Why is my Tectro CL 1630 remote control not working?
If your Tectro Air Conditioner remote control isn't working, it could be due to a few reasons: the distance might be too great, so make sure the remote control is correctly aimed at the control panel and is less than 5 meters away. Alternatively, the batteries might be empty, in which case you should replace them.
Why does my Tectro Air Conditioner not seem to perform well?
Your Tectro Air Conditioner might not be performing well due to several factors: * Direct sunlight: Close the curtains. * Open windows or doors, many people, or a heat source in the room: Close doors and windows, or consider adding another air conditioner. * Dirty filter: Clean the filter. * Blocked air inlet or outlet: Remove any blockage. * Room temperature lower than the set temperature: Adjust the temperature selection.
What to do if my Tectro CL 1630 Air Conditioner display shows E2?
If your Tectro Air Conditioner display shows 'E2', it indicates that the reservoir is full. You should empty the reservoir.
Why is the compressor on my Tectro Air Conditioner not working?
If the compressor on your Tectro Air Conditioner isn't working, it's likely that the overheat protection has been activated. Wait 3 minutes for the temperature to decrease, then turn the unit on again.
What does E0 mean on my Tectro CL 1630 Air Conditioner display?
If your Tectro Air Conditioner display shows 'E0', it means the room temperature sensor isn't working. You can replace the sensor, but the unit will still function even if you don't.
General| Brand | Tectro |
|---|---|
| Model | CL 1630 |
| Category | Air Conditioner |
| Language | English |
Do not use a damaged power cord for safety.
Avoid clamping or bending the power cord to prevent damage.
Ensure the unit is placed on an even surface for stability.
Avoid placing the unit in front of an open window.
Prevent contact between the unit and chemicals.
Do not place the unit near any heat source.
Do not immerse the unit in water to prevent electrical hazards.
Avoid spilling liquids onto the unit.
Do not insert any objects into the unit.
Do not use an extension cord with the appliance.
Keep the appliance out of the reach of children.
Do not attempt to repair the unit yourself.
Identifies the main control interface of the air conditioner.
Location where conditioned air is expelled from the unit.
Provides a grip for moving the portable air conditioner.
Wheels for easy mobility and positioning of the appliance.
Where ambient air is drawn into the unit for processing.
Captures dust and particles from the incoming air.
Attachment point for the exhaust hose.
Outlet for draining condensed water from the unit.
Tube used to vent hot air outside the room.
Accessory for connecting the exhaust hose.
Device used to operate the air conditioner wirelessly.
Read manual, comply with laws, use in dry residential indoors.
Check for damaged power cord, plug, cabinet, or control panel.
Ensure installation adheres to local regulations, ordinances, and standards.
The device is suitable only for dry, indoor locations.
Use only earthed sockets with 220-240V/50Hz supply.
The device must always be connected to an earthed power supply.
Ensure the plug is easily accessible when the device is connected.
Carefully read and follow all provided instructions.
Verify voltage matches type plate and socket is suitable.
Confirm plug fits socket and device is on a stable, flat surface.
Consult an expert for electrical installation if unsure.
The air conditioner is CE certified; exercise caution during use.
Never cover the air inlets and outlets of the unit.
Empty the water reservoir before moving the unit.
Prevent the device from coming into contact with chemicals.
Do not insert objects into the unit's openings.
Avoid contact with water; do not spray or submerge the unit.
Always unplug before cleaning or replacing parts.
Never connect the device using an extension cable.
Always consider the safety of children around the device.
All repairs must be done by a qualified service engineer.
Always unplug the device when it is not in use.
Damaged power cables must be replaced by manufacturer or qualified personnel.
Use by persons with reduced capabilities requires supervision or instruction.
Supervise children to prevent them from playing with the appliance.
Children 8+ and those with limitations can use if supervised and understand risks.
Children must not play with the appliance.
Children must not perform cleaning or maintenance without supervision.
Do not seal the room airtight where the device is used.
Failure to follow instructions may void the guarantee.
Read all warnings related to refrigerant gas carefully.
Use only recommended tools for defrosting and cleaning.
Place appliance away from continuous ignition sources.
Do not puncture or burn the unit or its components.
Unit contains R290 / R32 refrigerant gas as per rating label.
R290 / R32 refrigerant complies with European environmental directives.
