150KW-380V resistor Load Bank

Key Features:

Load Capacity:

Available in a range of power ratings from 10kW to several megawatts, making them suitable for various applications from small-scale tests to industrial-scale load simulations.

Voltage Compatibility:

Configurable for different voltage levels, including single-phase (120V, 240V) and three-phase (208V, 380V, 480V, 600V) systems, ensuring compatibility with most power setups.

Load Steps:

Offers precise load control with adjustable steps, typically in increments of 1kW, 5kW, or 10kW, allowing for detailed testing and diagnostics.

Safety and Protection:

Equipped with essential safety features such as overtemperature protection, overload protection, and emergency stop functions, ensuring safe operation during testing.

Cooling System:

Includes a forced air cooling system that uses high-efficiency fans to dissipate heat generated by the resistive elements, maintaining stable operation even during extended use.

Digital Control and Monitoring:

Features an easy-to-use digital interface that displays real-time data such as voltage, current, power, and temperature, allowing for precise control and monitoring of the load bank.

Portability:

Depending on the model, the load bank may be compact and portable with casters or handles for easy movement, or larger units may be stationary for permanent installation.

Durable Construction:

Constructed with rugged, industrial-grade materials to withstand harsh environments, whether used indoors or outdoors, with weatherproof options available for outdoor models.

Modular Design:

Many load banks are modular, allowing users to link multiple units for higher load requirements or to tailor the load bank to specific testing needs.

Applications:

Generator Testing:

Ensures that generators can handle their rated capacity, providing peace of mind that they will perform when needed during an outage.

UPS System Testing:

Critical for testing uninterruptible power supplies, ensuring they provide continuous power during failures or overload conditions.

Renewable Energy Testing:

Used to test wind turbines, solar inverters, and other renewable energy systems, confirming their performance under load.

Data Center Load Testing:

Essential for simulating full-load conditions in data centers, ensuring that power infrastructure can support peak demands without failure.

Commissioning and Maintenance:

Useful during the commissioning of new installations and for routine maintenance to verify ongoing performance and identify potential issues before they cause problems.

Models&Specifications