Mini Puck Solid-State Relay: A Compact and Reliable High-Efficiency Switching Solution
The GF1 mini puk solid-state relay is a compact product in Greegoo's solid-state switching solutions, taking up only 30% of the space of traditional solid-state relays. Despite its small size, it remains highly reliable. The GF1 uses back-to-back thyristors for switching, which are more durable than traditional triacs. It employs wire bonding technology to reduce mechanical and thermal stress on the output chip, thereby extending the product's lifespan. The GF1 is ideal for use in situations where space is limited and frequent switching of resistive loads is required.
Application
• Coffee machines
• Vending machines
• Kitchen appliances
• Temperature control units
• Climatic chambers
• Packaging machines
Features
• 1-phase AC solid state relay
• Zero cross switching or instant on switching
• Back to back thyristors for output switching
• Long lifetime through reduced stresses on output chips
• Ratings up to 280 VAC, 25 AAC @ 80°C (176°F)
• 5 VDC, 12 VDC or 24 VDC control voltage
• LED indication for control ON
• Integrated output overvoltage protection
• 100,000 cycle (endurance) tests
• Conformance to EN 60335-1 requirements
• Pre-attached thermal interface to SSR backplate
30% Space of Standard Solid State Relay

Sintering process in the chip of solid-state relays is of significant importance.
The use of sintering process in the chip of solid-state relays is of significant importance, primarily for the following reasons
Read More
Technical Comparison: GRH-12 High-Speed VCB vs. Standard VS1 Vacuum Circuit Breaker
Upgrade your VS1 without cabinet modifications or downtime: Replace standard 50ms+ response times with 5ms ultra-fast opening.
Read More
How to Use a Vacuum Contactor? A Comprehensive Guide on Vacuum Contactors
Understanding well about Vacuum Contactor, A Comprehensive Guide
Read More
Performance Advantages of Embedded Pole Technology Vacuum Contactor
Performance Advantages of Greegoo's Embedded Pole Technology Vacuum Contactors
Read More



