Toshiba RAS-B10SKVP-E Louver position in cooling operation, Louver position in heating operation

Page 37

Item

Operation flow and applicable data, etc.

Description

9. Louver control

This function controls the air direction of the indoor unit.

1) Louver

• The position is automatically controlled according to the operation mode (COOL/HEAT).

position

• The set louver position is stored in memory by the microcomputer, and the louver returns to the

 

 

stored position when the next operation is performed. (Cooling/heating memory position)

 

The angle of the louver is indicated as the horizontal angle is 0°.

When the louver closes fully, it directs approx. 28° upward.

 

Louver angle

Horizontal

1) Louver position in cooling operation

(0˚)

 

Cooling operation/AUTO (COOL)

Powerful

SLEEP MODE operation

Initial setting of “Cooling storage position” “Cooling storage position”

Louver : Directs downward (23˚)

Louver : Directs downward (23˚)

Louver : Directs downward (8˚)

2) Louver position in heating operation

 

 

SLEEP MODE operation

Heating operation/

 

 

In case that the following temp. is

Powerful

In case that the following temp. is obtained

obtained during 12 to 25 minutes from

AUTO (HEAT)

during 12 minutes or 12 to 25 minutes

start of heating operation:

 

 

 

from start of heating operation:

>

 

 

Room temp. (Ta) Set temp. (Tsc) –3.0

 

 

Room temp. (Ta) < Set temp. (Tsc) –3.0

or when 25 minutes or more passed from

 

 

 

start of heating operation

Initial setting of

“Heating storage position”

“Heating storage position”

“Cooling storage position”

“Heating storage position”

Louver :

Louver :

Louver : Directs downward (81˚)

Louver : Directs downward (23˚)

Directs downward (81˚)

Directs downward (81˚)

 

 

 

 

 

3) Louver position in dry operation

Dry operation

Only when the operation frequency is

 

COOL Min–Hz under condition of

 

Room temp. (Ta) < Set temp. (Tsc) +1.0

Initial setting of “Cooling storage position”

Louver : Directs downward (8˚)

 

Louver : Directs downward (23˚)

 

 

 

 

 

 

 

 

 

 

 

 

2) Air direction adjustment

 

 

 

 

 

 

Air direction

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Horizontal

Inclined

Blowing

Inclined

Horizontal

blowing

blowing

downward

blowing

blowing

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

3) Swing

• Swing operation is performed in width 35° with the stop position as the

 

 

 

 

center.

 

 

 

• If the stop position exceeds either upper or lower limit position, swing

 

 

 

 

operation is performed in width 35° from the limit which the stop

 

 

 

 

position exceeded.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

The louver position can be arbitrarily set up by pushing [FIX] button.

Swing

When pushing [SWING] button during operation, the louver starts swinging.

