Victron Ener PHOENIX 12/3000 SMT Power Module with Part Number PIN1223000

12 Volt DC To 230 Volt AC; 3000 VA Continuous/ 6000 Watt Peak power; 93 Percent Efficiency; Remote On/ Off Capable; With Short Circuit Protection; 10.93 Inch Width x 5.9 Inch Depth x 21.24 Inch Height; 4 M8 Bolt Battery Connection/ Screw Terminal Connection; IP21 Waterproof; -40 Degrees Celsius To 65 Degrees Celsius Operating Temperature; EN 60335-1 Standard

The Victron Ener PHOENIX 12/3000 SMT is a high-performance power module designed for reliable energy management in various industrial and commercial applications. Engineered with precision, this module ensures efficient power distribution and stable operation in demanding environments. Its compact size allows for versatile installation options, making it suitable for a wide range of systems requiring dependable power solutions. The module features advanced SMT (Surface Mount Technology) which enhances durability and connection stability, ensuring long-term performance and ease of maintenance. Built with quality materials, the PHOENIX 12/3000 SMT is an essential component for professionals seeking robust power management solutions.
Designed for ease of integration, this power module offers excellent thermal management and electrical stability. Its design emphasizes safety and efficiency, helping to optimize system performance while reducing downtime. Whether used in renewable energy systems, industrial automation, or backup power setups, the PHOENIX 12/3000 SMT provides a reliable foundation for your power infrastructure. Its compact form factor and robust construction make it an ideal choice for both new installations and system upgrades, delivering consistent power with minimal fuss.

Features:

• High-performance power module optimized for industrial applications

• Surface Mount Technology (SMT) for enhanced durability and connection stability

• Compact design suitable for versatile installation scenarios

• Advanced thermal management to ensure reliable operation

• Reliable electrical stability for demanding environments