Sensors & optical components hero panasonic industry warehouse scanner

High Density Long Distance Type - world's smallest long range sensor

128 beams ensure almost complete coverage. The special construction of the lens facilitates the use of sealing rings (o-ring). Please contact us if you need details on this topic.
Contact us
Papir High density long distance detection type, the smallest long range shadow

Typical Use Cases

This PIR is used in long-range or high-bay applications such as motion sensors for warehouses, intelligent street lights, or long range CCTV cameras.The sensor can be also used to monitor long corridors.

The EKMB series (1µA, 2µA, 6µA, digital) can be used for battery-powered devices, and the EKMC series (170µA, digital and analog) for wired applications.

All sensors are available in the following colors:

  • White
  • Black
  • Pearl white
mood contact_us

Get in touch with us!

Please contact us via the contact button. We will be happy to advise you on possible questions such as:

  • Which type best meets my requirements?
  • What is the optimal alignment of the sensor?
  • How can I change or limit the field of view of the passive infrared sensor?
  • We look forward to getting in touch with you personally!
Contact us

Downloads

Name File Type Size Date Language
PDF Application Insight - PaPIRs Press, Articles 5.3 MB 31.05.2022 English
PDF PaPIRs Catalogue Catalog 7.3 MB 01.04.2022 English
PDF Shortform Catalogue. Industry Europe. Catalog 9.5 MB 21.12.2018 English
PDF Spec sheet High Density Long Distance Type 170uA analogue output Data sheet 927.1 KB 30.08.2021 English
PDF Spec sheet High Density Long Distance Type 170uA digital output Data sheet 925.3 KB 30.08.2021 English
PDF Spec sheet High Density Long Distance Type 1uA digital output Data sheet 938.8 KB 30.08.2021 English
PDF Spec sheet High Density Long Distance Type 2uA digital output Data sheet 925.6 KB 30.08.2021 English
PDF Spec sheet High Density Long Distance Type 6uA digital output Data sheet 926 KB 30.08.2021 English