Used BTU Paragon 98 #9212193 for sale

BTU Paragon 98 is a two-zone forced convection reflow oven specifically designed for electronics soldering and rework processes. It is an air-to-air reflow oven model, ideal for soldering lead-free profiles, and PCB assemblies up to 18 inches in width. It features dual-zone thermal control, allowing for independent temperature control of the preheat and reflow zones. The maximum preheat temperature is 350°C and the reflow temperature is 375°C, which offer a large range of soldering options with all lead-free alloys. The BP 98 has a recirculation blower that ensures consistent temperature and airflow throughout the entire equipment. This blower will operate at a constant fan speed regardless of oven temperature and size, to ensure that each assembly is uniformly heated. Additionally, the blower will change speed for each zone as needed for quick temperature stabilization. Paragon 98 also features a proprietary zone monitoring system, which controls and monitors each zone separately. This allows for real-time adjustment and accurate reflow temperature control. The programming interface is intuitive and easy to use, which allows for seamless configuration of a variety of profile settings. The built-in Auto-Tune unit ensures a consistent profile by automatically monitoring and adjusting the oven's parameters based on your specific needs. This allows BTU Paragon 98 to quickly and precisely create the ideal temperature profile for your assembly. Paragon 98 also features a programmable conveyor speed, which allows the user to fine-tune the speed of the conveyor. This helps to maintain an even heating throughout the entire machine, and ensures consistent results every time. Additionally, it has a built-in diagnostic information tool that can indicate any problems that may occur. BTU Paragon 98 is an advanced and reliable reflow oven that offers a wide range of soldering and reworking options. Its intuitive interface and advanced technology makes it the ideal choice for electronics soldering and reworking processes.