Carrier ASPAS1CCA012, ASPAS1CCA015 Engine Governor Adjustment, 2 12KW and 15KW, V-TWIN Engines

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Section 1 — Post Installation Start-up and Adjustments

Carrier Air-cooled 7 kW, 12 kW and 15 kW Generators

9.Reverse procedure steps 1-5 to reinstall demand regulator.

10.Reverse the procedure to convert back to natural gas.

1.7.2 12KW AND 15KW, V-TWIN ENGINES

To reconfigure the fuel system from NG to LP, follow these steps:

14.It may be necessary to make minor adjustments to the preset adjustment screw settings to achieve maximum power, particularly at higher altitudes. If experiencing problems with the unit producing maximum power, follow the procedure in Section 1.6 (Adjusting the Fuel Regulator).

Figure 1.4 - Demand Regulator

NOTE:

The primary regulator for the propane supply is NOT INCLUDED with the generator. A fuel pressure of 11 to 14 inches of water column (0.4 to 0.5 psi) to the fuel inlet of the generator MUST BE SUPPLIED.

1.

Turn off the gas supply. (if connected)

2.

Open the top and remove the front panel.

3.

Remove the battery. (if installed)

4.

Remove the engine air in baffle located on the left-

 

hand side of the battery compartment. Two M6

 

screws are located on top of the baffle and two M6

 

screws are located on the inside of the baffle towards

IDLE CIRCUIT PORT

 

OUTLET PORTS

 

FUEL HOSE

 

BRASS HOSE

 

FITTING

U

BRASS HOSE

T

FITTING

1

TAP

 

1/8 NPT

 

ADJUSTER

 

SCREWS

SMALL

FUEL JET

REGULATOR HOUSING PORT

 

the back.

5.

Remove the small hose clamp and hose from the fuel

 

regulator. It may be necessary to pry the hose off of

 

the brass fitting using a screwdriver to gently lift up

 

the hose edge.

6.

Remove the small brass hose fitting from the

 

regulator casting.

7.

Place the small fuel jet, thread side first, into the

 

threaded hole originally occupied by the brass hose

 

fitting (Figure 1.4).

8.

Using a short No. 2 Phillips screw driver, thread the

 

small fuel jet into the regulator casting. Do not over

 

tighten.

9.

Apply thread sealant to the threads of the hose fitting

 

and replace it into the regulator body.

10.

Re-attach the small hose and hose clamp and tighten

 

as necessary.

11.

Replace the engine air in baffle using the four M6

 

screws.

12.

Identify both brass adjustment screws on the

 

regulator.

 

NOTE:

One adjustment screw can be accessed from the front of the unit and the second can be accessed from the back of the unit enclosure by removing the plastic hole plug. The screw can be turned with a long flat blade screwdriver.

13.To adjust the system to run on LP fuel, turn BOTH adjuster screws 1/2 TURN CLOCKWISE. The system should now be set for maximum power and best performance. DO NOT, UNDER ANY

CIRCUMSTANCES, REMOVE THE SET PINS FROM THE REGULATOR HOUSING. THIS WILL VOID THE WARRANTY.

1.8ENGINE GOVERNOR ADJUSTMENT

If both AC frequency and voltage are correspondingly high or low, adjust the engine governor as follows:

1.8.1 7 KW UNITS

1.Loosen the governor clamp bolt (Figures 1.5).

2.Hold the governor lever at its wide open throttle position, and rotate the governor shaft clockwise as far as it will go. Then, tighten the governor lever clamp bolt to 70 inch-pounds (8 N-m).

3.Start the generator; let it stabilize and warm up at no- load.

4.Connect a frequency meter (or high quality multi- meter set to the frequency mode) across the generators AC output leads.

5.Turn the speed adjust nut to obtain a frequency reading of 63 Hertz.

Figure 1.5 — Engine Governor Adjustment

Single Cylinder Engines

GOVERNOR

SHAFT

GOVERNOR

ADJUST

CLAMP

SCREW

BOLT

 

Carrier 7

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Contents Parts, Adjustment and Maintenance Manual ‹ Read this Manual Thoroughly IntroductionImportant Safety Instructions General Hazards Electrical Hazards Check Transfer Switch Operation Before Initial START-UPElectrical Checks Adjusting the Regulator Natural GAS only Generator Tests Under LoadChecking Automatic Operation Unit Volts Reconfiguring the Fuel System2 12KW and 15KW, V-TWIN Engines Engine Governor AdjustmentValve Clearance Voltage Regulator AdjustmentValve Clearance Adjustment Problem Cause Correction Troubleshooting GuideBe performed by the nearest Carrier Dealer Service ScheduleElectrical Data Customer Battery Utility SP1 IM1 SP2 IM2 Customer Connection Battery Charge 1VA Electrical Data Electrical Data Electrical Data Electrical Data ATS N2A N1A 51 9 3651 9115 QTY Description Carrier Wire ASSEMBLY, Home StandbySOCKET, 12VDC Accessory CONTROL, Panel Bottom Pull Main ResetCarrier Limit Switch Operation not Shown Transfer Switch Home Standby 100A 2PBOX GTS Load Center COVER, 8 Position GTS Load CenterCarrier COVER, 12 Position GTS Load Center Wire HARNESS,GTS Load Center not Shown for ClarityCOVER, 10 Position GTS Load Center Washer Flat 1/4-M6 ZincCarrier ASSEMBLY, Crankshaft GH410 Small Taper ASSEMBLY, Connecting RODCRANKCASE, Subassembly with Plugs GH410 ASSEMBLY, Governor GearCarrier ASSEMBLY, Plastic Carb HOUSING, BlowerSWITCH, OIL 8.0 PSI ASSEMBLY,GOVERNOR Lever 12 HP1310 ASSEMBLY, Head #1 G&S ASSEMBLY, BreatherASSEMBLY, OIL Fill CAP ASSEMBLY,GOVERNOR Gear122 138 PRE-CLEANER KNOB, AIR CleanerELEMENT, AIR Cleaner Chrome ASSEMBLY, MIXER/AIRBOXCarrier Assembly Brush Holder CABLE, #6 40 Black BatteryBASE, AIR Cleaner ELEMENT, AIR CleanerCarrier Stator 12KW CABLE, #6 48 Black BatteryStator 13KW / 15KW Rotor 12KWAssembly HousingAdjuster SCREW, Twin PIN, Limited AdjustmentCarrier Air-cooled Carrier Air-cooled 7 kW, 12 kW and 15 kW Generators Carrier Air-cooled 7 kW, 12 kW and 15 kW Generators Catalog no AS-PA0 Form ASPAS07-1PD

ASPAS1CCA012, ASPAS1CCA015 specifications

The Carrier ASPAS1CCA015 and ASPAS1CCA012 are advanced air conditioning units designed to offer superior climate control in residential and light commercial settings. Both models reflect Carrier's commitment to innovation, energy efficiency, and user comfort.

One of the primary features of these units is their inverter technology. This smart technology adjusts the compressor speed in real-time, allowing the system to operate efficiently and maintain a consistent temperature. This results in reduced energy consumption and lower utility bills while providing a more comfortable indoor environment.

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