MIDEA
Midea Premium Tumble Dryer 9kg - A+++
Lunar Series
Warranties
2 years As per Warranty Terms (24 Months)
€659.00 829.00
Code: #MD200H90WBW-CYA3
Specification
| Brand | Midea |
| Installation Type | Freestanding |
| Loading Type | Front Loading |
| Colour | White |
| Energy Rating | A+++ |
| Capacity | 9KG |
| Type | Heat Pump |
| Special Features | Wi-Fi |
| Premium Range | Yes |
| Width in cm | 59.50 |
| Depth in cm | 67.50 |
| Height in cm | 84.50 |
The Midea 9kg Heat Pump Tumble Dryer is designed for families, offering a large 9kg capacity that can handle bigger laundry loads in a single cycle, saving both time and effort.
It features multiple drying programs, including Eco, Baby Care, Wool, Outdoor, and UV Hygiene, allowing you to select settings that are gentle on fabrics yet effective at removing moisture. Sensor drying technology automatically adjusts drying time to prevent over-drying, while the anti-crease function helps reduce wrinkles.
For convenience and safety, the dryer includes SmartHome app connectivity for remote control and monitoring, as well as a child lock. It operates quietly at 65dB and is designed to be energy-efficient, combining performance with reliability.
KEY FEATURES: |
|
Brand: | Midea |
Installation Type: | Freestanding |
Loading Type: | Front Loading |
Colour: | White |
Energy Rating: | A+++ |
Capacity: | 9KG |
Type: | Condenser |
Technology: | Wi-Fi |
Premium Range: | Yes |
Width (in cm): | 59.50 |
Depth (in cm): | 67.50 |
Height (in cm): | 84.50 |
SPECIFICATIONS: |
|
Drying Type: | Condensing / Heat Pump |
Display Type / Colour: | LED / White |
Energy Consumption: | 193 kWh/annum |
Energy consumption of ECO program (full load): | 1.59kW-h/cycle |
Energy consumption ECO program (partial load): | 0.88 kW-h/cycle |
Program time for ECO program at full load: | 200 min |
Program time for ECO program at partial load: | 125 min |
Airborne acoustical noise emissions during ECO program: | 65dB |
Number Of Programs: | 14 |
Child Lock: | Yes |
MANUFACTURER'S GUARANTEE: | 2 years |
Product Literature