Detetor PIR 460-P2C Paradox

The PIR Detector 460-P2C Paradox stands out with its dual edge signal processing and automatic temperature compensation, delivering reliable motion detection in environments where lesser sensors falter. This wired passive infrared detector is engineered for stable performance across a broad temperature range, making it a dependable choice for professional security installations.

Highlights

• Passive infrared (PIR) sensing with 11m x 11m coverage and 90° detection angle
• Single/dual edge processing reduces false alarms from transient disturbances
• Automatic temperature compensation maintains sensitivity from -20°C to 50°C
• Normally closed alarm and tamper relays for secure integration
• Fresnel lens with RFI/EMI protection for robust operation
• LED alarm indicator for easy walk-testing and status verification

In daily use

Mount the detector at a height between 2.1m and 2.7m for optimal coverage. Its wired design ensures a stable connection without battery maintenance, while the 2.5-second alarm period provides clear signalling. The tamper switch adds a layer of security against unauthorized opening. Suitable for indoor corridors, rooms, and entry points where pet immunity is not required.

Full specifications

• Detection technology: Passive Infrared (PIR)
• Detection range: 11m x 11m (35ft x 35ft)
• Detection angle: 90 degrees
• Power input: 10-16 VDC
• Current consumption: 10 mA standby, 12 mA alarm
• Alarm output: N.C. relay, 28VDC / 0.15A
• Tamper switch: N.C. relay, 28VDC / 0.15A
• Mounting height: 2.1m - 2.7m (7ft - 9ft)
• Operating temperature: -20°C to 50°C (-4°F to 122°F)
• Processing type: Single/Dual Edge Processing
• Temperature compensation: Automatic
• Alarm indicator: LED
• Installation type: Wired
• Lens type: Fresnel
• RFI/EMI protection: Yes
• Alarm period: 2.5 seconds
• Pet immunity: No

Final note

For installers seeking a straightforward, reliable PIR detector with advanced processing and temperature resilience, the PARADOOR-460 delivers consistent performance without unnecessary complexity.