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Image 37
Contents AIR-CONDITIONER Contents For general public use New Refrigerant Air Conditioner InstallationFor Reference Specifications SpecificationsRAS-10SKVP-ND RAS-13SKVP-ND RAS-16SKVP-ND Heating Operation Characteristic CurveCooling CurrentCooling Capacity Variation Ratio According to TemperatureHeating Capacity ratio % 110 100Refrigerant Piping Installation Safety During Installation/ServicingPiping Materials and Joints Used Copper PipesProcessing of Piping Materials Flare processing procedures and precautionsJoints Clutch type Wing nut type Flare tool for R410A Conventional flare toolFlare tool for R22 Conventional flare tool DiameterNm kgfcm Flare Connecting Procedures and PrecautionsWrenches available on the market Required Tools ToolsGeneral tools Conventional tools can be used Recharging of Refrigerant 1 Configuration of refrigerant chargingMaterials for Brazing Brazing of PipesFlux Never use gas other than Nitrogen gas BrazingIndoor Unit Construction ViewsWH-H05JE Outdoor Unit Mounting dimensions of anchor boltDetailed a leg part Detailed B leg partMCC-5009 BoardRAS-10SAVP-ND, RAS-13SAVP-ND, RAS-16SAVP-ND MCC-5045MP24Z3N Parts name Type SpecificationsParts name Model name Rating CAM-MD12TF DC12VCAM-B22YGTF-3 Refrigerant Cycle DiagramOperation Data Cooling Sleep Mode Operation START/STOP Operation Mode SelectionAUTO, COOL, DRY, Heat For Indoor Unit Outdoor Unit Inverter AssemblyMCC5009 P.C.B Role of indoor unit controller Outline of Air Conditioner ControlRole of outdoor unit controller  Operations followed toRemote Controller and Its Fuctions Filter IndicatorOperation Description Auto Restart FunctionIndoor unit Remote controllerOutdoor unit ON/OFFDRY operation Auto operationIndication Fan speed SymbolsIndoor fan air flow rate Heating operation Operation flow and applicable data, etc DescriptionIndication Fan speed Cold draft preventive controlMode, by the conditions Outdoor temperature ToOutdoor fan shown Table is selectedRemote controller Indoor unit Exchanger detects evaporation temperature and controls When temperature of the indoorCompressor speed so that temperature of the heat Exchanger detects condensation temperatureCase of operation stop Operation flow and applicable data, etcCondition Defrost operationLouver position in heating operation Louver position in cooling operationLouver position in dry operation Air directionMode SleepCooling operation If the filter lamp goes on, push Reset When keeping Reset button pushed forPush Reset button again TemporaryOperation PurposeSH control Release control PMV open degree control Stop by Setup value Power OFFClean operation Setting the clean operation Setting the clean operation cancelThis completes the clean operation setting Indoor P.C. boardSetting the unit Setting the remote controllerHeat operation Indoor control P.C. board At shipment Purpose8C Heat operation -ND model only Outdoor To reduce noise, Reset buttonWith Quiet control/Non-select method Purpose During stop of air conditioner StartDuring operation of air conditioner On 8˚C HeatIndoor fan control Basic fan controlAuto TSC Compressor speed control Refer to 4. Capacity controlTo temp Heater output Operation Base plate cord heater control PurposeOFF When the unit is standby Not operating How to Set the Auto Restart FunctionWhen the unit is in operation How to Turn Off Filter Indicator Power Failure During Timer OperationWhen the system is on stand-by not operating When the system is operatingParts Name of Remote Controller Display Automatic operation For the rear left and left piping Safety CautionsDo not allow the drain hose to become slack Optional Installation Parts Optional Parts, Accessories and ToolsAccessory and Installation Parts New tools for R410A Installation/Servicing ToolsChanges in the product and components New tools for R410A Applicable to R22 model ChangesRemote controller Installation LocationDrilling and Mounting Installation Plate Mounting the installation plateWiring Connection How to connect the connecting cable When the installation plate is directly mounted on the wallElectrical Work Anchor bolt Projection 15mm or lessHow to remove the drain hose How to remove the drain capDie-cutting front panel slit Changing drain hoseHow to attach the drain hose How to attach the drain capCase of bottom right or bottom left piping Left-hand connection with pipingDrainage Indoor Unit InstallationShield pipe Drain hose Inside the room Strong wind Precautions for adding refrigerantRefrigerant Piping Connection Flaring Draining the WaterProjection margin in flaring a Unit mm Flaring size B Unit mmUse a vacuum pump Tightening ConnectionTo secure To tighten Wiring Connection Packed Valve handling precautionsStripping length of connecting cable Model RASTest Operation Troubleshooting Procedure Precautions when handling the new inverter 3DV InverterControl circuitry has an uninsulated construction JAVP-E series insulated typeDischarging method Do not lay the circuit board assembly flatSensor leads Inverter coverConfirmation of Power Voltage Confirmation of Power SupplyFirst Confirmation Operation Which is not a Trouble Program OperationJudgment by Flashing LED of Indoor Unit Primary JudgmentWhich lamp does flash? Check Block display Description for self-diagnosis CodeHow to Use Remote Controller in Service Mode Self-Diagnosis by Remote Controller Check CodePush START/STOP button to release the service mode Push on or OFF buttonJudgment and action Block distinctionAir Block Cause of operation RemarksBlock Cause of operation Indoor Unit Including Remote Controller Judgment of Trouble by Every SymptomConfirmation procedure Primary checkOnly the indoor motor fan does not operate Cause Inspection procedureTroubleshooting for remote controller Check procedure Select phenomena described below Wiring Failure Interconnecting and Serial Signal WireOutdoor unit does not operate Terminal block at indoor sideCheck procedure Check Code 1C Miswiring in indoor/outdoor units and 1E1C1E How to Check Whether the Air Purifier is Good or Not TroubleshootingConduction check of micro-switch Primary checkSummarized Inner Diagnosis of Inverter Assembly How to Diagnose Trouble in Outdoor UnitDiagnosis/Process flowchart Contents Summary How to Check the P.C. Board Indoor Unit How to Check Simply the Main PartsOperating precautions Inspection proceduresProcedure Check points Causes Check proceduresOPERATION, TIMER, Filter Cool11-9-2. P.C. Board Layout Sensor characteristic tableIndoor Unit Other Parts Part name Checking procedureOutdoor Unit Case that product is good Checking Method for Each PartTester rod Resistance value Good product Cause Symptom12-1 Indoor Unit Part name Procedures RemarksHow to assemble the front panel How to assemble the high voltage generator How to assemble the electric parts box Slide the horizontal Remove the two screws used to secure Bearing base Pull out here Drain pipe Microcomputer Part name Procedure RemarksBoard layout Attachment No. Part name Procedure Remarks Common 1. DetachmentNo. Part name Procedure Remarks Some cases 100STIT-4X8MSZN Other parts from the control board assembly Disconnect the leads and connectors connected to101 Board baseSide cabinet left 102103 104 Handling precautionDetachment Detail a Arrow D Detail C 105Detail B Detail a Arrow DParts name Qty Remarks 106Part name MCC-5009 107MCC-5009-04 237 240108 Part Description109 402 407, 408 403 406 404 405 410401110 111 402 411, 412 403 406 404 405 410401112 13, 16, 19 14, 15, 17 20, 21, 23, 24113 114 13, 16, 19 14, 15, 17 20, 21, 23, 24 CORD, HEATER, Ass’y115 116 13-3. P.C. Board Layout117 Corresponding 118Model Toshiba Carrier Corporation

