569J
60Hz AIR COOLED CONDENSING UNIT
PURONr (R--410A) REFRIGERANT
6 TO 20 NOMINAL TONS
Product Data
Bryant’s air-cooled air conditioning split systems:
S provide a logical solution for commercial needs
S have a rugged, dependable construction
S are available in single and circuit scroll compressor
capacity control
S have cooling capability up to 125_F(52_C) ambient
anddownto40_F(4_C) ambient standard
569J*07--14 shown
C09310
the environmentally sound refrigerant
FEATURES / BENEFITS
These dependable outdoor air cooled condensing units
match Bryant’s indoor-air handlers to meet a wide
selection of cooling solutions.
Constructed for long life
The 569J single circuit and 569J dual circuit, scroll
compressor models are designed and built to last. The
high efficient designed outdoor coil construction allows
for a more efficient design in a smaller cabinet size that
utilizes an overall reduction in refrigerant charge. Where
conditions require, special coil coating coil protection
option is available. Cabinets are constructed of prepainted
galvanized steel, delivering unparalleled protection from
the environment. Inside and outside surfaces are protected
to ensure long life, good looks, and reliable operation.
Safety controls are used for enhanced system protection
and reliability.
Each unit utilizes the Comfort Alert diagnostic and
troubleshoot control system. This protects the units
operation and provides valuable diagnostic information
when required.
FEATURES AND BENEFITS (cont.)
Factory-installed options (FIOPs)
Certified and pre--engineered factory-installed options
(FIOPs) allow units to be installed in less time, thereby
reducing installed cost. FIOPs include:
S low ambient controls which provide cooling operation
down to --20_F(--29_C) ambient temperatures
S non-fused disconnect
S 115-v GFI (ground fault interrupter) convenience outlet,
powered and non--powered available
S special coil coating coil protection
S louvered hail guard
Efficient operation
These air cooled condensing units will provide EER’s up
569J
to 11.5 which meets ASHRAE 90.1 efficiency levels. The
569J dual compressor models provide two (2) stages of
cooling for remarkable partial load performance.
This high efficiency will help reduce overall operating
cost and energy consumption.
Controls for performance dependability
The 569J condensing units offer operating controls and
components designed for performance dependability. The
high efficiency hermetic scroll compressor is engineered
for long life and durability. The compressors include
vibration isolation for quiet operation. The high-pressure
switch protects the entire refrigeration system from
abnormally high operating pressures. A low-pressure
switch protects the system from loss of charge. These
units also include anti-short-cycling protection, which
helps to protect the units against compressor failure.
All units include a crankcase heater to eliminate liquid
slugging at start-up. Each unit comes standard with the
Comfort Alertt control system. This provides:
S System Go LED indicator
S Fault LED indicator
S Compressor fault LED indicator
S Phase loss protection
S Phase reversal protection
S Safety pressure indicator
S Anti--short cycle protection
The latest safety standards for 569J* units are assured
through UL, Canada approvals.
Innovative Bryant 524J packaged air
handlers are custom matched to 569J*condensing units
Information on matching 524J DX packaged air handler
follows for convenience. See separate product data for
more details. The 524J Series has excellent fan
performance, efficient direct-expansion (DX) coils, a
unique combination of indoor-air quality features, and is
easy to install. Its versatility and state-of-the-art features
help to ensure economical performance of the split system
both now and in the future.
Indoor--air quality (IAQ) features
The unique combination of IAQ features in the 524J
Series air handlers help to ensure that only clean, fresh,
conditioned air is delivered to the occupied space.
Direct-expansion (DX) 4 row cooling coils prevent the
build-up of humidity in the room, even during part-load
conditions.
Standard 2-in. (51mm) disposable filters remove dust and
airborne particles from the occupied space for cleaner air.
The pitched, non-corroding drain pan can be adjusted for
a right-hand or left-hand connection to suit many
applications and provide positive drainage and prevent
standing condensate.
The accessory economizer can provide ventilation air to
improve indoor-air quality by using demand control
ventilation. When used in conjunction with Bryant
Comfort System and CO
fresh outdoor air to replace stale, recirculated indoor air.
sensors, the economizer admits
2
Economy
The 524J Series packaged air handlers provide reduced
installation expense and energy-efficient performance.
Quick installation is ensured by the multipoise design.
Units can be installed in either the horizontal or vertical
configuration without modifications. Fan motors and
contactors are pre--wired and thermostatic expansion
valves (TXVs) are factory-installed on all 524J models.
High efficiency, precision-balanced fans minimize air
turbulence, surging, and unbalanced operation, cutting
operation expenses.
The economizer accessory precisely controls the blend of
outdoor air and room air to achieve comfort levels. When
the outside air enthalpy is suitable, outside air dampers
can fully open to provide “free” cooling without
energizing mechanical cooling.
Rugged dependability
The 524J series units are made to last. The die-formed
galvanized steel panels ensure structural integrity under
all operating conditions. Galvanized steel fan housings are
securely mounted to a die-formed galvanized steel fan
deck.
Rugged pillow-block bearings (524J14) are securely
fastened to the solid steel fan shaft with split collets and
clamp locking devices. Smaller unit sizes have spider-type
bearings.
2
FEATURES AND BENEFITS (cont.)
Coil flexibility
Model 524J direct- expansion coils have galvanized steel
casings; inlet and outlet connections are on the same end.
The coils are designed for use with Puron (R--410A)
refrigerant and have
mechanically bonded to aluminum sine-wave fins. The
coils include matched, factory-installed thermostatic
expansion valves (TXVs) with matching distributor
nozzles and offers a removable power element and
extended connections.
3
/8-in. diameter copper tubes
Easier installation and service
The multipoise design and component layout ensures
quick unit installation and operation. Units can be
converted from horizontal to vertical operation by simply
repositioning the unit. Drain pan connections are
duplicated on both sides of the unit. The filters, motor,
drive, TXVs, and coil connections are all easily accessed
by removing a single side panel.
TABLE OF CONTENTS
PAGE
FEATURES / BENEFITS1........................
MODEL NUMBER NOMENCLATURE4............
AHRI CAPACITY RATINGS5.....................
SOUND POWER LEVELS5.......................
PHYSICAL DATA6..............................
DIMENSIONS8.................................
OPTIONS AND ACCESSORIES11.................
SELECTION PROCEDURE15.....................
TYPICAL WIRING SCHEMATIC16................
PERFORMANCE DATA18........................
ELECTRICAL DATA43..........................
APPLICATION DATA48.........................
TYPICAL PIPING AND WIRING53................
GUIDE SPECIFICATIONS57......................
