How to fix duplicated indoor addresses on a Toshiba RAV-SM806KRT-E Air Conditioner?
If your Toshiba Air Conditioner displays duplicated indoor addresses, it is due to an indoor address setting error. Resolve the indoor address setting to fix this issue.
What to do if my Toshiba RAV-SM806KRT-E Air Conditioner does not run?
If your Toshiba Air Conditioner isn't running, check for a blackout, a blown circuit breaker, or activation of the protective device (look for blinking operation indicator on the wired remote controller). Also, ensure that the air intake or discharge of the outdoor unit isn't blocked.
What to do if the switch does not work properly on Toshiba RAV-SM806KRT-E Air Conditioner?
If the switch on your Toshiba Air Conditioner isn't working correctly, immediately stop running the unit, turn off the circuit breaker, and contact the dealer where you purchased the product.
What to do if open phase is detected in Toshiba RAV-SM806KRT-E Air Conditioner?
If your Toshiba Air Conditioner detects an open phase, it might be due to an incorrectly connected power wire. You should check the open phase and voltages of the power supply.
What to do if Toshiba RAV-SM806KRT-E detects indoor unit water overflow?
If your Toshiba Air Conditioner detects water overflow, it could be due to drainage issues or a float switch activation. Check the drain pipe for any clogging, inspect the drainage system, and examine the float switch circuit and the indoor P.C. board.
Why is my Toshiba RAV-SM806KRT-E showing a LAN communication error?
If your Toshiba Air Conditioner has LAN communication errors, the issue might be a duplication of address in central control communication. To resolve this, check the address settings in central control communication.
How to troubleshoot indoor unit-outdoor unit serial communication error on Toshiba RAV-SM806KRT-E?
To resolve an indoor unit-outdoor unit serial communication error on your Toshiba Air Conditioner, check the system interconnection wires, the indoor P.C. board, and the outdoor P.C. board.
How to correct duplicated header remote controllers on a Toshiba RAV-SM806KRT-E Air Conditioner?
If your Toshiba Air Conditioner displays duplicated header remote controllers, it is due to a remote controller address setting error. Correct the header remote controller settings to resolve this.
What does indoor unit room temp. sensor (TA) error mean on Toshiba RAV-SM806KRT-E Air Conditioner?
If your Toshiba Air Conditioner displays an error related to the indoor unit room temp. sensor (TA), it means an open-circuit or short-circuit of the room temp. sensor (TA) was detected. Check the room temp. sensor (TA) and the indoor P.C. board.
What does indoor unit heat exchanger sensor (TCJ) error mean on Toshiba RAV-SM806KRT-E?
If your Toshiba Air Conditioner displays an error related to the indoor unit heat exchanger sensor (TCJ), it means an open-circuit or short-circuit of the heat exchanger sensor (TCJ) was detected. Check the heat exchanger sensor (TCJ) and the indoor P.C. board.
General| Type | Air conditioner indoor unit |
|---|---|
| Multi-split | - |
| Product color | White |
| Built-in display | No |
| Hose length (max) | 30 m |
| Remotely operated | Yes |
| Air conditioner functions | Cooling, Heating |
| Cooling capacity in watts (max) | 7000 W |
| Cooling capacity in watts (min) | 1500 W |
| Heating capacity in watts (max) | 9000 W |
| Cooling capacity in watts (nominal) | 6700 W |
| Cooling energy efficiency (EER, W/W) | 3.42 |
| Heating energy efficiency (COP, W/W) | 2.95 |
| Operating temperature (cooling) (T-T) | -15 - 46 °C |
| Operating temperature (heating) (T-T) | -15 - 15 °C |
| Seasonal efficiency rating (cooling) (SEER) | 5.62 |
| Heating capacity in watts (nominal) (Average heating season) | 7700 W |
| Seasonal efficiency rating (heating) (SCOP) (Average heating season) | 4.01 |
| AC input voltage | 220-240 V |
| AC input frequency | 50 Hz |
| Energy efficiency class (cooling) | A+ |
| Power consumption (cooling) (max) | 2440 W |
| Power consumption (heating) (max) | 2610 W |
| Annual energy consumption (cooling) | 417 kWh |
| Hourly energy consumption (cooling) | - kWh |
| Annual energy consumption (heating) (Average heating season) | 2196 kWh |
| Indoor unit type | Wall-mountable |
| Indoor unit depth | 228 mm |
| Indoor unit width | 1050 mm |
| Indoor unit height | 320 mm |
| Indoor unit weight | 12000 g |
| Indoor units quantity | 1 |
| Cooling airflow (indoor unit) | 1020 m³/h |
| Indoor unit noise level (high speed) | 62 dB |
| Outdoor units quantity | 0 |
Qualifications and knowledge required for a qualified installer.
