Operation Characteristic Curve | Toshiba RAV-SM1403AT-E1 guide

1-2. Operation Characteristic Curve

• Operation Characteristic Curve <Digital Inverter>

RAV-SM1103AT-E1,RAV-SM1403AT-E1
<Cooling>								<Heating>
	22								22
	20								20
	18	RAV-SM1103AT-E1							18
	16				RAV-SM1403AT403AT--E1E				16	RAVRAV--SM1403ATSM1403AT--E1E
	16								16

	14								14
(A)	12							(A)	12
Current	12							Current	12
	10								10
											RAV-SM1103AT-E1
	8								8		RAV-SM1103AT-E1
	8								8
	6								6
				• Conditions								• Conditions
	4			Indoor : DB27˚C/WB19˚C					4			Indoor : DB20˚C
				Outdoor : DB35˚C								Outdoor : DB7˚C/WB6˚C
	2			Air flow : High					2			Air flow : High
	2			Pipe length : 7.5m					2			Pipe length : 7.5m
				230V								230V
	0	20	40	60	80	100	120		0	20	40	60	80	100	120
	0	20	40	60	80	100	120		0	20	40	60	80	100	120

Compressor speed (rps)

Compressor speed (rps)

• Capacity variation ratio according to temperature

RAV-SM1103AT-E1,RAVSM1403AT-E1
<Cooling>									<Heating>
	105									120
	100									110
	95									100
	95
	90									90
	90
(%)	85								(%)	80
	85
										70
ratio	80								ratio	70
	80
										60
Capacity									Capacity	60
	75									50
										50
	70									40
										40
	65									30
										30
	60					• Conditions				20					• Conditions
						• Conditions				20					• Conditions
	55					Indoor : DB27˚C/WB19˚C									Indoor : DB20˚C
	55					Indoor air flow : High				10					Indoor air flow : High
						Pipe length : 7.5m									Pipe length : 7.5m
	50	33	34	35	36	37 38 39 40 41	42	43		0	-8	-6	-4	-2	0	2	4	6	8	10
	32	33	34	35	36	37 38 39 40 41	42	43		-14 -12 -10	-8	-6	-4	-2	0	2	4	6	8	10

Outdoor temp. (˚C)

Outdoor temp. (˚C)

– 14 –

Image 14

Toshiba RAV-SM1403AT-E1 Operation Characteristic Curve, Capacity variation ratio according to temperature, Cooling Heating

RAV-SM1403AT-E1 specifications

The Toshiba RAV-SM1403AT-E1 is a state-of-the-art air conditioning system designed for residential and commercial applications. Its advanced features and cutting-edge technology ensure optimal cooling and heating performance, making it a popular choice among consumers and businesses alike.

One of the standout characteristics of the RAV-SM1403AT-E1 is its energy efficiency. This model is equipped with a highly efficient inverter compressor that adjusts its output based on the cooling load required, which results in significant energy savings compared to traditional air conditioning systems. Its impressive Seasonal Energy Efficiency Ratio (SEER) ratings highlight its ability to provide effective climate control while minimizing electricity consumption.

The RAV-SM1403AT-E1 utilizes Toshiba’s innovative DC inverter technology, which allows for smoother and quieter operation. This means that users can enjoy a comfortable indoor environment without the disruptive noise often associated with conventional models. In addition to its quiet operation, this air conditioner also features an advanced air filtration system that helps to maintain indoor air quality by removing dust, allergens, and other pollutants.

Another major feature of this system is its versatility in installation. The RAV-SM1403AT-E1 can be installed in various configurations, allowing it to adapt to different spaces and design requirements. It supports multiple indoor units that can be connected to a single outdoor unit, providing flexibility for cooling or heating multiple areas simultaneously.

Smart technology is also integrated into the RAV-SM1403AT-E1. Users can take advantage of remote control options, including Wi-Fi capabilities that allow for convenient management of the air conditioning system via smartphones or tablets. This level of control ensures that users can adjust settings even when they are not present, increasing comfort and efficiency.

The build quality of the Toshiba RAV-SM1403AT-E1 reflects its durability and reliability. Designed to withstand varying environmental conditions, it includes corrosion-resistant features that extend the lifespan of the unit, making it a practical investment for both home and commercial use.

In summary, the Toshiba RAV-SM1403AT-E1 combines energy efficiency, advanced technology, and flexible installation options, making it an excellent choice for those seeking a high-performance air conditioning solution. With its innovative features and commitment to sustainability, this model stands out in the competitive HVAC market.

