (25) (25) (28) (27) (28) (29) (31) (33) (36)

Watts 785 746 730 709 690 664 642 624 600

CFM 1860 1805 1751 1885 1620 1541 1488 1370 1265

High Heating Rise OF NA NA NA 40 42 44 46 49 53

(°C) (22) (23) (24) (28) (27) (30)

Watts 627 617 607 584 567 548 528 505 480

CFM 1550 1530 1493 1461 1414 1361 1320 1250 1177

Low Heating Rise °F 44 44 45 46 48 50 51 54 NA

(°C) (24) (24) (25) (26) (27) (28) (28) (30)

Watts 771 755 734 711 690 865 639 807 572

25 - 55 CFM 1798 1771 1734 1887 1645 1595 1530 1449 1355

PYSP048090 Medium 1

(14 - 51) Heating Rise OF 38 38 39 40 41 42 44 47 50

(°c) (21) (21) (22) (22) (23) (24) (25) (26) (28)

Watts 969 941 908 887 858 827 804 767 748

CFM 2124 2071 2000 1944 1876 1811 1735 1847 1555

High Heating Rise OF 32 33 84 35 56 37 59 41 43

(°C) (18) (18) (19) (19) (20) (21) (22) (23) (24)

Watts 627 617 607 584 567 548 528 505 480

CFM 1550 1530 1493 1461 1414 1361 1320 1250 1177

Low Heating Rise 58 56 58 59 61 83 65 NA NA

oF(°C) (31) (31) (32) (33) (34) (35) (38)

Watts 771 755 734 711 690 865 639 807 572

35 - 65 CFM 1798 1771 1734 1887 1645 1595 1530 1449 1355

PYSP048115 Medium 1

(19 - 56) Heating Rise OF 48 49 50 51 52 54 56 80 64

(°C) (27) (27) (28) (28) (29) (30) (31) (33) (35)

Watts 969 941 908 887 858 827 804 767 748

CFM 2124 2071 2000 1944 1876 1811 1735 1847 1555

High Heating Rise OF 41 42 43 44 46 48 50 52 55

(°C) (23) (23) (24) (25) (26) (28) (28) (29) (31)

Watts 627 617 607 584 567 548 528 505 480

CFM 1550 1530 1493 1461 1414 1361 1320 1250 1177

Low Heating Rise °F 63 84 65 87 69 NA NA NA NA

(°C) (35) (35) (38) (37) (38)

Watts 771 755 734 711 690 865 639 807 572

40 - 70 CFM 1798 1771 1734 1887 1645 1595 1530 1449 1355

PYSP048130 Medium 1

(22 - 39) Heating Rise OF 54 55 56 58 59 81 64 87 NA

(°c) (30) (31) (31) (32) (33) (34) (35) (37)

Watts 969 941 908 887 858 827 804 767 748

CFM 2124 2071 2000 1944 1876 1811 1735 1847 1555

High Heating Rise OF 46 47 49 50 52 54 58 59 63

(°C) (26) (26) (27) (28) (29) (30) (31) (33) (35)

Watts 786 769 754 736 722 705 684 658 618

Low1 CFM 2027 1960 1901 1821 1759 1893 1616 1513 1354

Heating Rise °F 33 34 36 37 38 40 42 45 50

(°c) (19) (19) (20) (21) (21) (22) (23) (25) (28)

Watts 873 849 833 815 798 782 783 748 704

25 - 55 CFM 2095 2026 1962 1887 1817 1748 1679 1583 1439

PYSP080090 (14 - 31) Medium Heating Rise OF 32 33 84 36 57 39 40 43 47

(°c) (18) (19) (19) (20) (21) (21) (22) (24) (28)

Watts 1012 993 981 965 948 927 904 886 848

CFM 2184 2109 2036 1963 1886 1812 1729 1847 1496

High Heating Rise °F 31 32 33 34 36 37 39 41 45

(°C) (17) (18) (18) (19) (20) (21) (22) (23) (25)

Watts 786 769 754 736 722 705 684 858 618

Low1 CFM 2027 1960 1901 1821 1759 1893 1616 1513 1354

Heating Rise °F 43 44 45 47 49 51 53 57 64

(°c) (24) (24) (25) (26) (27) (28) (30) (32) (35)