Qualifications and knowledge required for a qualified service person.
Explanation of warning indications (DANGER, WARNING, CAUTION).
Explanation of illustrated marks (prohibited, mandatory, caution).
Wear protective gear like insulated gloves and boots when working with live parts.
Warning against unauthorized modifications or disassembly of parts.
Only qualified personnel should repair the air conditioner.
Use only the specified refrigerant (R410A) and handle it safely.
Wear appropriate protective gear for electrical and height work.
Follow safety procedures and use ladders/helmets when working at heights.
Conduct electrical work according to regulations and use proper safety measures.
Use appropriate copper pipes and joints for R410A refrigerant.
Installation must be performed by a qualified installer.
Follow instructions in the Installation Manual carefully.
Avoid locations with combustible gas risks and ensure proper unit height.
Relocation must be done by a qualified installer.
Detailed specifications for the High-Wall type air conditioner.
External views and dimensions of the 4-Way Air Discharge Cassette Type.
Dimension table for refrigerant pipes based on indoor unit type.
Wiring diagram specific to the High Wall type air conditioner.
Specifications for electrical parts used in the High Wall type.
Safety precautions for handling R410A refrigerant during installation and servicing.
Covers the installation of refrigerant piping.
Procedures and precautions for processing refrigerant piping materials.
Procedures and precautions for making flare connections.
List of tools required for R410A refrigerant handling and installation.
Steps for safely recharging the specified amount of refrigerant.
Types of brazing filler materials suitable for joining pipes.
Reason for flux necessity and types of flux used in brazing.
Brazing method to prevent oxidation and procedures.
Block diagram of the indoor unit controller and its connections.
Connection diagram for wireless remote controllers.
Unit behavior after reset and operation mode selection.
Specifications for controlling room temperature based on sensor readings.
Logic for automatic capacity and mode switching based on temperature.
How fan speed is controlled in cooling and heating modes.
Control to prevent cold air discharge during heating operations.
Control to prevent freezing and release high temperature conditions.
Control for residual heat, louvers, and external signals.
Settings for test runs, filter indicators, and central control modes.
Controls for energy saving and limiting operating frequency.
Operation and error detection for the DC motor.
Details on self-clean, save, and auto restart functions.
Operations for frost protection and enhanced cooling/heating.
Sleep mode operation for comfort and energy saving.
Operations for saving settings, reducing noise, and sleeping comfort.
Diagram showing the layout of components on the MCC-1510 PCB.
Settings for optional switches and specifications for board connectors.
Overview of troubleshooting steps, tools, and confirmation points.
General procedure for troubleshooting issues and identifying defective parts.
Specific troubleshooting for High Wall type units.
Method to interpret error codes based on flashing indicators and self-diagnosis.
Troubleshooting common communication errors between units and controllers.
Troubleshooting errors related to indoor unit components like fans and sensors.
Troubleshooting errors detected in the outdoor unit.
Troubleshooting sensor errors within the indoor unit.
Troubleshooting compressor and power supply errors in the outdoor unit.
Troubleshooting errors related to group control, addresses, and communication.
Troubleshooting issues occurring during test runs or mode disagreements.
Error codes and troubleshooting for wired remote controllers.
Error codes related to central control system communication.
Troubleshooting errors related to outdoor unit sensors.
Troubleshooting compressor and power supply errors in the outdoor unit.
Troubleshooting errors related to system protection and operational faults in the outdoor unit.
Diagnostic steps for E01, E02, and E09 errors related to communication.
Diagnostic steps for E04 and E10 errors involving wiring and power.
Diagnostic steps for E18, E08, L03, L07, L08, L09 errors related to group control and addressing.
