RLC负载组

GROADA-AC415V-24.3KW-RLC三相负荷柜

★★★★★
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-10KVA-RLCAC380V-30KVA-RLCAC380V-60KVA-RLCAC380V-100KVA-RLCAC380V-200KVA-RLCAC380V-300KVA-RLC
额定功率RLC=10KVARLC=30KVARLC=60KVARLC=100KVARLC=200KVARLC=300KVA
R=10KW;L=10KVA
C=10KVA
R=30KW;L=30KVA;
C=30KVA
R=60KW;L=60KVA;
C=60KVA
R=100KW;L=100KVA;
C=100KVA
R=200KW;L=200KVA;
C=200KVA
R=300KW;L=300KVA;
C=300KVA
其他电源可根据要求定制
尺寸(宽*深*高mm)500*750*1400600*850*15001000*1100*15001100*1600*15001500*1800*18002000*2000*2000
重量120公斤380公斤580公斤880公斤1500公斤2500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
输入电流0-45A0-45A0-90A0-150A0-3:000-450A
最小载荷R=100W;L=100VA;
C=100VA
R=100W;L=100VA;
C=100VA
R=100W;L=100VA;
C=100VA
R=100W;L=100VA;
C=100VA
R=1KW;L=1KVA;
C=1KVA
R=1KW;L=1KVA;
C=1KVA
其他最小负载功率可根据要求定制
功率因数PF=0.1~1.0(其他功率因数可根据要求定制)
整体精度3%(其他精度要求可根据要求定制)
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AC220V交流220V/380V交流380v
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 RLC负载组–先进的电气负载测试解决方案

引言:现代电力系统的精度测试

GROADA RLC负载组是一种先进的解决方案,专为电力系统的严格测试而设计。通过精确模拟电阻(R)、电感(L)和电容(C)负载,该负载组提供了真实世界操作条件的真实表示。它是工程师、技术人员和设施管理人员寻求确保发电机、UPS系统和其他关键电力设备的可靠性、效率和安全性的重要工具。

在当今快速发展的能源格局中,可再生能源集成、关键基础设施和工业自动化需要稳定可靠的电力,GROADA RLC Load Bank提供了精度、多功能性和符合全球标准的电力。


主要特点

1.综合负荷模拟

GROADA RLC负载组可以同时施加电阻、电感和电容负载。这确保了电力系统在接近真实运行环境的条件下进行测试,包括波动负载、谐波和变化的功率因数。

2.可调功率因数

现代电气系统需要灵活的负载测试。GROADA负载组允许功率因数从0.1调整到1.0,从而能够评估滞后、超前和单位功率因数下的系统性能。这对于工业设备、UPS系统和可再生能源尤其重要。

3.宽电压兼容性

RLC负载组专为全球应用而设计,支持单相和三相交流系统:

  • 单相:120V、220V、230V、240V(50/60Hz)

  • 三相:208V、380V、400V、415V(50/60Hz)

这使其适用于跨数据中心、工业厂房和电信设施的国际部署。

4.先进的测量和监测

配备高精度数字仪表,负载组监测:

  • 电压和电流

  • 有功功率、无功功率和视在功率

  • 功率因数

  • 能源消耗

  • 频率

这些实时测量使工程师能够做出明智的决策,并准确验证系统性能。

5.灵活的控制模式

GROADA RLC负载组提供本地和远程控制:

  • 本地操作:直观的触摸屏界面,便于负载调整。

  • 远程操作:完全基于计算机的监控、调度和数据记录控制,提高了运营效率和安全性。

6.高精度和可靠性

  • 电阻负载精度:±5%

  • 电感和电容负载精度:±10%

These specifications guarantee precise load application, ensuring test results are reliable and reproducible.


Industry Applications

The GROADA RLC Load Bank is widely used across multiple sectors:

数据中心

Uninterrupted power is critical in data centers. The RLC Load Bank allows operators to test backup generators and UPS systems under full-load conditions, ensuring seamless operation during power outages.

电信

Telecom facilities depend on emergency power systems for network continuity. The load bank enables rigorous testing of power infrastructure, preventing service interruptions and safeguarding critical communication lines.

Industrial and Manufacturing Facilities

Production lines and heavy machinery rely on stable power. The GROADA load bank evaluates system robustness, identifies weaknesses, and minimizes downtime risks, ultimately protecting operational continuity and revenue.

Military and Aerospace

Mission-critical operations require power systems that perform flawlessly under extreme conditions. The RLC Load Bank validates generators, UPS, and control systems, ensuring readiness in defense and aerospace applications.

Renewable Energy Integration

As solar, wind, and hybrid energy solutions grow in adoption, testing their interaction with grid systems becomes essential. The RLC Load Bank simulates variable loads to evaluate system stability, voltage regulation, and power factor correction.


Compliance with International Standards

The GROADA RLC Load Bank adheres to globally recognized standards:

  • IEEE 1547: Distributed energy resource interconnection and performance testing.

  • IEEE 112.3 & 112.5: UPS performance verification standards.

  • NFPA 110: Emergency and standby power system testing and maintenance.

  • ISO 8528: Reciprocating engine-driven generator testing procedures.

  • IEC 62040: Performance and test requirements for UPS systems.

  • UL 1008: Safety requirements for transfer switches.

These certifications ensure that testing meets regulatory requirements, enabling safe deployment in diverse industries worldwide.


Advantages of Using GROADA RLC Load Bank

1. Enhanced System Reliability

By simulating real operational loads, potential weaknesses in generators, alternators, batteries, and control panels are detected before they cause system failures.

2. Optimized Maintenance

Proactive testing reduces unexpected maintenance costs and extends equipment lifespan by identifying issues early.

3. Operational Continuity

Regular load testing ensures uninterrupted power supply, critical in healthcare, data centers, and telecom facilities.

4. Regulatory Compliance

Meeting ISO, IEEE, NFPA, and UL standards ensures organizations maintain compliance and safety across all operations.

5. Cost Efficiency

By preventing downtime and optimizing power system performance, organizations save on energy costs, maintenance expenses, and emergency repair charges.


技术规格

参数规格说明
负载类型Resistive, Inductive, Capacitive
功率因数0.1 – 1.0 Adjustable
电压Single-phase 120V/220V/230V/240V, Three-phase 208V/380V/400V/415V
频率50/60Hz
Measurement Accuracy±5% R, ±10% L/C
ControlLocal touchscreen, Remote computer control
DimensionsCustomizable per model
CoolingForced air or natural convection options
安全功能Overload protection, emergency stop, thermal sensors

Why Choose GROADA

GROADA has decades of experience in designing and manufacturing load banks trusted by industries worldwide. Our products are:

  • Reliable: Engineered for precision and long-term durability.

  • Flexible: Suitable for a wide range of power systems and international voltage standards.

  • Safe: Compliant with global electrical safety standards.

  • User-Friendly: Advanced digital interface for easy monitoring and control.

Organizations from data centers to military bases rely on GROADA load banks to validate and maintain their electrical systems efficiently.


结论

In an era where uninterrupted power supply is mission-critical, the GROADA RLC Load Bank provides unmatched precision, versatility, and reliability. By simulating realistic electrical loads, it ensures that generators, UPS systems, and industrial power infrastructures operate optimally under any condition.

Elevate your power testing capabilities with GROADA – the professional choice for engineers and organizations that demand accuracy, safety, and performance.

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