Bryant R-22 service manual Wind Baffle Dimensions for Cube Units, III. Metering Device Sizing

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TABLE 3—WIND BAFFLE DIMENSIONS FOR CUBE UNITS (IN.)

UNIT SIZE

AA

UNIT HEIGHT

A

B

C

D

E

F

G

H

J

 

 

21-15/16

19-7/8

13-3/4

28-1/8

10-11/16

20-1/4

11-11/16

3-13/16

19-13/16

17-13/16

 

 

23-15/16

21-7/8

13-3/4

28-1/8

10-11/16

20-1/4

11-11/16

3-13/16

21-13/16

19-13/16

 

 

25-15/16

23-7/8

13-3/4

28-1/8

10-11/16

20-1/4

11-11/16

3-13/16

23-13/16

21-13/16

Small

18

27-15/16

25-7/8

13-3/4

28-1/8

10-11/16

20-1/4

11-11/16

3-13/16

25-13/16

23-13/16

 

 

29-15/16

27-7/8

13-3/4

28-1/8

10-11/16

20-1/4

11-11/16

3-13/16

27-13/16

25-13/16

 

 

31-15/16

29-7/8

13-3/4

28-1/8

10-11/16

20-1/4

11-11/16

3-13/16

29-13/16

27-13/16

 

 

33-15/16

31-7/8

13-3/4

28-1/8

10-11/16

20-1/4

11-11/16

3-13/16

31-13/16

29-13/16

 

 

21-15/16

19-7/8

18-5/16

32-5/8

10-11/16

24-3/4

16-3/16

8-1/4

19-13/16

17-13/16

 

 

23-15/16

21-7/8

18-5/16

32-5/8

10-11/16

24-3/4

16-3/16

8-1/4

21-13/16

19-13/16

 

 

25-15/16

23-7/8

18-5/16

32-5/8

10-11/16

24-3/4

16-3/16

8-1/4

23-13/16

21-13/16

 

 

27-15/16

25-7/8

18-5/16

32-5/8

10-11/16

24-3/4

16-3/16

8-1/4

25-13/16

23-13/16

Medium

22-1/2

29-15/16

27-7/8

18-5/16

32-5/8

10-11/16

24-3/4

16-3/16

8-1/4

27-13/16

25-13/16

 

 

31-15/16

29-7/8

18-5/16

32-5/8

10-11/16

24-3/4

16-3/16

8-1/4

29-13/16

27-13/16

 

 

33-15/16

31-7/8

18-5/16

32-5/8

10-11/16

24-3/4

16-3/16

8-1/4

31-13/16

29-13/16

 

 

35-15/16

33-7/8

18-5/16

32-5/8

10-11/16

24-3/4

16-3/16

8-1/4

33-13/16

31-13/16

 

 

37-15/16

35-7/8

18-5/16

32-5/8

10-11/16

24-3/4

16-3/16

8-1/4

35-13/16

33-13/16

 

 

25-15/16

23-7/8

25-3/4

40-1/8

10-11/16

32-1/4

23-11/16

15-13/16

23-13/16

21-13/16

 

 

27-15/16

25-7/8

25-3/4

40-1/8

10-11/16

32-1/4

23-11/16

15-13/16

25-13/16

23-13/16

 

 

 

 

 

 

 

 

 

 

 

 

 

 

29-15/16

27-7/8

25-3/4

40-1/8

10-11/16

32-1/4

23-11/16

15-13/16

27-13/16

25-13/16

 

 

 

 

 

 

 

 

 

 

 

 

Large

30

31-15/16

29-7/8

25-3/4

40-1/8

10-11/16

32-1/4

23-11/16

15-13/16

29-13/16

27-13/16

 

 

 

 

 

 

 

 

 

 

33-15/16

31-7/8

25-3/4

40-1/8

10-11/16

32-1/4

23-11/16

15-13/16

31-13/16

29-13/16

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

35-15/16

33-7/8

25-3/4

40-1/8

10-11/16

32-1/4

23-11/16

15-13/16

33-13/16

31-13/16

 

 

 

 

 

 

 

 

 

 

 

 

 

 

37-15/16

35-7/8

25-3/4

40-1/8

10-11/16

32-1/4

23-11/16

15-13/16

35-13/16

33-13/16

 

 

 

 

 

 

 

 

 

 

 

 

 

 

39-15/16

37-7/8

25-3/4

40-1/8

10-11/16

32-1/4

23-11/16

15-13/16

37-13/16

35-13/16

 

 

 

 

 

 

 

 

