Mission Air DAF6C0W-cWI Air Conditioning for Homes Instruction Manual

Mission Air DAF6C0W-cWI Air Conditioning for Homes

Attention!
Do not install or use the portable air conditioner before carefully reading this manual. Please retain this booklet for product warranty and future use.

IMPORTANT SAFETY INSTRUCTIONS

WARNING

1. Do not use agents to speed up the defrosting or cleaning process other than those recommended by the manufacturer.

2. Store the appliance in a room without constantly operating sources of ignition (for example: an open flame, a running gas appliance or a running electric heater).

3. The appliance should not be punctured 3. or set on fire.

4. Note that refrigerants may not contain an odour.

5. The appliance should be installed, operated and stored in a room with a floor area of more than 4m².

6. The appliance should only be serviced in accordance with the manufacturer’s recommendations.

7. The appliance should be stored in a well-ventilated area, in a room with a surface area equivalent to that specified for operation.

8. All working procedures that affect safety measures must only be carried out by competent persons.

9. “MAKE SURE THE PRODUCT IS VENTILATED AT ALL TIMES”! Make sure that the ventilation is not blocked at the inlet and outlet.

10. Use the appliance on a horizontal surface to avoid water leakage.

11. Do not use the appliance in an explosive or corrosive atmosphere.

12. Use the appliance at a temperature of not more than 35 degrees Celsius.

13. Periodically clean the air filter to ensure the most efficient cooling.

14. If the unit is switched off, wait at least 3.5 minutes before restarted to prevent damage to the compressor.

15. The unit needs at least 7 amps for the compressor to can operate. Do not use any extension cords for the appliance to avoid blockage of electrical installations.

16. The unit is used for cooling, dehumidifying and filtering air (optional).

17. When the unit is switched on, the fan will operate, but the compressor will start after the cooling alarm flashes for three minutes.

18. A damaged power cord must be replaced by the manufacturer, its service representative or a similarly qualified person to avoid danger.

19. To dispose of the appliance safely, the batteries must be removed from the appliance before scrapping it.

20. the appliance may be used by children from the age of 8 years and persons with limited physical, sensory or mental capabilities or lack of experience and knowledge if supervised or instructed experience and knowledge if they are supervised or instructed in the safe use of the appliance and understand what it is. Instructed in the safe use of the appliance and understand the possible dangers possible dangers. Children must not play with the appliance. Children should not should not clean or maintain the appliance without supervision.

21. The air conditioner may only be connected to a power source with a system impedance of system impedance of not more than 0.219 Ω. If necessary, contact
    your supplier for information on system impedance.

22. The appliance must be installed in accordance with national wiring regulations. wiring regulations.

23. Do not use the air conditioner in a humid room such as a bathroom or laundry room.

TRANSPORT, LABELLING AND STORAGE OF THE APPLIANCE

1. Transport of equipment containing flammable refrigerants. Transport regulations must be observed.
2. Marking of the appliance. Compliance with 2. local regulations
3. Disposal of equipment using flammable refrigerants. Compliance with national regulations.
4. Storage of appliance/equipment. Store the appliance in accordance with the manufacturer’s instructions.
5. Storage of the packaged appliance. The protection of the storage packaging should be such that mechanical damage to the appliance inside the packaging does notcause refrigerant leakage. The maximum number of appliance components that can be stored together will be determined by local regulations.
6. The appliance should be stored so that mechanical damage does not occur. General working area. Maintenance personnel and others working in the environment will be instructed on the nature of the work to be carried out. Working in confined spaces should be avoided. The area around the work area should be cordoned off. Ensure that the conditions in the area have been secured based on the control of flammable materials.

IMPORTANT!
When operating the unit, it is imperative to maintain adequate distances from obstacles around the air conditioner: min 500mm between the filter sides and a wall or other obstruction. min 400mm between the back of the unit and a wall or other obstruction.

PRODUCT DESCRIPTION

TUBELESS PORTABLE AIR CONDITIONER – IT’S POSSIBLE!

