Sensata Cynergy3 DRA200G/80-90, 1NO Surface Mount Reed Switch, 1.3A 250V

Upgrade your automation or sensing application with the Sensata Cynergy3 DRA200G/80-90 Surface Mount Reed Switch, a reliable and high-performance component tailored for precision and durability. Designed with a 1NO (Normally Open) contact configuration, this surface-mount reed switch operates at 1.3A and 250V, making it ideal for various electronic and electrical setups in both domestic and industrial UK markets. 

Core Functions of the Sensata Cynergy3 DRA200G/80-90, Reed Switch, SMD

The DRA200G/80-90 contains ferromagnetic reeds encased in a glass envelope. When exposed to a magnetic field, these reeds draw together and close the circuit. Once the magnet is removed, the reeds return to their original open state, providing non-contact, noise-free, and spark-free switching.

Unique Features Include

• 1NO contact configuration.
• Surface mount design for compact integration.
• Handles up to 1.3A at 250V AC/DC.
• Glass encapsulated for durability.
• Magnetic actuation with high reliability.
• RoHS-compliant and lead-free.

Possible Advantages of Choosing the DRA200G/80-90, Reed Switch

• Long operational life with minimal mechanical wear.
• Excellent for low power and signal switching.
• Suitable for harsh or vibration-prone environments.
• Easy to mount on PCBs and control boards.
• Helps reduce circuit complexity with non-contact operation.

Versatility in Applications 

• Fluid level detection in washing machines and water tanks
• Door/window security alarm systems
• Position sensing in automation and robotics
• Flow meters and HVAC systems
• Medical equipment and instrumentation panels
• Automotive electronics

Why Should You Buy the DRA200G/80-90 Reed Switch?

This reed switch offers excellent switching reliability, even in demanding environments. It is widely used where contactless switching is essential, such as in fluid level sensing, security systems, and industrial automation, due to its magnetic actuation that eliminates physical wear and tear.