 

 

 

 

TABLE 4—ESTIMATED PERCENTAGE OF NOMINAL COOLING-CAPACITY LOSSES*

UNIT

LONG-LINE

 

 

EQUIVALENT LINE LENGTH (FT)

 

 

NOMINAL

VAPOR-LINE

 

 

 

 

 

 

 

 

 

 

 

SIZE

DIAMETER

50

75

100

125

 

150

175

(BTUH)

(IN.)†

 

 

 

 

 

 

 

 

18,000

5/8

5

7

9

12

 

12

14

3/4

1

3

4

5

 

5

7

 

 

24,000

5/8

6

9

13

16

 

19

22

3/4

0

1

1

2

 

3

4

 

 

30,000

5/8

6

8

10

13

 

15

17

3/4

2

3

4

5

 

6

7

 

 

36,000

3/4

7

10

14

17

 

21

N/R

7/8

2

4

6

8

 

10

11

 

 

 

3/4

7

10

13

17

 

20

23

42,000

7/8

3

4

6

7

 

8

10

 

1-1/8

0

0

1

1

 

2

2

 

3/4

10

14

18

22

 

N/R

N/R

48,000

7/8

4

6

7

9

 

11

13

 

1-1/8

0

0

1

1

 

2

2

60,000

7/8

7

9

11

14

 

16

19

1-1/8

1

2

2

3

 

3

4

 

 

*The estimated percentage of cooling capacity that must be subtracted from the Detailed Cooling Capacities data specified in outdoor unit-presale literature for any given indoor/outdoor combination.

†Vapor-line diameter that may be selected for a long-line application. If smaller vapor lines are selected but not specified within the table, large capacity losses will occur and defrost capabilities will be reduced. If larger vapor lines are selected but not specified within the table, refrigerant oil return will be impaired due to velocity losses. N/R— Not recommended due to excessive loss of capacity.

For reference only, the close cell insulation material specified for accessory tubing kits is a compound of vinyl, neoprene, or nitrile blends of these polymers. Performance requirements include thermal range of 0° F to 200°F (-17.8° C to 93° C) and a maximum thermal conductivity of 0.28.

NOTE: Special consideration must be given to isolating intercon- necting tubing from building structure. Isolate tubing so that vibration or noise is not transmitted into structure.

III. METERING DEVICE SIZING

The metering device for a long-line application must be flexible enough to compensate for frictional losses due to long refrigerant

—6—

lines and installed system design (indoor coil above or below outdoor unit.) The piston or TXV provides such flexibility.

The piston should be changed for both indoor coil and outdoor heat pump unit, depending on system configuration and line length. Tables 6 and 7 provide necessary changes for a given application.

Use Tables 6 and 7 when selecting correct piston size. Outdoor- unit presale literature must be consulted to determine metering devices specified for standard applications. After determining standard application piston size(s), refer to Tables 6 and 7 as they relate to system design (outdoor unit above or below indoor unit) per equivalent length of tubing.