Watts 873 849 833 815 798 782 783 748 704

35 - 65 CFM 2095 2026 1962 1887 1817 1748 1679 1583 1439

PYSP080115 (19- 36) Medium Heating Rise OF 41 43 44 46 47 49 51 54 60

(°c) (23) (24) (24) (25) (28) (27) (29) (30) (33)

Watts 1012 993 981 963 948 927 904 886 848

CFM 2184 2109 2036 1963 1886 1812 1729 1847 1496

High Heating Rise °F 39 41 42 44 46 48 50 52 58

(°c) (22) (23) (24) (24) (25) (26) (28) (29) (32)

Watts 786 769 754 736 722 705 684 858 618

Low1 CFM 2027 1960 1901 1821 1759 1893 1616 1513 1354

Heating Rise °F 48 50 51 54 55 58 60 84 NA

(°C) (27) (28) (28) (30) (31) (32) (34) (38)

Watts 873 849 833 815 798 782 783 748 704

40 - 70 CFM 2095 2026 1962 1887 1817 1748 1679 1583 1439

PYSP080130 (22 - 39) Medium Heating Rise OF 47 48 50 52 54 56 58 82 68

(°c) (28) (27) (28) (29) (30) (31) (32) (34) (38)

Watts 1012 993 981 965 948 927 904 886 848

CFM 2184 2109 2036 1963 1886 1812 1729 1847 1496

High Heating Rise °F 45 46 48 50 52 54 58 59 65

(°C) (25) (28) (27) (28) (29) (30) (31) (33) (38)

ail delively vah_es ale without ail filtel and aIe fol chy coil (see Wet Coil ?Iessule D_op table)

iFae{oly shipped heating_coolill 8 speed

"NA" = Not allowed fol heatii_g speed

Note: De&ict field supplied aii filtei plessme dlop ai_d wet coil pzessule dzop to obtain extelnal static piessule available fol ductin 8

Table 9--PY3P Wet Coil Pressure Drop

UNIT SIZE STANDARD CFM (S.C.F,M,)

600 700 800 900 1000 1100 1200 1300 1400 1500 1600 1700 1800 1900 2000

024 0.030 0.037 0.044 0.053 0.063 .......

030 0.037 0.044 0.053 0.063 0.072 0.081 0.105 .....

036 - - 0.05 0.061 0.072 0,08 0,09 0,11 ....

042 - - - 0.044 0.051 0.059 0.065 0.072 0.060 0.088 0.095 0.105 -

048 - - - 0.044 0.050 0.053 0.059 0.066 0.072 0.077 0.086 -

060 ...... 0.079 0.087 0.095 0.102 0.113 0.123

MAINTENANCE

To ensure continuing high performance and to minimize the

possibility of premature equipment failure, periodic maintenance

must be performed on this equipment. This unit should be inspected

at least once each year by a qualified service person. To troubleshoot

unit, refer to Table 10, Troubleshooting Chart.

NOTE TO EQUIPMENT OWNER: Consult your local dealer

about the availability of a maintenance contract.

PERSONAL INJURY AND UNIT DAMAGE HAZARD

Failure to follow this warning could result in personal injury

or death and unit component damage.

The ability to properly perform maintenance on this

equipment requires certain expertise, mechanical skills, tools

and equipment. If you do not possess these, do not attempt to

perform any maintenance on this equipment, other than those

procedures recommended in the Owner's Manual.

ELECTRICAL SHOCK HAZARD

Failure to follow these warnings could result in personal

injury or death:

1. Turn off electrical power to the unit before performing any

maintenance or service on this unit.

2. Use extreme caution when removing panels and parts.

3. Never place anything combustible either on or in contact

with the unit.

UNIT OPERATION HAZARD

Failure to follow this caution may result in improper

operation.

Errors made when reconnecting wires may cause improper

and dangerous operation. Label all wires prior to

disconnecting when servicing.

The minimum maintenance requirements for this equipment are as

follows:

1. Inspect air filter(s) each month. Clean or replace when

necessary.

2. Inspect indoor coil, drain pan, and condensate drain each

cooling season for cleanliness. Clean when necessary.

