Test your generation plants with ATA Switchgear’s High-Performance resistive Load Banks!
ATA Switchgear brings you top-quality Resistive Load Banks up to 1500 kW, designed for reliable, precise load testing and power management. Trusted by industry leaders, ATA Load Banks are engineered for durability and optimal performance in demanding environments.
ATA also offers Dummy Load Banks with advanced automatic control systems, designed to seamlessly introduce load to generators when they fall below 30% operating capacity. This feature prevents “wet stacking” by maintaining healthy generator function, ensuring longevity and peak efficiency.
Choose ATA Switchgear for your load bank needs – where innovation meets expertise
Motor Starter Control Panels, VFD Starters, DOL Starters, PLC-Controlled Panels, Generator Synchronizing Panels, Factory Control Panels
Test your generation plants with ATA Switchgear’s High-Performance resistive Load Banks!
Capacitor banks ( Power Factor Correction Banks) improve electrical efficiency by reducing energy loss and stabilizing systems.
Automatic Transfer Switches (ATS) and Manual Transfer Switches (MTS) are used to switch between a main power…
Electrical distribution boards, or breaker panels, are vital components in electrical systems, distributing power to various circuits within a building.
Synchronizing panels with electronic controllers are used in power generation to ensure multiple generators operate in sync.
Motor Starter Control Panels, VFD Starters, DOL Starters, PLC-Controlled Panels, Generator Synchronizing Panels, Factory Control Panels
Test your generation plants with ATA Switchgear’s High-Performance resistive Load Banks!
Capacitor banks ( Power Factor Correction Banks) improve electrical efficiency by reducing energy loss and stabilizing systems.
Automatic Transfer Switches (ATS) and Manual Transfer Switches (MTS) are used to switch between a main power…
Electrical distribution boards, or breaker panels, are vital components in electrical systems, distributing power to various circuits within a building.
Synchronizing panels with electronic controllers are used in power generation to ensure multiple generators operate in sync.