Models
Prepare to be blown away by Panasonic’s Mini VRF system
The Mini VRF compact system is the ideal solution for minimum outdoor space. Panasonic extends the Mini VRF range by 8 and 10HP units.
Increase external static pressure.
When unit is installed on a narrow balcony, the fence at front side will be the obstacle. High external static pressure will overcome this obstacle and maintain operation capacity.
High ambient temperature performance.
Cooling operating range up to 46°C. The system can maintain the rated (100%) capacity up to 40°C by 8HP model and up to 37°C by 10HP model.
- Piping flexibility with 150m maximum length
- High efficiency
- 15 indoor units connectable
- Quiet operation mode (one of the lowest in the market)
- High ambient temp performance
- High static pressure 35Pa
Specifications
Mini ECOi LE1 series high efficiency 8 and 10HP - R410A | THREE PHASE | |||
---|---|---|---|---|
8 HP | 10 HP | |||
Heating capacity (Nominal) | kW | 25,0 | 28,0 | |
Refrigerant (R410A) / CO2 Eq. | kg / T | 6,30 (24,00) / 13,1544 | 6,60 (24,00) / 13,7808 | |
Maximum allowable indoor / outdoor capacity ratio (3) | % | 50 ~ 130 | 50 ~ 130 | |
Maximum allowable indoor / outdoor capacity ratio | % | 50 ~ 130 | 50 ~ 130 | |
ErP data (5) | U-8LE1E8 | U-10LE1E8 | ||
SEER (6) | 6,27 | 6,37 | ||
ηs,c | 247,9% | 251,8% | ||
SCOP (6) | 4,24 | 4,31 | ||
ηs,h | 166,4% | 169,5% |
(2) If the heating utilized, it is necessary to increase 1 size with respect to the main liquid pipe, depending on the combination of the indoor unit.
(3) Under 90m for ultimate indoor unit.
(4) Over 90m for ultimate indoor unit. If the longest piping equivalent length exceeds 90m, increase the sizes of the main tubes by 1 rank for gas and liquid pipes.
(5) SEER / SCOP and ηs,c / ηs,h are in accordance with ErP test data for F2 type variable static pressure hide-away indoor units. Eurovent certified.
(6) SEER / SCOP is calculated based on the seasonal space cooling / heating efficiency “η” values of the COMMISSION REGULATION (EU) 2016/2281. SEER, SCOP = (η + Correction) × PEF.