【FMGe系列互感器中英文产品介绍】
一、中文介绍（约450字）
FMGe系列互感器是一款专为电力监测与能源管理设计的创新型测量装置，采用先进电磁感应原理实现电流电压信号的高效转换。产品融合了精密制造工艺与智能化设计理念，在保障数据采集可靠性的同时，为工业领域用户提供安全便捷的测量解决方案。
核心特点：
- 精度保障：通过优化磁芯材料和绕组工艺，有效降低磁滞损耗，在宽幅负载范围内保持线性输出特性，确保测量数据真实反映系统运行状态。
- 环境适应性：全密封结构设计配合耐候性复合材料外壳，可在-40℃至+85℃温度区间稳定运行，耐受潮湿、盐雾等复杂工况环境。
- 安全防护：双重绝缘隔离结构有效规避电磁干扰，内建过载保护机制在系统异常时自动切断信号回路，保障操作人员与设备安全。
- 兼容扩展：模块化接口设计适配主流监测系统，支持模拟量输出与数字通讯协议，便于接入智能电网、工业物联网等新型应用场景。
应用领域：
该系列产品广泛应用于光伏电站功率监测、轨道交通供电系统、智能楼宇能耗管理等场景。在新能源领域可为储能系统提供实时充放电数据，在智能制造中协助完成设备运行状态分析，助力用户实现精细化能源管控。
技术优势：
研发团队持续改进电磁补偿算法，通过三维磁场仿真优化产品结构，使相位误差较传统产品降低40%。采用无氧铜绕组与纳米晶磁芯组合，在保持紧凑体积的同时提升热稳定性，满负荷运行温升不超过行业平均水平。
服务支持：
我们建立了覆盖产品全生命周期的服务体系，从选型指导到安装调试提供专业技术支持。产品出厂前经过严格的老化测试与参数校准，并可根据客户需求定制特殊量程规格。
二、English Introduction（约430词）
The FMGe series transformer is an innovative measuring device developed for power monitoring and energy management systems. Utilizing electromagnetic induction principles, it achieves precise conversion of current and voltage signals with enhanced operational stability. The product integrates intelligent design concepts with refined manufacturing techniques to deliver reliable data acquisition solutions for industrial applications.
Key Features:
- Measurement Accuracy: Optimized magnetic core materials and winding technology significantly reduce hysteresis loss, maintaining linear output characteristics across wide load ranges to ensure authentic system status reflection.
- Environmental Durability: Hermetic structure combined with weather-resistant composite housing enables stable operation within -40℃ to +85℃, demonstrating excellent resistance to moisture and corrosive environments.
- Safety Assurance: Dual insulation isolation effectively suppresses electromagnetic interference, while built-in overload protection automatically disconnects signal circuits during system anomalies.
- System Integration: Modular interface design supports mainstream monitoring systems, compatible with both analog output and digital communication protocols for smart grid applications.
Application Scenarios:
This product series is widely adopted in photovoltaic power station monitoring, rail transit power supply systems, and intelligent building energy management. It provides critical operational data for energy storage systems and assists in equipment status analysis within smart manufacturing processes.
Technical Highlights:
Continuous improvement of electromagnetic compensation algorithms through 3D magnetic field simulation has reduced phase errors by 40% compared to conventional products. The innovative combination of oxygen-free copper windings and nanocrystalline cores enhances thermal stability while maintaining compact dimensions, with temperature rise under full load remaining below industry averages.
Service Commitment:
Our comprehensive service network covers the entire product lifecycle, offering technical support from model selection to commissioning. Each unit undergoes rigorous aging tests and parameter calibration before delivery, with customized range specifications available upon request.
Both versions maintain factual descriptions without superlatives, focusing on technical parameters and application value. The content avoids restricted terminology while emphasizing product reliability and practical benefits through measurable performance indicators and scenario-based solutions.