RAS-10SAVP-E, RAS-B10SKVP-E, RAS-B13SKVP-E specifications

Toshiba has established itself as a leader in the HVAC market, known for its innovative technologies and reliable performance. Among its range of air conditioning units, the Toshiba RAS-B10SKVP-E, RAS-10SAVP-E, and RAS-B13SKVP-E models stand out for their efficiency and advanced features.

The Toshiba RAS-B10SKVP-E is designed for optimal cooling and heating efficiency, making it an ideal choice for small to medium-sized rooms. One of its main features is the Super Hi-M-PAM inverter technology, which enhances energy savings by continuously adjusting the compressor speed to match the cooling demand. This results in lower energy consumption while maintaining a stable temperature. Additionally, the unit boasts a 4-in-1 operation mode that allows users to select cooling, heating, dehumidification, or ventilating modes, ensuring maximum comfort at all times.

Similarly, the RAS-10SAVP-E model incorporates advanced features such as an eco-friendly refrigerant, R32, which has a lower Global Warming Potential (GWP) compared to traditional refrigerants. This model is equipped with a high-efficiency filter that captures dust and allergens, ensuring cleaner air quality. The sleek design allows for easy integration into various interior styles, while its quiet operation makes it a preferred choice for residential environments.

The RAS-B13SKVP-E model takes performance to the next level with a robust cooling capacity, designed for larger spaces. This model utilizes Toshiba's unique DC Hybrid Inverter technology, which not only enhances cooling efficiency but also facilitates faster temperature control. A notable characteristic of this unit is its wide-angle air distribution system, which allows for even airflow throughout the room, enhancing comfort.

In addition to these features, all three models are equipped with smart controls that enable users to operate their air conditioning systems remotely via mobile devices. This connectivity adds convenience and ensures that users can manage their indoor climate at their fingertips. They also come with user-friendly interfaces and programmable timers, allowing for personalized comfort settings.

In conclusion, the Toshiba RAS-B10SKVP-E, RAS-10SAVP-E, and RAS-B13SKVP-E air conditioning units combine energy efficiency, innovative technology, and user-friendly features to deliver exceptional indoor comfort. With their advanced technologies, these models are ideal choices for anyone seeking reliable and effective climate control solutions.