产品名称：MFT-10强电实验电容箱 / MFT-10 High-Voltage Experimental Capacitance Bank
【中文版】
MFT-10强电实验电容箱是一款专为高电压实验环境设计的模块化电容调节设备，适用于科研机构、高等院校及工业实验室的电路参数优化与电力系统模拟测试。该产品通过组合式电容接入方案，为用户提供灵活、稳定的电容调节功能，满足复杂电磁环境下对电路特性分析的需求。
核心特点：
- 精密电容调节能力：设备内置多组独立电容模块，支持0.1μF至1000μF范围内的电容值调节，最小步进精度可达0.05μF，为不同电压等级的电路实验提供精细化参数配置。
- 强电兼容设计：采用复合介质材料与多层屏蔽结构，可承载10kV交流电压或15kV直流电压的瞬时冲击，确保在高压实验中的稳定运行。
- 模块化扩展架构：主体设备提供基础电容单元，支持通过并联扩展接口增加电容容量，满足特殊实验场景的定制化需求。
- 安全防护机制：配备过载自动断路保护功能，当检测到异常电流或瞬态电压波动时，系统可在0.02秒内切断主回路，有效保护实验设备与操作人员安全。
应用领域：
• 电力系统谐波抑制模拟
• 高压设备等效电路建模
• 新能源并网特性测试
• 电磁兼容性实验研究
• 工业自动化控制系统调试
设计优势：
设备采用分体式散热结构，通过独立风道设计确保长时间运行时的温度稳定性。旋转编码器与数字显示屏的组合操作界面，兼顾参数调节的精确性与操作便捷性。所有接线端口均配置防误触保护盖，符合实验室安全管理规范。紧凑的金属外壳设计（尺寸480×320×220mm）兼顾设备防护性能与空间利用率，可灵活集成于各类实验平台。
【English Version】
The MFT-10 High-Voltage Experimental Capacitance Bank is a modular capacitance adjustment device specifically designed for high-voltage experimental environments, suitable for circuit parameter optimization and power system simulation testing in research institutions, universities, and industrial laboratories. Featuring a combined capacitance access system, this product provides flexible and stable capacitance adjustment capabilities to meet the requirements of circuit characteristic analysis in complex electromagnetic environments.
Key Features:
- Precision Adjustment: Equipped with multiple independent capacitor modules supporting capacitance value adjustment from 0.1μF to 1000μF, with minimum step precision of 0.05μF, enabling detailed parameter configuration for various voltage-level circuit experiments.
- High-Voltage Compatibility: Constructed with composite dielectric materials and multi-layer shielding structure, capable of withstanding instantaneous impacts up to 10kV AC or 15kV DC voltage, ensuring stable operation in high-voltage testing.
- Modular Expansion: The main unit contains basic capacitance modules while providing parallel expansion interfaces for capacity augmentation, meeting customized requirements in specialized experimental scenarios.
- Safety Protection: Integrated with overload circuit-breaker protection that automatically disconnects the main circuit within 0.02 seconds upon detecting abnormal current or transient voltage fluctuations.
Application Fields:
• Power system harmonic suppression simulation
• Equivalent circuit modeling for high-voltage equipment
• Grid-connection characteristic testing of renewable energy systems
• Electromagnetic compatibility research experiments
• Industrial automation control system debugging
Design Advantages:
The separated heat dissipation structure with independent air duct design ensures thermal stability during prolonged operation. The combination of rotary encoder and digital display provides both precise parameter adjustment and user-friendly operation. All terminals are equipped with protective covers to comply with laboratory safety protocols. The compact metal enclosure (480×320×220mm) balances device protection and space efficiency, allowing flexible integration into various experimental platforms.
（中英文总字数：约620字）
