Sea Breeze Mini Split Air Conditioning Systems 12A23Ygx Users Manual 950 0027 REV F

2015-02-06

: Sea-Breeze Sea-Breeze-Mini-Split-Air-Conditioning-Systems-12A23Ygx-Users-Manual-527141 sea-breeze-mini-split-air-conditioning-systems-12a23ygx-users-manual-527141 sea-breeze pdf

Open the PDF directly: View PDF PDF.
Page Count: 20

DownloadSea-Breeze Sea-Breeze-Mini-Split-Air-Conditioning-Systems-12A23Ygx-Users-Manual 950-0027-REV-F
Open PDF In BrowserView PDF
INSTALLATION
INSTRUCTIONS
MINI-SPLIT
AIR CONDITIONING SYSTEMS
FOR MODELS:

9A23YGX
12A23YGX
12A23ZGX
18A23ZGX

950-0027-REV-F

12-14-06

Table of contents
Model Numbers…………………………………………………………………………………………………2
Unit Parts and Features………………………………………………………………………………………3
Installation Dimension Diagram………………………………………………………………………………5
Safety Warnings…………………………………………………………………………………………………7
Selection of Installation Location………………………………………………………………………………8
Indoor Unit Installation…………………………………………………………………………………………9
Outdoor Unit Installation………………………………………………………………………………………12
Testing…………………………………………………………………………………………………………14
Warranty………………………………………………………………………………………………………17
Specifications…………………………………………………………………………………………………18
Troubleshooting Chart………………………………………………………………………………………19

-1-

Model Numbers
Air Conditioning
SYSTEM MODEL
9A23YGX
9,000 BTU 115 VAC
13 SEER

Indoor Unit
Outdoor Unit

9A23YIGX
9A23YOGX

SYSTEM MODEL
12A23YGX
12,000 BTU 115 VAC
13 SEER

Indoor Unit
Outdoor Unit

12A23YIGX
12A23YOGX

SYSTEM MODEL
12A23ZGX
12,000 BTU 208-230 VAC
13 SEER

Indoor Unit
Outdoor Unit

12A23ZIGX
12A23ZOGX

SYSTEM MODEL
18A23ZGX
18,000 BTU 208-230 VAC
13 SEER

Indoor Unit
Outdoor Unit

18A23ZIGX
18A23ZOGX

-2-

Unit Parts & Features
(Models 9A23YGX, 12A23YGX, 12A23ZGX)

-3-

Unit Parts & Features (Cont)
(Model 18A23ZGX)

-4-

Installation Dimension Diagram
(Models 9A23YGX, 12A23YGX, 12A23ZGX)

-5-

Installation Dimension Diagram
(Model 18A23ZGX)

-6-

Safety Warnings
•

Use Copper Wires only for Power Supply

•

Risk of electric shock can cause injury or death. Disconnect all electric power supplies before servicing or
installation

•

Do not use excessive torque on flare nuts during connection of the refrigeration tubes, or service valve on
discharge line may be damaged.

•

Do not install indoor unit in damp or wet locations.

•

Electrical installation must be done by a qualified technician according to the instruction manual and in
accordance with local electrical standards.

•

Certified Power supply conductors must be used.

-7-

Selecting of Installation Locations
Indoor Unit:
• Intake and outlet should not be obstructed.
• The wall the unit is to be mounted on should allow for a clear hole for the condensation drain and the refrigeration
lines.
• The wall the unit is mounted on should be strong enough to bear the weight and vibration of the unit.
• Allow for proper clearances around the unit - see installation dimension diagram (page 5 and page 6).
• Location should allow easy access for maintenance and removal of air filter.
• Position unit and remote control at least 3 feet from electric appliances such as televisions, radios, etc.
• Keep unit and remote out of direct sunlight and/or florescent lighting and away from any excessive heat source,
steam, or flammable materials.
Outdoor Unit
• Allow sufficient ventilation around the unit - see installation dimension diagram (page 5 and page 6).
• The air intake and outlet should not be obstructed.
• Position unit so that noise and outlet airflow will not inconvenience neighbors.
• Position unit on a solid foundation. Location should be able to withstand the full weight and vibration of the unit.
• Installation should not be performed in the following locations exposed to: machine oil, flammable or corrosive
gases, high - frequency waves (i.e. from radio equipment, medical equipment, etc.)
Both Indoor and Outdoor Units:
Installation of Either unit in the following locations may cause malfunction. Locations exposed to:
• machine oil
• flammable or corrosive gasses
• high frequency waves (i.e. from radio equipment, medical equipment, etc.)

