- Description
- Manuals - DoP
- Technical Specifications
- Section/Design advantages
- Notable features
- Dimensions
- Distributing hot air in adjacent rooms
- Accessories
Description
NEAT insert’s innovative design perfectly complies with the latest architectural lines and gives a magnificent view of the flame but also certified high thermal and ecological efficiency. There are various sizes for this product that can combine your design and thermal needs as well.
- > Rugged design with use of 3-6mm thick sheet metal
- > Firm door sealing with double fastener with 800oC high resistance and clarity ceramic glass
- > “Cold hand” for air intake regulation and for opening and closing the door
- > Option for external air supply (back or below
- > Top or back fuel pipe placement
- > Fully controlled combustion chamber with tertiary combustion, vermiculite and air curtain for clean glass
- > Heating chamber with 1200kg/m3 vermiculite below and 750kg/m3 on the sides and top
- > Double flue gas buffer to maximize the efficiency
- > Low fuel consumption with minimum residue (almost 1kg of ash per 100kg of firewood)
- > Easy installation due to detachable combustion chamber
- > Right or left door opening
- > Multifunctional electronic thermostat
- > Hot air distribution
- > Two ventilators with combined intake of 200m3/h
- > Removable front glass for ease of cleaning
- > Cleanable air heating intake filters 16 energy saving fireplaces ΝΕΑΤ LINE
| NEAT AIR 70 | NEAT AIR 70+ | |
|---|---|---|
| Total heat output | 6 kW | 7 kW |
| Efficiency | 81 % | 81 % |
| Hourly fuel consumption | 1.8 Kg/h | 1.9 Kg/h |
| Yield range | 3.4 – 8.6 kW | 3.8 – 9.6 kW |
| Heated area | 25 – 90 m2 | 25 – 95 m2 |
| Energy Class | Α+ | Α+ |
| CO emissions (by providing O2 at 13%) | 0.090 % | |
| Dimensions (WxDxH) | 68.5/45/59 cm | |
| Combustion chamber dimensions (WxDxH) | 50/34/23 cm | |
| Weight | 121 Kg | |
NEAT AIR, lets you heat your space faster and more evenly. The motors, either by manual or automatic control, can distribute graduallyup to 200 m3/h
1. Cold air intake
2. Hot air circulation
3. Hot air distributed by the fireplace
4. Hot air distributed by the motor network
