Intelligent Control Resistive Load Bank 100KW 400V 50/60HZ Remote Monitoring Overload Protection

Product Description

The 100KW 400V Resistive Load Bank is a highly reliable, industrial-grade testing instrument designed specifically for simulating real-world electrical loads. Operating at a power factor of 1.0, this equipment utilizes heavy-duty, high-temperature alloy resistors to convert electrical energy into heat, providing a safe and precise method for performance testing and maintenance of power supplies.

Designed with an integrated forced-air cooling system, it rapidly dissipates heat to ensure continuous, stable operation even under maximum load conditions. The system features an intuitive control panel that allows operators to easily apply granular load steps, making it an essential tool for verifying the capacity, reliability, and safety of 3-phase electrical infrastructure before deployment or during routine maintenance.

Technical Parameters

Advantages

• High Precision and Stability: The specialized alloy resistor elements experience minimal resistance drift when heated, ensuring accurate and stable load testing without power fluctuations.
• Comprehensive Safety Interlocks: Equipped with a multi-layered protection system that instantly drops the load and triggers alarms in the event of an internal short circuit, cooling fan failure, or over-temperature condition.
• Flexible Load Adjustment: The modular load-stepping design allows users to incrementally add or shed load (e.g., 10%, 25%, 50%, 100%) to precisely match testing requirements.
• Efficient Heat Dissipation: High-volume axial fans guarantee a rapid cooling cycle, preventing the equipment from overheating during prolonged testing periods.
• Durable and User-Friendly: Housed in a robust, cold-rolled steel enclosure treated with anti-corrosion coating, featuring a straightforward control layout that requires minimal training to operate.

Applications

• Generator Set Testing: Used for the commissioning, acceptance testing, and routine maintenance of diesel and gas generators to prevent "wet stacking" and ensure they can handle their rated capacity.
• UPS System Verification: Stress-testing Uninterruptible Power Supply (UPS) systems in data centers and industrial facilities to verify battery life and inverter performance.
• Marine and Offshore Power: Routine load testing for auxiliary marine generators, shipboard power grids, and shipyard commissioning.
• New Energy Testing: Evaluating the output stability of photovoltaic (solar) inverters and wind turbine electrical systems.
• Industrial Commissioning: Verifying the reliability of new electrical distribution panels, switchgear, and transformers before connecting actual factory loads.