Carlo Gavazzi PCB-mount solid state relays offer compact, reliable switching for AC and DC loads in space-restricted electronic designs. Built for silent, wear-free operation, these SSRs provide fast response times and long service life. Their compact footprint makes them ideal for circuit boards in control equipment, power modules, HVAC systems, and automation electronics. Designed for dependable performance, they ensure stable and maintenance-free switching in demanding environments.
Carlo Gavazzi PCB-mount solid state relays are engineered to deliver high-performance switching directly on printed circuit boards, offering an excellent alternative to traditional electromechanical relays. With no moving parts, these SSRs guarantee silent operation, reduced electrical noise, and long-term reliability. Their compact size is ideal for dense electronic assemblies where space, heat management, and durability are critical factors.
Available for both AC and DC switching applications, Carlo Gavazzi PCB-mount SSRs feature advanced semiconductor technology to provide consistent operation under varying loads and temperatures. They are commonly used in power electronics, control modules, HVAC systems, heating control, home appliances, industrial electronics, and compact automation equipment. These relays offer high immunity to shock, vibration, and humidity, ensuring stable performance across a wide range of applications. With long operational life, fast switching capability, and excellent electrical isolation, Carlo Gavazzi PCB-mount SSRs deliver reliable and efficient switching for modern electronic system designs.
| Additional Information – PCB Mount SSRs (Carlo Gavazzi) | |
|---|---|
| Mounting Type | Designed for direct PCB installation, ideal for compact electronic assemblies. |
| Switching Options | Available for both AC and DC load switching based on application requirements. |
| Operation | Silent, wear-free semiconductor switching with no mechanical components. |
| Typical Applications | Control boards, HVAC modules, compact automation devices, heating systems, appliances, and power electronics. |
| Advantages | Fast switching times, high reliability, reduced EMI, and extended service life. |
| Durability | Resistant to vibration, shock, and humidity—ideal for harsh industrial environments. |
| Space Saving | Miniature footprint allows efficient PCB layout and compact system design. |
| Electrical Isolation | Strong isolation between input and output ensures safe and stable operation. |
| Integration | Easy to integrate with control circuits, microcontrollers, and automation boards. |
Scan the QR to call
Website Updated On : 01 December 2025
