KX15DTAM
Description
Industrial/Commercial/ Residential
- 15m detection range optional lenses 18m and 30m supplied
- Anti-masking detection
- 0-1m adjustable mask detection
- X-band DRO based microwave
- Patented independent floating thresholds (IFT)
- AND/OR technology
- Dual element pyro-electric sensor
- Selectable EOL(End Of Line) resistors
- Blue wave technology
- Auto sensitivity feature
- Digital temperature compensation
- Triple LED indication
- Frequency options
- Tamper proof brackets included
- Sealed optics
- ABS plastics
- 15m Volumetric detection coverage, ideal for protection of rooms, offices etc.
- 18m Vertical curtain detection coverage, Ideal for protection of large window areas
- 30m long range detection coverage, Ideal for long narrow areas or corridors.
- Anti-masking detection ideal in hight security environments where there may be a significant risk of masking, An area immediately in front of the KX15DTAM is monitored continuously and separately from its normal mode. Any intrusion into this quiet area activates the anti-masking process. it also has separate mask and trouble output.
- Independent mask relay in the event of one of the technologies being masked. KX15DTAM will go into a mask fault condition. The mask relay will open. This can be connected to the 24hrs zone of a control panel.
- The detector incorporates selectable alarm resistor values of 6K8, 5K6, 4K7, &1K & tamper values of 5K6, 4K7, 2K2 and 1K
- AND/OR technology AND mode operates as a standard dual technology detector, 'OR' mode will switch to microwave detection environments where there is a risk of PIR detection being blocked.
- Blue Wave Technology(BWT) further enhances the detector's immunity to infra-red noise in the environment. BWT comprises of 2 key components: 1. The new 3D optics system enables perfect focusing of the infra-red signal onto the pyro-electric sensor. This allows BWT to clearly identify the positive and negative signal edges. 2. Powerful software embedded into a microprocessor is uses to process the received information from the pyro-electric sensor. The result of this combination is lower infra-red signal noise amplification and therefore better immunity.
- Depending on the environment condition, the detector will automatically adjust the sensitivity
- The detector will digitally adjust itself in hot environments where the background room temperature is almost equal to the external body temperature of 37℃