569J
3
569J
MODEL NUMBER NOMENCLATURE
1234567891011121314151617
5 69 J E 14 A 0 00 G 0 0 A 0 A
_____________
Model Type
569J = Bryant Condensing Unit
Puronr R--- 410A Refrigerant
VoltagePackaging
E = 460/3/60A=Standard
P = 208/230/3/60B=LTL
T = 575/3/60
A = Single Circuit0 = Electro--- Mechanical Controls
B = Single Circuit with Low Ambient Controller1 = Unpowered Convenience Outlet
D=DualCircuit2 = Powered Convenience Outlet
E = Dual Circuit with Low Ambient controller
Factory Assigned
Factory Assigned0=Default
0=Default
Coil Options --- Condenser
With All Aluminum --- NOVATION Design
(07--- 16 sizes)
Factory AssignedG=Al/Al
0=DefaultK = E --- C o a t A l/ A l
T=Al/Alwithlouveredhailguard
W = E ---Coat Al/Al with louvered hail guard
Coil Options --- Condenser
With Round Tube/Plate Fin Design
A=Al/CuStandard
B = P r e --- C o a t e d A l/ C u
C --- E --- C o a t A l / C u
E= Cu/Cu
M=Al/CuStandardwithlouveredhailguard
N=Pre---CoatedAl/Cuwithlouveredhailguard
P = E ---Coat al/Cu with louvered hail guard
R = Cu/Cu --- Louvered hail guard
Use of the AHRI Certified
TM Mark indicates a
manufacturer’s
participation in the
program For verification
of certification for individual
products, go to
www.ahridirectory.org.
AHRI--- Air C o nditioning, Heating and Refrigeration
Institute
ASHRAE --- American Society of Heating, Refrigerating
and Air Conditioning, Inc.
EER--- Energy Efficiency Ratio
IEER--- Integrated Energy Efficiency Ratio
COOLING
CIRCUITS
COMPRESSORS
NOM.
CAPACITY
(TONS)
NET COOLING
CAPACITY
(MBH)
NOTES
1. Rated in accordance with AHRI Standard 340/360, as
appropriate.
2. Ratings are based on:
Cooling Standard: 80_F(27_C) db, 67_F(19_C) wb
indoor air temp and 95_F(35_C) db outdoor air temp.IEER Standard: 80_F(27_C) db, 67_F(19_C) wb indoor
air temp and 4 various outdoor temperatures.
3. All units comply wit h ASHRAE 90.1 Energy Standard for
minimum EER and IEER requirements.
MotorMaster Ir Control
Wired Condenser Coil Grille (Novation 07 --- 14 models only)X
Louvered Hail GuardXX
Programmable ThermostatsX
* Factory-installed option.
† Field-installed accessory.
} Non ---fused disconnect switch cannot be used when unit MOCP electrical rating exceeds 80 amps.
** Powered and non- -- powered versions available
569J* factory-installed options
XX
CONDENSER COIL OPTIONS
Coil Coating Application -- Novation Coils
Environment
Coil Description
Alum Fin / Alum TubeX
E --- C o a te d A l / AlXXXXX
NOTE: E ---Coat is only available and must b e used in any non---standard environment listed above.
Standard
N o n --- C o r r o s i v e
Mild Coastal
Moderate
Coastal
Severe
Coastal
Industrial
Industrial &
Coil Coating Application -- Round Tube/Plate Fin Coils
(07,08, 12, 16, 25 models)
Environment
E n v i r o --- S h i e l d ™ Description
Alum Fin / Cu TubeX
P r e --- C o a te d A l / CuX
E --- C o a te d A l / CuXX
Cu / CuXX
NOTE: Refer to the Guide Specifications for further detail.
E-coated aluminum-fin coils have a flexible and durable
epoxy coating uniformly applied to all coil surfaces.
Unlike brittle phenolic dip and bake coatings, E-coating
provides superior protection with unmatched flexibility,
edge coverage, metal adhesion, thermal performance, and
most importantly, corrosion resistance.
E-coated coils provide this protection since all coil
surfaces are completely encapsulated from environmental
contamination. This coating is especially suitable in
industrial environments.
Pre--coated coils (RTPF coils only) provide protection in
mild coastal environments.
Standard
N o n --- C o r r o s i v e
Mild Coastal
Moderate
Coastal
Severe
Coastal
Industrial
Industrial &
–20_F (–29_C) low-ambient temperature kit option
(MotorMaster Ir) controls outdoor-fan motor operation
to maintain the correct head pressure at low outdoor
ambient temperatures.
Louvered hail guard package protects coils against
damage from flying debris and hail.
115-v convenience outlet is used to power electric drills,
lights, and refrigerant recovery machines. This means that
a separate 115-v power supply is no longer necessary.
Non-fused disconnect switch is used to remove power
locally at the condensing unit. This switch also includes a
power lockout capability to protect the service person.
This lockout switch saves the service person time and
effort because there is no need to access a distant
disconnect switch while servicing the unit.
569J
Coastal
Coastal
11
OPTIONS AND ACCESSORIES (cont.)
FACTORY-INSTALLED
COIL PROTECTION
OPTIONAL
FACTORY-INSTALLED
CONVENIENCE OUTLE
(powered and non-powered)
LOW AMBIENT CONTROL
(FACTORY-INSTALLED OR
FIELD-INSTALLED)
T
OPTIONAL
FACTORY-INSTALLED
DISCONNECT SWITCH
569J
569J* field-installed accessories
–20_F (–29_C) low-ambient temperature kit accessory
(MotorMaster Ir) controls outdoor-fan motor operation
to maintain the correct head pressure at low outdoor
ambient temperatures.
Louvered hail guard package protects coils against
damage from flying debris and hail.
Condenser coil grille package protects condensing unit
coil from impact by large objects and vandalism.
Bryant’s line of thermostats provide both programmable
andnon-programmablecapabilitywiththenew
Debonairrlineofcommercialprogrammable
thermostats. The Commercial Electronic thermostats
provide 7-day programmable capability for economical
applications.
524J OPTIONS AND ACCESSORIES
ITEMOPTION* ACCESSORY†
Alternate Fan MotorsX
Alternate DrivesX
CO2SensorsX
Condensate Drain TrapX
Discharge PlenumX
EconomizerX
Electric HeatX
Hot Water Heating CoilsX
Overhead Suspension PackageX
Prepainted UnitsX
Return Air GrilleX
Steam Heating CoilX
SubbaseX
UV-C Germicidal Lamp**X
Alternate fan motors and drives are available to provide
the widest possible range of performance.
Units constructed of prepainted steel are available from
the factory for applications that require painted units. Unit
color is American Sterling Gray.
524J field-installed accessories
Two-row hot water coils have5/8-in. diameter copper
tubes mechanically bonded to aluminum plate fins. Coils
have non-ferrous headers.
