CDW3-4000H智能框架断路器产品介绍
中 文 版
CDW3-4000H系列智能框架断路器是专为现代化配电系统设计的创新型电力保护设备。该产品采用模块化抽屉式安装结构，额定电流4000A，四极配置，适用于交流230V配电网络核心回路的关键保护。通过优化的机械传动系统与数字化控制单元的无缝配合，实现了电力系统中异常电流的快速检测与精准分断。
本产品主体框架采用高刚性合金材料整体锻造成型，配合多层电弧隔离技术，确保在满容量运行条件下仍能保持稳定的机械强度和电气性能。抽屉式设计使设备维护时无需断开主电路，通过机械联锁机构实现操作位置的可视化识别，显著提升检修效率并降低操作风险。
智能控制单元集成多维度监测功能，可持续跟踪电流、电压等关键参数的变化趋势。通过前瞻性算法对系统运行状态进行动态分析，在过载、短路等异常工况下实现分级预警与选择性保护。人机交互界面配备高灵敏度触控屏，支持运行数据实时显示和历史记录回溯，方便运维人员快速掌握系统工况。
在工业自动化、轨道交通、商业综合体等严苛用电环境中，该产品展现出卓越的适应性。紧凑的纵向布局节省了40%的安装空间，特别适用于配电柜的结构优化。全封闭式灭弧系统配合耐高温绝缘材料，有效抑制电磁干扰并延长部件使用寿命。维护周期较传统产品延长50%以上，显著降低全生命周期使用成本。
英 文 版
The CDW3-4000H Intelligent Power Circuit Breaker is a cutting-edge protection solution designed for modern power distribution systems. This 4000A-rated four-pole device with drawer-type horizontal installation is specifically engineered for AC 230V network applications. Its modular construction integrates mechanical precision with digital intelligence to deliver rapid fault detection and precise circuit interruption.
Featuring a monobloc alloy frame and multi-stage arc containment technology, the breaker maintains exceptional mechanical stability and electrical performance under full-load conditions. The withdrawable design incorporates visual position indication and mechanical interlocks, enabling safe maintenance operations without main circuit disconnection.
Advanced monitoring capabilities are embedded in the intelligent control unit, which continuously tracks electrical parameters and employs predictive algorithms for condition analysis. The multi-stage protection system activates selective tripping during overload or short-circuit conditions. An intuitive HMI with capacitive touchscreen provides real-time data visualization and historical record access.
The vertical compact design saves 40% installation space compared to conventional models, making it ideal for space-constrained switchgear configurations. High-temperature resistant insulation materials combined with fully enclosed arc-quenching chambers ensure reliable operation in demanding environments including industrial plants and transportation hubs. Extended maintenance intervals reduce lifecycle costs while maintaining operational reliability.
This product demonstrates significant advantages in system integration and operational flexibility. The modular architecture allows customized configurations to meet diverse application requirements. Precision-engineered contact systems minimize energy loss, achieving enhanced energy efficiency throughout its service life.
