Sanyo CG1411, KGS1411 service manual Using the Remote Control Unit, ACL button Cover

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Using the Remote Control Unit

How to Install Batteries

ACL button

Cover

1.Slide the cover in the direction indicated by the arrow and remove it.

2.Install two AAA alkaline batteries. Make sure the batteries point in the direction marked in the battery compartment.

3.Use a thin object such as the tip of a pen to press the ACL button.

NOTE

·

·

·

·

The batteries last about six months, depending on how much you use the remote control unit. Replace the batteries when the remote control unit's display fails to light, or when the remote control cannot be used to change the air conditioner's settings.

Use two fresh leak-proof type-AAA alkaline batteries.

In replacing batteries, follow the instructions as mentioned in the sub-section ``How to Install Batteries''.

If you do not use the remote control unit more than 1 month, take out the batteries.

How to Use the Remote Control Unit

When using the remote control unit, always point the unit's transmitter head directly at the air conditioner's receiver.

Air conditioner (Indoor unit)

 

Receiver

Remote control

(Transmitter head)

 

unit

 

Remote Control Unit Installation Position

DO NOT

The remote control unit may be operated either from a non-fixed position or from a wall-mounted position. To ensure that the air conditioner operates correctly, DO NOT install the remote control unit in the following places:

·In direct sunlight

·Behind a curtain or other places where it is covered

·More than 26 feet (8 m) away from the air conditioner

·In the path of the air conditioner's airstream

·Where it may become extremely hot or cold

·Where it may be subject to electrical or magnetic noise

·Where there is an obstacle between the remote control unit and air conditioner (since a check signal is sent from the remote control unit every 3 minutes)