One-row steam coil has 1-in. OD copper tube and
aluminum fins. The Inner Distributing Tube (IDT) design
provides uniform temperatures across the coil face. The
IDT steam coils are especially suited to applications
where sub-freezing air enters the unit.
Electric resistance heat coils have an open-wire design
and are mounted in a rigid frame. Safety cutouts for high
temperature conditions are standard.
Economizer (enthalpy controlled) provides ventilation
air and provides “free” cooling if the outside ambient
temperature and humidity are suitable. The economizer
can also be used in conjunction with Bryant Comfort
System thermostats and CO
air quality requirements. The economizer can be used in
both vertical and horizontal positions.
Discharge plenum directs the air discharge into the
occupied space; integral horizontal and vertical louvers
enable redirection of airflow. This accessory is available
unpainted or painted.
Return-air grille provides a protective barrier over the
return-air opening and gives a finished appearance to units
installed in the occupied space. This accessory is available
unpainted or painted.
sensors to help meet indoor
2
Subbase provides a stable, raised platform and room for
condensate drain connection for floor-mounted units. This
accessory is available unpainted or painted.
12
OPTIONS AND ACCESSORIES (cont.)
Overheadsuspensionpackageincludesnecessary
brackets to support units in horizontal installations.
CO
sensors can be used in conjunction with the
2
economizer accessory to help meet indoor air quality
requirements. The sensor signals the economizer to open
when the CO
Bryant Comfort System programmable thermostat can
also be used to override the sensor if the outside-air
temperature is too high or too low.
level in the space exceeds the setpoint. A
2
Condensate drain trap includes an overflow shutoff
switch that can be wired to turn off the unit if the trap
becomes plugged. The kit also includes a wire harness
that can be connected to an alarm if desired. The
transparent trap is designed for easy service and
maintenance.
UV-C germicidal lamps kill mold and fungus that may
grow on evaporator coil and condensate pan surfaces. The
use of UV-C germicidal lamps eliminates the foul odors
that result from mold and fungus growth. These lamps
also provide a self-cleaning function for the evaporator
coil and drain pan. Contact application engineer for info.
569J
13
OPTIONS AND ACCESSORIES (cont.)
569J
524J WITH DISCHARGE PLENUM
RETURN-AIR GRILLE AND SUBBASE
DISCHARGE
PLENUM
RETURN-AIR
GRILLE
SUBBASE
FAN
COIL
UNIT
524J WITH HOT WATER OR STEAM COIL
HOT WATER OR
STEAM COIL
FAN COIL
UNIT
524J WITH ECONOMIZER
AND UV-C GERMICIDAL LAMPS
ECONOMIZER
524J WITH CONDENSATE TRAP
UV-C GERMICIDAL LAMPS
C09259
14
SELECTION PROCEDURE
Combination ratings for 569J* units matched with 524J
Series air handlers are in this book. If unit is used with an
air handler, use the Bryant Electronic Catalog AHU
(Air-Handling Unit) selection program to obtain combined
ratings.
I.Determinecoolingload,evaporator-air
temperature, and quantity.
Given:
Total Cooling Capacity
Required (TC)121,000 Btuh...................
Sensible Heat Capacity
Required (SHC)95,000 Btuh...................
Compressor TypeScroll.........................
Temperature Air Entering
Condenser (Edb)95_F.........................
Temperature Air Entering
Evaporator (db/wb)80_F db, 67_Fwb............
Evaporator Air Quantity4,000 cfm.................
External Static Pressure0.4 in. wg.................
Length of Interconnecting
Refrigerant Piping25 ft (Linear).................
Power Supply (V-Ph-Hz)208/230-3-60.............
II.Select condensing unit air-handler combination.
For this example, select a 569J*12 matched with a
524J012 coil. This 569J*12/524J12 condensing unit
air-handler combination provides 122,000 Btuh of total
cooling capacity and 97,200 Btuh of sensible capacity at
the given conditions. If other temperatures or airflow
values are required, interpolate the values from the
combination ratings.
III. Determine sizes of liquid and suction lines.
Enter Refrigerant Piping Sizes table. The sizes shown
are based on an equivalent length of pipe. This
equivalent length is equal to the linear length of pipe
indicated at the top of each sizing column, plus a 50%
allowance for fitting losses. (For a more accurate
determination of actual equivalent length in place of
using the estimated 50% value, refer to Bryant System
Design Manual.) For this example, note in the linear
length column that the proper pipe size is
liquid line and 1
For extended line lengths over 100 feet, contact your
Bryant representative or application engineer.
3
/8in. for the suction line.
1
/2in. for the
IV. Determine fan rpm and bhp (brake horsepower).
Refer to the 524J Air Handler Catalog -- Fan
Performance table.Enter the Air Handler Fan
Performance table at 524J12 at 4000 cfm and move to
the External Static Pressure (ESP) column. Note that the
conditions require 803 rpm at 1.77 bhp.
V.Determine motor and drive.
Enter the Fan Motor Data tables and find the standard
motor for 524J12 unit rated at 2.4 Hp. Since the bhp
required is 1.77, a standard motor satisfies the
requirement and should be used.
Next, find the type of drive that satisfies the 803 rpm
requirement in the Drive Data tables. For the 524J012
unit, the Standard Drive table shows an rpm range of
666-863. Since the rpm required is 803, the standard
drive satisfies the requirement and should be used.
CONTROLS
Operating sequences
When the wall thermostat calls for cooling, terminals G
and Y1 are energized. As a result, the indoor fan contactor
(IFC) and the compressor contactor (C1) are energized,
causing the indoor fan motor (IFM), compressor #1, and
outdoor fans (OFM) to start. The field--supplied and
field--installed liquid line valve also opens, allowing the
system to function in Cooling mode.
If the unit has 2 stages of cooling, the wall thermostat will
additionally energize Y2. The Y2 signal will energize
compressor contactor #2 (C2), causing compressor #2 to
start.
Regardless of the number of stages, the field--supplied
liquid line valve shall opens and the outdoor fan
motors(OFM) runs continuously while unit is cooling.
When cooling demand decrease, the thermostat will
de--energize Y2. Y2 signal will de--energize compressor
contactor #2 (C2), causing compressor #2 to stop.
When cooling demand has been satisfied, the thermostat
will de--energize Y1, and G terminals. Y1 and G signal
will de--energize compressor contactor #1 (C1), causing
compressor #1 to stop. If the wall thermostat is set to
continuous (CONT), the indoor fan motor will continue
to operate. Otherwise, the indoor fan motor will stop.
The outdoor fan motors (OFM) will turn off and
field--supplied liquid line valve shall close , minimizing
the potential for refrigerant migration.
569J
15
569J
TYPICAL WIRING SCHEMATIC
C09624
Typical 569J*16 Single Circuit
16
TYPICAL WIRING SCHEMATIC (cont.)
