Heater for an indoor grow facility

A heater for an indoor grow facility, the heater comprising:

• a heating module configured to generate carbon dioxide, the heating module comprising a fuel system controller that is configured to control operation of the heating module;
• an air quality monitoring system comprising:
• an air quality controller;
• at least one air quality sensor in signal communication with the air quality controller, the at least one air quality sensor being configured to detect at least one air quality condition;
• and
• a power input that is configured to receive power from a power source for powering of the air quality controller and the at least one air quality sensor;
• and
• an isolation transformer electrically coupled with each of the fuel system controller and the air quality monitoring system, the isolation transformer being configured to deliver the power from the air quality monitoring system to the fuel system controller to facilitate powering thereof, wherein the air quality monitoring system is configured to selectively interrupt the power to the fuel system controller as a function of the at least one air quality condition detected by the at least one air quality sensor.

A heater for an indoor grow facility, the heater comprising:

• an enclosure comprising:
• a first wall;
• a second wall opposite the first wall;
• and
• a top plate extending between the first wall and the second wall and cooperating with the first wall and the second wall to at least partially define an interior;
• a first baffle plate coupled with the first wall and extending therefrom, the first baffle plate being disposed beneath the top plate;
• a second baffle plate coupled with the second wall and extending therefrom, the second baffle plate being disposed beneath the top plate;
• a heating module coupled with the enclosure and disposed beneath the first baffle plate and the second baffle plate, the heating module configured to generate carbon dioxide for presentation into the interior, the heating module comprising a fuel system controller that is configured to control operation of the heating module;
• an air quality monitoring system comprising:
• an air quality controller;
• at least one air quality sensor in signal communication with the air quality controller, the at least one air quality sensor being configured to detect at least one air quality condition;
• and
• a power input that is configured to receive power from a power source for powering of the air quality controller and the at least one air quality sensor;
• and
• an isolation transformer in electrical communication with each of the fuel system controller and the air quality monitoring system, the isolation transformer being configured to deliver the power from the air quality monitoring system to the fuel system controller to facilitate powering thereof, wherein:
• the first wall defines a first plurality of exhaust holes adjacent the first baffle plate;
• the second wall defines a second plurality of exhaust holes adjacent the second baffle plate;
• the first baffle plate and the second baffle plate are spaced from each other and cooperate with the first wall and the second wall, respectively, to define a tortuous fluid path between the heating module and the first and second pluralities of exhaust holes;
• and
• the air quality monitoring system is configured to selectively interrupt the power to the fuel system controller as a function of the at least one air quality condition detected by the at least one air quality sensor.