Diagnostic steps for E09 and E18 errors related to remote control and group operation.
Diagnostic steps for L30 (outdoor unit connection) and F10 (TA sensor) errors.
Diagnostic steps for P12 error related to the indoor fan motor.
Diagnostic steps for F01, F02 (TC/TCJ sensor) and F29 (EEPROM) errors.
Diagnostic steps for P31 error in follower indoor units.
Tables showing resistance values for various sensors at different temperatures.
Procedures for replacing the service P.C. board, including data backup and restoration.
Method for setting DIP switches on the P.C. board.
Configuration codes related to indoor unit capacity.
Procedure for setting up and performing a test run using the remote controller.
Setup procedure for forced defrost operation using the wired remote controller.
Explanation of the LED indicators on the P.C. board.
Procedure for selecting and configuring functions via the wired remote controller.
Table of function codes (DN) and their settings.
Wiring and settings for remote controllers.
Setup for controlling the unit with two remote controllers.
Procedure for selecting wireless remote controller A or B.
How to use the remote controller to monitor sensor data and operational status.
Procedure to display sensor temperatures and operational data.
Procedure to recall and view stored error histories.
How to control multiple units as a group.
Steps for setting addresses for indoor units in group control.
Functions of the TCC-LINK central control system.
Connection diagram for linking indoor units to the TCC-LINK central controller.
Wiring specifications for central control systems, including cable types and lengths.
Instructions for setting onboard switches for central control.
Step-by-step procedure for setting onboard switches.
Address setting for central control of connected indoor units.
Procedure for manual setting or changing of refrigerant line addresses.
Manual setting of indoor unit refrigerant line addresses for systems up to 29 refrigerant systems.
Manual setting of indoor unit refrigerant line addresses for systems with 30 or more refrigerant systems.
Setting address numbers for central control via the remote controller.
Procedure for setting indoor unit addresses, including auto and manual methods.
Explains address settings and configurations for group, twin, and triple operations.
Manual procedure for setting indoor unit addresses using the remote controller.
Procedures to find the address of an indoor unit by its location or address.
Step-by-step instructions for detaching the front panel of the indoor unit.
Procedure for detaching electrical parts assemblies, including sensors and motors.
Procedure for removing the horizontal louver.
Steps for detaching the evaporator (heat exchanger) from the unit.
Procedure for removing the bearing and its base.
Steps for detaching the fan motor assembly.
Procedures and cautions for reassembling the cross flow fan and motor.
Visual breakdown of indoor unit components with part numbers.
List of electrical components with their location and part numbers.
Supplementary manual for installing the Lite-Vision remote controller.
Safety precautions specific to the Lite-Vision remote controller installation.
List of accessory parts included with the remote controller.
Guidelines for choosing a suitable installation location for the remote controller.
Dimensions and mounting hole details for remote controller installation.
Wiring requirements for remote controllers and inter-unit communication.
Instructions for installing multiple remote controllers.
Steps for physically mounting the remote controller.
Wiring diagram and requirements for connecting the remote controller.
Specific wiring requirements for group control configurations.
Requirements for installing two remote controllers in a system.
Basic diagrams illustrating wiring configurations for remote controllers.
Initial startup procedures for the remote controller after installation.
Identification and explanation of remote controller buttons and displays.
How to switch between normal and detailed display modes on the remote.
How to access and interpret the remote controller's monitor screen.
Setting the date and time for the remote controller.
Assigning a name to the room where the remote controller is installed.
Adjusting the contrast of the remote controller's LCD screen.
Turning the LCD backlight on or off.
Enabling or disabling the key lock function to prevent accidental changes.
Setting the remote controller as a header or follower unit in a system.
Selecting the display language for the remote controller.
Configuring the press-and-hold function for the ON/OFF button.
Accessing advanced settings and operational modes.
Steps for performing the test mode and stopping it.
Registering service contact, model, and serial number information.
Manual entry of information for specific unit types.
Entering the service contact telephone number.
Entering model and serial numbers for outdoor and indoor units.
Selecting and inputting model and serial numbers.
Viewing and deleting the history of recorded alarms.
Monitoring sensor temperatures and operational status.
Performing advanced settings using DN codes.
Understanding and managing refrigerant concentration limits in installation rooms.
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