ウォークイン試験室:画期的なイノベーション、科学技術開発の支援
With the continuous development of science and technology, people's requirements for the quality and stability of product continue to improve, especially in the aerospace, automotive, electronics, medicine and other industries, the accuracy and accuracy of the required detection technology and equipment is very high, and the large walk-in test chambers is gradually developed in such a background. As a large-scale test equipment, walk in test chamber is widely used in various industries, such as: electronic products, automobiles, new materials, etc., one of the necessary test equipment in the manufacturing process, its development trend is naturally the problem we need to pay attention to.
制御精度の向上
The temperature control system in the walk-in environment test chamber is a very important control system. With the rapid development of modern electronic technology, the technical level of controllers, sensors, actuators and other equipment has been greatly improved. The PID control algorithm widely used in the walk-in chamber will be more perfect in the future, and gradually develop into more advanced control algorithms such as self-organizing control and predictive control, and will gradually replace the existing compulsive control algorithm.
制御精度の向上
The temperature control system in the walk-in test chamber is a very important control system. With the rapid development of modern electronic technology, the technical level of controllers, sensors, actuators and other equipment has been greatly improved. The PID control algorithm widely used in the walk-in environment test chamber will be more perfect in the future, and gradually develop into more advanced control algorithms such as self-organizing control and predictive control, and will gradually replace the existing compulsive control algorithm.
インテリジェント制御とリモート監視
近年、ウォークインテストチャンバーのインテリジェント制御および遠隔監視技術が急速に開発されています。将来の高温および低温試験室は、自動診断、計量、遠隔制御、無線通信などの特性を備えている必要があります。システム統合性能が向上し、検出精度とエネルギー効率比がさらに向上するはずです。
省エネ・環境保全の向上
社会の発展と環境保護意識の向上に伴い、将来のウォークインチャンバーも環境保護と省エネにもっと注意を払うでしょう。低エネルギー材料の使用、エネルギー消費の削減、低周波圧力、低騒音、低振動などの技術により、環境保護と省エネの方向性を促進し、機器の占有面積と廃ガス廃棄物の排出を大幅に削減し、将来はより透明で安全で環境に優しい方向になります。
