GROADA-AC380V-50KW-R/RCD inverter load bank
The GROADA AC380V-50KW-R/RCD inverter test load bank is a high-performance testing device specifical...
| Model | AC220V-5KW-RCD | AC220V-10KW-RCD | AC220V-15KW-RCD | AC220V-20KW-RCD | AC380V-30KW-RCD | AC380V-50KW-RCD | AC380V-60KW-RCD | AC380V-100KW-RCD | AC380V-200KW-RCD |
| Rated power | R=5KW | R=10KW | R=15KW | R=20KW | R=30KW | R=50KW | R=60KW | R=100KW | R=200KW |
| RCD=5KVA | RCD=10KVA | RCD=15KVA | RCD=20KVA | RCD=30KVA | RCD=50KVA | RCD=60KVA | RCD=100KVA | RCD=200KVA | |
| Input current | 0-22A | 0-45A | 0-45A | 0-90A | 0-45A | 0-300A | 0-450A | 0-600A | 0-750A |
| Size (width * depth * height mm) | 500*600*800 | 500*600*1000 | 500*600*1100 | 500*750*1100 | 600*850*1400 | 600*850*1600 | 600*850*1850 | 700*1000*1800 | 1100*1400*1800 |
| Weight | 50KG | 80KG | 100KG | 130KG | 200KG | 300KG | 350KG | 450KG | 550KG |
| Input voltage | AC220/230V | AC380/400V | |||||||
| Other input voltage can be customized according to requirements | |||||||||
| Minimum loading | 100W | 100W | 100W | 100W | 100W | 1KW | 1KW | 1KW | 1KW |
| Other minimum loading power can be customized according to requirements | |||||||||
| Overall accuracy | 3% (other accuracy requirements can be customized according to requirements) | ||||||||
| power factor | PF=0.6~1.0 | ||||||||
| peak coefficient | 2 to 3 | ||||||||
| Control mode | Local manual/remote host computer (local manual control mode: circuit breaker/button/touch screen three-way optional, other methods can be customized as required) | ||||||||
| Remote Interface | RS232/RS485/USB/RJ45/CAN/GPIB (other interface modes can be customized according to requirements) | ||||||||
| Protection function | Emergency stop protection, over-temperature protection, fan load interlock protection, grounding protection (select over-voltage protection, over-current protection, short-circuit protection, fan overload, insufficient air volume) | ||||||||
| Working power supply | AC220V | AC220V/AC380V | |||||||
| Display accuracy | 0.5 level (other explicit precision can be customized according to requirements) | ||||||||
| Display parameters | Voltage, current, power, frequency, power factor, etc. (other explicit methods can be customized according to requirements) | ||||||||
| Cold sure way | Side air inlet and upper air outlet (other air outlet methods can be customized according to requirements) | ||||||||
| Protection level | IP20 (other protection level can be customized according to requirements) | ||||||||
| Appearance color | RAL7035 (other colors can be customized according to requirements) | ||||||||
| Working temperature | -10 ℃ ~ 55 ℃ | ||||||||
| Relative humidity | ≤95%RH | ||||||||
| Altitude | ≤ 2500 m | ||||||||
The GROADA AC400V-30KW-RCD Inverter AC Load Bank is a high-performance testing device designed specifically for inverters that require Residual Current Device (RCD) protection. In modern power systems, ensuring the reliability, efficiency, and safety of inverters is crucial, particularly for renewable energy systems and industrial applications. This load bank provides a controlled environment to simulate real-world conditions, enabling precise evaluation of inverter performance under various loads and fault scenarios.
With a 30 kW rated power, the AC load bank is capable of testing large-scale inverters and complex power systems. It can simulate heavy load conditions, enabling users to verify inverter performance in both peak and continuous operating scenarios.
The integrated Residual Current Device (RCD) functionality allows for comprehensive testing of inverter systems with earth leakage protection. This ensures compliance with safety regulations and helps prevent potential electrical hazards in real-world applications.
The load bank offers fully adjustable load parameters, including voltage, current, and power factor. Engineers can replicate diverse operational scenarios, from partial load to full load, to evaluate inverter stability, efficiency, and thermal behavior.
Equipped with an intuitive control panel and clear digital readouts, the load bank simplifies test setup, monitoring, and data acquisition. Users can quickly adjust test conditions and track real-time performance metrics with precision.
The rack-mounted modular design allows for space-efficient installation in laboratories, production lines, or renewable energy facilities. The system can also be scaled to accommodate different power ratings, providing flexibility for multiple testing requirements.
The GROADA AC400V-30KW-RCD load bank is ideal for a variety of applications:
Inverter Manufacturers: For product validation, ensuring that inverters meet safety and performance specifications before market release.
Testing Laboratories: Standardized testing under IEC, UL, and IEEE protocols.
Renewable Energy Projects: Evaluation of inverters in solar, wind, and hybrid energy systems to ensure safe and reliable operation.
Industrial and Commercial Installations: Assessing inverters in industrial environments where RCD protection is mandatory.
This inverter AC load bank is designed to meet or exceed global testing and safety standards, including:
IEC 62109 – Safety of Power Converters for Use in Photovoltaic Power Systems
UL 1741 – Standard for Inverters, Converters, Controllers, and Interconnection System Equipment for Distributed Energy Resources
IEEE 1547 – Interconnection and Interoperability of Distributed Energy Resources with Electric Power Systems
Compliance with these standards guarantees that test results are reliable, reproducible, and applicable to real-world inverter deployments.
Accurate Performance Evaluation – Replicates real operating conditions, allowing detailed analysis of inverter response to load changes.
Enhanced Safety Testing – Ensures proper RCD operation to prevent electrical hazards.
Versatile Applications – Suitable for research, industrial use, and renewable energy validation.
Efficiency and Reliability – Reduces downtime by identifying performance issues before installation.
The GROADA AC400V-30KW-RCD Inverter AC Load Bank combines robust engineering, advanced features, and international compliance, providing an indispensable tool for engineers, laboratories, and renewable energy developers. With its precision, flexibility, and safety focus, it ensures that inverters perform optimally in any environment, safeguarding both equipment and users.