-8-

Indoor Unit Installation
Install the Rear Panel (mounting plate)
Always mount rear panel horizontally.
Hold the rear panel on the wall where you want the unit to be located and ensure that it is level using a plumb line or
level. Once leveled, mark the screw locations on the wall.
Fasten the rear panel to the wall at the location marked using the screws supplied with the unit.
Insure that the panel has been mounted firmly to withstand the weight of the unit, with the weight being evenly
distributed by each screw.
Install the Piping Hole
•
•
•

Select the location for the piping hole - either left-positioned or right-positioned (see installation dimension
diagram on page 5 and page 6).
Make piping hole in the wall approximately 2.5 inches in diameter at a slight downward slant (this ensures proper
drainage).
Insert a piping-hole sleeve in the hole (i.e. PVC pipe) to prevent the connection piping and wiring from being
damaged

Install Drainage Hose Extension (optional)
•
•
•

Drainage hose extension is included with unit, for use if attached drainage line is not long enough for your
application.
Please note that the extension can be installed after existing drainage pipe is fed through wall later in the
installation process, if it is determined later that it is necessary.
Do not wrench or bend drainage hose or extension.

Wire the Indoor Unit.
•
•
•
•

Note: All electrical wiring must be done by a qualified technician in accordance with local electrical codes.
A separate circuit breaker must be provided.
AC power for the indoor unit is provided by the power cable that runs between the outdoor unit and the indoor unit.
If a disconnect switch is required for the indoor unit, it must be properly rated. (see specifications)

MODEL
9A23YGX
12A23YGX
12A23ZGX
18A23ZGX

INTERCONNECTING
WIRE GAUGE
16 AWG
16 AWG
16 AWG
16 AWG

POWER
SUPPLY WIRE
GAUGE
14 AWG
14 AWG
14 AWG
14 AWG

-9-

Min
CIRCUIT
AMAPCITY
10 AMP
11.6 AMP
5.4 AMP
10.5 AMP

Max
CIRCUIT
BREAKER
15 AMP
20 AMP
15 AMP
20 AMP

Max
FUSE SIZE
15 AMP
20 AMP
15 AMP
20 AMP

Indoor Unit Installation (Cont)
Terminal Board Diagram

NOTE:
Power Connection cable is provided in the installation kit (sold separately). If the cable is not of sufficient length, it will be
necessary to purchase cable for this purpose.
Do not splice cable.

-10-

Indoor Unit Installation (Cont)
Prepare refrigeration Lines
• Refrigeration Lines and wiring can be routed from the indoor unit several different ways using the cut-out access
pieces on the back of the unit.
• Bend the refrigeration lines carefully to the position needed to align with the drilled piping hole.

Hang Indoor Unit
• Bundle the refrigeration lines, drainage hose, and wiring conduit attached to
the indoor unit and wrap them securely for enough length to extend through the
piping hole to the exterior of the building. (Note: leave remainder unwrapped to
allow for remaining step in installation of the outdoor unit and connecting the
indoor unit to the outdoor unit.)
•

Carefully push bundled lines through the piping hole.

•

Hang the unit on the wall by hooking the mounting slots of the unit over the
upper tabs of the rear panel.

•

Check to make sure the: unit is properly secured - it should feel firmly attached
to the wall, and you should not be able to slide it to the right or left.

-11-

Outdoor unit Installation
Connect Refrigeration Lines to Bundled Lines from Indoor Unit
•

Use standard A/C practices to attach the connection pipes to the proper pipes of the bundled lines coming
through the wall from the indoor unit.

