![]() The Beckett AFG uses a GeniSys Model 7505 Control that is compatible with thermostats and other operating and limit controls and even features a communications port where the service tech can place a model 52067 display module for programming and diagnostic functions in addition to providing intermittent or interrupted ignition. The Beckett AFG also uses uses a low firing rate baffle in some applications and a few other minor differences that are not readily apparent but make a big difference in applications. The blower providing a higher static pressure under poor draft conditions makes combustion and starting smooth without rumbling. At first glance the Beckett AFG and AF appear to be identical but the primary difference is in the air supply which on the AFG inlet goes through an air guide and into a blower that provides a higher static pressure. ![]() Beckett burners feature a flame retention head that aids in providing very intense combustion that is very stable making up to 35% higher efficiency. The nozzle and electrode is self-centering and is one of the reasons why service techs love working on Beckett burners. The oil pump can be either a single or 2 stage pump. The ignition transformer is a continuous duty shielded transformer that supplies 10,000-volts/23 ma. ![]() The motor is a 3450-rpm motor with manual overload protection on a NEMA M flange mount. using a maximum of 5.8 amperes to operate the burner and controls. The Beckett AFG Oil Burner is designed to use #1 or, #2 heating oil and the burner operates on 120-Volts/60-Hz. ![]() Many heating equipment manufacturers select Beckett oil burners for use on their equipment. In the 72 years since its founding Beckett has become a recognized oil burner industry leader. Reginald Beckett founded Beckett Corporation in Elyria, Ohio in 1937, and is now a third generation company still controlled by the Beckett family in Elyria. The Beckett AFG Oil Burner can supply an input of 56,000 to 420,000 BTU/hr to your heating equipment while firing at a rate of 0.40 to 3.00 gallons per hour. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |