CDM6I-160M/3300 100A 塑殼配電保護裝置產品介紹
【中文版】
CDM6I-160M/3300 100A塑殼配電保護裝置是專為現代化配電系統設計的高性能保護解決方案，適用于額定電流100A及以下的低壓配電網絡。該產品采用模塊化結構設計與創新材料技術，在保障配電系統安全運行的同時，兼顧設備的使用壽命與維護便捷性。
核心優勢：
- 高效分斷能力：通過優化滅弧系統與觸頭材料，實現快速分斷故障電流，有效抑制電弧能量，降低設備運行風險。
- 智能脫扣特性：配備精準的電子脫扣機構，可根據負載特性自動調整保護參數，兼顧供電連續性與保護靈敏性。
- 緊湊結構設計：深度優化的機械結構在保證性能的前提下，較同類產品體積減少約15%，適配多樣化安裝場景。
- 多重安全防護：全封閉式防護外殼達到IP40防護等級，有效隔絕粉塵與異物侵入，內置隔離層可防止電弧外泄。
- 靈活適配方案：支持多種附件擴展，包括輔助觸點、分勵脫扣器等，滿足智能化配電管理需求。
應用場景：
廣泛適用于商業綜合體、工業廠房、公共基礎設施等低壓配電系統的主干線路保護。特別適合需要兼顧設備安全性與空間利用率的應用環境，可為變壓器、配電柜、電機控制中心等設備提供可靠的過載及短路保護。
本產品采用免維護設計，通過嚴格的出廠檢測流程確保性能一致性。插拔式接線端子設計簡化安裝流程，支持導軌或螺栓固定兩種安裝方式，顯著提升工程實施效率。表面氧化處理工藝使產品具備優異的耐腐蝕性，適用于潮濕、多塵等復雜工業環境。
【英文版】
CDM6I-160M/3300 100A Molded Case Circuit Protection Device
The CDM6I-160M/3300 100A molded case circuit protection device delivers advanced performance for modern low-voltage distribution systems up to 100A. Engineered with modular architecture and innovative material technology, this solution ensures operational safety while optimizing service life and maintenance efficiency.
Key Features:
- Superior Breaking Capacity: Enhanced arc quenching system with optimized contact materials enables rapid fault current interruption, effectively controlling arc energy dissipation.
- Adaptive Trip Characteristics: Precision-engineered tripping mechanism automatically adjusts protection parameters based on load conditions, balancing system reliability and protection sensitivity.
- Space-Efficient Design: Compact mechanical structure achieves 15% volume reduction versus conventional models without compromising performance, accommodating diverse installation layouts.
- Comprehensive Safety: IP40-rated enclosed housing provides dual protection against dust ingress and arc containment, with integrated isolation barriers for enhanced operational safety.
- Modular Expandability: Supports multiple accessory configurations including auxiliary contacts and shunt releases, facilitating smart power management integration.
Typical Applications:
Ideal for main circuit protection in commercial complexes, industrial plants, and public infrastructure. Particularly suited for applications requiring space optimization, providing reliable overload and short-circuit protection for transformers, switchboards, and motor control centers.
The maintenance-free design ensures consistent performance through rigorous quality control protocols. Plug-in terminal blocks simplify installation procedures, supporting both DIN rail and bolt-mounted configurations to improve project execution efficiency. Advanced surface oxidation treatment enhances corrosion resistance, making it suitable for challenging environments with high humidity or airborne particulates.
With ergonomic operation interface and clear status indication, the device enables intuitive monitoring and control. The thermal-magnetic hybrid protection mechanism ensures precise coordination with upstream/downstream devices, optimizing system-level protection coordination.
