Tycon Power Systems TPDIN-CB-100A-2P 5000VDC 100A Circuit Breaker 2 Pole DIN Mount

500VDC 100A 2 Pole Circuit Breaker / Disconnect Switch for Solar/Battery/Load

The Tycon Solar® TPDIN-CB-100A-2P is a high-quality DIN Rail mount miniature circuit breaker specifically designed for DC systems, making it ideal for remote power and solar systems. This versatile circuit breaker operates with a 500V and 100A trip point, providing reliable protection and functionality in various applications.

DIN Rail Mount Circuit Breaker:
The TPDIN-CB-100A-2P is designed for easy installation on standard DIN rails, commonly used in industrial and commercial settings. This ensures a secure and organized setup within control panels or enclosures.

High Voltage Rating: With a 500V and 100A trip point, this circuit breaker is capable of handling high voltage and current levels, making it suitable for a wide range of DC applications.

Versatile Applications:
This circuit breaker is perfect for use as a battery and solar panel disconnect switch, providing an efficient solution for isolating and protecting these components. It also offers reliable overload protection, ensuring the safety and longevity of your power systems.

• DC Overload Protection: The TPDIN-CB-100A-2P provides robust overload protection, safeguarding your DC systems from potential damage caused by excessive current. This feature helps to prevent system failures and extends the lifespan of your equipment.
• Compact Design: The miniature size of this circuit breaker allows for space-saving installation, making it an excellent choice for systems with limited space. Its compact design does not compromise on performance, ensuring reliable protection in a small form factor.

In summary, the Tycon Solar® TPDIN-CB-100A-2P miniature circuit breaker is a reliable and efficient solution for DC systems, offering high voltage and current handling capabilities, versatile applications, and robust overload protection. Its compact design and easy DIN rail mounting make it an ideal choice for remote power and solar systems.