The basic principle of the MIST air conditioner does not differ from that of a traditional portable air conditioner. The unit is equipped with the components obligatory for all air conditioners: a compressor, an evaporator, which receives the warm air from the room, and a condenser, which returns the heated air to the outside. In a traditional portable air conditioner, it is necessary to connect a specialised pipe to it, which will be responsible for discharging the hot air to the outside. Otherwise, the heated air will remain in the room and the whole process will not be efficient. The MIST air conditioner from Mission Air® is unique among air conditioners on the market! It has been designed and constructed in a way that allows it to be used effectively without the need for an outlet pipe.
The whole secret lies in the extremely simple yet highly efficient process. The unit is additionally equipped with a water tank and a water pump that cyclically draws water from the tank and cools the condenser with it. This allows us to significantly reduce the heat it generates. As a result, the temperature at the hot air outlet is close to room temperature. Remember, therefore, to ensure that the tank is filled with water. The water level should be in the range of 1-4l. Cooling without water in the tank is also possible. However, in this case, install a drainage pipe, as you would with a traditional air conditioner (pipe not included).

INSTRUCTIONS

UNPACK THE DEVICE

1. Place the unit in the correct upright position before unpacking.
2. Cut the tape securing
3. the packaging. Slide the carton in an upward motion to remove it from the base.
4. Grasp the carrying handles on either side of the unit and carefully lift it until it slides out of the foam base.

CONTENTS OF THE KIT

1. Air conditioner
2. Water tank
3. Remote control
4. Operating instructions

PART NAMES

1. Control panel
2. Cool air outlet
3. Front casing
4. Wheels
5. Upper casing
6. Hot air intake
7. Right-hand housing
8. Water tank
9. Remote control location
10. Rear casing
11. Hot air outlet
12. Cold air intake
13. Left-hand housing

DESCRIPTION OF THE FUNCTIONS

CONTROL PANEL AND DESCRIPTION OF FUNCTIONS

1. POWER BUTTON
   Press to switch the unit on or off.

2. FUNCTION
   Press this button to select cooling, dehumidification or ventilation.

3. TEMPERATURE CONTROL BUTTON (TOP)
   During the cooling function: This button increases the set temperature by 1℃ each time it is pressed, with a maximum limit of 30℃. During the dehumidification function: This button increases the set humidity by 5% each time it is pressed, with a maximum limit of 90%.

4. TEMPERATURE CONTROL BUTTON (DOWN)
   During the cooling function: This button reduces the set temperature by 1℃ each time it is pressed, with a minimum limit of 17℃. During the dehumidification function: This button reduces the set humidity by 5% each time it is pressed, with a minimum limit of 30%

5. L.E.D. DISPLAY
   The display indicates the currently set temperature or Timer setting. When the temperature or Timer setting is changed, the new setting is displayed and then the display returns to the current set temperature. The display is also used to show error codes in the event of a fault, see ERROR CODES.

6. SPEED
   Press to select LOW, HIGH or AUTOMATIC fan speed. If the “AUTO” button is selected (during the cooling function), the “HIGH” or “LOW” mode will be selected automatically depending on the difference between the set temperature and the ambient temperature. In dehumidification and ventilation modes it is not possible to set the automatic speed.

7. PROGRAMMABLE TIMER
   Programmable ON/OFF Timer button.

8. TIMER ON/OFF: The timer is used to automatically switch on the appliance after a set time has elapsed. Press the “TIMER” button when the appliance is not running to set the desired time. When the set time has elapsed, the appliance will switch on automatically.  Press the “POWER” button before the time limit expires, the set time will be reset andthe appliance will switch on.

9. TIMER SWITCH: The timer is used to automatically switch off the unit after a set time. Press the “TIMER” button in standby to set the desired time. When the set time has elapsed, the appliance will switch on automatically. Press the “POWER” button before the time limit expires, the set time will be erased and the unit will switch off.

10. SWING
    This button activates or deactivates the SWING function, which involves the updown movement of the blades directing the air flow.

11. WiFi
    Press and hold the SLEEP button for 3 seconds on the switched-off device to enter WIFI configuration mode.

12. SLEEP MONITORING FUNCTION
    A. In cooling mode, press the SLEEP button to set the temperature. It increases by 1℃ after one hour and by at most 2℃ after 2 hours. B. Pressing the SLEEP button again can cancel the setting.

