Efficient heating capacity • At the same time, when welding components with large differences in size, the reflow oven equipment is required to maintain high thermal efficiency at low convection wind speed. Heating zone on the furnace without any interval (For the FPC industry) • Improve thermal balance, enhance rapid heating capability, and make the temperature curve more stable. Lower cooling system • Four cooling systems are installed below to prevent oil accumulation in the upper layer, which can contaminate the product. Four sets of upper and lower cooling zones are set up to achieve a low outlet temperature. Comparison with traditional one-sided cooling profile • Enhanced cooling zone to achieve efficient cooling slope, which meets various welding processes.
Independent detection of oxygen concentration in the whole process (Option: Real time detection of oxygen concentration in the entire temperature range) • The nitrogen quantity in the whole process can be controlled, and each temperature zone can be controlled in an independent closed loop, so that the oxygen concentration range can be controlled within 50-200 ppm. • When the oxygen concentration in the whole process is within 200ppm, the nitrogen consumption is: 22-25m ³/ H (12 temperature zone); • When the oxygen concentration in the welding area is within 1000ppm, the nitrogen consumption is 10-12m ³/ H (12 temperature zone).
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