GAS-FIRED
CONDENSING / HIGH EFFICIENCY
DOWNFLOW / HORIZONTAL
MODULATING FURNACES
WITH ECM MOTOR
NATURAL GAS
60 - 120 MBH INPUT
EFFICIENCY
RATING
CERTIFIED
ISO 9001
Certified Quality
Management System
Due to continuous product improvement,
specifications are subject to change without notice.
Visit us on the web at www.york.com for the most
up-to-date technical information.
Additional rating information can be found at
www.gamanet.org.
036-21671-001 Rev. A (0106)
DESCRIPTION
These Category IV, highly efficient, compact, condensing
type furnaces are designed for residential and commercial
installations in a basement, closet, alcove, recreation room or
garage where the ambient temperature is above 32°F, or
higher. They may be either side wall or thru-roof vented using
approved plastic type combustion air and vent piping. All
units are factory assembled, wired and tested to assure
dependable and economical installation and operation.
WARRANTY
Lifetime limited warranty on both heat exchangers to the original purchaser; a 20-year limited warranty from original installation date to subsequent purchaser.
10-year warranty on the heat exchanger in commercial applications.
5-year limited parts warranty.
FEATURES
• Modulating heating operation includes:
- Modulating gas valve
- Modulating inducer operation
• Provides increased comfort level & very quiet unit operation
• Adjustable delay timer allows two stage operation with single stage thermostat.
• Compact, easy to install, ideal height 40" cabinet.
• Blower-off delay for cooling SEER improvement.
• Easy to connect power/control wiring.
• Built-in, high level self diagnostics with fault code display.
• Low unit amp requirement for easy replacement application.
• Integrated control module for reliable, economical operation.
• High velocity filter available for easy field installation.
• May be installed as either two-pipe (sealed combustion) or
single pipe vent (using indoor combustion air)
• Top intake & vent connection allows installation in narrow
locations.
• Electronic Hot Surface Ignition saves fuel cost with
increased dependability and reliability.
• Induced combustion system with inshot main burners for
quiet, efficient operation.
• No special vent termination kit required.
• 100% shut off main gas valve for extra safety.
• ECM High-efficiency, direct drive motor with large, quiet
blower.
• 24V, 40 VA control transformer and blower relay supplied
for add-on cooling.
PC9B12N060DH111701/27.711 x 892014136
PC9B12N080DH111701/27.711 x 892014143
PC9C16N080DH111703/49.611 x 10122014159
PC9C16N100DH111703/49.611 x 10122014163
PC9C20N100DH11170112.811 x 11142012165
PC9D20N120DH11170112.811 x 11142012182
Annual Fuel Utilization Efficiency (AFUE) numbers are determined in accordance with DOE Test procedures.
Wire size and over current protection must comply with the National Electrical Code (NFPA-70-latest edition) and all local code s.
The furnace shall be installed so that the electrical components are protected from water.
CFMCFM
High Low High Low COOL TapADJ Tap
13309001310890A B
11308001100740B B
12208501220830A A
10407301000670B A
11207701090720A C
920650900610C B
950660880610B C
740540680510D B
860610810580C A
690540630500D A
790570730530C C
630530590500D C
PC9C16N080DH11
PC9C16N100DH11
PC9C20N100DH11
CFMCFM
High Low High Low COOL TapADJ Tap
1660111022101480A B
1550105017801180B B
1610107020401350A A
144096016201050B A
147099018401250A C
137092015601010C B
12908501470940BC
11307901370890DB
12308501460930CA
10507201250790DA
11107601310810CC
9506601090690D C
PC9D20N120DH11
CFM
High Low COOL TapADJ Tap
22801510A B
18601190B B
20901370A A
16301060B A
18801250A C
16201030C B
1500960BC
1410880DB
1490920CA
1290790DA
1360840CC
1140690D C
All CFM’s are shown at 0.5” w.c. external static pressure.These units have variable speed motors that automatically adjust to provide constant CFM from 0.0” to 0.6” w.c.
static pressure. From 0.6” to 1.0” static pressure, CFM is reduced by 2% per 0.1” increase in static. Operation on duct systems with greater than 1.0” w.c. external static
pressure is not recommended.
