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Cody AdamsSep 4, 2025
Why is there dewdrop on my Panasonic S-71PU1E5 Air Conditioner?
- CcarpenteradamSep 4, 2025
Indoor moisture is cooled by cool wind and accumulated by dewdrop.
To Next PageTo Next PageWhy is there dewdrop on my Panasonic S-71PU1E5 Air Conditioner?
Indoor moisture is cooled by cool wind and accumulated by dewdrop.
Why does the fan keep running after I turn off my Panasonic S-71PU1E5?
If the fan in your Panasonic Air Conditioner continues to rotate for a while even after you've stopped the operation, it's likely because the fan's rotation helps the unit operate smoothly. Additionally, the fan may sometimes rotate to dry the heat exchanger, depending on your settings.
Why does the fan on my Panasonic Air Conditioner keep running after I turn it off?
The fan in your Panasonic Air Conditioner may continue to rotate after operation stops to ensure smooth operation or because it's drying the heat exchanger due to specific settings.
Why does my Panasonic Air Conditioner smell?
Your Panasonic Air Conditioner might smell because indoor odor components like cigarette or cosmetic odors have accumulated and are being discharged. It could also be due to a dusty unit inside. In both cases, it is recommended to consult your dealer.
Why does the outdoor fan keep running on my Panasonic S-71PU1E5 Air Conditioner after I turn it off?
The fan of your Panasonic Air Conditioner's outdoor unit may continue to operate for a while after being stopped by remote controller, even though the outdoor compressor is stopped, to make operation smoothly.
Why is my Panasonic S-71PU1E5 Air Conditioner emitting dust?
The dust is discharged from dust accumulation inside the indoor unit.
Why does the flap operate several times when I change the wind direction on my Panasonic S-71PU1E5?
When the wind direction is changed on your Panasonic Air Conditioner, the flap operates after searching for a standard position.
What causes dewdrop on my Panasonic S-71PU1E5 Air Conditioner?
The dewdrop you see is due to indoor moisture being cooled by the cool wind and accumulating.
Why won't the wind direction change on my Panasonic S-71PU1E5?
The wind direction of your Panasonic Air Conditioner may change automatically when the air discharge temperature is low, or during defrost operation, which causes a horizontal wind flow. Also, the flap position is occasionally set up individually.
Why is my Panasonic Air Conditioner emitting fog?
The fog coming from your Panasonic Air Conditioner might be because the unit inside (heat exchanger) is dirty and requires cleaning. Consult your dealer as technical engineering is required. It can also occur during defrost operation.
General| Brand | Panasonic |
|---|---|
| Model | S-71PU1E5 |
| Category | Air Conditioner |
| Language | English |
Warnings about hazardous locations and recommendations to avoid potential corrosion or sulphurous air exposure.
Details on conforming to codes, proper grounding, and the need for qualified electricians for all wiring.
Procedure for warming up the system by keeping the power mains ON for at least five hours before operation.
Critical warnings about refrigerant, flammable materials, explosive atmospheres, and ventilation for preventing suffocation.
Cautions on using the ON/OFF button, avoiding touching air outlets, keeping fire alarms clear, and supervision of children.
Instructions to stop operation and disconnect power immediately if any abnormality or failure occurs, such as smoke or abnormal noise.
Specifies the recommended indoor and outdoor temperature ranges for cooling and heating modes.
Identifies key components of the Indoor Unit for both U1 Type (4-Way Cassette) and F1 Type (Low Silhouette Ducted).
Explains how to set the airflow direction, including activating swing operation and stopping it at a desired position.
Specific guidance on setting the flap to the downward position for effective warm air distribution during heating.
Details on how the U1 type air conditioner uses auto flaps for airflow direction control, including flap removal for washing.
Information that the F1 type air conditioner requires locally sourced air outlet parts and does not have built-in ones.
Demonstrates how to select specific indoor units for airflow adjustment, showing unit numbering and display changes.
Details on how the DRY operation works, including automatic cycling, fan speed, and outdoor temperature limitations.
Explains heating efficiency at low outdoor temperatures, defrosting cycles, and cold draft prevention during startup.
Instructions for cleaning the air intake and outlet using a vacuum cleaner or soft cloth, with cautions on solvents and hot water.
Notes that internal coils and components of the outdoor unit require periodic cleaning by a dealer or service center.
Lists common indoor unit symptoms like noise, odor, fog, and dust, along with their potential causes and checks.
Covers outdoor unit issues such as no operation, noise, steam, and fan operation after compressor stop, with their causes.
Guides users through checking power, operation buttons, fuses, and obstructions before contacting a dealer for service.
Recommendations for efficient operation, including not blocking airflow, managing sunlight, keeping filters clean, and closing openings.
Detailed technical specifications for U1 type 4-Way Cassette models, including power, capacity, sound levels, and dimensions.
Technical specifications for F1 type Low Silhouette Ducted models, covering power, capacity, sound levels, dimensions, and net weight.
Specifications for Single Split Outdoor Units, detailing power source, cooling/heating capacity, sound pressure/power levels, and dimensions.
Multilingual comparison of various indoor unit types like Cassette, Ducted, Floor Standing, and Wall Mounted.
Multilingual comparison of key specification details such as model name, power source, capacity, sound levels, dimensions, and weight.
Multilingual listing of unit types and their corresponding specifications like model name, power, capacity, and sound levels.
Statement regarding compliance with regulation 842/EC/2006 Article 7(1) concerning the venting of R410A refrigerant.
