To Next PageTo Next PageWhat to do if there is a gas leakage in Mitsubishi Heavy Industries FDTA501R Air Conditioner?
If you suspect a gas leak in your Mitsubishi Heavy Industries Air Conditioner, the suggested solution is to locate and repair the leak.
What to do if there is insufficient refrigerant in Mitsubishi Heavy Industries FDTA501R?
If your Mitsubishi Heavy Industries Air Conditioner circuit has insufficient refrigerant, you should replenish the refrigerant in the circuit.
What to do if the outdoor unit fan is locked in Mitsubishi Heavy Industries FDTA501R Air Conditioner?
If the outdoor unit fan of your Mitsubishi Heavy Industries Air Conditioner is locked, you should inspect and repair the fan.
What to do if the indoor fan is locked in Mitsubishi Heavy Industries Air Conditioner?
If the indoor fan of your Mitsubishi Heavy Industries Air Conditioner is locked, you should inspect and repair it.
What to do if there is clogging of strainer in Mitsubishi Heavy Industries FDTA501R Air Conditioner?
If the strainer of your Mitsubishi Heavy Industries Air Conditioner is clogged, you should clean or replace it.
What to do if there is ineffective compression in Mitsubishi Heavy Industries Air Conditioner?
If your Mitsubishi Heavy Industries Air Conditioner has ineffective compression due to a defective compressor, you should inspect and replace the compressor if necessary.
What to do if there is mixture of non condensable gas in Mitsubishi Heavy Industries FDTA501R Air Conditioner?
If there's a mixture of non-condensable gas (like air) in your Mitsubishi Heavy Industries Air Conditioner, remove the non-condensable gas from the circuit.
What to do if there is too high temperature of room in Mitsubishi Heavy Industries Air Conditioner?
If the room temperature is too high when using your Mitsubishi Heavy Industries Air Conditioner, adjust the indoor temperature settings.
Why is my Mitsubishi Heavy Industries FDTA501R's compression ineffective?
Ineffective compression in your Mitsubishi Heavy Industries Air Conditioner is likely due to a defective compressor.
General| Brand | Mitsubishi Heavy Industries |
|---|---|
| Model | FDTA501R |
| Category | Air Conditioner |
| Language | English |
Provides details on specific features and model naming conventions.
Highlights key features like R410A compliance, high COP, energy labeling, and microcomputer control.
Explains the structure and meaning of model codes for different unit types.
Contains specifications, range of usage, exterior dimensions, and performance data for unit selection.
Lists detailed technical specifications for various unit types including capacity, power source, and refrigerant.
Outlines operating temperature limits, installation site restrictions, and prohibited locations.
Provides dimensional drawings and measurements for indoor and outdoor units.
Illustrates refrigerant piping diagrams for different model configurations and connections.
Presents noise level data in octave bands for indoor and outdoor units.
Details wiring diagrams, parts, color codes, and switch settings for indoor and outdoor units.
Shows the wiring diagram for indoor units, including PCB layout and switch functions.
Provides wiring diagrams for outdoor units, detailing PCB layouts, connections, and components.
Explains how the microcomputer controls system operation, including remote controller functions and diagnostic modes.
Details the layout, functions, and operation of the wired remote controller.
Explains the indicators and buttons on the wireless remote controller and its operation.
Describes room temperature control, automatic operation, and control part functions.
Explains compressor speed control, soft start, and outdoor fan control logic.
Covers installation procedures for indoor and outdoor units, including mounting, piping, and wiring.
Details selection of installation location and installation space for various indoor unit types.
Covers haulage, installation location, mounting, piping, and wiring for outdoor units.
Provides methods for calculating and performing refrigerant charging based on piping length and model.
Covers maintenance procedures like evacuation, troubleshooting, and diagnostics.
Explains the process of purging impurities and moisture using a vacuum pump.
Guides on diagnosing operating pressure and temperature differences to identify circuit issues.
Details self-diagnosis functions and error codes for indoor and outdoor units.
Explains the meaning of LED indicators on wireless units for operation status and error codes.
Provides an overview of specific features, model naming, and system combinations for multi-type units.
Highlights features like flexible indoor unit selection, R410A compliance, and advanced microcomputer control.
Explains the model naming convention for multi-type V-MULTI systems.
Contains specifications, range of usage, dimensions, and operating characteristics for multi-type systems.
Lists detailed specifications for various indoor unit types (FDTC, FDT, FDEN, FDKN, FDUM).
Provides detailed specifications for outdoor units used in multi-type systems.
Explains how to calculate system operation characteristics based on indoor and outdoor unit combinations.
Outlines operating temperature limits, installation site restrictions, and prohibited locations.
Provides dimensional drawings and measurements for indoor and outdoor units.
Illustrates refrigerant piping diagrams for different model configurations and connections.
Presents noise level data in octave bands for indoor and outdoor units.
Details wiring diagrams, parts, color codes, and switch settings for indoor and outdoor units.
Explains how the microcomputer controls system operation.
Covers installation procedures for indoor and outdoor units.
Covers maintenance procedures like evacuation, troubleshooting, and diagnostics.
Specifies the model number and paint color for the wireless kit.
Lists the components included with the wireless kit, such as receiver and remote controller holder.
Describes the physical layout of the receiver and its operational indicators.
