Carrier ASPASICCA012 BREAK-IN Procedure, Using the AUTO/OFF/MANUAL Switch Figure, Auto Position

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OPERATION

Section 2 -- Operation

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

Servicing of the battery is to be performed or supervised by personnel knowledgeable of batteries and the required precautions. Keep unauthorized personnel away from batteries.

When replacing the battery, use the following type of battery: Group 26 12-volt DC, negative ground battery with a rating of 350 cold-cranking amps minimum for 7 kW; 525 cold-cranking amps minimum for 12 and 15 kW at-17.8 ° C (0° F) minimum. When using a maintenance- free battery, it is not necessary to check the specific gravity or electrolyte level. Have these procedures performed at the intervals specified in the "Service Schedule." A negative ground system is used. Battery connections are shown on the wiring diagrams. Make sure the battery is correctly connected and terminals are tight. Observe battery polarity when connecting the battery to the generator set.

2.1BREAK-IN PROCEDURE

Once the unit has been installed and all electrical checks have been made, it is strongly recommended that the following "Break-in Procedure" be completed to ensure correct generator operation in the future.

1.Set the generator's AUTO/OFF/MANUAL switch to AUTO.

2.Turn OFF the utility power supply to the transfer switch using the means provided (such as a utility main line circuit breaker).

3.The unit will start, and the transfer switch will transfer to standby.

4.Using the transfer switch's built-in emergency load center, turn on circuits to load the generator to

approximately 25% rated load and run the unit for one hour.

5.Run the unit for one hour at 50% rated load.

6.Run the unit for one hour at 75% rated load.

7.Run the unit for one hour at 100% rated load.

8.Turn ON the utility power supply to the transfer switch, which will allow the transfer switch to transfer

back to utility power. The unit will continue to run for one minute and then shut down.

9.Allow the unit to cool.

10.Set the generator's main circuit breaker to its OFF (or OPEN) position.

11.Set the generator's AUTO/OFF/MANUAL switch to OFF. Remove the 7.5A and 15A fuses from the

generator control panel. Disconnect the battery cables as outlined in "General Hazards" (page 2).

12.Drain the oil and remove the oil filter. Replace the oil filter according to Section 3.4, "Changing the Oil Filter". Replace the oil with synthetic oil as recommended in Section 3.3, "Changing the Engine Oil".

13.Reconnect the battery cables as outlined in "General Hazards" (page 2) and insert the 7.5A and 15A fuses into the generator control panel. The generator is now ready for service.

2.2USING THE AUTO/OFF/MANUAL SWITCH (FIGURE 2.1)

2.2.1"AUTO" POSITION

Selecting this switch position activates fully automatic system operation. It also allows personnel to start and exercise the engine every seven days with the setting of the exercise timer (see Section 2.6). This position also is used for remote starting, when it is set up.

2.2.2"OFF" POSITION

This switch position shuts down the engine. This position also prevents automatic operation.

Figure 2.1 - Generator Control Panel

2.2.3 "MANUAL" POSITION

Set the switch to MANUAL to crank and start the engine. Transfer to standby power will not occur unless there is a utility failure.

°_ WARNING _=

With the switch set to AUTO, the engine may crank and start at any time without warning. Such automatic starting normally occurs when utility power source voltage drops below a preset level or during the normal exercise cycle. To prevent possible injury that might be caused by such sudden starts, always set the switch to OFF and remove the fuses before working on or around the generator or transfer switch. Then, place a "DO NOT OPERATE" tag on the generator panel and on the transfer switch.

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Contents Air-cooled, Prepackaged Automatic Standby Generators Introduction ContentsOperation and Maintenance HOW to Obtain ServiceIntroduction General Hazards Safetyrules Important Safety InstructionsStandards Index Important Safety Instructions SafetyrulesProtection Systems 12 ARC Fault Circuit Interrupter ProtectionUNPACKING/INSPECTION Gfci GeneratorGenerator SpecificationsSystem SET LED Fuel RequirementsLifting the Generator Transfer SwitchFuel Consumption AUTO/OFF/MANUAL Battery InstallationBattery OFF Position BREAK-IN ProcedureUsing the AUTO/OFF/MANUAL Switch Figure Auto Position2 120 VAC Gfci Outlet 1 12 Vdcaccessory OutletAutomatic Transfer Operation Sequence of Automatic OperationManual Transfer Operation Transfer to Generator Power SourceTransfer Back to Utility Power Source Over Crank LOW OIL Pressure SwitchHigh Temperature Switch FusesEngine OIL Recommendations OIL Change ProcedureChecking the Engine OIL Level Changing the Engine OIL1 7 KW, 12 Kwand 15 KW Generators Changing the Engine AIR CleanerChanging the OIL Filter Spark PlugsAUTO/OFF/MANUAL switch is set to Battery MaintenanceCorrosion Protection OUT of Service ProcedureRemoval from Service Return to ServiceProcedure Frequency Service ScheduleService Problemcausecorrection Troubleshooting GuideWarranty CarrierAir-cooled 7 EW, 12 EW and 15 EW Generators 21 ! Murphy Drive Generac Power SYSTEMS, INCEmission Related Parts Include the Following Emission Control System WarrantyCatalog NO. OMASPAS07-2

ASPASICCA007, ASPASICCA015, ASPASICCA012 specifications

Carrier, a global leader in heating, ventilating, and air conditioning (HVAC) solutions, has consistently made strides in innovation and efficiency with its range of products. Among its notable offerings are the ASPASICCA012, ASPASICCA015, and ASPASICCA007 air conditioning units. These models exemplify cutting-edge technology, designed to meet diverse cooling needs while prioritizing energy efficiency and user comfort.

The ASPASICCA012 model is tailored for small to medium-sized spaces, providing effective cooling with a capacity of 12,000 BTU. This unit is equipped with advanced inverter technology, allowing it to adjust its compressor speed according to the room's cooling requirements. As a result, it operates more efficiently, consuming less energy while maintaining a stable temperature. Additionally, the ASPASICCA012 features a quiet operation design, making it an ideal choice for bedrooms and offices.

For slightly larger areas, the ASPASICCA015 model offers a cooling capacity of 15,000 BTU. It shares similar technological advancements with the ASPASICCA012, including inverter technology and energy efficiency. However, it can handle higher thermal loads, making it suitable for larger living spaces or commercial applications. The ASPASICCA015 also includes user-friendly controls and smart connectivity options, allowing users to operate the unit remotely via mobile apps.

The ASPASICCA007 is another standout model, aimed at providing an energy-efficient solution for compact spaces with a cooling capacity of 7,000 BTU. It utilizes eco-friendly refrigerants, reducing its carbon footprint while ensuring optimal cooling performance. This model emphasizes quiet operation and includes a sleep mode function that gradually adjusts the temperature to enhance comfort during nighttime.

All three models incorporate features such as a programmable timer, multiple fan speeds, and a self-cleaning function to enhance user experience and maintain air quality. Moreover, Carrier’s commitment to sustainability is evident in each unit’s design, which minimizes energy consumption and leverages environmentally friendly refrigerants.

In summary, the Carrier ASPASICCA series, encompassing models 012, 015, and 007, reflects the company’s dedication to innovation, energy efficiency, and user comfort. Whether it’s a small bedroom or a larger commercial space, these air conditioning units provide reliable cooling solutions tailored to a variety of needs while supporting environmental sustainability.
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