CAPACITY | 10.0KW | |||
Set | FDUA100AVNAWVH | |||
Indoor | FDUA100VH | |||
Outdoor | FDCA100VNA-W | |||
Power Source (Outdoor Unit) | 1 Phase 240V 50Hz | |||
*Operation Data |
Nominal Capacity Range |
Cooling T1 |
kW |
10.0 (4.0-11.2) |
Heating H1 | 11.2 (4.0-12.5) | |||
Heating H2 | 10.00 | |||
Power Consumption |
Cooling T1 | 3.05 | ||
Heating H1 | 2.87 | |||
Max Power Consumption | 6.40 | |||
Running Current |
Cooling T1 |
A |
14.7 | |
Heating H1 | 14.0 | |||
Inrush Current, Maximum Current | 5, 26 | |||
EER | Cooling T1 | 3.28 | ||
COP | Heating H1 | 3.90 | ||
Sound Power Level (JS C9612) | Outdoor |
dB(A) |
70 | |
Sound Pressure Level (JS C9612) | Indoor | P-Hi:43 Hi:42 Me:40 Lo:37 | ||
Outdoor | 55 | |||
External Dimensions (HXWXD) |
Indoor |
mm |
398x1150x650 | |
Outdoor | 845x970x370 | |||
Net Weight |
Indoor |
Kg |
52 | |
Outdoor | 77 | |||
Supply Air Connection |
mm |
348×898 | ||
Return Air Connection | 348×898 | |||
External Static Pressure (Max) | Pa | 200 | ||
Airflow | Indoor (Cooling) | l/s | P-Hi:650 Hi:600
Me:550 Lo:483 |
|
Indoor (Heating) | ||||
Refrigerant (Type, Amount, Pre-charge Length) |
Quantity | kg | (R32) 3.3 | |
Pre Charged To Pipe
Length |
m | 30 | ||
Installation Data |
Refrigerant Piping |
Liquid Line |
mm |
Ø9.52 |
Gas Line | Ø15.88 | |||
Connection Method | Flare connection | |||
Maximum Pipe Length (One Way) |
m |
50 | ||
Max vertical height diff. between O.U. and I.U. | 50 ( O.U. above I.U. ) /
15 ( O.U. below I.U. ) |
|||
Controller | RC-E5, RC-EXZ3A, RCH-E3 or RCN-KIT4-E2 | |||
Safety Pan (Optional) | UA-SP2-E | |||
Motion Sensor (Optional) | LB-KIT2 | |||
Demand response (AS4755) | Yes | |||
Outdoor air temperature (upper, lower limits) | Cooling |
oC |
-15 to 50 | |
Heating | -20 to 20 |
Mitsubishi Heavy Industries
Mitsubishi Heavy Industries 10kW Inverter Ducted System FDUA100AVNAWVH
Quantity:
Overview
Mitsubishi Heavy Industries FDUA100VH / FDCA100VNA-W 10kW High Static Ducted System | Single Phase
Indoor: FDUA100VH
Outdoor: FDCA100VNA-W
Backlit Controller: RC-EXZ3A