How to fix Hisense AUD-60UX6SPHH indoor EE fault?
An indoor EE fault in your Hisense Air Conditioner can be caused by: * A faulty EE component: Replace the EE component. * A failure in the EE control circuit of the control board: Replace the control board. * Incorrect insertion of the EE component: Reinsert the EE component correctly.
What causes outdoor ambient temperature sensor fault in Hisense Air Conditioner?
An outdoor ambient temperature sensor fault in your Hisense Air Conditioner may arise from: * A loose connection of the outdoor ambient temperature sensor: Reconnect the sensor. * A failure of the sensor itself: Replace the outdoor ambient temperature sensor. * A failure in the sampling circuit: Replace the outdoor control board components.
What causes outdoor coil temperature sensor fault in Hisense AUD-60UX6SPHH?
An outdoor coil temperature sensor fault in your Hisense Air Conditioner can be due to: * A loose connection of the outdoor coil temperature sensor: Reconnect the sensor. * A failure of the sensor itself: Replace the outdoor coil temperature sensor. * A failure in the sampling circuit: Replace the outdoor control board components.
How to troubleshoot defrosting sensor fault in Hisense AUD-60UX6SPHH?
A defrosting sensor fault in your Hisense Air Conditioner could be due to: * Loose wiring: Reconnect the wiring of the defrosting sensor. * Sensor failure: Replace the defrosting sensor. * Sampling circuit issue: Replace the outdoor control board.
General| Cooling Capacity | 6.0 kW |
|---|---|
| Power Supply | 220-240V, 50Hz |
| Refrigerant | R32 |
| Energy Efficiency Ratio (EER) | 3.21 |
| Noise Level (Indoor Unit) | 38 dB(A) |
Highlights features like space saving, static pressure options, eco-friendly refrigerant, timer, and quiet operation.
Lists model numbers for DC Inverter and ON/OFF Unitary air conditioner types.
Provides essential safety guidelines and warnings before commencing installation work.
Lists the necessary tools and instruments required for the proper installation process.
Details the procedures and considerations for installing the indoor unit of the air conditioner.
Explains the process and requirements for installing the refrigerant pipes.
Covers the steps and precautions for installing the unit's drain piping system.
Provides instructions and safety notes for performing the electrical wiring connections.
Details the procedures and considerations for installing the outdoor unit.
Recommends professional installation and checking power supply voltage before installation.
Warns against product transformation, welding near flammable materials, and corrosive environments.
Advises on damaged supply cords, electrical grounding, wiring practices, and circuit capacity.
Includes cautions on using gasoline, power switch operation, and avoiding obstructions.
Illustrates the appearance of indoor units for different capacity ranges.
Illustrates the appearance of outdoor units for different capacity ranges.
Describes the wire remote controller used for basic operations and settings.
Describes the wireless remote controller for controlling the air conditioner.
Introduces the wire remote controller, its receiver, and key functional buttons.
Explains the function of each button on the wire remote controller.
Details the various indicators and information displayed on the wire remote controller's LCD screen.
Describes how to select different operation modes like Cooling, Dry, Fan, and Heating.
Explains how to adjust the fan speed through Auto, High, Medium, and Low settings.
Details how to set the desired room temperature using the remote controller.
Explains how to activate and deactivate the Sleep Mode for comfortable sleeping.
Details how to set TIMER OFF and TIMER ON modes for automatic operation.
Provides a step-by-step guide for the physical installation of the wire remote controller.
Details the functions of various buttons on the H1 wireless remote controller.
Instructions on how to correctly insert batteries into the remote controller.
Explains how to operate the air conditioner using the remote controller.
Details the process of changing between Cooling, Dry, Fan Only, and Heating modes.
Explains fan speed settings within Fan Mode and limitations in other modes.
Specifies the available temperature ranges for Heating/Cooling and Fan Only modes.
Describes how airflow direction is automatically adjusted and manually controlled.
