MTN6304-0019 Schneide Spacelogic KNX Occupancy Sensor 360° Ceiling-mount Coverage Up to 16m Diameter
Advanced KNX digital input presence detector with dual-technology sensing for comprehensive occupancy detection in commercial, residential, and institutional applications.
Technical Specifications
| Category |
Key Details |
| Basic Attributes |
KNX Digital Input (DI) presence detector; dual-technology (PIR + Microwave) |
| Detection Performance |
Angle of detection: 360°; Opening angle: 180°; Range: Radius of max. 18m |
| Electrical & KNX |
KNX TP1 bus-powered (21–30V DC, <15mA); 1/2-byte telegrams; dry contact DI; multi-status LED diagnostics |
| Installation & Design |
Flush ceiling-mount (fits 68/75mm junction boxes); Φ100×32mm ultra-slim; IP20 (indoor); fire-retardant scratch-resistant thermoplastic |
| Environmental |
Operating temp: -10°C to +50°C; 0–95% RH (non-condensing); EMC compliant |
Application Scenarios
Large Commercial Spaces
- Open-plan offices, retail malls, hotel lobbies and banquet halls for automated lighting and HVAC control in expansive zones
- Warehouses and light industrial facilities providing reliable detection in temperature-variable indoor areas
High-End Residential
- Luxury villas and large apartments for full-property occupancy control and lighting/HVAC scene automation
- Home theaters and gyms with one-touch scene activation and energy-saving auto power-off functionality
Public & Institutional Premises
- Airports, museums, university lecture halls and auditoriums
- Hospital corridors with pet-immune design to avoid false triggers from service animals
Core Advantages
- 16m 360° Coverage: Reduces device quantity requirements for large-area installation projects
- Advanced Anti-Interference: Dual-technology sensing with optimized algorithm minimizes false triggers
- Seamless KNX Integration: Fully compatible with lighting, HVAC and security systems for unified automation
- Durable & Discreet Design: Ultra-slim profile, wide temperature range and scratch-resistant material for high-traffic applications