13. ALARM
    When the water tank is full, the display panel will show “E4”. Empty the water tank, reinstall it and press the power button to restart the unit

14. ADDING WATER
    When the water fill light on the display panel is lit, the water tank can be emptied and the water level can be topped up and the appliance can be restarted。

Note : Before starting the appliance, ensure that the water tank has a capacity of more than 1 litre and less than 4 litres (the amount of water must not exceed a full line).

Note : To avoid dripping water on the ground when pulling out the water tank, tilt the unit towards the water tank as shown in the figure below and leave it standing or shake it slightly, to ensure that the remaining water at the water outlet completely drains into the water tank before pulling out the the water tank

REMOTE CONTROL FUNCTION

NOTE
Before starting the appliance, remove the water tank and make sure that the water line (1) is properly installed into the drain hole. Make sure that the water line is pointing vertically downwards.

1. Before assembling the water tank, gently pull out the pumping tube and water tube, then gently push the water tank （2）inwards to ensure that the water tank does not clamp or press the two tubes. Then gently push the water tank inwards until it is in place.
2. When the unit is in cooling mode, there is no need to install drain pipes. Make sure there is water in the appliance’s water tank.

During the dehumidification mode, make sure that the drainage opening is through for continuous drainage, a suitable drainage pipe② must be installed, the water pipe must be lower than the outlet of the continuous drainage so that the water can be drained smoothly; when the drainage pipe is not installed, the water will drip directly into the water tank. When the water tank is full, the display will show E4 and then the unit will stop. At this point, empty the water tank and install the empty one back, then press the power button to restart the unit.

MAINTENANCE AND INSTALLATION

CONSERVATION
BEFORE CLEANING, BE SURE TO UNPLUG THE POWER CORD.

1. The filter frame and filter on both sides of the unit can be removed by gently pressing the frame – The filter should be washed with cool water (less than 40°C) every fortnight, then put back in after it dries naturally.
2. Condenser/evaporator – use a brush attachment with a hoover.
3. Housing – wipe with a damp cloth and polish with a soft cloth.

To remove the air filter, work in the direction of the arrow and gently pull the filter and remove the filter for cleaning.

SUPPLY

1. Check the current protection of your installation.
2. Insert the plug firmly into the socket to prevent danger.
3. Do not pull forcefully on the power cord as this will damage it.

PLACE OF USE

1. As the appliance distributes hot air, do not place or operate it in a cramped room.
2. Do not run the appliance in a damp place in case of dangerous leakage.
3. Do not place the unit in a sunny place, otherwise the unit may shut down due to overheating and the colour of the unit may soon fade or change colour.

In cooling mode without a pipe connection, the humidity in the room may increase, which is a natural phenomenon.

HELPFUL HINTS
The air conditioner is equipped with a special thermal shutoff device. Make sure that the unit is not placed near objects that will block the air intake, such as furniture or curtains, as this will significantly affect its operation.

PROBLEM-SOLVING

Information on servicing

• Site inspections – before working on systems containing flammable refrigerants, safety checks must be carried out to minimise the risk of ignition. If a refrigeration system is being repaired, the following precautions should be followed before working on the system.

• Work procedure – work must be carried out in accordance with a controlled procedure to minimise the risk of flammable gas or vapour being present during the work.
  Check for the presence of refrigerant – the area should be checked with a suitable refrigerant detector before and during work so that the technician is aware of potentially flammable atmospheres. Ensure that the leak detection device used is suitable for use with flammable refrigerants, i.e. it does not spark, is properly sealed or is intrinsically safe. Have a fire extinguisher available – when carrying out any work that generates high temperatures on refrigeration equipment or associated parts, have the appropriate fire extinguishing equipment on hand. Equip yourself with a powder or CO2 extinguisher near the charging area.

• No sources of ignition – no person carrying out work on the refrigeration system that involves exposing any pipework that contains or has contained flammable refrigerant shall use any sources of ignition in a manner that could lead to a risk of fire or explosion. All possible sources of ignition, including lit cigarettes, must be kept at a suitable distance from the installation, repair, dismantling and disposal area, during which flammablerefrigerant may be released into the surrounding area. Before starting work, examine the area around the unit to ensure that there are no explosion or ignition hazards. “No smoking” signs should be posted.