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Contents GAS Heater AIR Conditioner When Installing… Case of Improper InstallationWhen Transporting When Connecting Refrigerant TubingTable of Contents Troubleshooting IiiTemperature Indoor Air Intake Temp Outdoor Air Intake Temp Operating RangeSpecifications Unit SpecificationsKGS1411 CG1411Dimensions & Weight Governor Setting PressureSafety Devices BurnerMajor Component Specifications Indoor UnitOutdoor Unit Gas ConnectionCompressor External FinishNozzle Refrigerant HeaterCombination Gas Valve IgniterOther Component Specifications Transformer ATR-1581T2-UThermistor Coil sensor Thermistor Room sensorPower Relay PR Auto Reset Temperature LimitingTransformer TR 4FF4L510034000 Thermistor 1 Discharge pressure PB3M-41EDimensional Data UnitLocation of Service Valves Internal Components PCB aPTC Major Components Combination Gas Valve Proportional Control ValveGas Nozzle Main Burner Combustion BlowerRefrigerant Heater Refrigerant Flow Diagram Refrigerant Flow DiagramPerformance Charts Cooling CharacteristicsHeating Characteristics Performance DataAir Throw Distance Charts CoolingHeating Cooling Capacity Heating Capacity 100Electrical Characteristics Electrical DataCG1411 Cooling Electric Wiring Diagrams Indoor unit KGS1411BM RV1 RV2 GV1 GV2 Printed circuit board POW-CG1411 SD3Installation Instructions Installation Site SelectionHot air Heat source Outdoor unit Obstacle above Recommended Wire Length and Diameter Wiring System DiagramRemote Control Unit Installation Position Mounting on a WallRemovable mounting Non-removable mountingFunction Motion ExplanationHeating CoolingSafety Controls Combustion ControlCombustion Room Temperature Control CoolingFreeze Prevention Cooling Heating Refrigerant Control ThermistorReset Function Combustion Saving FunctionSave Function Cold Draft Prevention Function During Heating Operation Fan Speed Control During Cooling Operation Automatic fan speedDry Operation Dehumidification Automatic Operation NormalChanging fan speed Automatic During Cooling OperationFreeze Prevention Cooling / Dry Cooling Zone Dry a ZoneDry B Zone Overload Prevention Heating Operation Flowcharts Cooling, DryOperation starts Operation lamp Procedure for Dismantling the Unit Procedure for Dismantling the Indoor UnitHow to remove grille How to remove PCBsHow to remove electrical component box How to remove drain panHow to detach heat exchanger How to detach fan and fan motorProcedure for Dismantling the Outdoor Unit How to remove the external panelsHow to detach the rear panel How to detach the combustion blowerHow to detach combination valve and gas conduit How to detach combination valveHow to detach ignition probe and flame sensor electrode How to detach burner unitHow to detach gas nozzle Indoor Unit Alarm Signal Points to DiagnoseManifold Pressure Checking Electrical Components Components11-3-2 Indoor Unit 11-3-3 Outdoor UnitTroubleshooting Check Before and After TroubleshootingMalfunction in Power Supply Abnormalities in Power TransformerIncorrect Wiring of Inter-unit Wiring Thermistor Abnormality Indoor Unit Only Protective Circuit of Outdoor Burner Unit OperatedPower Circuit Wiring Error Indoor Fan is DefectiveOutdoor Unit Power Supply Failure Outdoor Unit Power Transformer DefectiveOutdoor Unit Compressor Motor Overload Relay Has Operated Outdoor Unit Fan Does Not Work Outdoor Unit Compressor Motor DefectiveOutdoor Unit Fan Motor Defective Flap Motor Does Not Work Heating Operation Not PossibleLouver Motor Defective Thermistor 1 DefectiveSafety Device Operated Erroneous Flame DetectionIgnition Failure Erroneous Flame-Out Condition Combustion Blower Motor Abnormal Revolution 12-6-8. ON/OFF Valve FailureReversing Valve Failure Reset Method When Error Occurs During Heating Operation Failure Display on Outdoor Unit and Correction Method DC0VSpecial Precautions When Servicing the Unit BLK/WHT Connector Attachment for ServicingRefrigerant Recovery Service on Outdoor UnitEvacuation Using Vacuum Pump Refer to Service Valve Construction shown in FigVolume Refrigerant ChargingCharging Gradation Level before ChargingReattaching BLK/WHT Connectors for Operation Appendix For Your Safety Read Before Operation What to do if YOU Smell GASContents Alert SymbolsProduct Information Features Installation Location Electrical RequirementsSafety Instructions Names of Parts Air intakesAir outlet Outdoor Condensing UnitOFF position does not disconnect the power. Use the main Power switch to turn off power completelyTimer lamp ReceiverSET Temp TEMP. setting buttons Button Timer on buttonTimer OFF button TransmitterHR. Timer button Hour off timerGreen or red Auto Red HeatUsing the Remote Control Unit ACL button CoverUsing the Remote Control Unit Operation with the Remote Control Unit Press the ON/OFF operation buttonOperation with the Remote Control Unit Manual Operation Automatic Cooling and DRY mode Heating mode Manual When difference between Room temperature and setTemperature is Temperature is Over High Below 2 F MediumNight Setback Mode is used for saving energy Fan OnlySetting Temperature Press Hour Time Button Heating ModeSetting Temperature Press Hour Hours Button TimeSpecial Remarks How it works?Heating performance Clicking sound is heard from the air conditionerUsing the 12-Hour on and OFF Timer Setting procedureCancellation procedure Press the Cancel button Using the 1-Hour OFF Timer Adjusting the Airflow Direction Setting the airflow manuallySweep function Operation without the Remote Control Unit Care and CleaningCasing and Grille Indoor Unit Anti-mold filter How to remove the anti-mold filter How to replace the anti-mold filterAir intake grille Anti-mold filterAir FilterArm Troubleshooting Tips for Energy SavingOperating Range For Parts or Service Contact

KGS1411, CG1411 specifications

Sanyo KGS1411 and CG1411 are notable solar panel models from Sanyo, a brand recognized for its innovation in photovoltaic technology. These models are particularly designed to deliver high efficiency and reliable performance for residential and commercial solar energy applications.

One of the standout features of the Sanyo KGS1411 is its use of HIT (Heterojunction with Intrinsic Thin layer) technology. This cutting-edge technology combines crystalline and thin-film solar cells, resulting in a unique structure that maximizes light absorption. The HIT technology results in higher conversion efficiency compared to traditional solar panels. The KGS1411 can achieve efficiencies of up to 20.4%, making it an excellent choice for those looking to maximize energy output from limited rooftop space.

The CG1411 model complements the KGS1411 by offering enhanced performance in low-light conditions. It is particularly effective in urban settings or regions with frequent overcast weather. This model also employs advanced cell design that improves performance during high temperatures, avoiding the efficiency loss typical in conventional solar panels.

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In conclusion, the Sanyo KGS1411 and CG1411 solar panels represent a synthesis of advanced technology and reliable performance. With their high efficiency, durability, and user-friendly monitoring solutions, these models are well-suited for consumers seeking sustainable energy solutions without compromising on quality or aesthetics. Whether for residential use or larger commercial projects, Sanyo’s offerings stand out in the competitive solar market.