3. Inspect blower motor and wheel for cleanliness at the

beginning of each heating and cooling season. Clean when

necessa U. For first heating and cooling season, inspect

blower wheel bi-monthly to determine proper cleaning

frequency.

4. Check electrical connections for tightness and controls for

proper operation each heating and cooling season. Service

when necessary.

5. Ensure electric wires are not in contact with refrigerant

tubing or sharp metal edges.

6. Check and inspect heating section before each heating

season. Clean and adjust when necessary.

7. Check flue hood and remove any obstructions, if necessary.

AIR FILTER

IMPORTANT: Never operate the unit without a suitable air filter

in the return- air duct system. Always replace the filter with the same

dimensional size and type as originally installed. See Table 1 for

recommended filter sizes.

Inspect air filter(s) at least once each month and replace

(throwaway-type) or clean (cleanable-type) at least mqce during

each cooling season and twice during the heating season, or

whenever the filter becomes clogged with dust and lint.

INDOOR BLOWER AND MOTOR

NOTE: All motors are pre-lubricated. Do not attempt to lubricate

these motors.

For longer life, operating economy, and continuing efficiency, clean

accumulated dirt and grease from the blower wheel and motor

annually.

ELECTRICAL SHOCK HAZARD

Failure to follow this warning could result in personal injury

or death.

Disconnect and tag electrical power to the unit before cleaning

and lubricating the blower motor and wheeL

To clean the blower motor and wheeh

1. Remove and disassemble blower assembly as follows:

a. Remove unit access panel.

b. Disconnect motor lead from blower relay (BM).

Disconnect ytellow lead from terminal L2 of the

contactor.

c. On all units remove blower assembly from unit. Remove

screws securing blower to blower partition and slide

assembly out. Be careful not to tear insulation in blower

compartment.

d. Ensure proper reassembly by marking blower wheel and

motor in relation to blower housing before disassembly.

e. Loosen setscrew(s) that secures wheel to motor shaft.

remove screws that secure motor mount brackets to

housing, and slide motor and motor mount out of

housing.

2. Remove and clean blower wheel as follows:

a. Ensure proper reassembly by marking wheel orientation.

b. Lift wheel from housing. When handling and/or cleaning

blower wheel, be sure not to disturb balance weights

(clips) on blower wheel vanes.

c. Remove caked-on dirt from wheel and housing with a

brush. Remove lint and/or dirt accumulations from wheel

and housing with vacuum cleaner, using soft brush

attachment. Remove grease and oil with mild solvent.

d. Reassemble wheel into housing.

e. Reassemble motor into housing. Be sure setscrews are

tightened on motor shaft flats and not on round part of

shaft.

f. Reinstall unit access panel.

3. Restore electrical power to unit. Start unit and check for

proper blower rotation and motor speeds during heating and

cooling cycles.

FLUE GAS PASSAGEWAYS

To inspect the flue collector box and upper areas of the heat

exchanger:

1. Remove the combustion blower wheel and motor assembly

according to directions in the Combustion-Air Blower

section.

2.Removethe3screwsholdingtheblowerhousingtotheflue

collectorboxcover(SeeFig.18-21).

3.Removethe12screwsholdingthefluecollectorboxcover

(SeeFig.20-21)totheheatexchangerassembly.Inspectthe

heatexchangers.

4.Cleanallsurfaces,asrequired,usingawirebrush.

INDUCEDDRAFT(COMBUSTIONAIR)BLOWER

Cleanperiodicallytoassureproperairflowandheatingefficiency.

Inspectblowerwheeleveryfallandperiodicallyduringtheheating

season.Forthefirstheatingseason,inspectblowerwheelbimonthly

todeterminepropercleaningfrequency.

Toinspectblowerwheel,removedrafthoodassembly.Shinea

flashlightintoopeningtoinspectwheel.If cleaningisrequired,

removemotorandwheelasfollows:

1.Removeunitaccesspanel(SeeFig.19).

2.Removethe7 screwsthatattachinduced-draftmotor

mountingplatetoblowerhousing(SeeFig.20).

3.Slidethemotorandblowerwheelassemblyoutoftheblower

housing(SeeFig.20).Cleantheblowerwheel.Ifadditional

cleaningisrequired,continuewithSteps4and5.

