CDM6S-250M/4300B 100A 塑壳配电保护装置产品介绍（中文版）
CDM6S-250M/4300B 100A是一款专为配电系统设计的智能化保护装置，适用于交流50Hz、额定工作电压至400V的配电网络。产品采用模块化结构设计，集过载保护、短路保护功能于一体，可有效实现线路的可靠分断与选择性保护。其核心部件搭载创新设计的电磁脱扣机构与热磁保护模块，能够精确识别异常电流状态，确保在0.02秒内完成故障响应，最大限度降低设备损伤风险。
该装置壳体采用高强度工程材料一体成型工艺，内部集成多重绝缘隔离结构，具备优异的抗冲击性和耐候性。操作机构采用三位置指示设计（分闸/合闸/脱扣），配合清晰可见的机械状态窗口，便于运维人员快速掌握设备运行状态。触头系统应用特殊合金材料与多触点并联技术，有效提升导电效率的同时降低温升，长期运行稳定性显著增强。
产品支持多种安装方式，可适配标准导轨或螺栓固定方案，配套扩展附件兼容性强。模块化功能单元设计支持用户根据实际需求灵活配置报警信号输出、远程分闸控制等辅助功能。针对新能源接入、轨道交通等复杂场景，装置内置自适应调节算法，可满足不同类型负载的匹配需求。
在实际应用中，该产品适用于工业厂房、商业综合体、公共设施等场合的主干线路保护，有效提升配电系统的安全性与连续性。经过严格的温升测试与机械寿命验证，主触头在满负载条件下仍能保持稳定的电气性能，分断能力满足常规配电环境的保护需求。人性化的外型设计兼顾操作便捷性与空间利用率，为配电柜布局优化提供更多可能性。
CDM6S-250M/4300B 100A Molded Case Circuit Protection Device (English Version)
The CDM6S-250M/4300B 100A is an intelligent protection device specifically engineered for power distribution systems, operating in AC 50Hz networks with rated voltage up to 400V. Featuring a modular architecture, it integrates overload and short-circuit protection functions to ensure reliable circuit interruption and selective coordination. The core mechanism incorporates an innovatively designed electromagnetic trip unit combined with thermal-magnetic protection modules, enabling precise detection of abnormal current conditions and fault clearance within 0.02 seconds to minimize equipment damage risks.
Constructed with high-strength engineering composites through integrated molding technology, the device exhibits exceptional impact resistance and environmental adaptability. Its triple-position indicator (OFF/ON/TRIP) and visible mechanical status window provide intuitive operational feedback for maintenance personnel. The contact system utilizes special alloy materials and multi-contact parallel technology, enhancing current-carrying efficiency while reducing temperature rise for sustained operational stability.
The device supports multiple installation methods compatible with standard DIN rails or bolt-mounted configurations. Its modular design allows flexible integration of auxiliary functions such as alarm signaling and remote tripping control according to specific application requirements. For complex scenarios including renewable energy integration and rail transit systems, the built-in adaptive adjustment algorithm ensures optimal compatibility with diverse load types.
Widely applicable in industrial plants, commercial complexes, and public infrastructure for main circuit protection, this device significantly enhances power distribution safety and system reliability. Rigorous temperature-rise tests and mechanical endurance validations confirm stable electrical performance under full-load conditions, with breaking capacity meeting standard protection requirements. The ergonomic design optimizes both operational efficiency and spatial utilization, offering enhanced flexibility for switchgear layout configurations.
Through continuous technological refinement, this product series delivers comprehensive protection solutions while maintaining cost-effectiveness. Its maintenance-friendly structure reduces lifecycle management costs, providing value-added support for modern power distribution management systems.
