INDOOR DETECTORS PRODUCT LINEUP
PIR DETECTOR WITH ANTI-MASKING TECHNOLOGY
industrial
light commercial
Invisible spray
detection
Never worry about whether the sensor is covered with infrared beam impairing
invisible sprays. The unit can also recognize black sprays.
Detection of disturbances in
front of the unit
The CX-502AM can also detect black paper, which tends to absorb infrared rays,
when put in front of the detector from 30cm away.
Detection of pasting disturbances
The CX-502AM can recognize masking objects (e.g. invisible seals and stickers)
pasted onto the PIR lens.
FEATURES
Patented multi anti-masking technology
Self checking function
Initial alarm memory
LED remote control terminal
Patented quad zone logic
Patented double conductive shielding
Advanced temperature compensation
SPECIFICATIONS
| Model | CX-502AM |
| Coverage | 15m x 15m 85° wide |
| Detection zones | 82 zones |
| Sensitivity | 1.6°C at 0.6m/sec. |
| Detectable speed | 0.3m - 1.5m/sec. |
| Power supply | 9 - 18V DC |
| Current consumption | 19mA (max.) |
| Alarm period | 2.0 ± 0.5 sec. |
| Alarm output | N.C. 28V DC 0.2A max. |
| Tamper switch | N.C, Open when cover is removed |
| Pulse count | Selectable SP or Std SP: for use in hostile areas / Std : for normal applications |
| Warm-up period | Approx. 60 sec. (LED blinks) |
| LED indicator | Flicker during warm-up |
| Red and Yellow : LED blinks during warm-up period. | |
| RED : ALARM, ALARM MEMORY and INITIAL ALARM MEMORY | |
| Yellow LED: Anti masking, Self-check indicator | |
| Operating temperature | -20°C to +50°C |
| Environmental humidity | 95% max. |
| RF interference | No Alarm 30V/m |
| Mounting height | 1.8m - 3.0m |
| Weight | 135g |
| Dimensions (H x W x D) | 115mm x 70mm x 52.3mm |
| Coverage | 24m x 2.3m long range |
| Detection zones | 22 zones |
The CX-502AM has all the features of the CX-502 but in addition, provides unique Multi Anti-Masking Technology.
Optex has developed the world‘s first Anti-Masking Technology to prevent any kind of detecting disturbances by applying and developing various forms of anti-masking optical technology. Twin-Window detects with high sensitivity the variations of optical expansions and optical direction differences caused from two photoelectric detection beams. This technology advanced PIR innovation, promises higher reliability performance than conventional Anti-Masking PIRs.