4.Toremoveblower,remove2setscrews.

5.Toremovemotorandcoolingfanassembly,remove4

screwsthatholdblowerhousingtomountingplate.

6.Toreinstall,reversetheprocedureoutlinedabove.

LIMITSWITCH

Removeunitaccesspanel.Limitswitchislocatedontheblower

partition.

BURNERIGNITION

Unitisequippedwithadirectsparkignition100percentlockout

system.Ignitionmoduleislocatedinthecontrolbox(SeeFig.

18).Modulecontainsaself-diagnosticLED.Duringservicing,refer

tolabeldiagramforLEDinterpretation.

If lockoutoccurs,unitmayberesetby eithermomentarily

interruptingpowersupplytounitorbyturningselectorswitchto

OFFpositionatthethermostat.

MAINBURNERS

Atthebeginningofeachheatingseason,inspectfordeteriorationor

blockageduetocorrosionorothercauses.Observethemainburner

flamesandadjust,ifnecessary.

Removal of Gas Train

To remove the gas train for servicing:

1. Shut off main gas valve.

2. Shut off power to unit and install lockout tag.

3. Remove unit access panel (See Fig. 19).

4. Disconnect gas piping at unit gas valve.

5. Remove wires connected to gas valve. Mark each wire.

6. Remove ignitor and sensor wires at the ignitor module.

7. Remove the mounting screw that attaches the burner rack to

the unit base (See Fig. 18).

8. Slide the burner rack out of the unit (See Fig. 18 and 21).

9. To reinstall, reverse the procedure outlined above.

OUTDOOR COIL, INDOOR COIL, AND CONDENSATE

DRAIN PAN

Inspect the condenser coil. evaporator coil, and condensate drain

pan at least once each year.

The coils are easily cleaned when dry: therefore, inspect and clean

the coils either before or after each cooling season. Remove all

obstructions, including weeds and shrubs, that interfere with the

airflow through the condenser coil.

Straighten bent fins with a fin comb. If coated with dirt or lint, clean

the coils with a vacuum cleaner, using the soft brush attachment. Be

careful not to bend the fins. If coated with oil or grease, clean the

coils with a mild detergent and water solution. Rinse coils with clear

water, using a garden hose. Be careful not to splash water on motors,

insulation, wiring, or air filter(s). For best results, spray condenser

coil fins from inside to outside the unit. On units with an outer and

inner condenser coil, be sure to clean between the coils. Be sure to

flush all dirt and debris from the unit base.

Inspect the drain pan and condensate drain line when inspecting the

coils. Clean the drain pan and condensate drain by removing all

foreign matter from the pan. Flush the pan and drain trough with

clear water. Do not splash water on the insulation, motor, wiring, or

air filter(s). If the drain trough is restricted, clear it with a "plumbers

snake" or similar probe device.

IGNITION MODULE INDUCED DRAFT MOTOR MOUNT

\ !

¢3

COLLECTOR BLOWER BURNER MOUNTING

BOX HOUSING RACK SCREW

\\\\

Fig. 18 - Blower Housing and Flue Collector Box

ROLLOUT

SWITCH

A05119

FRONT

ACCESS RANEL

Fig. 19 -Unit Access Panel

A05127

HOUSING

2 SETSCREWS

(HIDDEN)

C99085

Fig. 20 -Removal of Motor and Blower Wheel

Fig. 21 - Burner Rack Removed

OUTDOOR FAN

C99086

UNIT OPERATION HAZARD

Failure to follow this caution may result in damage to unit

components.

Keep the condenser fan free from all obstructions to ensure

proper cooling operation. Never place articles on top of the

unit.

1. Remove 6 screws holding outdoor grille and motor to top

cover.

2. Turn motor/grille assembly upside down on top cover to

expose fan blade.

3. Inspect the fan blades for cracks or bends.

4. If fan needs to be removed, loosen setscrew and slide fan off

motor shaft.

5. When replacing fan blade, position blade so that the hub is

1/8 in. away from the motor end (1/8 in. of motor shaft will

be visible) (See Fig. 12).

