GROADA-AC346V-50KVA-RL阻感性负载组
GROADA AC346V-50KVA RL AC Load Bank is a high-precision resistive-inductive (RL) load cabinet design...
| 模型 | AC220V-10KVA-RLC | AC380V-30KVA-RLC | AC380V-60KVA-RLC | AC380V-100KVA-RLC | AC380V-200KVA-RLC | AC380V-300KVA-RLC |
| 额定功率 | RLC=10KVA | RLC=30KVA | RLC=60KVA | RLC=100KVA | RLC=200KVA | RLC=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*1400 | 600*850*1500 | 1000*1100*1500 | 1100*1600*1500 | 1500*1800*1800 | 2000*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 | 0-45A | 0-45A | 0-90A | 0-150A | 0-3:00 | 0-450A |
| 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 | |||||
这GROADA AC415V-36KW-RLC负载组代表了三相交流电力系统负载测试技术的巅峰。这款RLC(电阻-电感-电容)负载组在设计时考虑了精度和耐用性,可提供以下总输出415V时为36千瓦,使工程师和技术人员能够以无与伦比的精度模拟真实世界的负载条件。它是在各种操作场景下验证发电机、UPS系统和其他重要电力设备的权威工具。
高级RLC负载仿真:结合电阻、电感和电容负载,实现复杂电气系统的真实复制。
宽电压和功率范围: Designed to operate at 415V AC with 36 kW capacity, accommodating industrial and commercial power testing needs.
Precision Digital Control Panel: Offers intuitive operation, precise load adjustments, and real-time monitoring of voltage, current, and power.
Robust Cooling System: High-efficiency forced-air cooling ensures continuous operation without thermal degradation.
Safety-First Design: Built-in over-temperature protection, automatic circuit breakers, and emergency shutoff mechanisms guarantee safe testing procedures.
Portability & Compact Design: Engineered for mobility, the ergonomic design enables easy transport and setup in varied testing environments.
发电机负载测试: Ensures reliable start-up, operation, and peak performance of standby and prime power generators.
UPS & Critical Power Systems: Validates uninterruptible power supplies to meet stringent operational standards.
Industrial and Commercial Commissioning: Simulates realistic load scenarios for new power infrastructure projects.
Preventive Maintenance & Diagnostics: Identifies potential system weaknesses, verifies performance, and extends equipment lifespan.
这load bank industry is rapidly growing as businesses and utilities worldwide prioritize power reliability. Global demand for high-performance load banks is projected to expand steadily, driven by critical infrastructure development, increasing data center capacity, and industrial automation trends. GROADA load banks lead the market by integrating modular design, precision control, and robust safety features, ensuring compatibility with modern testing standards and evolving power environments.
Precision Engineering: Accurately replicates real-world electrical conditions, delivering reliable, repeatable test results.
Advanced Technology: Equipped with cutting-edge digital monitoring and load control systems.
Safety & Compliance: Meets international safety regulations, providing confidence in operation across industrial and commercial applications.
Expert Support: Backed by GROADA’s global customer service, offering guidance from selection to deployment.
For engineers, technicians, and power system professionals, the GROADA AC415V-36KW-RLC负载组 is not just a testing tool—it is a guarantee of system reliability, operational safety, and precision performance. Its combination of high-capacity output, advanced load simulation, and intuitive control makes it the benchmark in three-phase AC power testing.