Optex Hx 40 Series 165Px Picture

Product Details

The HX-40 PIRs are mounted between 2.5 and 3 meter high and provide a volumetric outdoor intrusion detection up to 12m. The HX-40 series is ideal to protect the approach of the building and has been designed to differentiate between human and small to medium sized animals reducing a lot the risk of false alarm. The HX-40DAM is the dual-tech model, a combination of both PIR and Microwave sensors with active infrared anti-masking.

Adjustability to the site configurationAnti-masking for peace of mindDual-tech for greater stability
All sites have various differences, this is why the HX-40 series has been designed to cater for a variety of site configurations. The bracket can rotate horizontally by 180 degree and can be tilted up or down vertically to adapt the slope of the ground. The detection area can be shortened to 9, 5.5, 4m or modified using the masking seals provided.
If the HX-40AM sensor is sprayed, covered or obstructed while it is armed or disarmed, the active infrared anti-masking will be able to sense the threat when the alarm system is turned on and will send through a notification.
When sunlight is strong or the ambient temperature is close to the human body's temperature, the passive infrared technology could trigger some false alarms. For those environments, it is of benefit to combine passive infrared and microwave technology, the latter confirms the alarm and adds an extra level of stability.

The following table indicates the areas of intended use of the equipment and any known restrictions. For countries not included in this table, please consult the responsible Spectrum Management Agency.

Microwave emission power

Countries

10.525GHz

Belgium, Denmark, Greece, Italy, Luxembourg,

The Netherlands, Spain, Sweden, Iceland, Norway, Switzerland

10.587GHz

France, Ireland, United Kingdom




Applications

  • Buildings
  • Approach
  • House
  • Garage

Key Features

  • Dual-tech volumetric sensor
  • Adjustable detection area
  • Animal tolerance
  • Digital analysis