•

Tighten the flare nut of the connection pipes using a spanner and torque
wrench. (see diagram)

•

Note: Do not over-tighten flare nuts, or the connection may be damaged.

Insulate/Bundle Refrigeration Lines and Wiring
•

Individually insulate all refrigeration lines and condensation drainage hose to
ensure that they do not sweat. This will help to maintain the unit at its proper capacities.

•

Once all lines have been properly insulated, bundle the refrigeration lines with the wiring conduit and wrap
securely to complete the run to the outdoor unit.

•

Note: The condensation drainage hose should be left free of the bundled lines in order to drain properly.

Install Outdoor Condensation Drainage Hose (Heat Pump Models only)
•

When the heat pump unit is heating or defrosting, wastewater forms in
the outdoor unit. This can be drained off using the outdoor drain elbow
and hose provided.

•

Insert the drain elbow into the hole on the base plate as shown.

•

Join the drain hose to the elbow and turn so that the water drains to the
desired location.

-12-

Outdoor Unit Installation (Cont)
Position Outdoor unit
•
•
•

Review page 5 for assistance in selecting location for outdoor unit.
Make sure unit is positioned solidly and level on its foundation. Use leveling feet if necessary.
If possible affix unit to foundation using proper hardware.

Connect refrigeration lines to Outdoor Unit
•
•
•
•

Remove caps on outdoor unit
Use standard A/C practices to attach the refrigeration lines bundled in step 2 to the
outdoor unit.
Tighten the flare nut of the connection pipes using a spanner and torque wrench.
(see diagram)
Note: Do not over-tighten flare nuts, or the connection may be damaged.

Wire the outdoor unit
•
•

Refer to page 9 for proper wire sizes
Refer to page 10 for wiring diagrams.

-13-

Testing
Notes
•
•

Installation MUST be complete prior to testing.
System MUST be tested prior to operation.

Leakage Test
•

Use standard A/C practices to properly check refrigeration tubes and connections for any leaks prior to system
start up.

Air Purging and Pressure Test
•
•
•
•
•
•
•

Remove bonnet (cover) of gas valve on outdoor unit.
Charge system with Nitrogen to 100 PSI and check for leaks. Evacuate Nitrogen.
Connect the gas valves of a vacuum gauge, vacuum pump, and outdoor unit
(see diagram). Start the vacuum pump and allow to run for at least 30 minutes at
a level of 500 microns or less.
Shut off the vacuum and continue to monitor vacuum gauge for another 15
minutes. The pressure should not rise above 800 microns.
lf a vacuum of 500 microns cannot be obtained, or if it rises above 800 microns
during the l5-minute monitoring period, pressurize the system with nitrogen and
look for leaks. Repair any leaks that are found and repeat the vacuum testing.
Close the valves to the vacuum pump and gauge and disconnect from the
outdoor unit.
Tighten bonnet (cover) of gas valve and open gas and liquid valves completely.

System Testing
•
•
•
•

Before testing the system, ensure that cut-off valves of the connection pipes are opened and that all debris (such
as packing scraps, thrums, etc.) are clear from the unit.
Switch on power to the system and press the ''ON/OFF'' button on the remote
control to activate the indoor unit.
Press ''MODE'' button repeatedly, taking a moment on each setting to ensure
that system functions in all modes. (Note: HEAT mode will function only on
heat pump models)
If the remote control is lost, emergency run operation can be initiated by
pressing the button in the upper right corner of the indoor unit under the cover
panel. (see diagram)

Installation Verification
•
•
•
•
•
•
•
•
•
•

Have both units been securely and firmly installed?
Are all piping connections secured?
Have the refrigeration lines been sufficiently insulated?
Have you verified the length of the connection pipes and the refrigerant capacity?
Have you conducted all leakage and system tests?
Does the unit drain properly?
Are all electrical connections in compliance with local standards?
Has the unit been properly grounded?
Is the power cord as specified?
Are all air inlets and outlets free from obstruction?

