GROADA-AC400V-1000KW-R Banco de carga de resistência de alta tensão

★★★★★
Produtos principais:
  • Banco de carga AC: R / RL / RLC / RCD
  • Banco de carga DC: DC5V - 2000V, 0A - 5000A


ModeloAC220V-6KW-RAC380O V-30KW-RAC380O V-60KW-RAC380V-100KW-RAC380V-200KW-RAC380O V-400KW-RAC380V-500KW-RAC380V-1000KW-R
Potência nominal0-6KW0-30KW0-60KW0-100KW0-200KW0-400KW0-500KW0-1000KW
Tamanho (largura * profundidade * altura mm)480*600*277500*750*1000600*850*1000600*850*1400700*1000*16501100*1400*17001100*1400*18001500*1800*2000
Peso25 quilos80 quilos130 quilos180 quilos250 quilos550 quilos650 quilos1100 quilos
Corrente de entrada0-30A0-45A0-90A0-150A0-300A0-600A0-750A0-1500A
Carga mínima100W100W500W1kw1kw5kw10kw50 quilômetros
Outra potência mínima de carga pode ser personalizada de acordo com os requisitos
Tensão de entradaAC220 / 230VAC380 / 400V
Outra tensão de entrada pode ser personalizada de acordo com os requisitos
PotênciaPF = 1,0
Precisão geral3% (outros requisitos de precisão podem ser personalizados de acordo com os requisitos)
Modo de controleManual local / computador anfitrião remoto (modo de controle manual local: interruptor / botão / tela táctil trivial opcional, outros métodos podem ser personalizados conforme necessário)
Interface remotaRS232/RS485/USB/RJ45/CAN/GPIB (outros modos de interface podem ser personalizados de acordo com os requisitos)
Função de proteçãoProteção de parada de emergência, proteção contra sobretemperatura, proteção contra bloqueio de carga do ventilador, proteção contra a terra (selecione proteção contra sobretensão, proteção contra sobrecorrente, proteção contra curto-circuito, sobrecarga do ventilador, volume de ar insuficiente)
Fonte de alimentação de trabalhoAC220VAC220V / 380VAC380V
Precisão da exibição0,5 nível (outra precisão explícita pode ser personalizada de acordo com os requisitos
Parâmetros de exibiçãoTensão, corrente, potência, frequência, fator de potência, etc. (outros métodos explícitos podem ser personalizados de acordo com os requisitos)
Frio certa maneiraPara frente e para foraEntrada de ar lateral e saída de ar superior (outros métodos de saída de ar podem ser personalizados de acordo com os requisitos)
Nível de proteçãoIP20 (outro nível de proteção pode ser personalizado de acordo com os requisitos)
cor da aparênciaRAL7035 (outras cores podem ser personalizadas de acordo com os requisitos)
Temperatura de trabalho-10 ℃ ~ 55 ℃
Umidade relativa ≤95%RH
Altitude ≤ 2500 m



GROADA AC400V-1000KW-R Resistive Load Bank: High-Power, Reliable, and Precise Load Testing Solution

Visão geral

OGROADA AC400V-1000KW-R Resistive Load Bank is a high-performance electrical testing solution designed for large-scale power systems. Built with precision engineering and advanced safety features, this load bank allows engineers and technicians to accurately simulate electrical loads, ensuring that generators, UPS systems, and other power equipment perform reliably under real-world conditions.

Ideal for both indoor and outdoor use, the AC400V-1000KW-R model is engineered to deliver consistent, safe, and repeatable results across a wide range of applications in industrial, commercial, and renewable energy sectors.


Características e Benefícios

1. Capacidade de alta potência

  • Capable of delivering 1000 kW of resistive load at 400V AC, making it suitable for testing high-capacity generators and large electrical systems.

  • Supports both continuous and intermittent load testing, ensuring flexibility for different testing scenarios.

2. Controle de carga de precisão

  • Features finely segmented load steps, enabling precise simulation of electrical loads from minimal to maximum capacity.

