Used BTU Pyramax 100A #9174120 for sale

BTU Pyramax 100A Reflow Oven is a state-of-the-art, medium-sized reflow oven that is designed to meet the needs of all aspects of the modern electronics assembly industry. BTU PYRAMAX 100 A utilizes a convection-style heating equipment to provide precise, repeatable reflow profiles for a variety of special manufacturing requirements. A built-in process controller with an optional touch panel interface allows the operator to program and run an unlimited number of reflow recipes. The total oven size of Pyramax 100A is 870mm x 910mm x 1893mm, with an internal work area of 610mm x 762mm. The convection heating system is composed of 12 zone adjustable hot air heaters, each utilizing convection heat circulation and long-life heaters. The heating zones are independently controlled via solid-state relays, providing accurate temperature control throughout the entire reflow zone. The oven also features a preheat zone with two powerful top-mounted heaters and a top-mounted, high-volume fan unit for maximum air movement and uniform temperatures. PYRAMAX 100 A is capable of reaching temperatures up to 350°C, with a standard reflow profile reaching peak temperatures of 245°C. The temperature accuracy of the oven is ±5°C with the supplied Temperature Control Software, allowing very precise and repeatable reflow profiles. The oven is also equipped with sensors to monitor the internal temperature, while the adjustable fan speed and heater power helps to regulate the atmosphere inside the oven. BTU Pyramax 100A is designed with safety in mind and includes an integrated filter machine to protect components against static and ESD damage. In addition, the oven features a set of emergency stop buttons on the outside of the oven for increased safety. Overall, BTU PYRAMAX 100 A is an excellent mid-sized reflow oven that is capable of providing customers with reliable performance in both short and long production runs. The oven offers precise temperature control, repeatable profiles, and a safe operating environment to help maximize efficiency and minimize defects.