-14-

Testing (Cont)
Test operation
Before test operation
• Do not switch on power before installation is complete.
• Verify that all electrical connections are connected properly.
• Verify that valves of the line set have been opened.
• Remove all construction materials such as boxes, packaging, etc from
operating area of the units.

AUTO
TEST
RUN
STO P

Manual operation (18,000 BTU) units only
H a n d lin g sw itch
• Turn on power.
• Verify that both units have power, using a DVM check between terminals
1 and 3 on indoor unit for line voltage. If no line voltage is present, STOP. Check connections and wiring between
indoor and outdoor unit. Verify that unit has been connected as the proper wiring indicates.
• Press “ON/OFF” button on remote.
• Press “MODE” button to verify operation of all functions. Unit may take up to 4 min. to change modes.
If remote control is lost:
• Open the front panel.
• Turn function switch to “AUTO” for automatic operation (Factory preset to 81 deg.F.) Unit will operate in all
necessary modes to maintain this temperature.
• Turn function switch to “TEST” to operate unit in cool mode. (Unit will operate at last set temperature).
• Turn function switch to “RUN” mode. This mode allows use of remote control for all functions and will be the
normal setting for the function switch.
• Turn function switch to “STOP”. This function stops all unit functions.

-15-

Testing (Cont)
IF UNIT FAILS TO OPERATE PROPERLY
ISSUE

Unit will not operate

—
—
—
—
—

Compressor will not operate
The unit vibrates during operation
Inefficient Cooling (heating)
Appearance of water or condensation.

—
—
—
—
—
—
—

CHECK
Verify that Red "Power" light is illuminated.
Verify that line voltage is present between terminals 1 and 3 of indoor unit.
Turn unit on with remote. (you should hear a "Beep" from indoor unit). Allow
3-4 min. for unit to restart.
Turn unit to "Test" mode. Verify that cooling function works (allow 3-4 min.
for unit to restart.)
Turn unit to Cool mode. Allow 3-4 min for compressor timer to operate.
Check for line voltage between pins 1 and 2 of indoor unit. If no voltage is
present please call technical support.
Is the indoor unit firmly attached to the wall?
Is the front cover closed properly?
Was the refrigerant leakage test performed with good results?
Are the air flow grills (inlet and outlet free from obstructions?)
Was refrigerant added as necessary?
Were refrigerant lines completely covered with insulation?
Is condensate drain routed properly (downward)?

-16-

WARRANTY
SEA BREEZE AIR warrants the accompanying split air conditioner or heat pump system to be free of
defects in material and workmanship for the applications specified in the operation manual and
installation manual for a period of one (1) year on parts and five (5) years on compressor, valid from
the date of original retail purchase in the United States or Canada. Labor is not covered under
warranty.
If the unit exhibits a defect in normal use and is determined to be within the warranty period, SEA
BREEZE AIR will, at its option, either repair or replace the unit free of charge within a reasonable
time after the unit is returned.
This warranty DOES NOT cover:
z Damage, accidental or otherwise, to the unit while in possession of the consumer that is not a
result of a defect in material in workmanship.
z Damage caused by consumer misuse, tampering, or failure to follow all care and maintenance
instructions in the manuals.
z Damage to the finish of the case or other parts caused by water.
z Damage caused by repairs or alterations to the unit by anyone other than a qualified technician.
z Filter.
z Freight and Insurance cost for the warranty service.
Warranty Activation Card must be completed and sent in to activate the warranty for the
accompanying unit.

-17-

MINI-SPLIT SPECIFICATIONS
Model
Function
Rated Voltage

9A23YGX
COOLING

12A23YGX
COOLING

12A23ZGX
COOLING

18A23ZGX

115V

115V

208-230V

208V-230 V

COOLING

Rated Frequency

60HZ

60HZ

60HZ

60HZ

Total Capacity (BTU/Hr)

9000

12000

12000

18000

SEER

13

13

13

13

Power Input (W)

800

960

960

1610

Rated Input (W)

900

1100

1100

2200

Rated Current (A)

7.82

9.56

5

11.4

Air Flow Volume (CFM)

350

388

483

706

Circuit Breaker Size (A)

15

20

15

20

Minimum Circuit Ampacity (A)

