產(chǎn)品名稱：直角式電磁脈沖閥 / Right-Angle Solenoid Pulse Valve
型號：SMF-Z-76S
【中文介紹】
SMF-Z-76S直角式電磁脈沖閥是一款專為工業(yè)除塵系統(tǒng)設計的高效氣流控制裝置。其采用直角結構設計，閥體進出口呈90度垂直分布，可有效節(jié)省設備內部空間，同時優(yōu)化氣流路徑，減少壓力損失。該產(chǎn)品適用于各類袋式除塵器、濾筒除塵設備，能夠精準控制壓縮空氣的脈沖噴吹，助力過濾介質清灰再生，保障除塵系統(tǒng)長效穩(wěn)定運行。
結構特點方面，閥體采用輕量化鋁合金材質結合工程塑料組件，兼顧耐腐蝕性與結構強度。內部核心部件包含高精度膜片與低功耗線圈，通過優(yōu)化磁路設計實現(xiàn)快速響應，開啟時間≤30毫秒，關閉時間≤40毫秒，確保脈沖噴吹動作的及時性與可靠性。密封結構采用多級冗余設計，可承受0.2-0.6MPa工作壓力，適應多種工況環(huán)境。
產(chǎn)品優(yōu)勢體現(xiàn)在三方面：其一，模塊化裝配結構支持快速拆裝維護，關鍵部件可獨立更換；其二，寬溫型設計可在-25℃至80℃環(huán)境溫度下連續(xù)工作，適配不同地域氣候條件；其三，特殊流道設計使氣體通過效率提升約15%，在同等工況下可降低約10%的氣源消耗。產(chǎn)品出廠前均經(jīng)過72小時連續(xù)負載測試與氣密性檢測，確保交付質量。
該型號電磁脈沖閥已廣泛應用于水泥生產(chǎn)線、生物質鍋爐除塵、金屬加工車間等場景，特別適用于空間受限的除塵設備升級改造項目。建議配合0.4-0.6MPa干燥氣源使用，常規(guī)工作周期建議不超過3秒/次，以充分發(fā)揮設備效能。
【English Introduction】
The SMF-Z-76S Right-Angle Solenoid Pulse Valve is an efficient airflow control device specifically developed for industrial dust removal systems. Featuring a 90-degree right-angle configuration, its vertically arranged inlet/outlet ports effectively conserve equipment space while optimizing airflow paths to minimize pressure drop. This valve is particularly suitable for bag filters and cartridge dust collectors, enabling precise control of compressed air pulse-jet cleaning to maintain optimal filtration media performance.
Constructed with lightweight aluminum alloy and engineered polymer components, the valve demonstrates balanced corrosion resistance and structural integrity. Its core mechanism integrates a high-sensitivity diaphragm with a low-energy consumption coil, achieving rapid response through optimized magnetic circuit design. With actuation times ≤30ms (opening) and ≤40ms (closing), it ensures precise timing for pulse-jet operations. The multi-stage sealing system maintains reliable performance within 0.2-0.6MPa working pressures across diverse operating conditions.
Key advantages include: 1) Modular assembly enabling quick maintenance and component replacement; 2) Extended temperature tolerance from -25℃ to 80℃ for cross-climate adaptability; 3) Specially engineered flow channels enhancing gas transmission efficiency by approximately 15%, reducing air consumption by about 10% under equivalent conditions. Each unit undergoes rigorous 72-hour endurance testing and airtightness inspection prior to delivery.
This model has been widely implemented in cement production lines, biomass boiler dust collection systems, and metal processing workshops, proving particularly effective in space-constrained equipment retrofits. For optimal performance, it is recommended to operate with dry air sources (0.4-0.6MPa) and maintain actuation intervals above 3 seconds.
