Used BTU Pyramax 150N XZ12 #9164591 for sale

Manufacturer
BTU
Model
Pyramax 150N XZ12
ID: 9164591
Vintage: 2010
Reflow oven 2010 vintage.
BTU Pyramax 150N XZ12 is a powerful reflow oven designed for high-volume and high-efficiency SMT and BGA component assembly. It is one of the most advanced in the Pyramax line for its features and capabilities. This oven is perfect for rework, prototyping, or full-scale production, with its precision and reliability in mind. This top-of-the-line reflow oven has a 150-zone convection heating equipment, a 12-zone infrared preheating zone, and a peak chamber temperature of 450°C. Pyramax 150N XZ12 has high thermal uniformity across the chamber due to its patented Quad-Zone Technology. This technology consists of four independently controlled sub-zones, creating a uniform environment for the connection of small components and substrates. The oven also has advanced cooling zones, using forced hot/cold air circulation to quickly reduce board and component temperatures. BTU Pyramax 150N XZ12 is designed for maximum user control and can be programmed with customized profiles or stored profiles optimized for various component types and configurations. Pyramax 150N XZ12 reflow oven features a large 24" processing window and a 4.3" TFT control panel. This allows for full monitoring, data recording, and editing functions, as well as alarm settings and data backup. It also has a fully automated conveyor system, adjustable conveyor speeds, and adjustable board spacing. The conveyor can hold up to fifty boards per run and includes a board-cooling unit at the end of the cycle. Additionally, the oven features a pyrometer, an acoustic alarm, and thermal cycling of the components throughout the cycle for maximum efficiency. BTU Pyramax 150N XZ12 is configured for high safety standards and can be equipped with a nitrogen purging machine, creating an inert atmosphere for higher-temperature processing. In conclusion, Pyramax 150N XZ12 is a powerful and reliable reflow oven designed to enable higher-volume component assembly with maximum accuracy and thermal uniformity.
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