Dimming Control 12V Microwave Sensor HNS102 Daylight Monitoring With 1-10v Output

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December 20, 2021
Category Connection: 12V Microwave Sensor
Brief: Explore what sets this solution apart in an easy-to-follow presentation. In this video, you'll see a detailed walkthrough of the HNS102 5.8GHz C-band Microwave Sensor, demonstrating its compact design, tri-level dimming control, and flexible integration into fixtures. Watch as we explain the daylight monitoring function and show how the 8-pin DIP switches allow for customizable settings to meet various application needs.
Related Product Features:
  • Compact 77.1*27.1*17mm size for flexible integration into fixtures.
  • 5.8GHz C-band microwave technology with tri-level dimming control.
  • 1-10V DC dimming output signal for precise lighting adjustment.
  • Dual-processor technology enabling on/off and real daylight monitoring.
  • Configurable via 8-pin DIP switches for customizable detection and timing.
  • Supports input voltages of 5V, 12V, or 24V with low current consumption.
  • Features dual daylight sensors with adjustable lux levels for energy efficiency.
  • Designed for mounting heights of 3-6 meters, ideal for tri-proof fixtures.
Faqs:
  • What input voltages does the HNS102 sensor support?
    The HNS102 sensor supports input voltages of 5V, 12V, and 24V DC, making it versatile for various lighting system integrations.
  • How is the dimming level controlled with this sensor?
    Dimming is controlled via a 1-10V DC output signal, allowing for tri-level dimming adjustments based on motion detection and ambient light conditions.
  • Can the detection range and timing be customized?
    Yes, the sensor includes an 8-pin DIP switch for settings like detection range (100% or 50%), hold time (3s to 20min), and daylight sensor thresholds (2lux to 50lux).
  • What is the benefit of the dual daylight sensor feature?
    The dual daylight sensor enables real daylight monitoring, allowing the light output to adjust automatically based on ambient light levels, which enhances energy savings.
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