6. Ensure that setscrew engages the fiat area on the motor shaft

when tightening.

7. Replace grille.

ELECTRICAL CONTROLS AND WIRING

Inspect and check the electrical controls and wiring annually. Be

sure to turn off the electrical power to the unit.

Remove access panel to locate all the electrical controls and wiring.

Check all electrical connections for tightness. Tighten all screw

connections. If any smoky or burned cnnnections are noticed,

disassemble the connection, clean all the parts, re-strip the wire end

and reassemble the connection properly and securely.

After inspecting the electrical controls and wiring, replace all the

panels. Start the unit, and observe at least one complete cooling

cycle to ensure proper operation. If discrepancies are observed in

operating cycle, or if a suspected malfunction has occurred, check

each electrical component with the proper electrical

instrumentation. Refer to the unit wiring label when making these

checks.

REFRIGERANT CIRCUIT

Inspect all refrigerant tubing connections and the unit base for oil

accumulation annually. Detecting oil generally indicates a

refrigerant leak.

EXPLOSION, PERSONAL INJURY HAZARD

Failure to follow this warning could result in property

damage, personal injury or death.

System under pressure. Relieve pressure and recover all

refrigerant before system repair or final unit disposal. Use all

service ports and open all flow-control devices, including

solenoid valves.

If oil is detected or if low performance is suspected, leak test all

refrigerant tubing using an electronic leak detector, or liquid-soap

solution. If a refrigerant leak is detected, refer to Check for

Refrigerant Leaks section.

If no refrigerant leaks are found and low performance is suspected,

refer to Checking and Adjusting Refrigerant Charge section.

INDOOR AIRFLOW

The heating and/or cooling airflow does not require checking unless

improper performance is suspected. If a problem exists, be sure that

all supply- and return-air grilles are open and free from

obstructions, and that the air filter is clean.

METERING DEVICES-ACCURATER PISTON

Refrigerant metering device is a fixed orifice and is located in the

distributor assembly to the indoor coil.

LIQUID LINE STRAINER

The liquid line strainer (to protect metering device) is made of wire

mesh and is located in the liquid line on the inlet side of the metering

device.

TROUBLESHOOTING

Refer to the Troubleshooting Chart (Table 10-12) for

troubleshooting information.

START-UP CHECKLIST

Use the Start-Up Checklist at the back of this manual.

SYMPTOM

Compreeeor and eoadeneer fan wiiI not etart,

Compreeeor will not start but eoadeneer fan

rune

Thrae-phaee eeroll eompraeaor

Feakee exeeeaive aoiae_ and thera may be a

low preaaara differential

Compreeeor cycles (other than normally sat-

isfying UI)

Compreeeor operates aontinuouely

Exceaeive head praeeura

Head praeeura too low

Exceaeive eLfCtion praaaura

Suction praeeLfra tOO lOW

Table lO--T_oubleshooting Chart

CAUSE

Power failure

Fuse blown or circuit breaker tripped

Defective eontactor, transformer, or high-pressure,

loss-of-charge or low-pressure switch

Insufficient line voltage

Incorrect or faulty wiring

U! setting too high

Faulty wiring or loose connections in compressor cir-

cuit

Compressor motor burned out, seized, or

internal overload open

Defective run/start capacitor, overload, start relay

One leg of 3-phase power dead

Low input voltage (20% low)

