ENERJİTEM 6 Kva Three Phase Isolation Transformer, 380 Vac Input / 380 Vac Output

ENERJİTEM 6 Kva Three Phase Isolation Transformer, 380 Vac Input / 380 Vac Output

• 6 kVA Power Capacity: This represents the maximum apparent power rating (6 Kilo-Volt-Amperes). Depending on the power factor of your load, it safely supports a continuous real power load of roughly 4.8 kW to 5.4 kW.
• Three-Phase: Designed for industrial three-phase power systems (typically labeled as L1, L2, L3 or R, S, T). It handles balanced or unbalanced three-phase industrial loads.
• Isolation Transformer: The input (primary) and output (secondary) windings are completely physically separated. Power transfers purely via a magnetic field inside the transformer core. There is no direct electrical path between the grid and your equipment.
• 380 Vac Input / 380 Vac Output: It maintains a 1:1 voltage ratio. It accepts standard industrial 380V alternating current and outputs the exact same voltage level.

• Shock Prevention: Because the output side is completely isolated from the earth ground of the utility grid, accidentally touching a single live wire on the secondary side will not complete a circuit to the ground, drastically reducing the risk of electric shock.
• Electrical Noise and Harmonic Filtering: It acts as a barrier against high-frequency electrical noise, voltage spikes, transients, and harmonics originating from the utility grid or nearby heavy machinery.
• Clean Ground/Neutral Creation: It allows you to establish a brand-new, isolated neutral point on the output side, eliminating ground-loop currents and reducing the ground-to-neutral voltage down to zero.
• Equipment Protection: Faults, short circuits, or lightning surges on either side of the transformer are heavily suppressed, preventing damage from cascading to or from the grid.

• Medical Equipment: Powering sensitive diagnostic devices like MRI or CT scanners that require perfectly clean, isolated power.
• CNC and Automation: Protecting computerized industrial machinery from grid fluctuations and voltage spikes.
• Data Centers and UPS Systems: Placed before or after Uninterruptible Power Supplies to isolate critical server racks.
• Telecommunications: Eliminating audio/visual hums and high-frequency interference in broadcasting and communication hubs.