We manufacture a range of SMD Reed Sensors, and PCB Mountable Reed Sensors in Normally Open, Normally Closed, and Latching forms. SMD Reed Sensors are supplied in tapes conforming to IEC 60286-3 standards, for automatic pick and place, and can be used in assemblies where all the components are SMD. The PCB Mountable Reed Sensors, which are Omni-polar, come in a range of sizes and mounting pitches, capable of switching the lowest of 1W loads, up to 30 W. In addition, molded PCB mountable reed sensors with an integrated resistor are available. The integrated resistor can be used for building Level Sensors, for Contact Protection, or for any custom applications. For environmental reasons, the leads are plated with pure Tin, which is Lead-free.
Normally Open SMD Reed Sensors
![]() | Normally Open type SMD reed sensors are Omni-polar devices that actuate with either pole of magnet. These sensors are supplied in tapes conforming to ...Continue reading |
Magnet Biased SMD Reed sensors
![]() | Magnet Biased SMD Reed Sensors come in Normally Closed NC and Latching or Bistable types. These Reed Sensors use magnet biasing technique to convert a ...Continue reading |
PCB Mountable SIP Reed Sensors
![]() | These PCB Mountable Reed Sensors or Single-inline-Pin (SIP) devices as they are also know, are Normally Open, mountable on PCBs having through holes a ...Continue reading |
Actuation Distances for Reed Sensors
![]() | Most SMD and PCB Mountable SIP Reed Sensor applications use magnets for actuation. To help make AT band and Actuating Magnet Selection easier, we have ...Continue reading |
Cylindrical and Rectangular Magnets
![]() | We offer a range of magnets in different sizes and shapes, specially selected to meet various applications, with different working temperatures and st ...Continue reading Nov 18, 2020 |
Manufacturer Cross Reference
![]() | Nearest reed sensor equivalents to those of other manufacturers like Hamlin Electronics, OKI Sensor Device Corporation, Aleph International, Meder Ele ...Continue reading Aug 24, 2019 |