G3NA-225B Solid State Relay - 25A, 24 to 240 VAC, 1-Pole, Zero Cross Functio, Surface Mounting

Solid State Relay G3NA-225B, designed for high-performance and reliability in low current applications. With its solid state technology, this relay offers high-speed switching capabilities, making it a perfect choice for demanding industrial settings.  The G3NA-225B features screw terminals for easy and secure connections to contacts, ensuring a hassle-free installation process. Additionally, its noise suppression function is automatically activated when the load current experiences a sudden rise, maintaining operational stability and reducing potential interference.  A yellow operation indicator provides a clear visual cue to users, allowing for quick and easy identification of the relay’s operating status. This feature enhances usability and ensures maximum operational efficiency.  Safety is our top priority, and that’s why the G3NA-225B is UL listed for safety and CSA certified for quality assurance. These certifications provide peace of mind, knowing that your relay meets the highest standards for performance and reliability.  Furthermore, the G3NA-225B is RoHS compliant, adhering to strict standards for the restriction of hazardous substances. This ensures an environmentally friendly product that you can trust for your industrial needs.  Experience the difference with Solid State Relay G3NA-225B, delivering exceptional performance, safety, and quality for your high-speed switching applications.

• Solid State Relay: Ideal for low current applications, ensuring efficient and rapid response times.
• Screw Terminals: Easy to connect to contacts, providing a secure and reliable connection.
• Noise Suppression: Automatically activated when the load current rises suddenly, maintaining a stable operation.
• Yellow Operation Indicator: Visual alert for users to quickly identify the operating status.
• Safety & Quality Certified: UL listed for safety, CSA certified for quality assurance, providing peace of mind for every use.