2611-12-311

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Reed relays are electronic relay components that use an electromagnet to mechanically close and open the contacts. They are usually operated at low voltages (less than 30 V) from an external source, and are designed to switch normally open or normally closed contacts. They are typically used to control the operation of household appliances, vehicle ignition systems and industrial machinery.

The 2611-12-311 reed relay is a type of mechanical latching relay. It has a latching mechanism that is triggered when the electromagnet is actuated and remains activated until the power is removed from the coil. This makes it ideal for applications in which the relay needs to remain activated until manually deactivated. The 2611-12-311 relay features two normally open contacts, two normally closed contacts, and two normally actuated contacts.

The 2611-12-311 reed relay operates with a power supply of 5 to 30 VDC. It has an operating current of 15mA at 12V, and a maximum switching voltage of 50 VDC. The 2611-12-311 relay has a maximum switching current of 250 mA at 30 VDC. The maximum contact resistance is typically 150mΩ.

The operating principle of the 2611-12-311 reed relay is fairly simple. When the external power is applied to the relay coil, the electromagnet becomes energized and pulls the movable i.e. plunger inside the coil, thus closing the switch. With the power removed, the electromagnet is no longer energized and the plunger is pushed back by the spring to open the switch. When the switch is open, the contact points are far enough apart that no current is flowing through them.

The most common applications for the 2611-12-311 reed relay are in alarm circuits, signalling circuits, switching circuits and control circuits. It is also often used to switch high currents, such as in power distribution systems. Reed relays like the 2611-12-311 can be used in general purpose, precision, high integrity and low power applications.

Reed relays like the 2611-12-311 are extremely reliable and durable, and are capable of providing thousands of operations. They are very small in size, and can fit into spaces that are inaccessible with other types of relays. They are also very cost-effective and can be used to replace slow responding switches and mechanical relays in many applications.

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