10

11.6

5.4

10.5

Dehumidifying Volume (pt/h)
Model of Indoor Unit
Fan Motor Speed (r/min) (L/M/H)

6.3
18A23ZIGX
1200/1300/1400

1100/1200/1300

1350/1450/1550

20

20

20

25

Input of Heater (w)

N/A

N/A

N/A

N/A
3.5

Fan Type-Piece
Diameter-Length (in)
Evaporator
Pipe Diameter (in)
Row-Fin Gap(in)
Coil length (l) x height (H) x coil width (L)(in)
Swing Motor Model
Output of Swing Motor (w)
Fuse (A)
Sound Pressure Level dB (A)

4

4

1

0.17

0.17

0.09

0.4

Cross flow fan -1

Cross flow fan – 1

Cross flow fan – 1

Cross flow fan – 1

3.5X28.5

3.5X28.5

3.5X28.5

4.2X35

Aluminum fin-copper tube

Aluminum fin-copper tube

Aluminum fin-copper tube

Aluminum fin-copper tube

0.275

0.275

0.275

0.275

3-.062/2-.060

3-.062/2-.060

3-.062/2-.060

2-.055

28.7X15.75X1.57

28.7X15.75X1.57

28.7X15.75X1.57

35.5X15X1

MP24EA

MP24EA

MP24EA

MP24GA

1.5

1.5

1.5

2

3.15A

3.15A

3.15A

3.15A

38/41/45

39/42/46

40/43/47

48/50/52

35.7X11.4X7.67

35.7X11.4X7.67

35.7X11.4X7.67

46.37X12.8X8.9

42X15X13

42X15X13

42X15X13

50X16X13

26.5/33

26.5/33

26.5/33

38.5/53

9A23YOGX

12A23YOGX

12A23ZOGX

18A23ZOGX

Compressor Model

Panasonic 2P14S126B1Y

Panasonic 2P16S126B1P

Panasonic 2P15S236A1H

Hitachi SL253SN-C7EU

Compressor Type

Rotary

Rotary

Rotary

Hermetic motor compressor

Dimension (W/D/H)(in)
Dimension of Package (W/D/H)(in)
Net Weight /Gross Weight (LB)
Model of Outdoor Unit

L.R.A. (A)

49

54

26

39

Compressor RLA(A)

7.5

8.8

4.1

7.6

Compressor Power Input(w)

855

750

930

1685

Overload Protector

Build in

Build in

Build in

Internal Inherent Protector

Throttling Method

Capillary

Capillary

Capillary

Capillary

40

45

30

50

Capacitor

Capacitor

Capacitor

Capacitor

Compressor Start Capacitor (uF)
Starting Method
Working Temp Range (degF)
Condenser

23-109

23-109

23-109

23-109

Aluminum fin-copper tube

Aluminum fin-copper tube

Aluminum fin-copper tube

Aluminum fin-copper tube

Pipe Diameter (in)

0.375

0.375

0.375

0.375

Rows-Fin Gap(in)

2-.062

2-.062

2-.062

2-.055

Coil length (l) x height (H) x coil width (L)(in)

30.75X20X1.73

30.75X20X1.73

30.75X20X1.73

26.88X32X1.73

Fan Motor Speed (rpm)

885

885

920

780

Output of Fan Motor (w)

48

48

48

60

0.42

0.42

0.22

0.56

Fan Motor RLA(A)
Fan Motor Capacitor (uF)
Air Flow Volume of Outdoor Unit(CFM)
Fan Type-Piece

10

10

2

3.5

1265

1265

1265

2649
Axial fan –1

Axial fan –1

Axial fan –1

Axial fan –1

Fan Diameter (in)

15.75

15.75

15.75

18.11

Defrosting Method

Auto defrost

Auto defrost

Auto defrost

Auto defrost

T1

T1

T1

T1

I

I

I

I

Moisture Protection

IP24

IP24

IP24

IP24

Design Pressure High (PSI)

362

362

362

362

Design Pressure Low (PSI)

145

145

145

145

Sound Pressure Level dB (A)

