Q35D2C-L15型二位五通電控換向閥產品介紹
中文部分：
Q35D2C-L15是一款采用電磁驅動技術的二位五通方向控制閥，專為工業(yè)自動化流體控制系統設計。該產品通過電磁線圈通電產生的磁力驅動閥芯位移，實現壓縮空氣或惰性氣體在五個通口的快速切換與精確導流，滿足自動化設備中執(zhí)行元件（如氣缸）的往復運動控制需求。
閥體采用高強度鋁合金精密鑄造，內部流道經數字化仿真優(yōu)化設計，有效降低壓力損失并提升流量效率。核心密封部件選用耐磨耐腐蝕的工程復合材料，配合精密研磨的閥芯結構，確保在0.1-0.8MPa工作壓力范圍內實現穩(wěn)定換向。直動式電磁驅動機構具備低功耗特性，標準配置24VDC/110VAC/220VAC多種電壓規(guī)格，響應時間小于20ms，防護等級達到IP65，適用于存在輕微粉塵或油霧的工業(yè)環(huán)境。
產品具有緊湊的模塊化結構，安裝面符合ISO標準接口，支持多閥并聯組合使用。手動應急裝置可實現斷電狀態(tài)下的機械式換向操作，為設備維護提供安全保障。廣泛應用于包裝機械、電子組裝設備、醫(yī)療儀器等需要高頻率方向控制的場景，特別適用于食品級潤滑環(huán)境與常規(guī)工業(yè)環(huán)境。
英文部分：
The Q35D2C-L15 is a 5-port 2-position solenoid-operated directional control valve designed for industrial automation systems. Utilizing electromagnetic actuation technology, it achieves rapid switching of compressed air or inert gas flow through five ports within 20ms, effectively controlling the reciprocating motion of pneumatic actuators.
Featuring a high-strength aluminum alloy body with optimized internal flow channels, this valve minimizes pressure drop while maintaining flow efficiency. The precision-ground spool structure combined with wear-resistant composite seals ensures reliable performance under 14.5-116 PSI working pressure. The direct-acting solenoid mechanism offers low power consumption (standard 24VDC/110VAC/220VAC options) and IP65 protection rating, suitable for environments with mild dust or oil mist exposure.
The compact modular design incorporates ISO-standard mounting interfaces for multi-valve stacking configurations. An integrated manual override allows mechanical actuation during power failures, ensuring operational safety during maintenance. With wide temperature tolerance (-10°C to 60°C) and compatibility with non-lubricated air, this valve is extensively applied in packaging machinery, automated production lines, medical equipment, and other scenarios requiring precise directional control. The corrosion-resistant construction and 10 million cycle durability make it a cost-effective solution for both light industrial and commercial pneumatic systems.