• Ventilated area – ensure that the area is in an open space or that it is adequately ventilated before entering the system or carrying out any work that generates high temperatures. Ventilation should be provided during the works. Ventilation should safely disperse the released refrigerant and preferably dispose of it outside to the atmosphere.

• Refrigeration equipment checks – when replacing electrical components, use components suitable for the purpose and in accordance with the specifications. Always follow the manufacturer’s maintenance and servicing guidelines. If in doubt, consult the manufacturer’s technical department for assistance. In the case of installations using flammable refrigerants, the following controls apply the following controls:

  • That the fill size is compatible with the size of the room in which the refrigerant containing parts are installed;
  • That the ventilation equipment and outlets are working properly and are not clogged;
  • If an indirect refrigeration circuit is used, the secondary circuit should be checked for the presence of refrigerant;
  • That the markings on the equipment are still visible and legible. Markings and signs, that are illegible should be corrected;
  • That the refrigeration line or components are installed in a location where they are unlikely to be exposed to substances that can corrode refrigerant containing components, unless the components are constructed of materials that are inherently corrosion resistant or are adequately protected against corrosion. Inspections of electrical equipment – repair and maintenance of electrical components includes initial safety checks and component inspection procedures. If there is a fault that could compromise safety, electrical power should not be connected to the circuit until the problem has been satisfactorily resolved. If the fault cannot be rectified immediately but it is necessary to continue operation, a suitable interim solution should be used.
  • This should be reported to the owner of the equipment to notify all parties.

• Initial security checks include checking:

  • That the capacitors are discharged: this should be done in a safe manner to avoid the possibility of sparks;
  • That no electrical components or live wires are exposed when charging, recovering or cleaning the system,
  • Whether there is ground continuity.

Repairs to sealed components

• When repairing sealed components, all sources of electrical power should be disconnected from the equipment being worked on prior to any removal of sealed covers etc. If it is absolutely necessary for the equipment to be energised during servicing, then a permanently operating leak detector should be placed at the most critical point to warn of a potentially dangerous situation.
• Particular attention should be paid to the following to ensure that when working on electrical components, the enclosure is not altered in a way that affects the level of protection. This includes damage to cables, excessive connections, terminals not made in accordance with the original specification, damage to seals, incorrectly fitted glands, etc. Ensure that the unit is properly fixed. Ensure that gaskets or sealing materials have not degraded in such a way that they no longer serve to prevent the penetration of flammable atmospheres. Replacement parts must comply with the manufacturer’s specifications.

NOTE: The use of silicone sealant may reduce the effectiveness of some types of leak detection equipment. Intrinsically safe components do not need to be insulated prior to operation.

Repair of intrinsically safe components
Do not apply any permanent inductive or capacitive loads to the circuit without ensuring that this will not cause the voltage and current permitted for the equipment being used to be exceeded. Intrinsically safe components are the only types of components that can be worked on live ina flammable atmosphere. Test apparatus should have the correct rating. Replace components only with parts specified by the manufacturer. Other parts may ignite the refrigerant in theatmosphere from the leak.

Wiring
Check that the wiring will not be subjected to wear, corrosion, excessive pressure, vibration, sharp edges or other adverse environmental influences. The inspection should also consider the effects of ageing or continuous vibration from sources such as compressors or fans.

Detection of flammable refrigerants
Under no circumstances must potential sources of ignition be used to search for or detect refrigerant leaks. Do not use a halogen torch (or any other detector that uses an open flame).

Leak detection methods
The following leak detection methods are considered acceptable for systems containing flammable refrigerants. Electronic leak detectors should be used to detect flammable refrigerants, but their sensitivity may be insufficient or may require recalibration. (Detection equipment should be calibrated in a refrigerant-free area). Ensure that the detector is not a potential source of ignition and is suitable for the refrigerant being used. The leak detection equipment should be set to the percentage of LFL of the refrigerant and calibrated for the refrigerant used, and the appropriate percentage of gas (maximum 25%) should be confirmed.

