The Catch Power SOLARRELAY-6XCT is an advanced 6-channel solar relay designed to optimize the performance and management of solar systems, batteries, and loads. This Australian-made solution is compatible with most popular inverter brands and supports three-phase inverters, making it ideal for complex installations. Its compact design, modular capabilities, and versatile communication options ensure seamless integration and robust performance.

Equipped with Modbus RTU, Bluetooth, and Wi-Fi TCP, the relay offers reliable connectivity for remote monitoring and control. Terminals for external contactors facilitate efficient load management, while the accompanying app provides tools for load scheduling, real-time solar performance analysis, and tariff optimization.

• 6 Measurement Channels: Offers detailed monitoring of solar systems, batteries, and loads, including three-phase systems.
• Multiple Communication Options: Includes Modbus RTU, Bluetooth, and Wi-Fi TCP for flexible connectivity and compatibility.
• Load Control: Supports static, dynamic, and flexible load management using external contactors.
• Energy Insights: Provides real-time and historical data for analyzing solar system performance and energy usage.
• Durable Design: Built for indoor use with an IP20 rating and DIN rail mounting for secure installation.
• Battery Integration: Features advanced battery calculators and predictive savings analysis for optimized battery use.
• Expandable System: Supports multiple units for complex sites and installations.

Q: What is the maximum current transformer (CT) rating?
A: The relay supports CT ratings of up to 100A, suitable for high-capacity systems.

Q: Is the relay compatible with three-phase inverters?
A: Yes, the SOLARRELAY-6XCT is specifically designed to handle three-phase inverter systems.

Q: Can I monitor my solar system remotely?
A: Yes, the relay includes Bluetooth and Wi-Fi connectivity for remote monitoring and management via the app.

Q: Does the relay support load scheduling?
A: Yes, the app allows for flexible load scheduling to optimize energy usage and savings.