Used DESPATCH PBY1-40 #9003462 for sale

DESPATCH PBY1-40 is an industrial oven / furnace used in a variety of high-temperature applications such as heat-treating, annealing, curing, and testing. It is a single-door vertical chamber oven with a maximum temperature of 2400°F (1316°C). The furnace is constructed with heavy-duty stainless steel featuring an insulated double-wall design, and is equipped with a baghouse-style exhaust system designed to keep the air inside the chamber clean. The heavy-duty door has two independently adjustable hinges that allow the door to open freely while allowing easy adjustment of the door gap. All joints are individually thermally sealed for airtight operation, ensuring long-term performance. PBY1-40 also features a digital temperature control that can be operated via USB to create or save recipes for repeatable processes. This furnace has a standard internal volume of 28 cubic feet, and comes with two removable shelves capable of holding up to 250 lb of material. The body of this furnace is designed for optimal heat transfer and uniformity. It features a series of horizontal pass-through holes with air recirculation fans that continually move heated air around the chamber. Inside the furnace is a ceramic blanket insulation providing excellent heat retention, radiant heating, and fast cool down. DESPATCH PBY1-40 is designed for safety and convenience, with safety switches and a low-limit control that will shut off the furnace in the event of an internal temperature overshoot. Additionally, the furnace is accessible to maintenance personnel as all internal parts are user-serviceable. This industrial oven / furnace is designed for durability and long term performance. With its double-walled design, robust construction, and superior insulation, PBY1-40 is ideal for industrial and commercial applications requiring repeated temperature exposure of up to 2400°F (1316°C). Its advanced features, safety features, and portability make it a great choice for high-temperature applications that require repeatability and precision.