CDM6I-160M/3300 100A 塑壳配电保护装置产品介绍
【中文版】
CDM6I-160M/3300 100A塑壳配电保护装置是专为现代化配电系统设计的高性能保护解决方案，适用于额定电流100A及以下的低压配电网络。该产品采用模块化结构设计与创新材料技术，在保障配电系统安全运行的同时，兼顾设备的使用寿命与维护便捷性。
核心优势：
- 高效分断能力：通过优化灭弧系统与触头材料，实现快速分断故障电流，有效抑制电弧能量，降低设备运行风险。
- 智能脱扣特性：配备精准的电子脱扣机构，可根据负载特性自动调整保护参数，兼顾供电连续性与保护灵敏性。
- 紧凑结构设计：深度优化的机械结构在保证性能的前提下，较同类产品体积减少约15%，适配多样化安装场景。
- 多重安全防护：全封闭式防护外壳达到IP40防护等级，有效隔绝粉尘与异物侵入，内置隔离层可防止电弧外泄。
- 灵活适配方案：支持多种附件扩展，包括辅助触点、分励脱扣器等，满足智能化配电管理需求。
应用场景：
广泛适用于商业综合体、工业厂房、公共基础设施等低压配电系统的主干线路保护。特别适合需要兼顾设备安全性与空间利用率的应用环境，可为变压器、配电柜、电机控制中心等设备提供可靠的过载及短路保护。
本产品采用免维护设计，通过严格的出厂检测流程确保性能一致性。插拔式接线端子设计简化安装流程，支持导轨或螺栓固定两种安装方式，显著提升工程实施效率。表面氧化处理工艺使产品具备优异的耐腐蚀性，适用于潮湿、多尘等复杂工业环境。
【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.
