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Toshiba RAV-SM802AT-E FILE NO. SVM-06012, TA sensor, TC, TCJ sensor, Caracteristics-1

Models: RAV-SM562AT-E RAV-SM802AT-E RAV-SM802XT-E

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FILE NO. SVM-06012

Relational graph of temperature sensor resistance value and temperature

Resistance (kΩ )

			40
	TA sensor				TC, TCJ sensor
			30
Caracteristics-1			30	Caracteristics-2
	Resistance
		(kΩ	)
			20
			10

10	20	30	40	50	0	0	10	20	30	40	50	60	70
					10

200

Resistance (kΩ )

(10° C or lower)

100

Temperature [° C]

Caracteristics-3

Temperature [° C]

20TE, TO, TS sensor

Resistance (kΩ )

(10° C or higher)

Temperature [° C]

TD sensor

200Caracteristics-4

Resistance (kΩ )

(50° C or lower)

100

Resistance (kΩ )

(50° C or higher)

50100

Temperature [° C]

– 26 –

Page 28

Image 28

Toshiba RAV-SM802AT-E FILE NO. SVM-06012, TA sensor, TC, TCJ sensor, Caracteristics-1, Caracteristics-2, Caracteristics-3

Contents

FILE NO. SVM-06012 AIR-CONDITIONERUNDER CEILING / CONSOLE TYPE R410ACONTENTS FILE NO. SVM-06012FILE NO. SVM-06012 1. SPECIFICATIONS1-1.Indoor Unit Flexi Type Current Compressor speed rpsOutsoor temp. ˚C FILE NO. SVM-060122-1.Indoor Unit 2. CONSTRUCTION VIEWSFILE NO. SVM-06012 3. SYSTEMATIC REFRIGERATING CYCLE DIAGRAM 3-1. RAV-SM562XT-E / RAV-SM802XT-EFILE NO. SVM-06012 Indoor unit4. WIRING DIAGRAM Indoor Unit5. SPECIFICATION OF ELECTRICAL PARTS SpecificationsFILE NO. SVM-06012 Indoor Unit6-1.Safety During Installation/Servicing 6-2.Refrigerant Piping Installation6. REFRIGERANT R410A FILE NO. SVM-06012FILE NO. SVM-06012 Table 6-2-1Thicknesses of annealed copper pipesFILE NO. SVM-06012 OuterFILE NO. SVM-06012 NominalOuter diameter Tightening torque6-3.Tools FILE NO. SVM-060126-3-1.Required tools General tools Conventional tools can be usedFig. 6-4-1Configuration of refrigerant charging 6-4.Recharging of RefrigerantFILE NO. SVM-06012 6-5.Brazing of Pipes 3Low temperature brazing filler6-5-2.Flux 1Reason why flux is necessary FILE NO. SVM-060122Characteristics required for flux FILE NO. SVM-06012REMOTE CONTROL 7. CONTROL BLOCK DIAGRAMFILE NO. SVM-06012 8-1.When power supply is reset 8-3.Air volume control8. OPERATION DESCRIPTION 8-2.Operation mode selection8-4.Cool air discharge preventive control FILE NO. SVM-06012HEAT Fig. Table8-6. High-temprelease control 8-7.Louver control8-8.Filter sign display FILE NO. SVM-060128-9.Auto Restart Function FILE NO. SVM-060128-10.Filter Check Lamp 8-9-2.How to cancel auto restart function8-9-3.Power failure during timer operation 8-10-1.How to turn off filter check lamp9-1.Summary of Troubleshooting 9. TROUBLESHOOTINGFILE NO. SVM-06012 9-2-1.How to use remote control in service mode 9-2. Self-Diagnosisby Remote Control Check CodeFILE NO. SVM-06012 Operation of diagnostic function FILE NO. SVM-06012Check CheckNo display in the setting at shipment Operation of diagnostic functionFILE NO. SVM-06012 CheckOperation of diagnostic function SymptomFILE NO. SVM-06012 Judgement and actionFILE NO. SVM-06012 TA sensorTC, TCJ sensor Caracteristics-110-1.Indoor Unit 10. DETACHMENTSFILE NO. SVM-06012 Procedures 2Front panel How to remove the Front panelFILE NO. SVM-06012 Part nameFILE NO. SVM-06012 Part nameFILE NO. SVM-06012 Part nameProcedures How to remove the Multiblade fan andFILE NO. SVM-06012 Part name11. EXPLODED VIEWS AND PARTS LIST 11-1.Indoor Unit E-PartsAssy403 405 40111-2.Indoor Unit FILE NO. SVM-06012AMPHUR MUANG, PATHUMTHANI 12000, THAILAND

TA sensor

TC, TCJ sensor

Caracteristics-1

Caracteristics-2

Caracteristics-3

20TE, TO, TS sensor

TD sensor