Explains how to set the vertical airflow angle using the remote controller.
Explains how to set the horizontal airflow angle using the remote controller.
Details the SMART mode, which automatically sets temperature and fan speed based on room conditions.
Explains how to set the real time using the CLOCK button and adjustment buttons.
Introduces the convenience of setting timers for automatic ON/OFF operation.
Provides detailed steps for setting the timer to turn the unit ON automatically.
Explains the SLEEP mode for creating a comfortable sleeping environment.
Describes the SUPER mode for fast cooling or heating operations.
Details the functions of various buttons on the J1 wireless remote controller.
Instructions on how to correctly insert batteries into the remote controller.
Explains how to operate the air conditioner using the remote controller.
Details the functions of various buttons on the E4-07 wireless remote controller.
Discusses compressor protection, cooling/heating operations, and anti-freezing functions.
Provides guidance on what to do if operational issues persist after checking common problems.
Instructs to contact the contractor with unit model and trouble content if issues remain.
Advises checking the SET TEMP setting if the unit does not operate.
Lists checks for obstructions, heat sources, air filters, and open doors/windows.
Describes normal occurrences like smells, sounds from parts, steam, dew, and refrigerant flow sound.
Addresses smells that may adhere to the indoor unit after long periods of use.
Explains that sounds from thermal deformation of plastic parts during operation are normal.
Explains that steam generation during defrosting is a normal operational characteristic.
Describes dew formation on the air panel under high humidity cooling conditions.
Notes that sounds from refrigerant flow during startup/shutdown are normal.
Illustrates the path of refrigerant through the system's components.
Shows the electrical connections for DC Inverter and ON/OFF Unitary types.
Provides critical safety warnings regarding installation, electrical work, and refrigerant handling.
Lists the required tools and instruments for performing the air conditioner installation.
Details the procedures and considerations for installing the indoor unit.
Outlines the initial checks to perform before and during indoor unit installation.
Explains how to install suspension bolts for mounting the indoor unit.
Describes the process of physically mounting the indoor unit onto the installed suspension bolts.
Details how to ensure the indoor unit is installed horizontally level.
Provides guidance on installing air ducts connected to the indoor unit.
Further instructions on ensuring the indoor unit is perfectly level during installation.
Details the connection of ducts to the indoor unit's flanges.
Covers selecting copper pipe, cleaning, and connecting pipes between units.
Specifies the correct torque values for tightening refrigerant pipe connections.
Explains the importance and method of insulating refrigerant tubes.
Details how to install the drain piping and connect it properly.
Describes the procedure for testing the drain piping to ensure proper water flow.
Explains which areas require insulation to prevent condensation and leaks.
Emphasizes neat wiring, proper clamping, and separation of wiring types.
Details the steps for connecting power cords, earth wires, and remote control wires.
Explains how to adjust static pressure by changing fan motor terminals.
Lists default and optional static pressure values for various air conditioner models.
Guidance on choosing suitable locations, avoiding sunlight, oil fog, and ensuring ventilation.
Specifies maximum allowed lengths and height differences for refrigerant tubing.
Covers fixing the unit base, wiring instructions, and grounding requirements.
Details the process of flaring copper tubes and connecting them between indoor and outdoor units.
Explains how to insulate refrigerant tubes and tape them together for protection.
Describes how to perform a leak test on the refrigerant system using liquid soap.
Outlines the steps for conducting a test run of the air conditioner after installation.
Details essential checks like insulation resistance and stop valve status before operation.
Emphasizes using an ELB, checking insulation resistance, and ensuring stop valves are open.
Advises on safety during operation, such as avoiding hot parts and not touching the magnetic switch.
Provides guidance on selecting appropriate wire sizes based on current and EN60 335-1 standards.
Lists the components included with the indoor unit packaging.
Lists the components included with the outdoor unit packaging.
Provides information on the correct and environmentally responsible disposal of the product.
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