Do not puncture any part of the refrigerant circuit.
Be aware that refrigerants may be odorless.
Non-ventilated areas require room design to prevent refrigerant leak accumulation.
Risk of fire/explosion from refrigerant ignition by heat sources.
Store appliance to prevent mechanical failure.
Personnel working on refrigerant circuits require appropriate certification.
Repairs must follow manufacturer's recommendations.
Maintenance requiring qualified personnel must be supervised for flammable refrigerants.
Install/operate/store in rooms >4m² and well-ventilated as specified.
Manual is for individuals with electrical, electronic, refrigerant, mechanical experience.
Perform safety checks before working on flammable refrigerant systems.
Work must follow a controlled procedure to minimize gas risks.
Instruct staff on work safety and avoid confined spaces.
Avoid confined spaces; section area and make safe from flammable material.
Check area with detector for flammable atmospheres before and during work.
Have appropriate fire extinguishers ready for hot work on refrigeration equipment.
Prevent ignition sources near refrigerant systems to avoid fire/explosion risks.
Ensure adequate ventilation during work to disperse refrigerant.
Ensure components meet specifications and follow manufacturer guidelines.
Use correct electrical components and follow manufacturer's service guidelines.
Ensure refrigerant charge size matches the room size.
Verify ventilation machinery and outlets are operating and unobstructed.
Check secondary circuit for refrigerant if using an indirect system.
Ensure equipment markings are visible and legible; correct if necessary.
Install components to avoid corrosive substances or use protected materials.
Perform initial safety checks on electrical components before repair.
Do not connect electrical supply if a safety-compromising fault exists.
Use temporary solutions for uncorrectable faults, reporting to owner.
Check capacitor discharge, exposed wires, and earth bonding continuity.
Disconnect all electrical supplies before working on sealed components.
Use permanent leak detection if electrical supply is needed during servicing.
Ensure casing is not altered during electrical component work.
Check for cable damage, connection errors, seal integrity, and gland fitting.
Ensure the apparatus is securely mounted.
Verify seals and sealing materials have not degraded.
Use only manufacturer-specified replacement parts.
Note that silicon sealant may affect leak detection equipment.
Intrinsically safe components can be worked on live without isolation.
Avoid applying permanent inductive or capacitance loads to the circuit.
Only intrinsically safe components can be worked on while live.
Ensure test apparatus has the correct rating.
Replace components only with manufacturer-specified parts.
Check cabling for wear, corrosion, pressure, vibration, sharp edges, and environmental effects.
Consider aging and continual vibration effects on cabling.
Do not use ignition sources when detecting refrigerant leaks.
Do not use halide torches or other naked flame detectors.
Use electronic leak detectors for flammable refrigerants.
Detector sensitivity may require recalibration.
Calibrate detection equipment in a refrigerant-free area.
Ensure detector is non-igniting and suitable for the refrigerant.
Set detector to LFL percentage of refrigerant and calibrate accordingly.
Leak detection fluids are generally suitable for most refrigerants.
Avoid detergents containing chlorine to prevent pipe corrosion.
Remove/extinguish all open flames if a refrigerant leak is suspected.
Recover or isolate refrigerant before brazing a leak.
Purge the system with Oxygen Free Nitrogen (OFN) before and during brazing.
Use conventional procedures when breaking into the refrigerant circuit.
Follow best practices due to flammability considerations.
Steps: remove refrigerant, purge, evacuate, purge, open circuit.
Recover refrigerant charge into correct, designated cylinders.
Flush system with OFN to render it safe.
The flushing process may need to be repeated multiple times.
Do not use compressed air or oxygen for flushing.
Flush by breaking vacuum with OFN, filling to pressure, then venting.
Repeat process until no refrigerant remains in the system.
Vent system to atmospheric pressure after final OFN charge.
Venting to atmospheric pressure is vital for pipework brazing.
Ensure vacuum pump outlet is clear of ignition sources and has ventilation.
Follow these additional requirements for charging procedures.
Prevent contamination between different refrigerants during charging.
Use the shortest possible hoses or lines for charging.
Keep refrigerant cylinders upright during charging.
Earth the refrigeration system before charging.
Label the system after charging is complete.
Exercise extreme care to avoid overfilling the refrigeration system.
Pressure test the system with OFN before recharging.
