A latching reed switch is an ideal solution in extremely low power requirements, particularly in battery powered devices. It is also referred to a or bi-stable (1 Form E) reed switch. Latching reed switches use two permanent magnets to achieve the latching function. The first magnet is partially magnetized. Bringing the contacts closer together, but they still remain open. The second magnet with an aiding field brought close to the switch will close the contacts. And they will remain closed until the second magnet is brought close but this time with a reversed magnetic field. So a latching reed switch can exist in either the normally open (N.O.) or normally closed (N.C.) contact state. And the contact state is controlled by reversing the magnetic field of the second magnet.
The KSK-1E66 is a high automotive grade miniature reed switch featuring latching or bistable reed switch contacts. Glass length of 14.0mm and diameter of 2.2mm. This reed switch has a rated power 10 W, Switching voltage 200 VDC, Switching current 0.5 Amp DC. Most used, UL approval.
The KSK-1E85 series reed switch is a high power and high voltage reed switch with a latching or bistable (Form E) contact configuration. Glass length of 21.0mm and diameter of 2.75mm. Rated power 100 W, Switching voltage 350 VDC, Switching current 1 Amp DC. UL approval.
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