防爆傳遞窗的設(shè)計要點有哪些？

防爆傳遞窗是一種特殊設(shè)計的設(shè)備，主要用于在需要防爆安全措施的環(huán)境中，實現(xiàn)潔凈區(qū)與非潔凈區(qū)之間或不同潔凈等級區(qū)域之間的物品傳遞。這種設(shè)備的設(shè)計考慮到了防止爆炸性氣體、粉塵或其他易燃物質(zhì)的積聚，從而降低在易燃易爆環(huán)境中發(fā)生事故的風(fēng)險。制作防爆傳遞窗需要考慮多個關(guān)鍵要素以確保其安全性和功能性。

設(shè)計要點：

1. 設(shè)計結(jié)構(gòu)：防爆傳遞窗包括內(nèi)殼體和外殼體，內(nèi)殼體內(nèi)形成傳遞腔，外殼體包裹內(nèi)殼體，傳遞腔兩端貫穿外殼體兩側(cè)壁。內(nèi)殼體和外殼體之間形成倒U型的回風(fēng)通道。

2. 防爆風(fēng)機：在外殼體的腔體內(nèi)設(shè)置防爆風(fēng)機，位于內(nèi)殼體上。

3. 防爆特性：防爆單元應(yīng)采用防爆材料，防爆電器，如全銅材質(zhì)的進風(fēng)圈，以及鋁合金材質(zhì)加特氟龍防靜電噴涂，以達到防爆等級要求 。

4. 空氣凈化：空氣通過高效過濾器過濾，形成自凈循環(huán)系統(tǒng)，確保傳遞窗內(nèi)空氣的潔凈度 。

5. 紫外線消毒：在回風(fēng)通道內(nèi)可設(shè)置防爆紫外燈，用于空氣和物品表面的消毒 。

6. 互鎖機制：防爆傳遞窗通常配備有二門互鎖功能，確保任何狀態(tài)下始終保持有一側(cè)門是封閉的，降低潔凈區(qū)之間的交叉污染 。  

優(yōu)勢性能：

1. 安全性：防爆傳遞窗設(shè)計用于易燃易爆環(huán)境，具備防止火花和靜電產(chǎn)生的能力，從而降低發(fā)生爆炸的風(fēng)險。 

 2. 密封性：良好的密封性能確保了不同區(qū)域之間的空氣不會直接對流，防止了交叉污染。

3. 自凈功能：一些防爆傳遞窗配備有自凈循環(huán)系統(tǒng)和空氣過濾系統(tǒng)，可以連續(xù)凈化傳遞窗內(nèi)的空氣，保持潔凈度。  

4. 節(jié)能：通過優(yōu)化的吹淋殺菌和空氣循環(huán)設(shè)計，防爆傳遞窗可以實現(xiàn)節(jié)能效果。

5. 操作便捷：防爆傳遞窗通常配備自動化控制系統(tǒng)，簡化了操作流程，提高了工作效率。

6. 減少污染：通過減少潔凈室的開門次數(shù)，降低由于開門造成的污染。  

7. 易于維護：防爆傳遞窗設(shè)計考慮到了維護的便利性，便于定期檢查和更換過濾器等部件。

8. 安全隔離：在防爆間與非防爆間之間設(shè)置傳遞窗，通過內(nèi)防爆門和外防爆門的交替開關(guān)，實現(xiàn)真正的安全隔離 。  

防爆傳遞窗的設(shè)計和制造通常遵循嚴格的行業(yè)標準和規(guī)范，確保了產(chǎn)品的質(zhì)量和可靠性。這些優(yōu)勢使得防爆傳遞窗成為在需要高安全標準和潔凈環(huán)境的行業(yè)中不可或缺的設(shè)備。防爆傳遞窗廣泛應(yīng)用于醫(yī)藥、化工、電子、食品加工等行業(yè)，尤其是在那些對環(huán)境潔凈度有高要求同時又存在易燃易爆風(fēng)險的場合。

What are the design points of explosion-proof pass box?

The design of this device takes into account the prevention of the accumulation of explosive gases, dust, or other flammable substances, thereby reducing the risk of accidents in flammable and explosive environments. The production of explosion-proof pass box requires consideration of multiple key elements to ensure their safely and functionality.

Design points: 

1. Design structure: The explosion-proof transmission window consists of an inner shell and an outer shell. The inner shell forms a transmission chamber, while the outer shell wraps around the inner shell. The two ends of the transmission chamber pass through the two side walls of the outer shell. An inverted U-shaped return air channel is formed between the inner shell and the outer shell.

 2. Explosion proof fan: Install an explosion-proof fan in the cavity of the outer shell, located on the inner shell. 

3. Explosion proof features: Explosion proof units should use explosion-proof materials and electrical appliances, such as all copper inlet rings, as well as aluminum alloy Gatteflon anti-static spraying, to meet the explosion-proof level requirements.

4. Air purification: The air is filtered through a high-efficiency filter to form a self-cleaning circulation system, ensuring the cleanliness of the air inside the pass box.

5. UV disinfection: Explosion proof UV lamps can be installed in the return air channel for disinfection of air and surfaces of objects.

6. Interlocking mechanism: Explosion proof pass boxes are usually equipped with two door interlocking functions to ensure that one side door is always closed in any state, reducing cross contamination between clean areas.

Advantage performance:

1. Safety: Explosion proof pass boxes are designed for use in flammable and explosive environments, with the ability to prevent sparks and static electricity, thereby reducing the risk of explosions.

 2. Sealing performance: Good sealing performance ensures that air between different areas does not directly circulate, preventing cross contamination.

3. Self purification function: Some explosion-proof pass boxes are equipped with self purification circulation systems and air filtration systems, which can continuously purify the air inside the pass box and maintain cleanliness.

 4. Energy saving: Through optimized spray sterilization and air circulation design, explosion-proof pass boxes can achieve energy-saving effects.

5. Convenient operation: Explosion proof pass boxes are usually equipped with automated control systems, simplifying the operation process and improving work efficiency.

6. Reduce pollution: By reducing the number of clean room doors, reduce the pollution caused by opening doors.

7. Easy to maintain: The explosion-proof transmission window design takes into account the convenience of maintenance, making it easy to regularly inspect and replace components such as filters.

8. Safety isolation: Set up pass boxes between explosion-proof and non explosion-proof rooms, and achieve true safety isolation through the alternating opening and closing of internal and external explosion-proof doors.

The design and manufacturing of explosion-proof transmission windows usually follow strict industry standards and specifications to ensure product quality and reliability. These advantages make explosion-proof transmission windows an indispensable equipment in industries that require high safety standards and clean environments. Explosion proof transmission windows are widely used in industries such as pharmaceuticals, chemicals, electronics, and food processing, especially in situations where high environmental cleanliness is required and there is a risk of flammability and explosion.

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 TAG: explosion-proof pass box, explosion-proof laminar flow pass box, explosion-proof self-cleaning pass box, explosion-proof negative pressure pass box, explosion-proof transfer cabin, explosion-proof clean room equipment