Scroll compressor is rotating in the wrong direction

Refrigerant overcharge or undercharge

Defective compressor

Insufficient line voltage

Blocked outdoor coil

Defective run/start capacitor

Faulty outdoor fan motor or capacitor

Restriction in refrigerant system

Dirty air filter

Unit undersized for load

U! temperature set too low

Low refrigerant charge

Air in system

Outdoor coil dirty or restricted

Dirty air filter

Dirty condenser coil

Refrigerant overcharged

Air in system

Condenser air restricted or air short-cycting

Low refrigerant charge

Restriction in liquid tube

High heat load

Compressor valves leaking

Refrigerant overcharged

Dirty air filter

Low refrigerant charge

Metering device or low side restricted

Insufficient evaporator airflow

Temperature too low in conditioned area

Outdoor ambient below 55"F

Filter drier restricted

REMEDY

Call power company

Replace fuse or reset circuit breaker

Replace component

Determine cause and correct

Check wiring diagram and rewire correctly

Lower Ut temperature setting below room tem-

perature

Check wiring and repair or replace

Determine cause

Replace compressor

Determine cause and replace

Replace fuse or reset circuit breaker

Determine cause

Determine cause and correct

Correct the direction of rotation by reversing the

3-phase power leads to the unit, Shut down unit

to allow pressures to equalize,

Recover refrigerant, evacuate system, and re-

charge to capacities shown on rating plate

Replace and determine cause

Determine cause end correct

Determine cause and correct

Determine cause and replace

Replace

Locate restriction and remove

Replace filter

Decrease load or increase unit size

Reset UI

Locate leak, repair, and recharge

Recover refrigerant, evacuate system, and re-

charge

Clean coil or remove restriction

Replace filter

Clean coil

Recover excess refrigerant

Recover refrigerant, evacuate system, and re-

charge

Determine cause and correct

Check for leaks, repair, end recharge,

Remove restriction

Cheek for source and eliminate

Replace compressor

Recover excess refrigerant

Replace filter

Check for leaks, repair and recharge

Remove source of restriction

Increase air quantity

Check filte_replace if necessary

Reset UI

Install low-ambient kit

Replace filter

SYMPTOM

Burners will not ignite

Inadequate heating

Poor flame characteristics

Table 11 Troubleshooting Gulde=Heating

CAUSE

Water in gas line

No power to furnace

No 20-v power suppmy to contr@ circuit

Mis-wired or loose connections

Misaligned spark electrodes

No gas at main burners

Dirty air filter

Gas input to furnace too low

Unit undersized for application

Restricted airflow

Limit switch cycles main burners

Incomplete combustion results in: Aldehyde odors,

carbon monoxide, sooting flame, floating flame

REMEDY

Drain, Install drip leg.

Check power supply fuses, wiring or circuit

breaker,

Check transformer.

NOTE: Some transformers have internal over-

current protection that requires a cool-down peg

od to reset.

Check all widng and wire nut connections

Check flame ignition and sense electrode posi-

tioning.

Adiust as necessary,

1. Check gas line for air, Purge as necessary.

NOTE: After purging gas line of air, wait at least 5

minutes for any gas to dissipate before attempt-

ing to light unit.

2. Check gas valve.

Clean or replace filter as necessary

Check gas pressure at manifold match with that

on unit namepmate

Replace with proper unit or add additional unit

Clean or replace filter, Remove any restriction,

Check rotation of blower, temperature rise of unit.

Adiust as necessary,

1. Tighten all screws around burner compartment

2. Cracked heat exchanger. Replace,

3. Unit over-fired. Reduce input (change orifices

or ad}ust gas line or manifold pressure),

4. Check burner alignment,

5. Inspect heat exchanger for bbckage. Clean

as necessary,

Table 12 Xi_ubleshooting Guide--LED En-or Codes

SYMPTOM CAUSE REMEDY

Check 5-amp fuse son IGC*, power to unit, 24-v circuit

Hardware failure breaker, and transformer. Units without a24-v circuit

(LED OFF) breaker have an internal overload inthe 24-v transformer.

If the overload trips, allow 10 minutes for automatic reset.

Fan ON/OFF delay modified Ensure unit is fired on rate; ensure temperature rise is cor-

rect, Ensure unit's external static pressure is within applica-

(LED/FLASH) tion guidelines,

Check the operation of the indoor (evaporator) fan motor,

Limit switch faults Ensure that the supply-air temperature rise is in accor-

(LED 2 flashes) dance with the range on the unit nameplate, Clean or re-

place filters,

Flame sense fault

(LED 3 flashes) Reset unit. If problem persists, replace control board.

4 consecutive limit switch faults Check the operation of the indoor (evaporator) fan motor

(LED 4 flashes) and that supply-air temperature rise agrees with range on

unit nameplate information,

Check ignitor and flame sensor electrode spacing, gaps,

Ignition lockout etc, Ensure that fame sense and ignition wires are propedy

(LED 5 flashes) terminated. Verify that unit is obtaining proper amount of

gas.

