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Bürkert Type 2822 Proportional Valve | Advanced Electromagnetic Flow Adjustment

Bürkert Type 2822 Proportional Valve | Advanced Electromagnetic Flow Adjustment

الاسم التجاري: BURKERT
رقم الطراز: اكتب 2822
الـ MOQ: 1
السعر: قابل للتفاوض
معلومات مفصلة
مكان المنشأ:
تصنيع المعدات الأصلية
واسطة:
غاز محايد، سائل
درجة حرارة متوسطة:
-10 درجة مئوية إلى +90 درجة مئوية
درجة حرارة البيئة:
الحد الأقصى +55 درجة مئوية
مزود الطاقة:
24 فولت تيار مستمر
استهلاك الطاقة:
1 وات (إلى DN 0.4) 2 وات (DN0.6 - DN 1.0)
دورة التحميل:
عملية مستمرة بنسبة 100%
منفذ الاتصال:
لوحة القاعدة، G 1/8، NPT 1/8
الاتصال الكهربائي:
سلك طيران 30 سم
وقت الاستجابة:
<10 مللي ثانية
تفاصيل التغليف:
الصندوق الأصلي الجديد
وصف المنتج
Bürkert Type 2822 Proportional Valve | Advanced Electromagnetic Flow Adjustment
Tailored for sophisticated electromagnetic flow modulation, the Burkert Type 2822 Proportional Valve stands as a cutting-edge fluid control component built for refined process tuning. Engineered for progressive electromagnetic adjustment rather than basic binary operation, this professional proportional valve delivers smooth, continuous flow and pressure modulation tailored to subtle process variations.
Advanced Electromagnetic Drive System
At the heart of the Type 2822 is its exclusive optimized electromagnetic drive system, which redefines the smoothness of fluid regulation. The finely calibrated magnetic actuation mechanism generates uniform and steady driving force, enabling gradual valve stroke adjustment without abrupt jitter or sudden flow fluctuations.
This unique electromagnetic tuning capability eliminates the choppy regulation effects seen in conventional proportional valves, ensuring ultra-smooth transition of fluid states during every fine adjustment. Such consistent electromagnetic output lays the groundwork for ultra-stable process operation, ideal for scenarios that prohibit any subtle flow or pressure disturbance.
Optimized Structural Design
The valve adopts a highly integrated structural design that prioritizes operational consistency and structural compactness. Its optimized internal flow channel layout minimizes fluid turbulence and flow resistance, delivering natural and unobstructed medium transmission while maintaining precise adjustability.
Different from pressure-reliant regulating components, the Type 2822's electromagnetic independent drive mode achieves stable adjustment performance across diverse operational states, with strong anti-interference ability against external environmental vibrations and minor medium impurity interference.
Industrial Adaptability & Compatibility
Designed for universal industrial adaptability, the Type 2822 features exceptional medium compatibility and scenario flexibility. Meticulously selected high-grade structural and sealing materials deliver outstanding durability against conventional industrial media, resisting aging, abrasion and chemical erosion during long-term service.
It performs steadily in both static and dynamic fluid environments, adapting to complex working conditions with fluctuating operating states. The standardized electromagnetic control logic is highly compatible with modern intelligent control terminals, realizing plug-and-play system matching and simple program debugging.
Practical Industrial Applications
Practical industrial usability is fully embedded in every design detail of the Type 2822. Its compact and lightweight structure simplifies on-site installation and modular system arrangement, saving valuable equipment layout space for integrated automation systems.
With reliable environmental tolerance, the valve maintains stable electromagnetic control accuracy in variable temperature and humidity environments, suitable for:
  • Precision manufacturing
  • Environmental monitoring
  • Medical equipment
  • Automated process control industries
As a professional advanced electromagnetic proportional valve, the Burkert Type 2822 fills the demand gap for high-smoothness fluid adjustment in high-end process systems. It perfectly balances intelligent electromagnetic control, stable fluid regulation and industrial durability, providing a reliable, efficient and refined flow adjustment solution for modern precision fluid control applications.