Portable Arco Marine Zeus 24v 4kw Low Turn On (lto) 1"-2" Single Foot Alternator W/isolated Ground Holiday Edition [fjKq73Wv]

ARCO Zeus 24V 4kW Low Turn On Alternator

The ARCO Zeus 24V 4kW Low Turn On (LTO) Alternator is a cutting-edge power solution designed for marine, RV, military, and commercial applications. This high-performance alternator offers superior energy production and efficiency, making it an ideal choice for those seeking to enhance their power system. With its unique design and advanced features, the Zeus alternator stands out in the market for its exceptional performance and durability.

Technical Specifications and Advantages

The ARCO Zeus alternator boasts a native 24V rotor and field current, providing superior efficiency and output compared to competitors. It features a robust frame size and a lightweight design, making it easier to install and maintain. The alternator generates over 1.4kW at just under 1,500 RPM and almost 2.4kW at 2,000 RPM, ensuring a consistent power supply even at lower RPMs. Key specifications include a 24V voltage, P field type, 16 rotor poles, and a Stator size of 138mm. The Zeus alternator also features dual cooling fans, OEM components, and is SAE J1171 Certified, ensuring its reliability and compatibility with various systems.

Practical Applications and Benefits

The ARCO Zeus 24V 4kW LTO Alternator is an invaluable addition to any power system, providing numerous practical benefits. Its ability to rapidly charge large battery banks and produce high amperage output makes it an excellent choice for marine diesel engines and commercial vehicles like the Mercedes Sprinter. With its cooler operating temperatures and advanced E-Coat/Cerakote coating, the Zeus alternator maintains peak performance, reducing the need for a generator and extending the lifespan of the alternator. The Zeus alternator is proudly made in the U.S.A., offering peace of mind and assurance of quality. Upgrade your power system with the ARCO Zeus 24V 4kW LTO Alternator and experience the difference in performance and efficiency.