一种具有水冷却的UV电源制造技术

技术编号:17978193 阅读:37 留言:0更新日期:2018-05-16 18:55
本实用新型专利技术提出具有水冷却的UV电源,涉及UV电源领域,包括机壳,所述机壳包括上盖和底板,所述上盖和底板围合成腔体,所述上盖内部安装控制板和电源板,所述控制板与电源板平行设置,所述底板内部安装水冷板、散热板和支撑板,所述水冷板设于所述散热板的上方,所述水冷板和散热板固定在所述支撑板上,所述电源板的IGBT模块直接与所述水冷板的一侧接触,所述散热板的一侧安装有变压器,所述散热板的;另一侧安装有储能电感及底部风扇。本实用新型专利技术通过在电源板下表面设置水冷板,利用热交换将功率器件产生的热量持续带走,并结合散热板结合风扇,将变压器热量带走,从而起到良好的散热效果,提高UV电源的工作效率和使用寿命。

A UV power supply with water cooling

The utility model provides a UV power supply with water cooling, which involves the field of UV power supply, including the casing. The casing includes an upper cover and a bottom plate, the upper cover and the bottom plate are surrounded by a cavity. The control board and the power board are installed inside the upper cover. The control board is arranged in parallel with the power supply board, and the interior of the floor is installed with a water cooling plate and a cooling plate. The water cooling board is fixed above the heat dissipation plate, and the water cooling board and the heat dissipation plate are fixed on the supporting plate. The IGBT module of the power supply plate is directly connected with one side of the water cooling plate. One side of the heat dissipation plate is equipped with a transformer, the heat dissipation plate is arranged on the other side, and the other side is equipped with a energy storage inductor and a bottom wind. Fan. By setting water cooling plate on the surface of the power supply plate, the utility model uses heat exchange to keep the heat generated by the power device and combine the heat sink with the fan to take away the heat of the transformer, so as to improve the heat dissipation effect and improve the working efficiency and service life of the UV power supply.

【技术实现步骤摘要】
一种具有水冷却的UV电源
本技术涉及UV电源领域,尤其是一种具有水冷却的UV电源。
技术介绍
UV是紫外线(Ultra-VioletRay)的英文缩写,工业用UV光源光谱范围是200nm-450nm,以365nm为中心。按波段的不同,分别为UV-A,UV-B,UV-C各具有不同的用途。1、低压UV灯管即杀菌灯则主要用于杀菌消毒,另外UV-B还主要用于紫外线检验,医疗治疗等。2、强紫外线高压水银灯由高品质的纯石英管材制造而成,使紫外线能高程度及大量的穿透,其弧长度/发光长度可由5厘米至300厘米不等,常见功率为每厘米30W至200W,超大功率UV灯一般在每厘米200W或以上操作,该灯光谱有效范围在350-450nm之间,主波峰为365nm,有700多个品种,功率由100w-25kw。UV固化在英文中称UVCuring或UVCoating,UV固化是光化学反应,即液态的UV照射可固化材料经印刷或涂布到承印物或工件表面,经UV光线照射实现硬化的过程,UV固化与传统的干燥过程相似,但原理不同,传统的干燥一般借助于