569J
C09627
Typical 569J*16 Dual Circuit
17
PERFORMANCE DATA
569J*07ACONDENSER ONLY RATINGS
SST (_F)
TC46.745.141.739.837.933.9
20
25
30
35
569J
40
45
50
NOTE:
Condensing unit only ratings are at 45
kW4.044.274.775.045.325.93
SDT91.696.4105.9110.6115.3124.7
TC51.850.246.544.642.638.4
kW4.064.294.795.055.335.95
SDT92.797.5106.9111.6116.3125.6
TC57.055.251.449.447.342.9
kW4.074.304.805.075.355.96
SDT93.998.6108.1112.7117.4126.7
TC62.760.856.854.652.447.8
kW4.094.324.815.085.365.98
SDT95.199.8109.2113.9118.6127.8
TC68.766.762.560.257.953.0
kW4.114.344.835.105.385.99
SDT96.5101.1110.5115.1119.7128.8
TC75.273.168.566.263.758.6
kW4.134.364.845.105.385.99
SDT97.9102.5111.8116.3120.9129.9
TC82.279.975.172.569.964.4
kW4.154.374.855.125.396.00
SDT99.4104.0113.1117.6122.2131.1
AIR TEMPERATURE ENTERING CONDENSER (_F)
808595100105115
_FSSTand95_F entering --- air temperature. EER = 13.1
569J*08ACONDENSER ONLY RATINGS
SST (_F)
TC65.263.259.157.054.850.5
20
25
30
35
40
45
50
NOTE:
Condensing unit only ratings are at 45
LEGEND:
k W--- C om pr es so r Po we r
SDT --- Saturated Discharge Temperature at Compressor (
SST - -- Saturated Suction T emperature (
TC --- Gross Co o ling Capacity ( 1000 Btuh)
kW5.045.335.986.346.737.60
SDT95.3100.2109.8114.7119.5129.2
TC71.569.465.062.860.555.9
kW5.125.426.076.426.817.66
SDT96.4101.2110.8115.6120.4129.9
TC77.875.570.968.566.261.3
kW5.225.516.166.516.897.74
SDT97.6102.4111.9116.6121.3130.7
TC84.882.477.575.072.467.2
kW5.325.616.266.616.997.83
SDT98.8103.5112.9117.6122.3131.6
TC92.389.784.581.879.073.5
kW5.445.736.376.727.107.94
SDT100.1104.8114.2118.8123.5132.7
TC100.397.591.989.086.180.1
kW5.575.866.506.857.238.07
SDT101.6106.2115.5120.2124.8133.9
TC108.7105.899.896.793.687.3
kW5.716.006.647.007.388.21
SDT103.1107.8117.0121.6126.2135.3
808595100105115
_FSSTand95_F entering --- air temperature. EER = 13.0
_F)
AIR TEMPERATURE ENTERING CONDENSER (_F)
_F)
18
PERFORMANCE DATA (cont.)
569J*12ACONDENSER ONLY RATINGS
SST (_F)
TC78.075.470.167.364.658.9
20
25
30
35
40
45
50
NOTE:
Condensing unit only ratings are at 45
kW6.036.447.317.768.239.21
SDT94.098.7108.2113.0117.7127.2
TC86.483.677.974.972.066.0
kW6.116.537.417.878.369.36
SDT95.2100.0109.4114.2118.9128.2
TC94.791.885.682.579.473.0
kW6.206.627.517.988.479.49
SDT96.6101.3110.7115.4120.0129.2
TC104.0100.894.390.987.680.7
kW6.306.717.618.098.589.62
SDT98.1102.7112.0116.6121.2130.4
TC113.9110.4103.499.996.288.9
kW6.396.817.718.208.709.75
SDT99.5104.2113.4117.9122.5131.6
TC124.3120.6113.1109.2105.497.5
kW6.496.927.838.328.829.89
SDT101.1105.7114.8119.4123.9132.9
TC135.4131.4123.3119.2115.0106.5
kW6.617.047.968.458.9610.03
SDT102.8107.3116.4120.9125.4134.3
AIR TEMPERATURE ENTERING CONDENSER (_F)
808595100105115
569J
_FSSTand95_F entering --- air temperature. EER = 13.5
569J*12D Dual CircuitCONDENSER ONLY RATINGS
SST (_F)
TC75.2969.9567.1864.3258.4255.21
20
25
30
35
40
45
50
NOTE:
Condensing unit only ratings are at 45
LEGEND:
k W--- C om pr es so r Po we r
SDT --- Saturated Discharge Temperature at Compressor (
SST - -- Saturated Suction T emperature (
TC --- Gross Co o ling Capacity ( 1000 Btuh)
kW6.887.898.438.9610.0410.53
SDT102.3111.4116.1120.5129.6133.7
TC83.1277.3174.3271.2864.9961.76
kW6.977.988.539.0710.1810.73
SDT103.6112.6117.3121.8130.7135.1
TC91.4185.2181.9978.7672.0868.58
kW7.068.088.639.1810.3110.87
SDT104.9114.0118.5122.9131.8136.1
TC100.3593.6990.2686.7685.1175.65
kW7.158.188.739.2910.4210.99
SDT106.3115.2119.8124.2132.9137.1
TC109.90102.5898.8495.0687.1383.07
kW7.258.298.839.3910.5411.12
SDT107.6116.6121.0125.4134.0138.2
TC119.86111.84107.74103.5695.0290.54
kW7.368.398.939.4910.6411.22
SDT109.0117.9122.3126.6135.1139.2
TC130.20121.39116.90112.33103.0798.17
kW7.488.519.049.6010.7511.33
SDT110.5119.2123.5127.8136.2140.2
8595100105115120
_FSSTand95_F entering --- air temperature. EER = 13.0
_F)
AIR TEMP ENT CONDENSER (_F)
_F)
19
PERFORMANCE DATA (cont.)
