Used YES LP III M-5 #10588 for sale

YES LP III M-5 is a highly efficient medium pressure oil burning furnace/oven. It is extensively used for a wide range of industrial and commercial applications. Its robust design, modern engineering and reliable performance make it an ideal choice for factory heating, process heat, and other commercial environments. YES LP III-M5 has a heat input of 4 million BTUs/hr and an output of 3 million BTU/hr. This furnace/oven has three independently modulated zones that allow for precise temperature control and efficient heat distribution. The phased primary air injection system ensures clean and efficient combustion, and the PLC burner optimizes fuel efficiency and operational safety. The stainless steel construction of the furnace/oven allows for better corrosion resistance and durability. LP-III-M5 has a 7-pass stainless steel heat exchanger with 2 ½" thick solid steel casings. This allows for a greater rate of heat transfer and excellent stability to minimize temperature fluctuations. It has a maximum flue temperature of 900°F and a maximum air temperature of 850°F, both of which are equipped with an integrated refractometer. The ultra-low NOx burner design delivers an expected emissions rate of 30 ppm or less, even at its full 4 million BTUs/hr. LP-III M-5 has a number of safety features, such as the safety lockout system and stack temperature monitoring, designed to help ensure the safe and proper operation of the furnace/oven. This is complemented by primary and secondary high limit temperature controls to protect against overheating and other temperature-related issues. In summary, LP III M-5 is an efficient and reliable medium-pressure oil burning furnace/oven. It has a heat input of 4 million BTUs/hr, 3-zone modulation for precise temperature control, a stainless steel construction for better corrosion resistance, a 7-pass heat exchanger for greater heat transfer, and low emissions. In addition, it also incorporates a number of safety features to promote safe and proper operation.