FULLY AUTOMATIC OPERATION: The ANG ISO-BOOST™ operates entirely automatically for maximum convenience and protection.
OVERLOAD ENDURANCE: Designed to withstand a 30% overload for at least one hour.
ELECTRICAL PROTECTION: Equipped with a protective shield, the shore grounding conductor connects to a barrier between the primary (shore) and secondary (boat) transformer windings. This shield ensures electrical isolation and protection onboard.
BY-PASS SYSTEM: Includes a manual bypass system that allows you to disconnect the boost mode in case of a fault and supply power directly from the shore while maintaining electrical isolation.
SOFT START SYSTEM: A soft start system minimizes current inrush during startup, protecting connected equipment.
FULL OUTPUT POWER GUARANTEED: Delivers full output power even in boost mode, with consistently stable voltage.
AUTOMATIC THERMAL PROTECTION: Integrated thermal protection automatically shuts down the system if temperatures exceed safe limits. The unit restarts automatically once normal operating temperatures are restored.
AUTO-RESTART: The system automatically restarts after high voltage, low voltage, blackout, or overload conditions. ANG ISO-BOOST™ uses very low peak transformers to prevent electrical surges.
COOLING FAN SYSTEM: Equipped with a robust forced cooling fan system to maintain optimal performance.
STATIC SYSTEM: The static switch requires no maintenance, except periodic filter cleaning.
ADJUSTABLE BOOST STEPS: Boosts output voltage in two adjustable steps:
• 1st Step: +15% (from 175V to 209V)
• 2nd Step: +7.5% (from 210V to 227V)
• 3rd Step: Non-Boost Mode (shore supply from 228V to 253V)
This results in a more balanced power supply, eliminating over-voltages in the 200–205V range and increasing voltage within the 205–227V range.
EUROPEAN VERSION AVAILABLE: The European models (9 kVA and 18 kVA) offer the same features as the U.S. version, optimized for European vessels.
ALUMINUM CONSTRUCTION: Lightweight, corrosion-resistant aluminum housing for long-lasting durability in marine environments.