• Optex HX-80NRAMI High Mount Outdoor Curtain PIR Detector
  • Optex HX-80NRAMI High Mount Outdoor Curtain PIR Detector
  • Optex HX-80NRAMI High Mount Outdoor Curtain PIR Detector

Optex HX-80NRAMI High Mount Outdoor Curtain PIR Detector

$283.30
$283.30

Manufacturer : Optex

Sku : HX-80NRAMI

Condition : New

1 available

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The Optex iSeries HX-80NRAMi is a high-mount, battery-powered, outdoor passive infrared detector with Anti-Masking that provides the stability and reliability necessary for an outdoor PIR sensor. The iSeries version comes with an Inovonics EN1941 transmitter and batteries pre-installed, and allows installers to save valuable installation time and labor costs because no trenching, installing conduit, or pulling wire is required.
  • •Compatibility with Wireless Systems (HX-80NRAM): The HX-80NRAMI is compatible with most manufacturer's wireless systems, providing seamless integration into existing security setups. This ensures flexibility and ease of installation.
  • •Inovonics EchoStream EN1941 Integration: With the iSERIES HX-80NRAMi variant, you get the added benefit of compatibility with the Inovonics EchoStream EN1941 wireless communication protocol. This integration enhances communication reliability and extends the range of the detector.
  • •Inovonics EchoStream EN1941 Integration: With the iSERIES HX-80NRAMi variant, you get the added benefit of compatibility with the Inovonics EchoStream EN1941 wireless communication protocol. This integration enhances communication reliability and extends the range of the detector.
  • •Intelligent 'AND' Logic with Unique Pyro-Element: The HX-80NRAMI utilizes intelligent 'AND' logic in conjunction with a unique pyro-element to enhance detection accuracy and reduce false alarms. By analyzing multiple criteria simultaneously, including heat signatures and movement patterns.
  • •Summer Night Compensation Logic: Designed to adapt to changing environmental conditions, the detector features Summer Night Compensation logic. This technology adjusts sensitivity levels based on ambient temperature and lighting conditions.