MDT KNX Micro Αισθητήρας παρουσίας 360° 1 αισθητήρας PSE-PMC01.01S

The MDT KNX Micro Presence Detector PSE-PMC01.01S stands out with its compact flush-mounted design and 360° detection coverage, making it a discreet yet powerful solution for presence-based automation in KNX installations.

Highlights

• 360° detection angle with a maximum range of 6 m diameter at 3 m mounting height
• Integrated light sensor (1–1000 Lux) for daylight-dependent control
• Three independent light channels and three HVAC channels for flexible room automation
• One alarm channel for security integration
• Adjustable time delay from 1 second to 255 hours

In daily use

Mounted flush in the ceiling at a height of 2 to 4 metres, the detector monitors the room continuously. Its passive infrared sensor reacts to movement, while the integrated light sensor enables constant light control or daylight harvesting. The three light channels can manage different lighting groups, and the HVAC channels can control heating, ventilation, or air conditioning based on presence. The alarm channel can trigger a KNX alarm when unexpected movement is detected. Configuration is done via ETS, with all parameters adjustable to suit the application.

Full specifications

• Product type: KNX Presence Detector
• Detection angle: 360°
• Detection range diameter: max. 6 m at 3 m mounting height
• Sensor type: 1x Passive Infrared (PIR)
• Mounting type: Flush-mounted (ceiling)
• Recommended mounting height: 2–4 m
• Bus system: KNX
• Power supply: KNX bus voltage
• Current consumption: approx. 5 mA
• IP protection class: IP20
• Operating temperature: 0°C to +45°C
• Integrated light sensor: Yes (1–1000 Lux)
• Light channels: 3 independent
• HVAC channels: 3 independent
• Alarm channel: 1
• Time delay: adjustable (1 s – 255 h)
• Material: Plastic
• Colour: White
• Installation depth: 30 mm
• Visible diameter: 45 mm

Final note

A versatile and compact presence detector for KNX systems, offering comprehensive room automation functions in a discreet ceiling-mounted package.