3501-12-511

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Reed relays are electrical switches often used in the field of automation and instrumentation. They are based on an electrical principle of the same original concept as a mercury switch, however, in place of the toxic mercury, a magnetically operated reed switch is used. The 3501-12-511 reed relay is a single-pole double-throw (SPDT) type relay with form C contact configuration. It is also known as a latching relay.

Working Principle of 3501-12-511 Reed Relay

The working principle of a reed relay is simple. It is made up of a reed switch housed in a sealed body along with a magnetically charged core. When an electrical current is applied to the core of the relay, it creates a magnetic field around the core that draws the particles of the reed switch together, which closes the electrical circuit and activates the switch. When the current is removed, the particles of the reed switch are separated and the circuit is opened and the switch is deactivated.

Application Field for 3501-12-511 Reed Relay

Reed relays have many uses in the industrial and commercial sectors, including communications, instrumentation, and process control. The 3501-12-511 reed relay is most often found in control and measurement systems, automation systems, security systems, and audio systems.

The 3501-12-511 reed relay provides a reliable and economical option for users looking for reliable switching solutions. Its simple working principle and small size make it an attractive choice for a variety of applications.

The 3501-12-511 reed relay has a maximum switching voltage of 200V ac/6A and a maximum coil voltage of 5Vdc/1A. It is available in different versions and contact configurations that include form A (SPST-NO), form B (SPST-NC), form C (SPDT), and form D (DPDT).

Conclusion

The 3501-12-511 reed relay is a type of latching relay that provides reliable and economical switch solutions for different application fields. It works using a simple magnetic principle, with an electrical current applied to the core of the relay to create a magnetic field around it, drawing the particles of the reed switch together and closing the circuit. Its small size and form A, B, C and D contact configurations make it an attractive choice among users in the industrial and commercial sectors.

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