Combustion Efficiency Control System with a Stoichiometric Controller for a Laminar Burner System

摘要

A combustion efficiency control system includes an air flow sensor arrangement, a fuel controller unit, a burner output sensor module, and an operating unit. The air flow sensor arrangement including an upstream laminar flow control system and a downstream laminar flow control system and is communicatively coupled to a damper, a blower, and a flow conditioner. The air flow sensor arrangement measures laminar air flow and emits an efficiency signal that includes laminar air flow input values. An operating unit compares laminar air flow input values with combustion output values and a stoichiometric controller receives the comparison to generate an efficiency signal having a combination of air and fuel control data for the damper, the blower, the flow conditioner and the fuel controller unit, respectively. The stoichiometric controller maintains a selected combustion efficiency setting until cancelled.

主权项

1. A combustion efficiency control system for a laminar burner system, the laminar burner system delivering thermal energy to an energy consumption system coupled thereto, the combustion efficiency control system comprising:
an air flow sensor arrangement, the air flow sensor arrangement including an upstream laminar flow control system, the air flow sensor arrangement communicatively coupled to a damper,
the air flow sensor arrangement measuring laminar air flow and emitting an efficiency signal including laminar air flow input values; a burner output sensor module, the burner output sensor module positioned adjacent to a burner system outlet,
wherein the burner sensor module measures combustion energy output produced by laminar burner system;
the burner output sensor module measuring combustion and emitting an efficiency signal including combustion energy output values; and an operating unit, the operating unit includes a stoichiometric controller, the operating unit compares laminar air flow input values with combustion output values,
the stoichiometric controller receives the comparison of laminar air flow with combustion output values to generate an efficiency signal having air control data for the damper,
the stoichiometric controller maintains a selected combustion efficiency setting until such setting is cancelled.