• Leak detection fluids are suitable for use with most refrigerants, but the use of chlorine-containing detergents should be avoided, as chlorine can react with the refrigerant and cause corrosion of copper pipes.
• If a leak is suspected, all open flames should be removed/extinguished.
• If a refrigerant leak requiring brazing is detected, all refrigerant should be recovered from the system or isolated (using isolation valves) in a part of the system away from the leak site. Oxygen-free nitrogen (OFN) should then be blown through the system both before and during the brazing process.

Disposal and emptying
When accessing the refrigerant circuit for repair – or for any other purpose – conventional procedures should be followed. However, it is important to follow best practice as there is a risk associated with explosive atmospheres. The following procedure should be followed:

• Remove refrigerant;
• Clean the circuit with inert gas;
• Perform evacuation operations;
• Blow out again with inert gas;
• Open the circuit by cutting or soldering.

Refrigerant charge should be recovered in suitable recovery cylinders. The system should be ‘flushed’ with OFN to make the unit safe. This process may need to be repeated several times. Compressed air or oxygen should not be used for this task. Flushing should be done by breaking the vacuum in the system with OFN and continuing to fill until the working pressure is reached, then venting to atmosphere and finally reducing to vacuum. This process should be repeated until there is no refrigerant in the system. When the last OFN charge is used, the system must be evacuated to atmospheric pressure to allow the work to be done. This operation is absolutely essential if brazing operations on the pipeline are to take place. Ensure that the outlet of the vacuum pump is not near any ignition sources and that ventilation is available.

Charging procedures

• In addition to conventional charging procedures, the following requirements must be observed:
• Ensure that there is no contamination of the various refrigerants when using charging equipment. Hoses or other lines should be kept as short as possible to minimise the amount of refrigerant contained.
• Cylinders should be kept in an upright position.
• Ensure that the refrigeration system is grounded before filling the system with refrigerant.
• Mark the system after charging (if not already marked).
• Take extra care not to overfill the refrigeration system. A pressure test should be carried out using OFN before refilling the system. The system should be tested for leaks after recharging but before commissioning. A check leakage test should be carried out before leaving the plant.

Decommissioning
It is important that the technician is thoroughly familiar with the equipment and all its details before carrying out this procedure. Good practice is recommended to ensure that all refrigerants are safely recovered. An oil and refrigerant sample must be taken prior to the task in case analysis is required prior to reuse of the reclaimed refrigerant. Electricity must be available before the task starts.

• Familiarise yourself with the unit and its operation.
• Electrically isolate the system.
  • Before proceeding, ensure that:
  • Mechanical equipment for handling refrigerant cylinders is available if required;
  • Personal protective equipment is available and is used correctly;
  • The recovery process is supervised at all times by a competent person;
• Pump the refrigerant out of the system if possible.
• If obtaining a vacuum is not possible, use a manifold so that refrigerant can be removed from various parts of the system.
• Make sure the cylinder is placed on the scale before recovery.
• Start the recovery machine and operate according to the manufacturer’s instructions.
• Do not overfill the cylinder. (No more than 80% of the liquid charge volume).
• Do not cause the maximum working pressure of the cylinder to be exceeded, even temporarily.
• Once the cylinders have been properly filled and the process is complete, ensure that the cylinders and equipment are immediately removed from the work area and that all isolation valves on the equipment are closed.
• Recovered refrigerant should not be introduced into another refrigeration system unless it has been cleaned and checked.

Signage
The unit should be labelled stating that it has been decommissioned and emptied of refrigerant. The label should be dated and signed. Make sure there are labels on the unit indicating that the unit contains flammable refrigerant.

Retrieved from
When removing refrigerant from the system, whether for servicing or decommissioning, good practice is recommended to ensure that all refrigerants are disposed of safely. When transferring refrigerant to cylinders, ensure that only the correct refrigerant recovery cylinders are used. Ensure that the correct number of cylinders are available to hold the total system charge. All cylinders to be used are designed for recovered refrigerant and labelled for that refrigerant (special refrigerant recovery cylinders). Cylinders should be in good working order and fitted with a pressure relief valve and associated isolation valves. Empty recovery cylinders are emptied and, if possible, cooled before recovery.