569J*14ACONDENSER ONLY RATINGS
SST (_F)
TC100.897.490.386.683.075.5
20
25
30
35
569J
40
45
50
NOTE:
Condensing unit only ratings are at 45
kW8.488.9710.0010.5311.0712.19
SDT98.0102.6111.8116.4120.9130.0
TC111.8108.1100.596.692.784.7
kW8.669.1510.2010.7511.3112.47
SDT99.6104.1113.2117.7122.3131.3
TC122.9118.9110.7106.6102.493.9
kW8.849.3510.4110.9711.5512.75
SDT101.3105.8114.8119.3123.8132.7
TC134.9130.6121.9117.4113.0103.8
kW9.059.5510.6411.2111.8013.03
SDT103.1107.6116.5120.9125.4134.2
TC147.7143.0133.7128.9124.1114.3
kW9.279.7810.8811.4712.0713.32
SDT105.1109.5118.3122.8127.1135.8
TC161.1156.2146.1141.0135.8125.4
kW9.5110.0311.1511.7312.3413.61
SDT107.2111.6120.3124.7129.0137.5
TC175.4170.1159.3153.8148.3137.1
kW9.7810.3011.4212.0212.6313.92
SDT109.5113.8122.4126.7130.9139.4
AIR TEMPERATURE ENTERING CONDENSER (_F)
808595100105115
_FSSTand95_F entering --- air temperature. EER = 12.0
569J*14D Dual CircuitCONDENSER ONLY RATINGS
SST (_F)
TC93.2486.1882.6078.9471.5467.78
20
25
30
35
40
45
50
NOTE:
Condensing unit only ratings are at 45
LEGEND:
k W--- C om pr es so r Po we r
SDT --- Saturated Discharge Temperature at Compressor (
SST - -- Saturated Suction T emperature (
TC --- Gross Co o ling Capacity ( 1000 Btuh)
kW9.2210.3610.9611.5612.7613.37
SDT104.4113.3117.8122.2130.9135.2
TC103.3995.9192.0588.1580.1676.08
kW9.4210.6011.2111.8313.1013.73
SDT106.1114.9119.3123.7132.3136.6
TC114.29106.19102.0497.7989.1584.74
kW9.6310.8411.4612.1013.4114.07
SDT107.8116.6120.9125.3133.8138.0
TC125.69116.93112.44107.84105.7293.69
kW9.8411.0711.7112.3613.7014.38
SDT109.5118.2122.6126.8135.2139.4
TC137.57128.07123.21118.21108.08102.90
kW10.0511.3011.9512.6113.9814.68
SDT111.3119.9124.2128.4136.7140.8
TC149.86139.53134.26128.83117.83112.22
kW10.2711.5312.1812.8514.2414.95
SDT113.1121.6125.8130.0138.1142.1
TC162.51151.29145.56139.64127.71121.55
kW10.5011.7612.4213.0914.4815.20
SDT114.9123.3127.5131.6139.6143.5
8595100105115120
_FSSTand95_F entering --- air temperature. EER = 13.0
_F)
AIR TEMP ENT CONDENSER (_F)
_F)
20
PERFORMANCE DATA (cont.)
569J*16ACONDENSER ONLY RATINGS
SST (_F)
TC125.5121.8114.2106.699.779.7
20
25
30
35
40
45
50
NOTE:
Condensing unit only ratings are at 45
kW10.511.212.614.216.017.5
SDT98.6103.4113.0122.7134.9136.0
TC138.7134.7126.5118.1109.398.5
kW10.711.412.814.316.017.9
SDT100.0104.7114.2123.6132.9140.5
TC152.9148.6139.8130.7120.9104.9
kW10.911.613.014.616.217.8
SDT101.4106.2115.5125.0133.6139.4
TC168.2163.5154.1144.2133.6121.2
kW11.211.813.214.816.518.1
SDT102.9107.5117.0126.2134.8142.1
TC184.9179.4169.3158.7147.6135.1
kW11.512.013.515.116.818.5
SDT105.2108.9118.5127.7136.7144.5
TC202.1196.7185.7174.3162.5150.4
kW11.712.413.915.617.519.6
SDT106.4111.2120.9130.7140.4150.2
TC220.6214.7202.1190.0174.6159.6
kW11.912.613.915.416.918.5
SDT107.2111.7120.4129.4136.9144.9
808595105115125
_FSSTand95_F entering --- air temperature. EER = 12.7
AIR TEMPERATURE ENTERING CONDENSER (_F)
569J
569J*16D Dual CircuitCONDENSER ONLY RATINGS
SST (_F)
TC127.6123.7116.0108.199.790.2
20
25
30
35
40
45
50
NOTE:
Condensing unit only ratings are at 45
LEGEND:
k W--- C om pr es so r Po we r
SDT --- Saturated Discharge Temperature at Compressor (
SST - -- Saturated Suction T emperature (
TC --- Gross Co o ling Capacity ( 1000 Btuh)
kW10.010.611.913.414.916.6
SDT96.0100.5109.8119.2128.3137.0
TC140.9136.7128.3119.5110.4101.2
kW10.010.611.913.414.916.6
SDT96.0100.5109.8119.2128.3137.0
TC155.0150.5141.3132.0122.3111.4
kW10.411.012.313.715.317.0
SDT98.7103.3112.4121.5130.6139.1
TC170.1165.3155.4145.2134.4123.3
kW10.611.212.514.015.517.2
SDT100.1104.7113.8122.8131.7140.4
TC186.3181.0170.3159.0147.3134.9
kW10.811.412.814.215.817.4
SDT101.6106.1115.1124.0132.8141.4
TC203.4197.6185.7173.5160.6147.2
kW11.111.713.014.416.017.6
SDT103.2107.6116.5125.4134.0142.5
TC221.4214.9202.0188.6174.5159.7
kW11.412.013.314.716.217.9
SDT104.8109.2118.0126.7135.2143.5
808595105115125
_FSSTand95_F entering --- air temperature. EER = 13.0
_F)
AIR TEMPERATURE ENTERING CONDENSER (_F)
_F)
21
PERFORMANCE DATA (cont.)
569J*25ACONDENSER ONLY RATINGS
SST (_F)
TC159.2154.5144.5133.9122.5110.2
20
25
30
35
569J
40
45
50
NOTE:
Condensing unit only ratings are at 45
kW13.013.715.317.119.221.5
SDT97.3101.8110.6119.3127.9136.5
TC176.1171.0160.2148.8136.5123.2
kW13.214.015.617.419.521.8
SDT98.9103.3112.0120.7129.2137.6
TC194.2188.6176.9164.5151.3136.9
kW13.514.315.917.719.722.0
SDT100.6104.9113.6122.1130.5138.8
TC213.5207.4194.7181.2166.8151.2
kW13.814.616.218.020.022.3
SDT102.4106.7115.2123.6131.9140.1
TC234.1227.4213.5198.8183.1166.1
kW14.214.916.518.320.322.6
SDT104.3108.5116.9125.2133.3141.4
TC255.9248.6233.3217.3200.1181.7
kW14.615.316.918.720.722.9
SDT106.3110.5118.7126.8134.9142.7
TC279.0270.9254.2236.7218.1197.8
kW15.115.817.319.121.123.2
SDT108.5112.5120.6128.6136.5144.1
808595105115125
_FSSTand95_F entering --- air temperature. EER = 12.9
AIR TEMPERATURE ENTERING CONDENSER (_F)
569J*25D Dual CircuitCONDENSER ONLY RATINGS
SST (_F)
TC160.3155.5145.3134.3122.5109.6
20
25
30
35
40
45
50
NOTE:
Condensing unit only ratings are at 45
LEGEND:
k W--- C om pr es so r Po we r
SDT --- Saturated Discharge Temperature at Compressor (
SST - -- Saturated Suction T emperature (
TC --- Gross Co o ling Capacity ( 1000 Btuh)
kW12.713.415.016.818.821.1
SDT97.0101.5110.3119.1127.7136.3
TC177.2171.9160.8149.0136.3122.3
kW12.713.415.016.818.821.1
SDT97.0101.5110.3119.1127.7136.3
TC195.1189.4177.4164.5150.7135.6
kW13.213.915.517.319.321.5
SDT100.3104.6113.3121.8130.3138.6
TC214.3208.0194.9180.9165.9149.5
kW13.514.315.817.619.621.8
SDT102.1106.3114.9123.3131.7139.8
TC234.6227.7213.4198.2181.7163.9
kW13.914.616.217.919.922.1
SDT104.0108.2116.6124.9133.1141.1
TC256.3258.7242.3224.9206.2186.1
kW14.315.216.718.520.422.5
SDT106.0111.1119.2127.4135.4143.1
TC279.1272.0254.7236.3216.6195.4
kW14.715.517.018.720.622.7
SDT108.1112.3120.4128.4136.4143.9
808595105115125
_FSSTand95_F entering --- air temperature. EER = 13.0
† Wind baffles (field-supplied and field-installed) are re-
commended for all units with MotorMaster Ir control.
