POB FARO 1.0 OUTDOOR FIRE PATIO HEATER WOOD PELLETS

Description

Description

Pob Faro 1.0 Outdoor Fire Patio Heater Wood Pellets

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This is a pellet fired patio heater, the pellets are contained in the base of the patio heater which has two settings, a full tube burn setting for 6 hours, and a half  burn setting for 3 hours, it has a  rechargeable battery pack that will power the appliance for two burns ,it also can be wired to a constant power supply.

The Faro Patio Heater is a classic piece of minimal design incorporating a 360 degree cylindrical glass tube through which a beautiful dancing flame picture can be seen.

In the base of the Faro Patio Heater a series of mini slotted windows are cut through which shines a series of LED lights which change colour in line with the stage of burn in the main cylindrical combustion chamber.

The Faro Patio Heater is supplied  with a magnetic key witch is used both to lock and turn it on.

Pob Faro 1.0 Outdoor Fire Patio Heater Wood Pellets

TECHNOLOGY Pyrolysis

The chemical process is Pyrolysis, a thermochemical decomposition of large molecules through their heating and in the absence of oxygen. Applied to biomass, pyrolysis makes it possible to split the material into two main components: syngas (or synthesis gas which is an excellent fuel) and a carbonaceous solid residue commonly known as char.

Pob Faro 1.0 Outdoor Fire Patio Heater Wood Pellets

The combustion cycle is totally smoke free and produces low emissions
After the ignition, Faro is fully automatic thanks to its electronic controler fed by a rechargeable battery
The 7kg tank provides 6 hours of  warm and ample flame
Thanks to the optimal combustion, the residues are minimal, making maintenance and handling operations easy

Faro lighting procedure

Load the tank with pellet
Apply the recommended lighting fuel
Use the supplied handle
Insert the tank into its location
Light the flame
Close the air entry
Activate with the magnetic key
Autonomy: 6 hours with 7kg of

POB TECHNOLOGY – Specifications

The micro-gasification process does not require external energy sources.

A low-consumption fan is implemented to assist system ventilation.

The patented POB technology consists of a study on the aerodynamic shape and geometric construction of the combustion chamber combined with an electronic system for the control, management and modulation of the flame.