What does Heat sink sensor error mean for Toshiba Air Conditioner?
If your Toshiba Air Conditioner displays 'Heat sink sensor error', it means that abnormal temperature was detected by the temp. sensor of the IGBT heat sink.
What to do if my Toshiba Air Conditioner detects indoor unit water overflow?
If the Toshiba Air Conditioner detects water overflow, it's likely due to a drainage issue or float switch activation, potentially caused by a clogged drain pipe or a faulty float switch circuit. Check the drain pipe for blockages and inspect the float switch circuit.
What causes an outdoor unit fan error on my Toshiba RAV-SM564UTP-E Air Conditioner?
If the Toshiba Air Conditioner displays an outdoor unit fan error, it means an issue (like overcurrent or locking) has been detected in the outdoor unit fan drive circuit. The problem might be with the outdoor unit fan motor or the outdoor unit P.C. board.
Why does my Toshiba RAV-SM564UTP-E display duplicated indoor addresses?
If your Toshiba Air Conditioner displays an error indicating duplicated indoor addresses, it signifies that the same address as the self-address was detected. This is due to an indoor address setting error.
What causes indoor unit-remote controller regular communication error in Toshiba RAV-SM564UTP-E Air Conditioner?
If your Toshiba Air Conditioner is showing an error related to the indoor unit-remote controller regular communication, it means that no data is being received from the remote controller or network adapter. This can be caused by issues with the remote controller, network adapter, or the indoor P.C. board.
What does 4-way valve error mean for Toshiba RAV-SM564UTP-E?
If your Toshiba Air Conditioner is showing 4-way valve error, it means that an error was detected due to temperature drop of the indoor unit heat exchanger sensor when heating. It may be coused by 4-way valve or indoor temp. sensors (TC/TCJ).
What does Other indoor unit error mean for Toshiba RAV-SM564UTP-E Air Conditioner?
If your Toshiba Air Conditioner displays an error about other indoor unit, it means that another indoor unit in the group is raising an alarm. Check E03/L07/L03/L08 alarm check locations and error description.
What causes 'No header remote controller' error on my Toshiba Air Conditioner?
If your Toshiba Air Conditioner is showing a 'No header remote controller' error, it indicates that the header remote controller has not been properly set (including cases with two remote controllers).
What causes outdoor unit discharge temp. sensor (TD) error in Toshiba RAV-SM564UTP-E Air Conditioner?
If your Toshiba Air Conditioner displays an error related to the outdoor unit discharge temp. sensor (TD), an open-circuit or short-circuit of the discharge temp. sensor was detected. This can be caused by the outdoor temp. sensor (TD) or the outdoor P.C. board.
What causes indoor unit heat exchanger sensor (TC) error in Toshiba RAV-SM564UTP-E Air Conditioner?
If your Toshiba Air Conditioner displays an error related to the indoor unit heat exchanger sensor (TC) , an open-circuit or short-circuit of the heat exchanger sensor (TC) was detected. This can be caused by the heat exchanger sensor (TC) or the indoor P.C. board.
Defines qualifications and knowledge required for unit installation and servicing personnel.
Details required protective equipment for various work tasks to ensure safety.
Outlines critical safety measures to be followed before, during, and after unit operations.
Specifies safety measures and procedures related to unit relocation to prevent hazards.
Lists key technical specifications, including sound power levels and weights, for different models.
Highlights safety precautions for R410A refrigerant, installation guidelines, and pipe material requirements.
Provides detailed external dimensions and mounting information for the specified indoor unit model.
Illustrates refrigerant flow diagrams for single, twin, triple, and double-twin indoor unit system setups.
Presents the electrical wiring diagram and connection details for the indoor unit.
Lists and specifies the types and specifications of electrical components used in the indoor unit.
Shows the functional block diagram of the indoor unit's control circuitry.
Details connection and setup procedures for wired, wireless, and combined remote controller systems.
Covers power reset behavior, operation mode selection, room temperature control, and fan speed logic.
Explains controls for cooling, freeze prevention, high-temperature release, drain pump, and after-heat functions.
Details louver functions, HA control, test run procedures, filter status display, and other operational settings.
Provides initial troubleshooting steps and confirmation points for wired and wireless remote controllers.
Lists error codes, their causes, diagnostic steps, and troubleshooting measures for various system faults.
Provides tables and graphs detailing the resistance values of temperature sensors at various temperatures.
Outlines the procedure for measuring fan motor winding resistance and expected values.
Details the process for replacing the indoor unit's P.C. board, including EEPROM data backup and writing.
Guides on performing test runs, setting functions, and interpreting P.C. board LED indicators.
Covers wiring for multiple controllers, address settings, monitoring functions, and checking error history.
Details the setup, wiring, and caution points for the 1:1 model TCC-LINK connection interface.
Explains central control address setup, louver swing modes, louver locking, and save operation configurations.
Outlines address setup procedures, group control terminology, system configurations, and auto/manual addressing.
Details the procedures for detaching and attaching key components like the suction grille and electric parts cover.
Explains detachment and attachment procedures for ceiling panel, P.C. board, drain pump, float switch, drain pan, and heat exchanger.
Provides exploded views and detailed parts lists for RAV-SM...E series models.
Provides exploded views and detailed parts lists for RAV-SM...TR series models.
Warns about refrigerant concentration limits in installation rooms and outlines required safety measures.
General| Cooling Capacity | 5.0 kW |
|---|---|
| Heating Capacity | 5.6 kW |
| Seasonal Energy Efficiency Ratio (SEER) | 6.1 |
| Power Supply | 220-240V, 50Hz |
| Refrigerant | R410A |
| Outdoor Unit Dimensions (W x H x D) | 780 x 550 x 290 mm |
| Weight (Indoor Unit) | 13 kg |
| Outdoor Unit Noise Level | 50 dB(A) |
| Type | Split System |
| Indoor Unit Noise Level | 32 dB(A) |
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