Product Description
Nvis 7067 Single and Three Phase Resistive Load is a high wattage resistance network suitable for loading Single Phase and Three Phase supplies and generators. This three phase resistive load system is widely used for testing electrical power sources in laboratories and industries. The load banks are used to verify the performance of power sources. However real loads are unpredictable and random in value hence standard loads are used to stimulate environment for testing power sources.
This 3 phase resistive load setup is designed in robust enclosure. It consists of three banks of switched resistive loads. These three banks can be used with Single Phase and Three Phase Systems. Each bank of resistors is electrically isolated and separate terminals for each phase are provided on panel. The equipment can also be used as a single phase load bank for educational and industrial testing applications.
MCB’s are used to change the resistance of the load. The resistive load is equipped with a cooling fan to reduce the temperature. The load is mounted on a trolley to provide facility of easy movement in laboratories. This 3 phase resistive load bank is suitable for safe and reliable testing of generators, transformers, and power systems.
Nvis 7067 is a high-performance three phase resistive load system designed for testing generators, transformers, and power sources. This durable 3 phase resistive load bank supports both balanced and unbalanced conditions and can also be used as a single phase load bank for laboratory and industrial applications.
Tests generators, transformers, and power systems by simulating controlled load conditions for performance analysis and safe operation.
Yes; each resistive bank is electrically isolated, allowing single phase operation.
Provides stable, controlled loading to verify efficiency, reliability, and overall system performance.
Yes; it supports both balanced and unbalanced load conditions.
Engineering colleges, industrial laboratories, generator testing, training centers, and research environments.