Contents

RAV-SM1103AT-E1 RAV-SM1403AT-E1 Contents Original instruction Work undertaken Protective gear worn Explanation of indicationsExplanation of illustrated marks Indication Explanation Confirmation of warning label on the main unit Description Precaution for Safety Undertake the work Refrigerant used by this air conditioner is the R410A Properly Model names with a rating of 12 kW and below outdoor units Explanations given to userRelocation DI series Copper pipe Piping Safety Caution Concerned to New RefrigerantPipe Materials Flare nut Tools General tools Conventional tools can be used Outdoor Unit Digital Inverter Operation Characteristic Curve Digital Inverter Operation Characteristic CurveCapacity variation ratio according to temperature Cooling Heating Construction Views External Views RAV-SM1103AT-E1, RAV-SM1403AT-E1 RBC-TWP30E2, RBC-TWP50E2 Simultaneous Twin Model RBC Outdoor unit RAV-SM1103AT-E1 Wiring Diagram Specifications of Electric Parts Piping Materials and Joints Used Safety During Installation/ServicingRefrigerant Piping Installation Copper Pipes Processing of Piping Materials Flare Processing Procedures and PrecautionsJoints Flare and flare nut dimensions for R22 3 Dimensions related to flare processing for R410A / R22Flare and flare nut dimensions for R410A R410A R22 R410A, R22 Clutch type Wing nut type Wrenches available on the market Flare Connecting Procedures and PrecautionsNm kgfm Recharging of Refrigerant Required Tools Brazing of Pipes Low temperature brazing fillerFlux Reason why flux is necessary Materials for Brazing Silver brazing filler Piping materials for brazing and used brazing filler/flux Characteristics required for fluxTypes of flux Brazing Restricted Items to Use the Existing Pipes Instructions for Re-use Piping of R22 or R407CBasic Conditions Needed to Reuse the Existing Pipe Branching Pipe for Simultaneous Operation System Final Installation Checks YES Handling of Existing Pipe Reference outside diameter Wall thickness CN806 Discharge temperature release control Outline of Main Controls Pulse Modulating Valve PMV control Cooling fan control Current release controlOutdoor fan control Allocations of fan tap revolutions rpm Normal time Coil heating controlHeating fan control Defective to sensor Current release control value Current release value shift controlDefrost control Control of compressor case thermo High-pressure switchAt normal to At error to Zone Start of heating operation Troubleshooting procedure Summary of TroubleshootingBefore troubleshooting Wired remote controller type Wireless remote controller type Trouble Confirmation of lamp display Troubleshooting Outline of judgment Others Other than Check Code Lamp indication Check code Cause of trouble occurrence Contents Pushing Test button returns the status to the usual display Check Code List Outdoor Indication Central control indication Remote controller Error mode detected by indoor unit TCJ Error mode detected by outdoor unit After After Series Operation of diagnostic function Judgment and measures Contents Error Display Diagnostic Procedure for Each Check Code Outdoor Unit Display of the latest error Case thermostat operation E04 YES Heat exchanger temp. sensor TE error F06 F15 Miswiring of heat exchanger sensor TE, TS F12 Suction temp. sensor TS errorF13 Heat sink temp. sensor TH error H01 Compressor break down H02 Compressor lock P03 Discharge temp. error L10 High pressure SW system error Power supply error Vdc, High pressure protective operation P07 Heat sink overheat error P15 Gas leak detection Check Code P19 Outdoor Check and troubleshooting LED display Way valve reversal error Open valve fully Method Single operation check for outdoor fan Position detection circuit error TD, TL sensors Representative value Temperature sensorTA, TC, TCJ, TE, TS, to sensors Representative value TA, TC, TCJ, TE, TS, to sensors Resistance value Parts name Checking procedureTable Inspection of outdoor unit main parts Position Procedure Calling of Error HistoryContents Group Control Operation Initial communication „ Indoor unit power-ON sequenceBy feed unit Automatic address judgment Usual regular Communication Outdoor Unit Service switch SW800, SW801 operationsRefrigerant recovery control Service switch setting Case to return the setting to one at shipment from factory LED display switching Display switching list Error display ON, OFF, Slow flashing Once/second Open PMV Electronic expansion valve fully Applicable Control of Outdoor unit Address Setup Address Setup Procedure Terminology Address Setup & Group ControlSystem Configuration Automatic Address Example from Unset Address No miswiring Only turning on source power supply Automatic completion Standard One outdoor unit Single Twin Address Setup Manual setting from remote controller Remote Controller WiringWiring diagram Single system Simultaneous twin system Confirmation of Indoor Unit No. Position Button Maintenance/Check list To know the position of indoor unit body by address Removing the P.C. board Setting the jumper wiresInstalling the P.C. board Exchanging Procedure of Compressor Outline Exchange of Compressor Detachments Discharge port Part name Procedure Remarks Perform works of 1 of c, 2 of f Propeller fan When reconnecting the lead wires to Pulse Modulating Product Exploded Views and Parts List RAV Inverter assembly Toshiba Carrier Corporation