CDM6S-800L/4310B塑壳配电保护装置产品介绍
CDM6S-800L/4310B塑壳配电保护装置是根据现代电力系统需求开发的专业化保护设备，适用于直流220V配电网络的智能化管控。产品采用模块化结构设计，配置800A额定工作电流承载能力，核心组件经过精密加工与多重测试，可有效实现电力系统的过载防护与故障隔离功能。
本产品采用高强度工程材料打造壳体结构，具备优异的耐高温和抗冲击特性。紧凑型设计优化了安装空间，支持多种标准导轨固定方式。内部触头系统搭载银合金复合触点，配合电磁脱扣机构，在短路发生时可实现快速分断，其可靠动作时间控制在毫秒级。产品配备可视化状态指示窗，便于实时观测运行工况。特殊设计的灭弧系统能有效抑制操作过电压，降低电弧对设备的影响。
作为配电网络的关键保护元件，该装置适用于工业生产线、商业建筑配电柜、轨道交通供电系统等场景，尤其适合需要稳定直流电源的新能源储能系统及自动化控制回路。产品在设计阶段经过多维度仿真验证，支持-25℃至+70℃宽温域稳定运行，防护等级达到IP40标准。维护时可实现快速分拆检修，有效降低系统停机时间。
CDM6S-800L/4310B Molded Case Circuit Protection Device Introduction
The CDM6S-800L/4310B molded case circuit protection device is a professional protection solution developed for modern power systems, specifically designed for DC 220V distribution network management. With an 800A rated current capacity, this product features a modular structural design and precision-engineered core components that ensure reliable overload protection and fault isolation capabilities.
Constructed with high-strength engineering materials, the enclosure demonstrates exceptional heat resistance and impact tolerance. The compact design optimizes installation space while supporting multiple standard rail-mounting configurations. The silver-alloy composite contacts combined with electromagnetic trip mechanism enable millisecond-level response speed during short-circuit events. The integrated arc suppression system effectively mitigates operational overvoltage and reduces arc-related equipment damage.
Equipped with a visual status indicator window, the device allows real-time monitoring of operational conditions. Its wide operating temperature range (-25℃ to +70℃) and IP40 protection rating ensure stable performance in demanding environments. The product is particularly suitable for industrial production lines, commercial building distribution cabinets, rail transit power systems, and new energy storage applications requiring stable DC power supply. Maintenance-friendly design enables quick disassembly and reassembly, significantly reducing system downtime during servicing.
This protection device incorporates multi-layer safety considerations, including dustproof construction and anti-misoperation mechanisms. The optimized current path design minimizes energy loss while maintaining consistent electrical performance. Through rigorous simulation verification during development, the product delivers reliable circuit protection for critical power distribution infrastructure.