Leak test the system upon completion of charging, before commissioning.
Conduct a follow-up leak test before leaving the site.
Technician must be fully familiar with equipment and its details.
It is recommended to recover all refrigerants safely.
Take oil and refrigerant samples before the task for analysis.
Ensure electrical power is available before commencing the task.
Familiarize with the equipment and its operation.
Isolate the system electrically.
Ensure mechanical handling equipment is available for refrigerant cylinders.
Ensure all PPE is available and used correctly.
Ensure recovery equipment and cylinders meet appropriate standards.
Pump down the refrigerant system if possible.
Use a manifold for refrigerant removal if vacuum is not possible.
Place cylinder on scales before starting recovery.
Start and operate the recovery machine per manufacturer's instructions.
Do not overfill recovery cylinders.
Do not exceed the maximum working pressure of the cylinder.
Promptly remove filled cylinders and equipment.
Do not charge recovered refrigerant into another system unless cleaned and checked.
Label equipment as decommissioned and emptied of refrigerant.
Ensure labels indicate the equipment contains flammable refrigerant.
Remove all refrigerants safely during servicing or decommissioning.
Use only appropriate refrigerant recovery cylinders for transfer.
Ensure enough cylinders are available for the total system charge.
Use cylinders designated and labeled for the recovered refrigerant.
Cylinders must have pressure relief and shut-off valves.
Evacuate and cool empty recovery cylinders before use.
Ensure recovery equipment is in good working order with instructions.
Recovery equipment must be suitable for flammable refrigerants.
Ensure calibrated weighing scales are available and functional.
Hoses must have leak-free couplings and be in good condition.
Check recovery machine for satisfactory working order and maintenance.
Ensure associated electrical components are sealed to prevent ignition.
Consult the manufacturer if in doubt about equipment.
Return recovered refrigerant to the supplier in the correct cylinder.
Do not mix refrigerants in recovery units or cylinders.
Evacuate compressor oils to an acceptable level before removal.
Use electric heating on the compressor body to accelerate evacuation.
Carry out safe procedures when draining oil from the system.
Position the air conditioner upright for at least 2 hours before use.
The unit is portable and can be easily moved between rooms.
Position the unit upright and on a level surface.
Do not operate the unit in bathrooms or other very humid environments.
Maintain 50 cm clearance from walls for proper air circulation.
Attach one end of the exhaust hose to the unit's air outlet.
Ensure the window air outlet allows free airflow outside.
Seal windows/doors to prevent outside air entry.
The flexible exhaust hose should be less than 1m for best performance.
Do not use extension or different hoses as it may cause malfunction.
Ensure free exhaust airflow; blockages can cause overheating.
Avoid any bows or bends in the exhaust hose.
The compressor starts functioning three minutes after restart; cooling switches off if temp is low.
Overview of control panel buttons and indicators.
Connect the power plug into a wall outlet.
Press the power button to switch on the air conditioner.
Unit operates in cooling mode if ambient temperature is above 25°C.
Unit operates in air circulation mode if ambient temperature is below 25°C.
Use the mode button to change the unit's operating mode.
Select cooling mode for air conditioning.
Select dehumidifying mode to remove moisture from the air.
Select air circulation mode for fan operation.
Adjust fan speed using the designated button.
Set fan speed to maximum.
Set fan speed to lowest.
Set temperature between 16°C and 31°C using +/- buttons.
In auto mode, fan speed is set based on room temperature.
Achieving the set temperature depends on environmental conditions.
The device can also be used to dehumidify the air.
Select dehumidifying mode using the mode button.
Do not connect the de-aeration hose in dehumidifying mode.
Connect a water drainage hose to a drain for continuous water removal.
Ensure the water drainage hose runs downhill continuously.
Dehumidification occurs when room temperature is above the set value.
Dehumidification stops if room temperature drops below the set value.
In this mode, the unit only circulates and filters air.
Adjust fan speed for air circulation mode.
Set circulation fan speed to maximum.
Set circulation fan speed to lowest.
Set the unit to switch on or off at a specific time.
Press the TIMER button to set desired operating hours.
Set the timer for 1 to 24 hours.
The unit will automatically turn off when the set time is reached.
Pre-set the timer for the machine to work later without immediate activation.
Overview of remote control buttons for power, temperature, fan speed, timer, and function.