  • Facilitates accurate power factor and efficiency analysis, helping optimize generator and UPS performance.

3. Robust and Durable Construction

  • Designed with a weather-resistant steel enclosure for long-lasting performance in harsh industrial environments.

  • High-quality resistive elements ensure stable heat dissipation, preventing overheating during extended testing periods.

4. Monitoramento Digital Avançado

  • Equipado comintuitive control panels displaying real-time voltage, current, power, and energy consumption.

  • Allows operators to monitor system performance and adjust loads dynamically for thorough testing and diagnostics.

5. Safety-First Design

  • Integrated overcurrent protection, thermal cutoff, and emergency shutdown functions to safeguard both equipment and personnel.

  • Ensures compliance with international electrical safety standards, providing peace of mind during high-power testing operations.


Aplicações em todas as indústrias

The AC400V-1000KW-R Resistive Load Bank is versatile, addressing the growing demand for reliable power testing across multiple industries:

  1. Teste do gerador

    • Validates the capacity, efficiency, and operational stability of backup and prime power generators.

    • Supports predictive maintenance programs by identifying potential performance issues before deployment.

  2. UPS and Energy Storage Systems

    • Tests uninterruptible power supply systems under varying loads to ensure reliability during outages.

    • Assists in verifying energy storage integration in critical facilities such as data centers and hospitals.

  3. Data Center and Mission-Critical Facilities

    • Ensures uninterrupted operations by simulating peak loads for server rooms and networking equipment.

    • Helps optimize power distribution and cooling systems for maximum efficiency.

  4. Renewable Energy and Grid Integration

    • Supports testing for solar inverters, wind generators, and hybrid power systems.

    • Evaluates performance under variable load conditions to confirm grid compatibility and stability.

  5. Industrial and Commercial Power Systems

    • Assesses high-capacity motors, compressors, and industrial machinery under full-load conditions.

    • Reduces risk of unexpected downtime by verifying electrical infrastructure before operation.


Industry Insights and Market Trends

Oglobal load bank market is projected to grow steadily, driven by the increasing complexity and critical nature of power systems in various sectors. According to industry research:

  • The market is expected to rise from $300 million in 2025 to over $380 million by 2032, reflecting a growing demand for reliable power testing solutions.

  • Key drivers include the expansion of data centers, renewable energy integration, and stricter compliance requirements for mission-critical facilities.

  • Advanced digital load banks, like the GROADA AC400V-1000KW-R, are increasingly preferred due to their enhanced precision, real-time monitoring, and improved safety standards.


Por que escolher GROADA?

GROADA is recognized as a leading innovator in load bank technology, combining decades of engineering expertise with cutting-edge manufacturing. By choosing the AC400V-1000KW-R Resistive Load Bank, customers benefit from:

  • Unmatched reliability: Built to withstand demanding industrial conditions.

  • High accuracy: Fine-tuned load control for precise power testing.

  • Comprehensive support: Technical guidance and global after-sales service for seamless operation.

  • Industry compliance: Designed to meet international safety and electrical standards.

This makes GROADA a trusted partner for engineers, power system operators, and facility managers worldwide, ensuring that critical electrical systems perform at their best.


Technical Specifications (Summary)

  • Tensão: 400V AC

  • Capacidade de energia: 1000 kW

  • Tipo de carga:Resistivo

  • Load Steps: Fine-grained, adjustable

  • Refrigeração: Forced air / high-efficiency heat dissipation

  • Control: Digital display and intuitive interface

  • Safety: Overcurrent protection, thermal shutdown, emergency stop


Conclusão

OGROADA AC400V-1000KW-R Resistive Load Bank is more than just a testing device; it is a comprehensive solution for modern power system verification and reliability assurance. Its combination of high power capacity, precision control, safety features, and durability makes it an indispensable tool for power engineers and facility managers aiming for optimal system performance, efficiency, and longevity.

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