Check for proper voltage. If motor is operating, check the

speed sensor plug/IGC Terminal J2 connection, Proper

Induced-draft motor fault IGC does not sense that induced-draft motor is connection:

(LED 6 flashes) operating,* PIN 1 - White

PIN 2 -Red

PIN 8 -Black

Rollout switch will automatically reset, but IGC* will contin-

Rollout switch fault ue to lockout unit, Check gas valve operation. Ensure that

(LED 7 flashes) Rollout switch has opened, induced-draft blower wheel is properly secured to motor

shaft. Inspect heat exchanger, Reset unit at unit discon-

nect,

Internal control fault Microprocessor has sensed an error in the soft- If error code is not cleared by resetting unit power, repmace

(LED 8 flashes) ware or hardware, the IGC*,

Temporary software lockout Reset 24-v, to control board or turn thermostat off, then on

(LED 9 flashes) Electrical interference impeding IGC software again. Fault will automatically reset itself in one (1) hour.

WARNING _:If the IGC must be replaced, be sure to ground yoreself to dissipate any electrical charge that my be present before handling new control board. The IGC is

sensitive to static electricity and my be damaged if the necessary precautions are not taken.

IMPORTANT: Refer to Table 12 Troubleshooting Guide Heating for additional troubleshooting analysis.

LEGEND

IGC--tntegrated Gas Unit Controller

LED Light Emitting Diode

Loss of power to control module (IGO)*.

High limit switch opens during heat exchanger

warm-up period before fan-on delay expires.

Limit switch opens within three minutes after

blower-off delay timing in heating mode,

High temperature limit switch is open.

The IGC* sensed flame that should not be pres-

ent.

Inadequate airflow to unit.

Unit unsuccessfully attempted ignition for 15 min-

utes,

I.Preliminary mnformation

MODEL NO.:

SERIAL NO.:

DATE:

TECHNICIAN:

START-U P CHECKLIST

(Remove and Store in Job File)

II, PRE=START-UP (mnsert ¢heckmark in box as each item ia completed)

() VERIFY THAT ALL PACKING MATERIALS HAVE BEEN REMOVED FROM UNIT

( ) REMOVE ALL SHIPPING HOLD DOWN BOLTS AND BRACKETS PER INSTALLATION INSTRUCTIONS

( ) CHECK ALL ELECTRICAL CONNECTIONS AND TERMINALS FOR TIGHTNESS

( ) CHECK GAS PIPING FOR LEAKS (WHERE APPLICABLE)

( ) CHECK THAT INDOOR (EVAPORATOR) AIR FILTER IS CLEAN AND IN PLACE

( ) VERIFY THAT UNIT INSTALLATION IS LEVEL

( ) CHECK FAN WHEEL, AND PROPELLER FOR LOCATION IN HOUSING/ORIFICE AND SETSCREW TIGHTNESS

III, START-UP

ELECTRICAL

SUPPLY VOLTAGE

COMPRESSOR AMPS

INDOOR (EVAPORATOR) FAN AMPS

TEMPERATURES

OUTDOOR (CONDENSER) AIR TEMPERATURE DB

RETURN-AIR TEMPERATURE DB WB

COOLING SUPPLY AIR DB WB

GAS HEAT SUPPUY' AIR

PRESSURES

GAS iNLET PRESSURE

GAS MANIFOLD PRESSURE

REFRIGERANT SUCTION

REFRIGERANT DISCHARGE

( ) VERIFY REFRIGERANT CHARGE USING CHARGING CHARTS

GAS HEAT TEMPERATURE RISE

TEMPERATURE RISE (See Literature) RANGE

MEASURED TEMPERATURE RISE

*Measured at suction inlet to compressor

tMeasured at liquid line leaving condenser.

IN.WG

PSIG SUCTION LINE TEMP*

PSIG DISCHARGE TEMPt

Payne Heating & Cooling Systems *7310 W. Morris St. * indianapolis, IN 46231 Printed in U.S.A Edition Date: 03/07

Manufacturer reserves the right to change_ at any time_ specifications and designs without notice and without obligations,

Catalog No: IM-PY3P-05

Replaces: IM-PY3P-O4

PAYNE Package Units(both Units Combined) Manual L0704293

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