PROBLEM SOLVING

SPECIFICATION

PERMISSIBLE EXCESS OPERATING PRESSURE

This marking indicates that this product should not be disposed of with other household waste throughout the EU. In order to prevent possible risks to the environment or human health from uncontrolled waste disposal, it should be recycled to ensure sustainable reuse of material resources. Ask the staff at the return and collection centre or contact the retailer where you purchased the product what youneed to do to return a used appliance that they can safely recycle.

WI-FI CONNECTION

Follow the steps below to connect your smartphone or tablet to the air conditioner via WiFi.

Attention! The following guidance is for information purposes and is current at the time of development. Due to the continuous development of applications and software, this process and the appearance of the application or individual functions may vary in the future.

• Transmission frequency: 2412-2472MHz
• Transmission power: <20.0dBm

Preparation
Connect the mobile air conditioner to the power supply. Make sure your phone or tablet is connected to a 2.4G WIFI network. Your mobile phone and smart device must be within the appropriate signal strength range of your WIFI router (Refer to your router’s specifications for maximum range).

1. Download and install the TUYA
2. Select the “+” option in the top SMART or SMART LIFE mobile right corner to add a new device. app on your smartphone or tablet and register with it. Industry & (BLE +W-FO) (BLE)
3. Select the “Small domestic appliances” tab and “wifi air conditioner” from the list.
4. Select the appropriate WiFi network and enter the password to access it.
5. On the switched-off air conditioner, hold down the SLEEP
6. Confirm in the app that the WiFi icon on the air conditioner panel button for about 3s until the WiFi is flashing. icon on the control panel starts flashing
7. The device has been successfully added. At this stage you can change the name.
8. Main screen for controlling the air conditioner.
9. View of additional settings. The  air conditioner must be switched on to change most of them.

WARRANTY CONDITIONS

1. The manufacturer provides a 24-month warranty period for the product for which this warranty card is issued.
2. This warranty covers latent defects in material, or design of the device that prevent its 2. use as intended. The maximum warranty claim is equal to one times the purchase value of the device qualified by the Guarantor for replacement. The guarantor will not bear any further costs caused by the faulty operation of the device.
3. Defects of the product revealed during the warranty period will be removed free of charge within 14 working days, counting from the day of delivery to the company’s headquarters. This does not apply to faults listed in item 14.
4. Any changes to the entries in the Warranty Card and traces of alterations or attempts to make structural changes to the product and independent repairs outside an authorised service centre, as well as the use of the product, in particular careless handling, exposure to liquids, moisture, exposure to corrosion or oxidation, revealed during the warranty service, shall render the warranty null and void.
5. The warranty becomes void if the warranty seal or factory number is broken. The product is covered by the door-to-door warranty only in Poland, so in the event of a recognised complaint, transport to the service centre is carried out by courier at the manufacturer’s expense. A complaint is reported via the service form on our website.
6. Transport of the device to a service center outside Poland is at the user’s expense. In order to carry out repairs, the product must be delivered with a signed warranty card and proof of purchase of the product (receipt, invoice).
7. The device should be properly packed and prepared for the courier. The service is not responsible for damage during transport resulting from inadequately packed parcels.
8. If any of the conditions of this guarantee are not fulfilled, the goods, in an unaltered state, will be sent back at the buyer’s expense.
9. All correspondence, returns, complaints, should be addressed to the service address given on our website. The guarantee for the sold consumer goods does not exclude, limit or suspend the rights of the buyer resulting from the non-conformity of the goods with the contract.

The guarantee does not cover deterioration of the product caused by normal wear and tear and the following cases:

• mechanical damage to the product and defects caused by it,
• damage and defects caused by:
  • improper or non-compliant use, storage and maintenance,
  • using or leaving the product in unsuitable conditions (excessive humidity, too high or too low a
  • temperature, sunshine, etc.),
  • unauthorised (by the user or other unauthorised persons) repairs, modifications or structural changes,
  • connection of additional equipment other than that recommended by the product manufacturer,
  • incorrect supply voltage, overvoltage in the supply system.

TEL. (+48) 797 451 111
[email protected]
[email protected]
WWW.MISSIONAIR.PL

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