一、機箱機柜的核心功能

1、 Core functions of chassis cabinets

1.物理防護

1. Physical protection

機箱機柜的首要功能是為電子設備提供堅實的物理防護。在復雜的工業環境中，設備可能面臨碰撞、振動、灰塵、濕氣等多種威脅。例如，在礦山、冶金等重工業場所，機箱機柜需具備高強度的外殼結構，通常采用冷軋鋼板或鋁合金材質，經過沖壓、焊接等工藝打造，能夠抵御重物碰撞與機械振動，防止內部電子元件受損。同時，通過密封設計，阻止灰塵、濕氣侵入，確保設備在惡劣環境下正常運行。如在粉塵濃度高的水泥生產車間，密封良好的機柜可有效避免粉塵進入，減少設備故障概率。

The primary function of a chassis cabinet is to provide solid physical protection for electronic devices. In complex industrial environments, equipment may face various threats such as collisions, vibrations, dust, and moisture. For example, in heavy industrial sites such as mining and metallurgy, chassis and cabinets need to have high-strength shell structures, usually made of high-quality cold-rolled steel plates or aluminum alloy materials, and constructed through stamping, welding and other processes to resist heavy object collisions and mechanical vibrations, and prevent damage to internal electronic components. At the same time, through sealing design, dust and moisture are prevented from entering, ensuring the normal operation of the equipment in harsh environments. In cement production workshops with high dust concentration, well sealed cabinets can effectively prevent dust from entering and reduce the probability of equipment failure.

2.散熱管理

2. Heat dissipation management

電子設備在運行過程中會產生大量熱量，若無法及時散發，將導致設備性能下降甚損壞。機箱機柜通過合理的散熱設計，保障設備處于適宜的工作溫度。常見的散熱方式包括自然散熱、強制風冷和液冷。自然散熱依靠機柜外殼的散熱孔和金屬材質的導熱性，實現熱量自然散發，適用于發熱量較小的設備；強制風冷則通過安裝散熱風扇，加速空氣流動，帶走熱量，是目前應用廣泛的散熱方式。在數據中心，機柜內密集排列的服務器產生大量熱量，通過前后通風設計和多組風扇協同工作，形成的風道系統，快速排出熱量。液冷技術則利用冷卻液循環帶走熱量，散熱效率更高，常用于對散熱要求極高的高性能計算設備。

Electronic devices generate a large amount of heat during operation, and if it cannot be dissipated in a timely manner, it will lead to a decrease in device performance or even damage. The chassis cabinet ensures that the equipment is at a suitable working temperature through reasonable heat dissipation design. Common heat dissipation methods include natural heat dissipation, forced air cooling, and liquid cooling. Natural heat dissipation relies on the heat dissipation holes of the cabinet shell and the thermal conductivity of the metal material to achieve natural heat dissipation, which is suitable for devices with low heat generation; Forced air cooling, by installing cooling fans to accelerate air flow and remove heat, is currently the most widely used method of heat dissipation. In the data center, servers densely arranged in cabinets generate a large amount of heat. Through front and rear ventilation design and multiple sets of fans working together, an efficient air duct system is formed to quickly dissipate heat. Liquid cooling technology utilizes coolant circulation to remove heat, resulting in higher heat dissipation efficiency. It is commonly used in high-performance computing devices that require extremely high heat dissipation.

