Indoor unit
| Indoor unit height |
305 mm |
| Indoor unit width |
925 mm |
| Noise level (indoor unit) |
58 dB |
| Indoor unit weight |
13500 g |
| Indoor unit type |
Wall-mountable |
| Indoor units quantity |
1 |
| Indoor unit depth |
234 mm |
Power
| Design load (cooling) |
820 kW |
| Design load (heating) (Average heating season) |
800 kW |
| Energy efficiency class (heating) (Colder heating season) |
A+++ |
| Annual energy consumption (heating) (Average heating season) |
986 kWh |
| Annual energy consumption (heating) (Warmer heating season) |
429 kWh |
| Energy efficiency class (cooling) |
A+++ |
| Energy efficiency class (heating) (Average heating season) |
A+++ |
| Annual energy consumption (cooling) |
138 kWh |
Technical details
| Heating capacity in watts (nominal) (Warmer heating season) |
4000 W |
| Wi-Fi controlled |
N |
| Seasonal efficiency rating (heating) (SCOP) (Average heating season) |
5.1 |
| Cooling capacity in watts (nominal) |
3500 W |
| Cooling capacity in watts (min) |
800 W |
| Cooling capacity in watts (max) |
4000 W |
| Heating capacity in watts (min) |
1000 W |
| Heating capacity in watts (max) |
6300 W |
| Ionizer |
N |
| Operating temperature (cooling) (T-T) |
-10 - 46 °C |
| Refrigerating medium |
R410A |
| Inverter technology |
Y |
| Hose diameter |
6.35 mm |
| Seasonal efficiency rating (cooling) (SEER) |
8.9 |
| Operating temperature (heating) (T-T) |
-15 - 24 °C |
| Multi split |
N |
| Timer |
Y |
| Type |
Air conditioner indoor unit |
Additionally
| Cooling energy efficiency |
4.27 |
| Heating energy efficiency |
5 |
| Remote controlled |
Y |
3.5 kW, A+++, 13.5 kg
High COP Inverter Heat Pump
R410A Wall Mounted System
The MSZ-FH series is our most energy efficient M Series wall mounted unit to date. These high efficiency models feature the Plasma Quad filter system. They also offer industry leading noise levels and have a distinctively styled front panel that not only looks appealing but also helps to make cleaning of the unit easier. Also incorporated is a ‘3D i-see Sensor’, providing even temperature distribution and further reducing energy consumption.
