PD-8 ECO KNX DE RECESSED BLACK

Key Features:

• 360° infrared detection: Optimised for medium-sized spaces, with motion detection up to Ø 8 m and presence detection up to Ø 6 m, perfect for offices and meeting rooms.
• KNX integration: Fully compatible with KNX systems for intelligent control of lighting and HVAC systems, offering constant-lighting control, day/night switching, and sabotage protection.
• Easy installation: Designed for in-ceiling installations with a modular magnetic plug-in connection for quick setup, and configurable via ETS software or Smart Remote.

Product Description:

The Steinel PD-8 ECO KNX Motion and Presence Detector is designed to deliver efficient motion and presence detection for commercial environments such as offices, passageways, and meeting rooms. With a 360° detection angle, the detector covers up to Ø 8 m for motion and Ø 6 m for presence detection, ensuring comprehensive and reliable monitoring.

This detector integrates seamlessly with KNX systems, providing smart control over lighting, HVAC, and other building systems. Key features such as constant-lighting control, sabotage protection, and day/night switching enhance its suitability for professional applications. Installation is simple, with a modular magnetic plug-in connection, and configuration can be easily managed via ETS software or the Smart Remote app.

Key Specifications:

• Detection Technology: Passive infrared sensor (PIR) with light sensor
• Detection Range:
  • Motion: Ø 8 m (50 m²)
  • Presence: Ø 6 m (28 m²)
• Detection Angle: 360°
• Mounting Height: 2 to 4 m (optimal at 2.8 m)
• Integration: KNX-compatible for lighting and HVAC control
• Lighting Channels: 2 channels
• Twilight Setting: Adjustable from 2 to 800 lux
• IP Rating: IP20 for indoor use
• Ambient Temperature Range: -20°C to +50°C
• Installation Type: In-ceiling installation
• Material: Plastic
• Additional Features: Constant-lighting control, day/night function, sabotage protection, logic gate interconnection
• Operating Voltage: KNX bus-powered, 10 mA