3.電磁屏蔽

3. Electromagnetic shielding

隨著電子設備數量的增加，電磁干擾問題日益嚴重。機箱機柜的電磁屏蔽功能能夠有效阻止電磁輻射泄漏，同時防止外部電磁干擾影響設備正常運行。機柜采用具有電磁屏蔽性能的材料，并在接縫處安裝導電襯墊，確保良好的電磁密封。在通信基站、金融數據中心等對電磁環境要求嚴格的場所，具備高電磁屏蔽效能的機柜能夠保障信號傳輸的穩定性和數據的性，避免信息泄露與設備故障。

With the increasing number of electronic devices, electromagnetic interference problems are becoming increasingly serious. The electromagnetic shielding function of the chassis cabinet can effectively prevent electromagnetic radiation leakage and prevent external electromagnetic interference from affecting the normal operation of the equipment. The cabinet is made of materials with electromagnetic shielding performance, and conductive pads are installed at the joints to ensure good electromagnetic sealing. In places with strict electromagnetic environment requirements such as communication base stations and financial data centers, cabinets with high electromagnetic shielding efficiency can ensure the stability of signal transmission and the security of data, avoiding information leakage and equipment failures.

二、機箱機柜的類型與特點

2、 Types and characteristics of chassis cabinets

1.標準機柜

1. Standard cabinet

標準機柜是應用為廣泛的類型，遵循國際通用標準尺寸，常見規格為 19 英寸機柜。其內部設有安裝立柱和托盤，可方便安裝各種標準尺寸的電子設備，如服務器、交換機、路由器等。標準機柜結構規整，兼容性強，便于設備的安裝、維護與擴展。在數據中心，標準機柜整齊排列，配合統一的布線系統，實現設備的集中管理與運行。

Standard cabinets are the most widely used type, following internationally recognized standard sizes, with a common specification of 19 inch cabinets. It is equipped with installation columns and trays inside, which can facilitate the installation of various standard sized electronic devices such as servers, switches, routers, etc. The standard cabinet has a well-organized structure, strong compatibility, and is easy to install, maintain, and expand equipment. In the data center, standard cabinets are neatly arranged and coordinated with a unified cabling system to achieve centralized management and efficient operation of equipment.

2.戶外機柜

2. Outdoor cabinets

戶外機柜專為室外環境設計，需具備更強的防護性能。它通常采用不銹鋼或特殊防腐材質，具有防水、防塵、防曬、防腐蝕等特性，防護等級可達 IP65 以上。例如，在移動通信基站，戶外機柜需經受風吹日曬、雨淋雪凍等惡劣天氣考驗，確保內部通信設備正常工作。此外，戶外機柜還配備溫控系統，如空調或熱交換器，維持內部恒溫環境，保障設備穩定運行。

Outdoor cabinets are designed specifically for outdoor environments and require stronger protective performance. It is usually made of stainless steel or special anti-corrosion materials, with waterproof, dustproof, sunscreen, anti-corrosion and other characteristics, and the protection level can reach IP65 or above. For example, in mobile communication base stations, outdoor cabinets need to withstand harsh weather conditions such as wind, sun, rain, snow, and freezing to ensure the normal operation of internal communication equipment. In addition, outdoor cabinets are equipped with temperature control systems, such as air conditioning or heat exchangers, to maintain a constant temperature environment inside and ensure stable operation of equipment.

3.工業控制柜

3. Industrial control cabinet

工業控制柜主要應用于工業自動化領域，用于安裝 PLC（可編程邏輯控制器）、變頻器、繼電器等控制設備。它具有堅固的結構和良好的電磁兼容性，能夠適應工業生產現場復雜的電磁環境和機械振動。工業控制柜的內部布局根據設備功能進行定制化設計，設置獨立的電氣隔離區域，便于布線與維護。同時，通過安裝散熱風扇、通風孔等散熱裝置，確保內部設備的散熱需求?

Industrial control cabinets are mainly used in the field of industrial automation, for installing control equipment such as PLCs (programmable logic controllers), frequency converters, relays, etc. It has a sturdy structure and good electromagnetic compatibility, and can adapt to complex electromagnetic environments and mechanical vibrations in industrial production sites. The internal layout of industrial control cabinets is customized according to equipment functions, with independent electrical isolation areas set up for easy wiring and maintenance. At the same time, by installing cooling fans, ventilation holes and other heat dissipation devices, the heat dissipation needs of internal equipment are ensured

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