描述
EATON-MOELLER XV-363-10-C02-A00-1B是一款高性能保护器件，专为工业自动化与配电系统设计，具备高可靠性与精准保护功能。以下是其核心特性与技术参数的综合概述：
一、核心功能与技术参数
保护类型与应用
-电子式过载保护：通过集成电子脱扣单元，实现对电路过载、短路及欠压的精准检测与快速响应。
-电流等级：支持额定电流10A（具体参数需结合实际工况），适用于电机、驱动器及配电回路的保护。
-防护等级：IP40，可抵御轻度灰尘与飞溅液体侵入，适应工业环境。
智能化控制特性
-自诊断功能：通过LED指示灯实时反馈设备状态（如正常运行、故障类型），简化维护流程。
-可编程保护阈值：支持用户自定义过载延时、短路电流阈值，适配不同负载需求。
安装与兼容性
-导轨式安装：标准DIN导轨设计，节省空间并便于扩展。
-协议兼容性：预留辅助触点接口，可与PLC、DCS系统联动，实现远程监控与故障报警。
二、典型应用场景
工业控制领域
-保护变频器、伺服驱动器等精密设备，防止因电流突变导致的硬件损坏。
-集成于数控机床、机器人控制系统，提升生产稳定性。
配电系统
-用于工厂配电柜、数据中心UPS回路，抑制短路对供电连续性的影响。
-配合光伏逆变器实现并网保护，确保电网安全。
轨道交通
-安装于列车辅助电源系统，实现关键电路的故障隔离与快速分断。
三、设计优势
宽温适应性：工作温度范围-25°C至+70°C，满足极端气候条件需求。
紧凑型结构：体积较传统断路器缩小20%，优化配电柜布局。
认证标准：符合IEC 60947、UL等国际安全认证，确保长期稳定运行。
XV-363-10-C02-A00-1B
XV-112-DB-70TWRC-00
EATON-MOELLER XV-363-10-C02-A00-1B is a high-performance protection device designed for industrial automation and power distribution systems,with high reliability and precise protection functions.The following is a comprehensive overview of its core features and technical parameters:
I.Core functions and technical parameters
Protection types and applications
-Electronic overload protection:Accurate detection and rapid response to circuit overload,short circuit and undervoltage are achieved through the integrated electronic trip unit.
-Current level:Supports rated current of 10A(specific parameters need to be combined with actual working conditions),suitable for the protection of motors,drives and power distribution circuits.
-Protection level:IP40,can resist light dust and splashing liquid intrusion,adapt to industrial environments.
Intelligent control characteristics
-Self-diagnosis function:Real-time feedback of device status(such as normal operation,fault type)through LED indicators to simplify maintenance processes.
-Programmable protection threshold:Supports user-defined overload delay and short-circuit current threshold to adapt to different load requirements.
Installation and compatibility
-Rail installation:standard DIN rail design,saving space and easy to expand.
-Protocol compatibility:Auxiliary contact interface is reserved,which can be linked with PLC and DCS systems to realize remote monitoring and fault alarm.
2.Typical application scenarios
Industrial control field
-Protect precision equipment such as inverters and servo drives to prevent hardware damage caused by sudden current changes.
-Integrated in CNC machine tools and robot control systems to improve production stability.
Power distribution system
-Used in factory distribution cabinets and data center UPS circuits to suppress the impact of short circuits on power supply continuity.
-Cooperate with photovoltaic inverters to achieve grid-connected protection and ensure power grid safety.
Rail transit
-Installed in the auxiliary power supply system of the train to achieve fault isolation and rapid disconnection of key circuits.
3.Design advantages
Wide temperature adaptability:The operating temperature range is-25°C to+70°C,meeting the needs of extreme climate conditions.
Compact structure:The volume is 20%smaller than that of traditional circuit breakers,optimizing the layout of distribution cabinets.
Certification standards:Comply with international safety certifications such as IEC 60947 and UL to ensure long-term stable operation.
