工业激光器冷却

工业激光器有很多应用,无论是用于切割、焊接、微加工、增材制造还是钻孔,工业激光器都会产生大量热量,从而影响系统的准确性和可重复性。有效冷却的激光器可确保激光器的正常、长时间性能。基于压缩机的制冷系统长期以来一直用于冷却激光系统,而基于热电的冷却器或致冷器则能够为低功率激光器和光学元件提供局部冷却。高于500W的较大功率系统通常需要采用外部压缩机的冷却器,而小于500W的系统则可使用基于热电的致冷器或热电冷却器。


Nextreme™ 循环致冷器

基于压缩机的致冷系统,因为它们的性能系数 (COP) 很高,传统上用于工业激光应用。 莱尔德热系统的Nextreme™循环致冷器系列可为工业激光系统提供可靠和精准的温度控制。与传统基于压缩机的系统相比,该致冷器采用高性能可变速电机进行低噪音运行,能耗可降低高达50%。

查寻 Nextreme™ Chiller 系列产品或查寻应用说明:

Corrosion Prevention in Cooling Loops

Introduction

Corrosion in liquid cooling loops is caused by chemical, electro-chemical, or abrasive action by the heat transfer fluid on the wetted surfaces. Chemical product layers formed by corrosion can inhibit suitable heat transfer between the liquid and wetted metal surfaces. The corrosive products can introduce debris into the fluid system affecting fluid flow, clogging up filters and tight restrictions, or even damaging pump components. In extreme conditions, leaks can form if enough material is removed from the fluid containment.




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