不銹鋼控制柜是一種主要用于安裝電氣設備的機柜，一般用于供電系統，包括高低壓配電柜等。使用時，內部電氣設備應按照一定的標準進行安裝。那么如何布置不銹鋼控制柜。我們來看看下面的介紹。

Stainless steel control cabinet is a type of cabinet mainly used for installing electrical equipment, generally used in power supply systems, including high and low voltage distribution cabinets. When in use, internal electrical equipment should be installed according to certain standards. So how to arrange the stainless steel control cabinet. Let's take a look at the introduction below.

（一）需要注意的事項是重型建筑物的電氣控制元件安裝在集熱板的下方，而加熱反應元件應安裝在不銹鋼控制柜的上部或后部，但應放置在下部熱繼電器內。由于熱繼電器的出口端通過電動機直接連續地連接方便企業的出口，線路的入口端直接連續地連接交流接觸器，因此系統接線短方便，適用于不同的冷卻方式。

（1） It should be noted that the electrical control components of heavy-duty buildings are installed below the collector plate, while the heating reaction elements should be installed above or behind the stainless steel control cabinet, but should be placed inside the lower thermal relay. Due to the fact that the outlet end of the thermal relay is directly and continuously connected to the enterprise's outlet through an electric motor, and the inlet end of the circuit is directly and continuously connected to the AC contactor, the system wiring is short and convenient, suitable for different cooling methods.

（2）強隔音隔音對外界環境的屏蔽作用較弱。

(2) Strong sound insulation has a weaker shielding effect on the external environment.

(3) 電氣元件的頻繁維護和安裝的必要性不應過高或過低。手動開關的設備方位和儀器的連續監測應符合人機工程學的原則。不銹鋼控制柜系統應進行管理和清潔。清洗前，在電子元器件上蓋上散熱孔，防止灰塵進入，影響元器件的工作。對于清潔，我們可以使用真空吸塵器，這不符合吹與數據質量的壓縮空氣的要求。因為我們的壓縮空氣會將水蒸氣和灰塵吹進元件中，這種比較簡單而且容易形成短路，這樣會影響不銹鋼控制柜的正常運行和應用。

(3) The necessity of frequent maintenance and installation of electrical components should not be too high or too low. The equipment orientation of manual switches and the continuous monitoring of instruments should comply with the principles of ergonomics. The stainless steel control cabinet system should be managed and cleaned. Before cleaning, cover the electronic components with heat dissipation holes to prevent dust from entering and affecting their operation. For cleaning, we can use a vacuum cleaner, which does not meet the requirements for blowing compressed air with data quality. Because our compressed air will blow water vapor and dust into the components, which is relatively simple and prone to short circuits, it will affect the normal operation and application of the stainless steel control cabinet.

(4) 電氣系統元件的配備考慮了工作距離，學生可以將結構規模相近整潔美觀對稱的電器組合在一起，便于數據處理安裝和接線。選擇不同的接線繼電器控制方式時，應適當加大旅游線路的電氣調整，并保持線路的布局。

(4) The configuration of electrical system components takes into account working distance, and students can combine electrical appliances with similar, clean, aesthetically pleasing, and symmetrical structures for easy data processing, installation, and wiring. When selecting different wiring relay control methods, it is necessary to appropriately increase the electrical adjustment of tourist routes and maintain the layout of the routes.

（5）確定各電氣控制元件的方向后，可根據電氣圖進行布置。根據圖的輪廓。工程設備繪制成電氣元件，即在不違反其軸線的情況下，象征性地分析每個電子元件之間的距離。各企業的電氣元件的規模和服務應按本規范的標準執行，以保證建筑安裝板順利通過安裝和各種電氣加工產品的質量。電氣柜內有大型電器元件，要安裝在兩個安裝梁之間，這樣外殼是否能有效減輕自身重量，節省教材，方便我們安裝。此外，在規劃中還應考慮豎向結構尺度。

(5) After determining the direction of each electrical control component, it can be arranged according to the electrical diagram. According to the outline of the diagram. Engineering equipment is depicted as electrical components, symbolically analyzing the distance between each electronic component without violating its axis. The scale and service of electrical components in each enterprise should be carried out in accordance with the standards of this specification to ensure the smooth installation of building installation boards and the quality of various electrical processing products. There are large electrical components inside the electrical cabinet that need to be installed between two installation beams. Can the shell effectively reduce its own weight, save textbooks, and facilitate our installation. In addition, the vertical structural scale should also be considered in the planning.

(6) 在不銹鋼控制柜的布局設計中，還提倡輸入插座元件的數量插座引線的尺寸和方向，以及根據相關時序電路選用進口端子和連接器。

(6) In the layout design of stainless steel control cabinets, the number of input socket components, the size and direction of socket leads, and the selection of imported terminals and connectors based on relevant timing circuits are also advocated.