NOTE: At some settings, LOW COOL airflow may be lower that what is required to operate an airflow switch on certain models of electronic air cleaners. Consult the
instructions for the electronic air cleaner for further details.
JUMPER SETTINGS
JUMPER SETTINGS
JUMPER SETTINGS
NOTES:
1. Airflow expressed in standard cubic feet per minute (CFM) and in cubic meters per minute (m3/min).
Unitary Products Group3
Page 4
036-21671-001 Rev. A (0106)
FILTER PERFORMANCE
FILTER SIZES
The airflow capacity data published in the “Blower Performance” table listed above represents blower performance
WITHOUT filters. To determine the approximate blower performance of the system, apply the filter drop value for the filter being used or select an appropriate value from the “Filter
Performance” table shown.
NOTE: The filter pressure drop values in the “Filter Performance” table shown are typical values for the type of filter
CFM
1200B(2) 14 x 20
1600C(2) 14 x 20
2000C(2) 14 x 20
2000D(2) 14 x 20
NOTE: All filters must be high velocity cleanable type.
Cabinet
listed and should only be used as a guideline. Actual pressure drop ratings for each filter type vary between filter manufacturer.
APPLYING FILTER PRESSURE DROP TO
DETERMINE SYSTEM AIRFLOW
To determine the approximate airflow of the unit with a filter in
place, follow the steps below:
1.Select the filter type.
2.Determine the External System Static Pressure (ESP)
without the filter.
3.Select a filter pressure drop from the table based upon
the number of return air openings or return air opening
size and add to the ESP from Step 3 to determine the
total system static.
4.If total system static matches a ESP value in the airflow
table (i.e. 0.20, 0.60, etc,) the system airflow corresponds to the intersection of the ESP column and Model/
Blower Speed row .
5.If the total system static falls between ESP values in the
table (i.e. 0.58, 0.75, etc.), the static pressure may be
rounded to the nearest value in the table determining the
airflow using Step 5 or calculate the airflow by using the
following example.
Example: For a 120,000 Btuh furnace operating on high
speed blower, it is found that total system static is 0.58" w.c.
To determine the system airflow, complete the following
steps:
1.Obtain the airflow values at 0.50" & 0.60" ESP.
Airflow @ 0.50": 2220CFM
Airflow @ 0.60": 2135 CFM
2.Subtract the airflow @ 0.50" from the airflow @ 0.60" to
obtain airflow difference.
2135 - 2220 = -85 CFM
Subtract the total system static from 0.50" and divide this
difference by the difference in ESP values in the table,
0.60" - 0.50", to obtain a percentage.
(0.58 - 0.50) / (0.60 - 0.50) = 0.8
3.Multiply percentage by airflow difference to obtain airflow
reduction.
(0.8) x (-85) = -68
4.Subtract airflow reduction value to airflow @ 0.50" to
obtain actual airflow @ 0.58" ESP.
2120 - 68 = 2152
UNIT CLEARANCES TO COMBUSTIBLES
Application
Downflow 130 000
Horizontal030110
* Combustible floor base or air conditioning coil required for use on combustible floor.
† Line contact only permitted between lines formed by the intersection of the rear panel (top in horizontal position) of the furnace jacket and building
joists, studs or framing.
Top Front Rear Left Side Right SideFlueFloor/Bottom
In.In.In.In.In.In.In.
*
1
†
0
ClosetAlcoveAtticLine Contact
YesYesYesNA
YesYesYes
Yes
†
4Unitary Products Group
Page 5
036-21671-001 Rev. A (0106)
Rise
For additional connection diagrams for all UPG equipment refer to “Line Voltage System Wiring” document available online at
www.upgnet.com in the Product Catalog Section.