HIGH EFFICIENCY SINGLE STAGE
UPFLOW/HORIZONTAL FURNACES
STANDARD & Low NOx
NATURAL GAS
40 - 130 MBH INPUT
EFFICIENCY
RATING
CERTIFIED
ISO 9001
Certified Quality
Management System
Due to continuous product improvement, specifications are subject to change without notic e.
Visit us on the web at www.york.com for the most
up-to-date technical information.
Additional information can be found at
www.gamanet.org.
036-21618-003 Rev. A (1205)
DESCRIPTION
These high efficiency, compact units employ induced combustion, reliable hot surface ignition and high heat transfer
aluminized tubular heat exchangers. The units are factory
shipped for installation in upflow or horizontal applications.
These furnaces are designed for residential installation in a
basement, closet, alcove, attic, recreation room or garage
and are also ideal for commercial applications. All u nits are
factory assembled, wired and tested to assure safe dependable and economical installation and operation.
These units are Category I listed and may be common vented
with another gas appliance as allowed by the National Fuel
Gas Code.
WARRANTY
20-year limited warranty on the heat exchanger.
10-year heat exchanger warranty on commercial applica-
tions.
5-year limited parts warranty.
FEATURES
•Easily applied in upflow, horizontal left or horizontal right
installation with no conversion necessary.
•100% shut off main gas valve for added safety.
•Rollout safety control.
•Low unit amp requirement for easy application.
•High quality inducer motor for quiet operation.
•Built-in self diagnostics with fault code display.
•Electronic Hot Surface Ignition saves fuel cost with
increased dependability and reliability.
•Standard terminals for controlling humidifiers and EAC's.
•40 VA control transformer fuse protected.
•Easy to connect power and control wiring.
•Efficiency ratings of 80 AFUE attained by using tubular
heat exchangers.
•Cooling relay supplied for easy installation of add-on
cooling.
•Multi-speed PSC, large, quiet direct-drive blower motor
to match cooling requirements.
•Adjustable fan-off settings to eliminate “cold-blow”.
•Compact 40-in height allows installation in small space
confines.
•Low NOx models have been designed to meet specific
code requirements. Low NOx units may not be converted
to propane.
FOR DISTRIBUTION USE ONLY - NOT TO BE USED AT POINT OF RETAIL SALE
(G,L)Y8S040A12UH111551/27.110 x 82014105
(G,L)Y8S060A12UH111551/27.110 x 82014110
(G,L)Y8S080A12UH111701/27.110 x 82014117
(G,L)Y8S080B16UH111553/411.511 x 82014126
GY8S080C22UH11
LY8S080C20UH11
(G,L)Y8S100B12UH111701/27.110 x 82014128
(G,L)Y8S100B16UH111653/411.511 x 82014134
(G,L)Y8S100C20UH111551.014.011 x 112012145
GY8S115C16UH111703/411.510 x 102014145
(G,L)Y8S115C20UH111701.014.011 x 112012147
(G,L)Y8S130D20UH111651.014.011 x 112012158
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 codes.
The furnace shall be installed so that the electrical components are protected from water.
For applications where vertical venting is not possible, the
only approved method of horizontal venting is the use of an
auxiliary power vent. Approved power venters are Fields
Controls Model SWG-4Y or Tjernlund Model GPAK-JT. Follow all application and installation details provided by the
manufacturer of the power vent. This unit may be horizontally
vented using 4” (10.2 cm) diameter pipe with a minimum
length of 4.5 feet (1.37 m) and a maximum length of 34.5 feet
(10.82 m) with up to 4 elbows.
FILTER PERFORMANCE
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 below.
NOTE: The filter pressure drop values in the “Fi l te r Perf ormance” table shown below are typical values for the type of
filter listed and should only be used as a guideline. Actual
pressure drop ratings for each filter type vary between filter
manufacturer.
FILTER SIZES
CFM
1200A16 x 2514 x 25
1200B16 x 2516 x 25
1600B16 x 2516 x 25
1600C16 x 2520 x 25
2000C(2) 16 x 2520 x 25
2200C(2) 16 x 2520 x 25
2000D(2) 16 x 2522 x 25
NOTES:
1. Air velocity through throwaway type filters may not exceed 300
feet per minute. All velocities over this require the use of high
velocity filters.
2. Air flows above 1800 CFM require either return from two sides or
one side plus bottom.
UNIT CLEARANCES TO COMBUSTIBLES (ALL DIMENSIONS IN INCHES, AND ALL SURFACES IDENTIFIED WITH THE
UNIT IN AN UPFLOW CONFIGURATION)
ApplicationTopFrontRear
Upflow160036CombustibleYesYesYesNo
Upflow B-Vent130001CombustibleYesYesYesNo
Horizontal
Horizontal B-Vent
1. Line contact only permitted between lines formed by the intersection of the rear panel an d side panel (top in horizontal postion) of the furance jacket
and building joists, studs or framing.
For additional connection diagrams for all UPG equipment refer to “Low Voltage System Wiring” document available online at
www.upgnet.com in the Product Catalog Section.
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.Select the number of return air openings or calculate the
return opening size in square inches to determine the
proper filter pressure drop.
3.Determine the External System Static Pressure (ESP)
without the filter.
4.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.
5.If total system static matches a ESP value in the airflow
table (i.e. 0.20 w.c. (50 Pa), 0.60 w.c. (150 Pa), etc,) the
system airflow corresponds to the intersection of the
ESP column and Model/Blower Speed row.
6.If the total system static falls between ESP values in the
table (i.e. 0.58 w.c. (144 Pa), 0.75 w.c. (187 Pa), 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 60,000 BTUH (17.58 kW) furnace with a bottom return opening and 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:
Obtain the airflow values at 0.50 w.c. (125 Pa) & 0.60 w.c.
(150 Pa) ESP.
Airflow @ 0.50”: 1250 CFM (35.4 m
Airflow @ 0.60”: 1180 CFM (33.4 m
Subtract the airflow @ 0.50 w.c. (125 Pa) from the airflow @
0.60 w.c. (150 Pa) to obtain airflow difference.
1180 - 1250 = -70 CFM (-12 m3/min)
Subtract the total system static from 0.50 w.c. (125 Pa) and
divide this difference by the difference in ESP values in the
table, 0.60 w.c. (150 Pa) - 0.50 w.c. (125 Pa), to obtain a
percentage.
(0.58 - 0.50) / (0.60 - 0.50) = 0.8
Multiply percentage by airflow difference to obtain airflow
reduction.
(0.8) X (-70) = -56
Subtract airflow reduction value to airflow @ 0.50 w.c. (125
Pa) to obtain actual airflow @ 0.58 in. w.c. (144 Pa) ESP.
1250 - 56 = 1194
This accessory conversion kit may be used to convert natural
gas (N) units for propane (LP) operation. Conversions must
be made by qualified distributor or dealer personnel.
SIDE RETURN FILTER -
1SR0302 - All Models
1SR0200 - All Models
BOTTOM RETURN FILTER -
1BR0114 or 1BR0214 - For 14-1/2” cabinets
1BR0117 or 1BR0217 - For 17-1/2” cabinets
1BR0121 or 1BR0221 - For 21” cabinets
1BR0124 or 1BR0224 - For 24-1/2” cabinets
INTERNAL FILTER WITH FIBER FILTER -
1HF0801 - All Models
HIGH ALTITUDE PRESSURE SWITCHES -
For installation where the altitude is less than 8,000 feet it is
not required that the pressure switch be changed. For altitudes above 8,000 feet see kits below. Conversion must be
made by qualified distributor or dealer personnel.