R
Ronald CowanAug 31, 2025
Why is my Panasonic S-100PU1E5 Air Conditioner emitting dust?
- Oolivia19Aug 31, 2025
The dust is discharged from dust accumulation inside the indoor unit.
To Next PageTo Next PageWhy is my Panasonic S-100PU1E5 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-100PU1E5 Air Conditioner?
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-100PU1E5 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-100PU1E5?
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 S-100PU1E5 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.
What to do if my Panasonic Air Conditioner smells?
If your Panasonic Air Conditioner emits an odor, it may be due to indoor odor components, like cigarette smoke or cosmetic odors, that have accumulated in the unit and are now being discharged. It could also indicate that the inside of the unit is dusty. In this case, it is recommended to consult with your dealer.
Why is my Panasonic S-100PU1E5 Air Conditioner making noise?
The noise you hear might be the sound of refrigerant liquid flowing inside the Panasonic Air Conditioner unit or the sound of drainage water through the drain pipe. Also, cracking sounds can occur due to temperature changes of parts.
General| Energy Efficiency Rating | A++ |
|---|---|
| Refrigerant | R32 |
| SCOP | 4.6 |
| Energy Efficiency Ratio (EER) | 3.5 |
| Coefficient of Performance (COP) | 4.0 |
| Type | Split |
| Indoor Unit Noise Level | 19 dB(A) |
| Power Supply | 230 V, 50 Hz |
Identifies the location of the unit's model and serial numbers for reference.
Explains symbols indicating potential hazards to users, service personnel, or the appliance.
Recommendations for choosing an appropriate installation location to ensure safety and optimal performance.
Details on electrical codes, grounding, and wire color coding for safe installation.
Crucial safety guidelines to prevent injury, fire, or damage during operation and maintenance.
Specifies the recommended indoor and outdoor temperature ranges for cooling and heating modes.
Guidance on the collection and disposal of old electrical equipment and batteries according to EU directives.
Identifies key components of the indoor units, including U1 and F1 types.
Introduces optional wireless and wired remote controllers for operating the air conditioner.
Instructions on how to set the vertical airflow flap direction using the remote controller.
Explains how to adjust airflow for multiple indoor units using a single wired remote controller.
Details on "DRY" operation, heating performance, and defrosting procedures.
Instructions for cleaning the air intake and outlet sides of the indoor unit safely.
Lists common symptoms and causes for indoor unit malfunctions and suggested checks.
Lists common symptoms and causes for outdoor unit malfunctions and suggested checks.
A step-by-step guide to check common issues before contacting a service dealer.
Recommendations for optimizing energy consumption and maintaining unit efficiency.
Technical data including power, capacity, sound levels, and dimensions for U1 type units.
Technical data including power, capacity, sound levels, and dimensions for F1 type units.
Technical data including power, capacity, sound levels, and dimensions for single split outdoor units.
Compliance statement regarding R410A venting and its Global Warming Potential (GWP).
