FRONIUS Ohmpilot 9.0-3
Available at the end of October
The Fronius Ohmpilot serves primarily for the intelligent control of heating elements for hot water supply in boilers and buffer tanks, but also for infrared heating or towel radiators. In this way, solar energy provides a single-family house with most of the energy required for hot water supply. The result is the maximization of the self-consumption quota, a significant reduction of CO2 emissions from the household and less wear and tear on the building's main heating system during the summer months.
The Fronius Ohmpilot is primarily used to intelligently control heating elements for providing hot water in boilers and buffer storage tanks, but can also be used for infrared heating or towel radiators. Solar power can thus provide a family home with average levels of water consumption with most of their hot water from April to October. The result is maximum selfconsumption, a reduction in the household’s CO2 emissions and less wear on the building’s main heating system during the summer months.
General characteristics of the inverter:
|
Model |
FRONIUS Ohmpilot 9.0-3 |
|
Frequency |
50 Hz |
|
Max. input current (Iac max) 1) |
16 A / 3*16 A |
|
Input voltage 1)
|
230 V / 3*230 V |
| Max. output power 1 | 3 kW / 9 kW (each continuously adjustable) |
| Frequency | 50 Hz |
| AC output current (Iac nom) 1) | 13 A / 3*13 A |
| Output voltage 1) | 230 V / 3*230 V |
| THDi | < 3 % |
| Type of power regulation | Pulse width modulation |
| Dimensions (height x width x depth) | 350 x 280 x 110 mm |
| Weight | 3.9 kg |
| Protection class | IP54 |
| Installation | Wall mounting |
(4,050,016 | 36-010689)
Data sheet
- Power (kW)
- 3 - 5.9
- Phase Type
- Single phase
- Max Current Input (A)
- 12 - 12.99
Specific References
16 other products in the same category:
Available at the end of October
The Fronius Ohmpilot serves primarily for the intelligent control of heating elements for hot water supply in boilers and buffer tanks, but also for infrared heating or towel radiators. In this way, solar energy provides a single-family house with most of the energy required for hot water supply. The result is the maximization of the self-consumption quota, a significant reduction of CO2 emissions from the household and less wear and tear on the building's main heating system during the summer months.