Refer to Low Ambient T emperature Control Installation
Instructions for additional information.
Refrigerant piping
IMPORTANT: Donotburyrefrigerantpiping
underground.
It is recommended that the refrigerant piping for all
commercial split systems include a liquid line solenoid
valve, a liquid line filter drier and a sight glass.
For refrigerant lines longer than 75 lineal ft, a liquid line
solenoid valve installed at the indoor unit and a suction
accumulator are required. Refer to the Refrigerant
Specialties Part Numbers table.
Equivalent tubing length, including effects of refrigeration specialties devices
S Linear Length Less than 75 ft (23 m): Minimum 2.0°F subcooling entering TXV
S Linear Length Greater than 75 ft (23m): Minimum 0.5° F subcooling entering TXV
Linear LengthTypical linear tubing length, (50% added to linear to define Equivalent Length for this table)
Liquid LineTubing size, inches OD.
Max LiftMaximum liquid lift (indoor unit ABOVE outdoor unit only), at maximum permitted liquid line pressure drop —
Suction LineTube size, inches OD
ChargeCharge Quantity, lbs. Calculated for both liquid line sizes (where applicable), but only with larger suction line size
NOTE:For applications with equivalent length greater than 188 ft (57 m) and/0r linear length greater than 125 ft (38 m),
m0-88-1515-2323-3030-38
5
/
8
5
/
8
5
/
8
5
/
8
5
/
8
Max Lift255075100125
Suction Line1-1/
8
1-3/
8
1-3/
8
1-3/
8
1-3/81-5/
Charge (lbs)
Novation24.327.530.633.737.8
RTPF42.745.949.052.156.2
5
/
8
5
/
8
5
/
8
5
/
8
5
/
8
Max Lift2550717763
Suction Line1-1/81-3/81-3/
8
1-3/81-5/81-5/
8
1-5/
Charge (lbs)37.840.844.647.851.1
Equivalent tubing length, including effects of refrigeration specialties devices
S Linear Length Less than 75 ft (23 m): Minimum 2.0°F subcooling entering TXV
S Linear Length Greater than 75 ft (23m): Minimum 0.5° F subcooling entering TXV
Equivalent tubing length, including effects of refrigeration specialties devices
S Linear Length Less than 75 ft (23 m): Minimum 2.0°F subcooling entering TXV
S Linear Length Greater than 75 ft (23m): Minimum 0.5° F subcooling entering TXV
NOTE: 569J requires TWO sets of refrigeration piping
R-410AEquivalent Length
Ft0-3838-7575-113113-150150-188
m0-1212-2323-3434-4646-57
Linear Length
Ft0-2525-5050-7575-100100-125
Model
569J*16Liquid Line
569J*25Liquid Line
Legend:
Equivalent
Length
Linear LengthTypical linear tubing length (50% added to linear to define Equival ent L ength for this table)
Liquid LineTubing size, inches OD.
Max LiftMaximum liquid lift (indoor unit ABOVE outdoor unit only), at maximum permitted liquid line pressure drop —
Suction LineTube size, inches OD
ChargeCharge Quantity, lbs. Calculated for both liquid line sizes (where applicable), but only with larger suction line size
NOTE:For applications with equivalent length greater than 188 ft (57 m) and/0r linear length greater than 125 ft (38 m),
m0-88-1515-2323-3030-38
1
/
2
1
/
2
1
/
2
1
/
2
1
/
2
Max Lift255075100125
Suction Line
7
/
8
11/
8
11/
8
11/
8
11/
8
Charge ea. (lbs)
Novation11.713.815.717.619.6
RTPF21.723.825.727.629.6
1
/
2
1
/
2
1
5
/
2
1
/
8
5
/
2
1
/
8
5
/
2
Max Lift2550547560994695
Suction Line11/
8
Charge (lbs) 1219.3
18.3
Equivalent tubing length, including effects of refrigeration specialties devices
S Linear Length Less than 75 ft (23 m): Minimum 2.0°F subcooling entering TXV
S Linear Length Greater than 75 ft (23m): Minimum 0.5° F subcooling entering TXV
(where applicable)
contact your local Bryant representative.
11/
21.0
20.3
8
11/
23.0
22.0
8
26.0
25.0
11/
25.9
24.9
13/
8
29.7
28.7
13/
8
28.0
27.0
8
32.7
31.7
/
8
52
WEATHERPROOF
FUSED DISCONNECT*
PER NEC
FIELDSUPPLIED
POWER
POWER WIRES
TYPICAL PIPING AND WIRING
Roof Installation and a Ceiling--Mounted Fan Coil
OUTDOOR
UNIT
MOISTURE
INDICATOR
SIGHT GLASS*
LLSV*
ELECTRIC
HEATER
ACCESSORY
LIQUID
LINE
CONDENSATE DRAIN
POWER WIRES
FUSED DISCONNECT
PER NEC
TO OPEN SIGHT
DRAIN
INDOOR
UNIT
INSULATED
VAPOR
LINE
CONTROL
WIRES
INDOOR
THERMOSTAT†
FILTER
DRIER*
LEGEND:
NEC--- National Electrical Code
TXV--- Thermostatic Expansion Valve
* Field ---supplied
{ Double riser may be required. Consult condensing unit product data catalog for details.
