RCD负载组

GROADA-AC220V-40KW-RCD负载组制造商

★★★★★
主要产品:
  • 交流负载组:R/RL/RLC/RCD
  • 直流负载组:DC5V-2000V,0A-5000A


模型AC220V-5KW-RCDAC220V-10KW-RCDAC220V-15KW-RCDAC220V-20KW-RCDAC380V-30KW-RCDAC380V-50KW-RCDAC380V-60KW-RCDAC380V-100KW-RCDAC380V-200KW-RCD
额定功率R=5KWR=10KWR=15KWR=20KWR=30KWR=50KWR=60KWR=100KWR=200KW
RCD=5KVARCD=10KVARCD=15KVARCD=20KVARCD=30KVARCD=50KVARCD=60KVARCD=100KVARCD=200KVA
输入电流0-22A0-45A0-45A0-90A0-45A0-3:000-450A0-600A0-750A
尺寸(宽*深*高mm)500*600*800500*600*1000500*600*1100500*750*1100600*850*1400600*850*1600600*850*1850700*1000*18001100*1400*1800
重量50KG80公斤100公斤130公斤200KG300公斤350公斤450公斤550公斤
输入电压交流220/230V交流380/400V
其他输入电压可根据要求定制
最小载荷100W100W100W100W100W1千瓦1千瓦1千瓦1千瓦
其他最小负载功率可根据要求定制
整体精度3%(其他精度要求可根据要求定制)
功率因数PF=0.6~1.0
峰形系数2至3
控制模式本地手动/远程主机(本地手动控制模式:断路器/按钮/触摸屏三路可选,其他方法可根据需要定制)
远程接口RS232/RS485/USB/RJ45/CAN/GPIB(其他接口模式可根据要求定制)
保护功能紧急停机保护、超温保护、风机负载联锁保护、接地保护(选择过压保护、过流保护、短路保护、风机超负荷、风量不足)
工作电源AC220VAC220V/AC380V
显示精度0.5级(其他显式精度可根据要求定制)
显示参数电压、电流、功率、频率、功率因数等。(其他显式方法可根据要求定制)
冷肯定的方式侧进风口和上出风口(其他出风口方式可根据要求定制)
保护级别IP20(其他防护等级可根据要求定制)
外观颜色RAL7035(其他颜色可根据要求定制)
工作温度-10 ℃ ~ 55 ℃
相对湿度≤95%相对湿度
高度≤2500米



GROADA AC220V 40KW RCD负载组-现代系统的先进电源测试解决方案

概述

GROADA AC220V 40KW RCD负载组是一种高性能测试设备,旨在精确模拟现实世界的电气负载。该负载组专为工业级可靠性而设计,使工程师、技术人员和电力系统管理人员能够准确测试和验证不间断电源(UPS)、发电机、逆变器和其他关键电力基础设施的性能。

与传统的纯电阻负载组不同,RCD(电阻电容动态)设计结合了电阻和电容元件,以复制现代电气系统中遇到的复杂非线性负载。这确保了您的电力设备在实际操作条件下进行评估,从而降低了实际操作过程中发生故障的风险。


主要特点

  1. 大功率容量–40KW
    该负载组非常适合中型工业应用,可以在不影响稳定性的情况下处理大量电力需求,使其适用于数据中心、制造设施和电信站点。

  2. 标准电压输入-AC220V
    AC220V输入与全球通用的电源系统完全兼容,可以轻松集成到现有的测试设置中。

  3. 电阻+电容负载设计
    通过模拟电阻性和电容性负载,RCD负载组模拟了真实世界的设备行为,如UPS、逆变器和发电机对非线性和动态负载的响应。

  4. 可调功率因数
    能够在不同负载条件下对设备进行精确测试。用户可以调整功率因数以复制各种操作场景,包括具有挑战性的无功负载环境。

  5. Modular and Scalable Architecture
    Designed for flexibility, multiple units can be combined to achieve higher capacity testing, allowing long-term scalability as system demands grow.

  6. Safety and Reliability Features
    Equipped with overcurrent, overvoltage, and thermal protection, the GROADA RCD Load Bank ensures safe operation during intensive testing sessions, protecting both the device and the system under test.


应用程序

  • UPS Systems Testing: Ensure that backup power units can handle non-linear loads effectively.

  • 发电机测试: Validate generator performance under real-world operating conditions.

  • Inverter Testing: Simulate dynamic load variations to verify inverter efficiency and response.

  • Telecommunications Infrastructure: Test power continuity and reliability for critical telecom equipment.

  • Data Centers & IT Facilities: Maintain uptime by assessing load-handling capacity and power stability.


Industry Significance

The reliability of electrical power systems is more critical than ever, especially as industries adopt complex digital infrastructure. The global load bank market is experiencing steady growth, with demand driven by increasing investments in reliable power systems for manufacturing, telecommunications, healthcare, and data center operations.

Non-linear loads are becoming common due to modern electronics and renewable energy integration, making traditional load banks insufficient for precise testing. GROADA's RCD Load Bank meets this challenge by providing accurate simulation of complex loads, ensuring power systems operate safely and efficiently under real-world conditions.


Why GROADA RCD Load Bank Stands Out

  1. Expertise & Authority: GROADA has decades of experience designing and manufacturing load banks that meet international standards and rigorous industrial demands.

  2. Reliability & Quality: Each unit undergoes stringent testing for performance, durability, and safety.

  3. Comprehensive Support: Customers receive detailed guidance on installation, operation, and maintenance, backed by a professional technical support team.

  4. Future-Ready Design: Modular, scalable, and flexible, this load bank adapts to evolving industrial power testing requirements.


结论

The GROADA AC220V 40KW RCD Load Bank is more than just a testing device; it is a critical tool for ensuring the reliability, efficiency, and safety of modern power systems. Its advanced RCD technology, robust design, and versatile applications make it an essential investment for engineers, facilities managers, and organizations committed to achieving uninterrupted and high-quality power performance.

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