55

55

55

58

Sound Power Level dB (A)

65

65

65

68

33.4X12.6X21.3

33.4X12.6X21.3

33.4X12.6X21.3

39.6X13.4X33.4

35X14X23

35X14X23

35X14X23

43X18X36

88/99

88/99

88/99

139/150

R22/2.2

R22/2.75

R22/2.75

R22 / 3.63

Climate Type
Isolation

Dimension (W/D/H)(in)
Dimension of Package (W/D/H)(in)
Net Weight /Gross Weight (LB)
Refrigerant Charge (LB)
Design Length (ft)

26.25

26.25

26.25

24.6

.32 oz/ft

.32 oz/ft

.32 oz/ft

.43 oz/ft

Outer Diameter Liquid Pipe (in)

1/4

1/4

1/4

3/8

Outer Diameter Gas Pipe (in)

1/2

1/2

1/2

5/8

Max Distance Height (ft)

16

16

16

32

Max Distance Length (ft)

32

32

32

49

LS1412GSB

LS1412GSB

LS1412GSB

LS3858GSB

Extra Refrigerant Charge per feet above
Connection Pipe

4.2
12A23ZIGX

1100/1200/1300

Fan Motor RLA(A)

Outdoor unit

4.2
12A23YIGX

Output of Fan Motor (w)

Fan Motor Capacitor (uF)

Indoor unit

4.2
9A23YIGX

Installation Kit Catalog Number

-18-

Mini-Split Error Codes
ERROR
CODE

EXPLANATION

RED

YELLOW

GREEN

NOTES

E1
High Pressure protect
1
E2
Inside Anti-Freeze Protect
2
E3
Low Pressure Protect
3
E4
Compressor Discharge protect
4
6 sec Pause before Flash Sequence
E5
low pressure over current protect
5
E6
indoor-outdoor communication Error
6
E7
Mode conflict
7
E8
high Temp protect
8
E9
cold wind protect
9
E0
AC Voltage Low
10
H6
No Indoor motor feedback
11
F1
room temp sensor open/short
1
F2
Indoor evaporator sensor open/short
2
F3
Outdoor temp sensor open/short
3
F4
Outdoor evaporator sensor open/short
4
6 sec Pause before Flash Sequence
F5
Outdoor sensor open/short
5
F6
Cooling Overload
6
F7
Unused
7
F8
Current Overload
8
F9
Unused
9
F0
Unused
10
H1
Defrost
1
H2
Static duct clean protect
2
H3
compressor overload protect
3
H4
System Abnormal
4
6 sec Pause before Flash Sequence
H5
Mode Protect
5
H6
Unused
6
H7
Synchronize fail
7
H8
Water full protect
8
H9
PTC heating Error
9
HO
Heat high temp protect
10
FA
Pipe Hot
FH
Freeze Protect
Notes: Some Codes may not be available on some units.
Codes will flash prior to any change of state I.E. cool off, cool on, heat off, heat on, power on, etc.
Normal operation for indicator lights is as follows: Constant Red: power on, Constant Yellow: heat on,
Constant Green: cool on.
Heat Mode available for heat pump units only.

-19-



Source Exif Data:
File Type                       : PDF
File Type Extension             : pdf
MIME Type                       : application/pdf
PDF Version                     : 1.4
Linearized                      : Yes
Page Count                      : 20
XMP Toolkit                     : XMP toolkit 2.9.1-13, framework 1.6
About                           : uuid:1d3adf7c-366f-47ca-9747-ede08f1e29de
Producer                        : Acrobat Distiller 6.0 (Windows)
Modify Date                     : 2006:12:14 16:41:47+08:00
Create Date                     : 2006:12:14 16:41:47+08:00
Creator Tool                    : PScript5.dll Version 5.2.2
Document ID                     : uuid:b57ebbdb-fdfc-409e-ba39-eeebe46b9c10
Format                          : application/pdf
Title                           : Microsoft Word - 950-0027-REV-F.doc
Creator                         : Elain
Author                          : Elain
EXIF Metadata provided by EXIF.tools

Navigation menu