Performa Easy Clean Plus
This boiler is fitted with an advanced automatic ash cleaning and compaction system that allows you to eliminate ash only once every three months. The system also features automatic cleaning for the turbulators and brazier by means of mechanical scraping, automatic cleaning of the head via a cam-based system and stainless steel scrapers, as well as the automatic cleaning of the exhaust smoke transit area. Moreover, the boiler comes as standard with a system that deposits and compresses the ash inside a handy trolley and makes emptying and evacuation easier
CLEANING TIMES:
UP TO 3 MONTHS
Compatible storage and loading systems
Diagram of details
Automatic cleaning system of the top area of the heat exchanger to prevent the build-up of ashes
Self-cleaning brazier with mechanical scraping system, thanks to a sturdy opening and tilting system for emptying unburned material. The system is automatically activated during each switch-off and whenever the BETA system detects potential fuel clogging due to ash accumulation
Ash extraction feed screw for ash produced through combustion inside the brazier and by the automatic emptying of the brazier
Ash extraction feed screw for ash contained and collected after passing through the heat exchanger and in the exhaust smoke extraction compartment
Scraping and cleaning system of the heat exchanger by means of stainless steel springs. Their periodic automatic movement ensures the cleaning of passageways and maximum efficiency of the heat exchanger
Trolley for discharge ash collection of both internal compartments of the boiler, easily detachable for emptying. It can be mounted either on the right or left side of the boiler
Technical data
| Model | Performa 15 Easy Clean |
| Fuel type | pellet |
| Class compliant with EN303-5 | 5 |
| Nominal thermal power to firebox | 13.60 kW |
| Max nominal output power | 15.00 kW |
| Minimum output power | 4.80 kW |
| Diameter of smoke outlet pipe | 8 cm |
| Weight | 240 kg |
| Smoke temperature | 90 ºC |
| Massive smoke capacity | 10.50 g/s |
| Model | Performa 20 Easy Clean |
| Fuel type | pellet |
| Class compliant with EN303-5 | 5 |
| Nominal thermal power to firebox | 18.10 kW |
| Max nominal output power | 20.00 kW |
| Minimum output power | 4.80 kW |
| Weight | 240 kg |
| Smoke temperature | 97 ºC |
| Massive smoke capacity | 13.70 g/s |
| Model | Performa 25 Easy Clean |
| Fuel type | pellet |
| Class compliant with EN303-5 | 5 |
| Energy Labelling | A + |
| Nominal thermal power to firebox | 24.80 kW |
| Max nominal output power | 22.50 kW |
| Minimum output power | 5.90 kW |
| Thermal power with fluid | 22.50 kW |
| Nominal performance - max | 90.80% |
| Nominal performance - min | 90.50% |
| Hopper capability | 100.00 l |
| Hourly consumption at min | 1.30 kg/h |
| Hourly consumption at max | 5.10 kg/h |
| Runtime at min | 50.00 h |
| Runtime at max | 13.00 h |
| Heatable volume | 553 m³ (*) |
| Diameter of smoke outlet pipe | 10 cm |
| Weight | 265 kg |
| Suggested draughtsystem | 10-0.05 Pa-mbar |
| Smoke temperature | 90 ºC |
| Massive smoke capacity | 17.30 g/s |
(*) Heatable volume refers to the number of cubic metres that can be heated by the product in an insulated room, therefore with an average calorific requirement of 35 kcal/h per m3
| Model | Performa 30 Easy Clean |
| Fuel type | pellet |
| Class compliant with EN303-5 | 5 |
| Energy Labelling | A + |
| Nominal thermal power to firebox | 30.00 kW |
| Max nominal output power | 27.00 kW |
| Minimum output power | 5.90 kW |
| Thermal power with fluid | 27.00 kW |
| Nominal performance - max | 90.30% |
| Nominal performance - min | 90.50% |
| Hopper capability | 100.00 l |
| Hourly consumption at min | 1.30 kg/h |
| Hourly consumption at max | 6.10 kg/h |
| Runtime at min | 50.00 h |
| Runtime at max | 11.00 h |
| Heatable volume | 663 m³ (*) |
| Diameter of smoke outlet pipe | 10 cm |
| Weight | 265 kg |
| Suggested draughtsystem | 10-0.05 Pa-mbar |
| Smoke temperature | 98 ºC |
| Massive smoke capacity | 19.30 g/s |
(*) Heatable volume refers to the number of cubic metres that can be heated by the product in an insulated room, therefore with an average calorific requirement of 35 kcal/h per m3