NOTES:
1. All piping must follow standard refrigerant piping techniques. Refer to Bryant System Design Manual for details.
2. All wiring must comply with the applicable local and national codes.
3. Wiring and piping shown are general points-of-connection guides only and are not intended for, or to include all details for,
a specific installation.
4. Liquid line solenoid valve (solenoid drop control) is recommended to prevent refrigerant migration to the compressor.
5. Internal factory-supplied TXVs not shown.
569J
C09054
53
569J
TYPICAL PIPING AND WIRING (CONT.)
Roof Installation and a Vertical Discharge Fan Coil
LEGEND
DIAM — Diameter
NEC — National Electrical Code
TXV — Thermostatic Expansion Valve
*Field supplied.
Piping
NOTES:
1. All piping must follow standard refrigerant piping techniques. Refer to System
Design Manual for details.
2. All wiring must comply with applicable local and national codes.
3. Wiring and piping shown are general points-of-connection guides only and are not
intended for, or to include all details for, a specific installation.
4. Filter driers must be bi-flow type suited for heat pump duty.
5. Internal factory-supplied TXVs and check valves not shown.
C101129
54
TYPICAL PIPING AND WIRING (CONT.)
Ground Level Installation and Vertical Discharge Fan Coil
569J
LEGEND
DIAM— Diameter
NEC — National Electrical Code
TXV — Thermostatic Expansion Valve
Piping
*Field supplied.
NOTES:
1. All piping must follow standard refrigerant piping techniques. Refer to System
Design Manual for details.
2. All wiring must comply with the applicable local and national codes.
3. Wiring and piping shown are general points-of-connection guides only and are not
intended for, or to include all details for, a specific installation.
4. Liquid line solenoid valve (solenoid drop control) is recommended to prevent refrigerant
migration to the compressor.
5. Internal factory-supplied TXVs not shown.
55
C101130
569J
ELECTRIC
HEATER
ACCESSORY
RETURN
AIR
TYPICAL PIPING AND WIRING (CONT.)
Dual Condensing Units and a Dual Circuit Fan
DISCONNECT
PER NEC*
24 V
CONTROL
WIRE
WEATHERPROOF
FUSED
DISCONNECT
PER NEC†
BULB CAPILLARY
TUBES
8 DIAMS
MIN
FIELD
SUPPLIED
POWER
HEAT PUMP
UNIT B
FILTER
DRIER*
FIELD
SUPPLIED
POWER
POWER WIRES
WEATHERPROOF
FUSED
DISCONNECT†
PER NEC
LIQUID
LINE
POWER
WIRES
SUBBASE
ACCESSORY
40RMQ024
UNIT
15 DIAM
MIN
10 DIAM
MIN
LEGEND
DIAM — Diameter
NEC — National Electrical Code
TXV — Thermostatic Expansion Valve
Piping
*Field supplied.
SIGHT
GLASS*
CONDENSATE
DRAIN
INSULATED
VAPOR LINE
†Field supplied; not required if FIOP disconnect is supplied.
NOTES:
1. All piping must follow standard refrigerant piping techniques. Refer to System
Design Manual for details.
2. All wiring must comply with applicable local and national codes.
3. Wiring and piping shown are general points-of-connection guides only and are not
intended for, or to include all details for, a specific installation.
4. Filter driers must be bi-flow type suited for heat pump duty.
5. Heat Pump Unit A should be the first on, last off and be connected to the lower half of
the coil.
6. Internal factory-supplied TXVs and check valves not shown.
LIQUID
LINE
INSULATED
VAPOR LINE
BIFLOW LIQUID
LINE SOLENOID
VALVE*
BIFLOW LIQUID LINE
SOLENOID VALVE*
HEAT PUMP
UNIT A
C101131
56
GUIDE SPECIFICATIONS
Commercial Air-Cooled Condensing Units
HVAC Guide Specifications
Size Range: 6to20Tons,Nominal
Bryant Model Numbers: 569J*, Single Circuit (07 - 25 Models) 569J*, Dual Circuit (12 -- 25 Models)
Part 1 — General
1.01 SYSTEM DESCRIPTION
Outdoor-mounted, air-cooled condensing unit suitable for on-the-ground or rooftop installation. Unit shall consist of a
hermetic scroll air-conditioning compressor(s) assembly, an air-cooled coil, propeller-type condenser fans, and a control
box. Unit shall discharge supply air upward as shown on contract drawings. Unit shall be used in a refrigeration circuit
matched with a packaged air-handling unit.
1.02 QUALITY ASSURANCE
A. Unit shall be rated in accordance with AHRI Standard 360.
B. Unit construction shall comply with ANSI/ASHRAE 15 safety code latest revision and comply with NEC.
C. Unit shall be constructed in accordance with UL 1995 standard and shall carry the UL and UL, Canada label.
D. Unit cabinet shall be capable of withstanding 500-hour salt spray exposure per ASTM B117 (scribed specimen).
E. Air-cooled condenser coils for hermetic scroll compressor units (569J*) and 569J* shall be leak tested at 150
psig, and pressure tested at 650 psig.
F.Unit shall be manufactured in a facility registered to ISO 9001:2000 manufacturing quality standard.
1.03 DELIVERY, STORAGE, AND HANDLING
Unit shall be shipped as single package only, and shall be stored and handled according to unit manufacturer’s
recommendations.
1.04 WARRANTY (FOR INCLUSION BY SPECIFYING ENGINEER.)
569J
Part2—Products
2.01 EQUIPMENT
A. General:
Factory-assembled, single piece, air-cooled condensing unit. Contained within the unit enclosure shall be all factory
wiring, piping, controls, compressor, holding charge, and special features required prior to field start-up.
B. Unit Cabinet:
1. Unit cabinet shall be constructed of galvanized steel, bonderized and coated with a prepainted baked enamel finish.
2. A heavy-gauge roll-formed perimeter base rail with forklift slots and lifting holes shall be provided to facilitate
rigging.
C. Condenser Fans:
1. Condenser fans shall be direct driven, propeller type, discharging air vertically upward.
2. Fan blades shall be balanced.
3. Condenser fan discharge openings shall be equipped with PVC-coated steel wire safety guards.
4. Condenser fan and motor shaft shall be corrosion resistant.
D. Compressor:
1. Compressor shall be of the hermetic scroll type .
2. Compressor shall be mounted on rubber grommets.
3. Compressors shall include overload protection.
4. Compressors shall be equipped with a crankcase heater.
5. Compressor shall be equipped with internal high pressure and high temperature protection.
6. 569J*16 and 25 sizes shall use two scroll compressors manifold together.
E. Condenser Coils:
1. Standard Aluminum fin -- Copper Tube Coils:
a. Standard evaporator and condenser coils shall have aluminum lanced plate fins mechanically bonded to seam-
less internally grooved copper tubes with all joints brazed.