The remote works with the control panel; aim at the panel.
The maximum operating distance for the remote is approximately 5 meters.
Install 2 x AAA 1.5V batteries before using the remote control.
Details on cleaning and maintaining the unit's screen filter.
The unit has a screen filter to remove larger dust particles.
Clean the screen filter twice a week for optimal performance.
Clean filter with mild detergent in lukewarm water and allow to air dry.
Refer to images for instructions on removing and replacing the filter.
Never operate the air conditioner without the screen filter installed.
Adjust the air vent louvres directly to change airflow direction.
Periodically empty the internal water container.
A full water container triggers a flashing light and E2 display.
Avoid moving the unit during emptying to prevent leakage.
Turn off the unit and unplug from the wall outlet before emptying.
Place a tray under the drain hole to catch water.
Remove drain knob and plug to let approximately 0.8 litres of water out.
Replace plug and knob, then switch the unit on.
The warning light and E2 display should disappear after emptying.
Note that condensed water normally drains via the air outlet tube.
Do not connect the exhaust hose when using the unit as a dehumidifier.
Allow warm air to return into the room when dehumidifying.
Continuous drainage is necessary and more efficient for dehumidification.
Use a water drain tube with its end at a suitable drainage point.
Turn off unit and unplug before cleaning or replacing filters.
Clean housing with a soft, damp cloth; avoid harsh chemicals.
Refer to Chapter D for filter maintenance instructions.
Never operate the air conditioner without the screen filter installed.
Empty the internal water container before storing the unit.
Clean and replace the filter before storing the unit.
Run unit in air circulation mode for 2 hours to ensure it is completely dry.
Protect the unit from dust and store it in a dry location.
Troubleshoot unit not functioning due to no power supply.
Address poor performance due to sunlight, room conditions, or filter issues.
Resolve noise by ensuring even placement or recognizing normal operation sounds.
Wait for overheat protection to reset before turning compressor on again.
Troubleshoot remote issues related to distance, signal detection, or battery life.
Troubleshoot E0 error by checking the room temperature sensor.
Troubleshoot E2 error by emptying the water reservoir.
Do not attempt to repair or dismantle the unit yourself.
The air conditioner has a 24-month guarantee covering defects.
Claims for collateral damage are expressly refused.
Repairs or replacements do not extend the original guarantee period.
Modifications, non-genuine parts, or third-party repairs invalidate the guarantee.
Components subject to normal wear, like filters, are not covered by the guarantee.
Guarantee is valid only with the original, dated purchase invoice.
Damage from neglect or deviation from instructions voids the guarantee.
Transportation costs and risks are the purchaser's responsibility.
Damage from not using suitable filters is not covered by the guarantee.
Always consult instructions for use to prevent unnecessary expense.
Take the unit to your dealer for repairs if instructions don't solve the problem.
Do not dispose of electrical appliances as unsorted municipal waste.
Use separate collection facilities and contact local government for disposal information.
Hazardous substances can leak into groundwater from landfill disposal.
Retailers are legally obligated to take back old appliances for disposal.
Do not throw batteries into fire as they can explode.
Dispose of batteries according to applicable regulations.
Specifies the model number of the air conditioner.
Indicates the cooling output of the unit.
Denotes the energy efficiency rating of the appliance.
Shows the energy efficiency ratio of the air conditioner.
Details the electrical power consumed by the unit.
Specifies power consumption when the unit is in standby mode.
Indicates the nominal current drawn by the appliance.
Details the required mains voltage, frequency, and phase.
Specifies the maximum volume of air the unit can deliver.
Indicates the maximum amount of moisture removed per day.
Specifies the ideal room size for the unit's operation.
Identifies the type of compressor used in the unit.
Details the refrigerant type and its Global Warming Potential.
Shows the equivalent CO2 emissions of the refrigerant.
Specifies the adjustable temperature range of the thermostat.
Indicates the number of available fan speed settings.
Provides maximum sound power and pressure level data.
Lists the width, height, and depth of the appliance.
Specifies the total weight of the air conditioner.
Indicates the degree of protection against solids and liquids.
Confirms whether the unit includes a remote control.
Contains greenhouse gases; requires professional servicing/dismantling.
Unit contains R290 refrigerant; do not vent into atmosphere.
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