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BLOWTHERM PACK P IC SERIES HIGH EFF 106%
Pre-order via Add to Quote
Specifications:
- Three passes steel heating boiler
- Steel boiler with total inversion flame combustion chamber
- Furnace with passing flame with wet back
- Low temperature working: min inlet water temperature 15°C (using gas) and 45°C (using oil)
- Turbulators in stainless steel AISI 430, with special configuration for high efficiency
- Easy maintenance thanks to the big front door and to the bolted smoke chamber totally dismountable
- Thermo-insulation for combustion chamber in mineral wool
- Door with refractory thermo-insulation and flame sight glass
- Pre-coated steel cover
- LOW NOx version Suitable for whether-compensated flow temperature working
- Control panel with general switch with working lamp and thermal fuse, regulation thermostat, safety thermostat with manual reset, water dial thermometer
- Max working pressure: 5bar
- Max working temperature: 115°C
- Output efficiency 106%
The Blowtherm Pack P IC is a premium three-pass steel heating boiler. It is designed specifically for high energy conservation and superior thermal performance. Consequently, this series reaches an impressive 106% output efficiency. This makes it a very cost-effective solution for the modern industrial market. Furthermore, it uses a total inversion flame chamber to extract heat at every stage. As a result, users enjoy significant fuel savings and a lower carbon footprint.
Advanced Combustion and Low NOx Technology
Safety and sustainability are core values for the Blowtherm Pack P IC. For instance, this Low NOx version meets strict environmental rules without losing power. It also features a wet-back furnace with a passing flame design. This specific layout prevents the rear tube plate from overheating. Therefore, the structural integrity of the unit remains protected over time.
Moreover, the boiler operates effectively at very low temperatures. It handles a minimum inlet temperature of 15°C for gas. In addition, it supports 45°C when using oil. This flexibility makes it perfect for weather-compensated systems. Thus, you gain precise control over your facility’s climate.