57
569J
b. Evaporator coils shall be leak tested to 150 psig, pressure tested to 450 psig, and qualified to UL 1995 burst
test at 1775 psig.
c. Condenser coils shall be leak tested to 150 psig, pressure tested to 650 psig, and qualified to UL 1995 burst
a. Shall have a durable epoxy--phenolic coating to provide protection in mildly corrosive coastal environments.
b. Coating shall be applied to the aluminum fin stock prior to the fin stamping process to create an inert barrier
between the aluminum fin and copper tube.
c. Epoxy--phenolic barrier shall minimize galvanic action between dissimilar metals.
3. Optional Copper--fin evaporator and condenser coils:
a. Shall be constructed of copper fins mechanically bonded to copper tubes and copper tube sheets.
b. Galvanized steel tube sheets shall not be acceptable.
c. A polymer strip shall prevent coil assembly from contacting the sheet metal coil pan to minimize potential for
galvanic corrosion between coil and pan.
4. Optional E--coated aluminum--fin evaporator and condenser coils:
a. Shall have a flexible epoxy polymer coating uniformly applied to all coil surface areas without material
bridging between fins.
b. Coating process shall ensure complete coil encapsulation of tubes, fins and headers.
c. Color shall be high gloss black with gloss per ASTM D523--89.
d. Uniform dry film thickness from 0.8 to 1.2 mil on all surface areas including fin edges.
e. Superior hardness characteristics of 2H per ASTM D3363--92A and cross--hatch adhesion of 4B--5B per ASTM
D3359--93.
f. Impact resistance shall be up to 160 in.--lb (ASTM D2794--93).
g. Humidity and water immersion resistance shall be up to minimum 1000 and 250 hours respectively (ASTM
D2247--92 and ASTM D870--92).
h. Corrosion durability shall be confirmed through testing to be no less than 1000 hours salt spray per ASTM
B117--90.
5. Standard All Aluminum Novation Coils:
a. Standard condenser coils shall have all aluminum Novation Heat Exchanger Technology design consisting of
aluminum multi port flat tube design and aluminum fin. Coils shall be a furnace brazed design and contain
epoxy lined shrink wrap on all aluminum to copper connections.
b. Condenser coils shall be leak tested to 150 psig, pressure tested to 650 psig, and qualified to UL 1995 burst
a. Shall have a flexible epoxy polymer coating uniformly applied to all coil external surface areas without mater-
ial bridging between fins or louvers.
b. Coating process shall ensure complete coil encapsulation, including all exposed fin edges.
c. E--coat thickness of 0.8 to 1.2 mil with top coat having a uniform dry film thickness from 1.0 to 2.0 mil on all
external coil surface areas, including fin edges, shall be provided.
d. Shall have superior hardness characteristics of 2H per ASTM D3363--00 and cross--hatch adhesion of 4B--5B
per ASTM D3359--02.
e. Shall have superior impact resistance with no cracking, chipping or peeling per NSF/ANSI 51--2002 Method
10.2.
F. Refrigeration Components:
Refrigeration circuit components shall include liquid line service valve, suction line service valve, a full charge of
compressor oil, and a partial holding charge of refrigerant.
G. Controls and Safeties:
1. Minimum control functions shall include:
f. Control wire terminal blocks.
g. Compressor lockout on auto-reset safety until reset from thermostat.
h. Each unit shall utilize the Comfort Alertt Diagnostic Board that provides:
(1.) System Pressure Trip fault code indication
(2.) Short Cycling fault code indication
(3.) Locked Rotor fault code indication
(4.) Open Circuit fault code indication
2. Minimum safety devices which are equipped with automatic reset (after resetting first at thermostat), shall include:
a. High discharge pressure cutout.
b. Low pressure cutout.
H. Operating Characteristics:
1. The capacity of the condensing unit shall meet or exceed _____ Btuh at a suction temperature of ______F. Th e
power consumption at full load shall not exceed _____ kW.
2. The combination of the condensing unit and the evaporator or fan coil unit shall have a total net cooling capacity
of _____ Btuh or greater at conditions of _____ cfm entering-air temperature at the evaporator at ______Fwet
bulb and ______F dry bulb, and air entering the condensing unit at ______F.
3. The system shall have an EER of _____ Btuh/Watt or greater at standard AHRI conditions.
4. Standard unit shall be capable to operate up to 125_F(52_C)anddownto40_F(4_C)
I.Electrical Requirements:
1. Nominal unit electrical characteristics shall be _____ v, 3-ph, 60 Hz. The unit shall be capable of satisfactory
operation within voltage limits of ____ v to _____ v.
2. Unit electrical power shall be single-point connection.
3. Unit control circuit shall contain a 24-v transformer for unit control.
J.Special Features:
1. Low-Ambient Temperature Control:
A low-ambient temperature control shall be available as a factory-installed option or as a field-installed accessory.
This low-ambient control shall regulate speed of the condenser-fan motors in response to the saturated condensing
temperature of the unit. The control shall maintain correct condensing pressure at outdoor temperatures down to
–20_F(--29_C).
2. Unit-Mounted, Non-Fused Disconnect Switch:
Switch shall be factory-installed and internally mounted. NEC and UL-approved non-fused switch shall provide
unit power shutoff. Switch shall be accessible from outside the unit and shall provide power off lockout capability.
Non--fused disconnect switch cannot be used when unit MOCP electrical rating exceeds 80 amps.
3. Convenience Outlet:
Outlet shall be factory-installed and internally mounted with easily accessible 115-v female receptacle. Outlet
shall include 15 amp GFI (ground fault interrupter) receptacle with independent fuse protection. Voltage required
to operate convenience outlet shall be provided by a factory-installed step-down transformer. Outlet shall be accessible from outside the unit.
4. Thermostat Controls:
a. Programmable multi-stage thermostat shall have 7-day clock, holiday scheduling, large backlit display, remote
sensor capability, and Title 24 compliance.
b. Commercial Electronic Thermostat shall have 7-day time clock, auto-changeover, multi-stage capability, and
large LCD (liquid crystal display) temperature display.
5. Louvered hail Guard Package:
Louvered hail guard package shall protect coils against damage from hail and other flying debris.
6. Condenser Coil Grille (Novation coil models 07--14):
Grille shall add decorative appearance to unit and protect condenser coil from large objects and vandalism.
569J
59
569J
E2011 Bryant Heating & Cooling Systems D 7310 W. Morris St. D Indianapolis, IN 46231Printed in U.S.A.Edition Date: 03/ 11
Manufacturer reserves the r ight to discontinue, or change at any time, specifications or designs without notice and without incurring obligations.
60
Catalog No. PDS569J --- 03
Replaces: PDS569J --- 02
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