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Contents Table of Contents Safety ConsiderationsVIII. LOW-AMBIENT Pressure Switch II. ADD-ON Replacement RetrofitAccessory Descriptions III. Seacoast for AIR Conditioners onlyCoastal Filter II. Interconnecting Tubing SizingIX. Wind Baffle XI. Support FeetMatl 18 GA Steel Matl 20 GA SteelMedium Unit Size Unit HeightSmall Baffle LeftWind Baffle Dimensions for Cube Units Estimated Percentage of Nominal COOLING-CAPACITY LossesIII. Metering Device Sizing Example IV. LIQUID-LINE Solenoid and Tubing CONFIGU- RationFitting Losses in Equivalent FT Calculation of Indoor Piston noCharging Information Common Piston SizesLIQUID-LINE Solenoid KIT Part Numbers VI -SPEED ApplicationsII. Serial Number Identification Positions 6 through 10-Serial NumberRemove TOP COVER-BEFORE 1/1/92 II. Remove FAN-MOTOR ASSEMBLY-BEFORE 1/1/92Cabinet III. Information PLATE-RELIANT ProductsVI. Remove FAN-MOTOR ASSEMBLY-AFTER 1/1/92 Electrical Aluminum Wire Basic Cabinet DesignsInformation Plate II. ContactorsIII. Capacitors Start Capacitors and PTC DevicesTemporary Capacitance Boost IV. Cycle ProtectorVI. TIME-DELAY Relay Crankcase HeaterVII. Pressure Switches LOW-PRESSURE SwitchVIII. Defrost Thermostats HIGH-PRESSURE SwitchLIQUID-LINE Pressure Switch IX. DEFROST-CONTROL BoardCES0110063 Defrost Control CES0110063 CES0130024Defrost Control SPEED-UP Timing SE SPEED-UPParameter Minimum Maximum Defrost Timer Settings XI. Service Alarm Control BoardFAN Motors OF2 CESO130076-00 XII. Outdoor ThermostatsFAN Position Aeroquiet System and Aeromax TOPService Alarm Wiring Connections XIII. Compressor PlugXIV. LOW-VOLTAGE Terminals Reciprocating CompressorMechanical Failures II. Electrical Failures III. System Cleanup After Burnout IV. Compressor Removal and ReplacementCompressor OIL Recharge Copeland Scroll Compressor FeaturesII. Troubleshooting III. Discharge ThermostatIV. Scroll COMPRESSOR, 3-PHASE Monitor Millennium Scroll Compressor FeaturesIII. Troubleshooting II. Compressor ProtectionCESO130075 IFR Indoor External Power Supply 24Cont Equip GND CAP OFM Logic Cont HPS LPSAmbient Temperature for HIGH- LOW-SPEED Operation Function Light Code and Display Location Compressor PTC Ranges III. Factory DefaultsFactory Defaults IV. Major ComponentsVI. Troubleshooting TWO-SPEED Compressor Winding Resistance AT 70F ±LED FUNCTION/MALFUNCTION Lights Refrigeration System Refrigeration Cycle II. Leak DetectionLow-Speed Windings Cooling Cycle 24V PIN Connection TroubleshootingIII. Brazing AllService Valves IV. Service ValvesReliant Products Except 1992 Production Reliant and Cube Products ProducedVI. Reversing Valve Reversing Valve VII. THERMOSTATIC-EXPANSION Valves TXVVIII. THERMOSTATIC-EXPANSION Valve BI-FLOW TXV TXV Superheat Setting AT Outlet of Evaporator CoilInstallation TXV Type Product Usage Superheat Setting IX. Coil RemovalTXV in Cooling Mode XIII. System Charging XI. AccumulatorXII. Contaminant Removal XIV. Checking ChargeSuperheat Charging Method Required Vapor Temperature FSuperheat Charging Table Subcooling Charging MethodCare and Maintenance Reliant AIR ConditionersReliant Heat Pumps Required LIQUID-LINE Temperature Page AIR Conditioner Troubleshooting Chart Heat Pump TROUBLESHOOTING-COOLING Cycle Heat Pump TROUBLESHOOTING-HEATING Cycle
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R-22 specifications

The Bryant R-22 stands out in the landscape of residential heating and cooling systems with its combination of efficiency, durability, and modern technology. Designed primarily for homeowners seeking comfortable climate control solutions, the R-22 model delivers consistent performance throughout varying seasonal extremes.

One of the main features of the Bryant R-22 is its high energy efficiency. Rated with a SEER (Seasonal Energy Efficiency Ratio) that meets or exceeds industry standards, this air conditioning unit is designed to reduce energy consumption while providing optimal cooling. This not only helps in lowering monthly utility bills but also promotes environmentally responsible usage.

Another notable characteristic is the unit's durability. Constructed with a robust cabinet and high-quality components, the R-22 is built to withstand the rigors of daily use, with protective features that enhance its longevity. The cabinet comes with a powder-coated finish that resists corrosion and harsh weather conditions, ensuring that the unit stays functional and aesthetically pleasing for years.

The Bryant R-22 also incorporates advanced technology to improve user experience. One such innovation is the SmartSet technology, which allows homeowners to program their unit to optimize comfort levels according to their specific needs. This programmable capability enhances energy savings and ensures that the home remains at the desired temperature when residents are present.

Moreover, the unit features a Quiet Operating System that significantly reduces noise levels, making it suitable for residential areas where noise might be a concern. The design minimizes vibrations and optimizes airflow, creating a comfortable environment without disruptive sounds.

For added convenience, the Bryant R-22 is compatible with various thermostat options, including Wi-Fi-enabled models. This allows users to control their home's climate from anywhere using a smartphone app, facilitating effortless adjustments and monitoring of energy usage.

Finally, the Bryant R-22 is backed by a solid warranty, providing peace of mind for homeowners. This commitment to quality and customer satisfaction is a testament to Bryant’s dedication to producing reliable and efficient HVAC solutions. Overall, the Bryant R-22 is an exemplary choice for those looking to enhance their home comfort with the latest in HVAC technology.
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