MTN6355-0019 Schneider KNX Corridor Special-purpose Presence Detector Smart Building Adapted

Core Parameters

1. Bus Protocol: Natively compatible with the KNX EIB/TP1 building automation bus protocol, supporting KNX Secure end-to-end encrypted transmission. It can be directly connected to the building's KNX intelligent central control system and stably linked with KNX devices such as corridor downlights, floor lights, inductive fans and emergency lighting. Adapted to Schneider's universal KNX debugging terminal, it supports remote parameter adjustment and fault self-check, with real-time reporting of device operation status to the bus, meeting the centralized and refined operation and maintenance needs of buildings.
2. Corridor-specific Detection Performance: Equipped with a dedicated infrared induction module for linear spaces, the detection angle and coverage are optimized for the narrow layout of corridors. A single device can cover multiple sections of linear corridor areas and accurately identify dynamic/static presence signals of personnel walking and staying for a short time. The anti-interference algorithm is optimized to resist interference from direct corridor light, indoor home appliance radio frequency, and conventional temperature and humidity fluctuations. The detection sensitivity and trigger delay support both local and remote adjustment, effectively avoiding missing triggers when personnel pass quickly and false triggers when no one is present.
3. Corridor-specific Installation Design: Adopting flush-mounted/wall-mounted dual installation methods, the body is compactly designed, perfectly fitting small installation points such as corridor walls, ceiling corners and next to weak current boxes without occupying the effective passage space of the corridor. The terminal blocks are of anti-loose buckle design, compatible with 0.5-2.5mm conventional weak current wiring conductors, easy to install and operate, suitable for batch standardized construction at the project site, and convenient for later maintenance and debugging.
4. Protection & Working Conditions: Protection class IP20, specially designed for indoor non-exposed linear spaces such as corridors and passageways, with basic dust-proof, anti-corridor dust and slight water vapor erosion capabilities. The operating temperature is 0℃~45℃, the operating humidity is 5%~95% (no condensation), which can withstand slight sudden changes in temperature and humidity inside the building, supporting 24/7 continuous and stable operation without the risk of circuit damage or signal interruption caused by personnel collision and slight vibration.
5. Material & Craftsmanship: The main body is made of V0 grade flame-retardant engineering plastic through an integrated injection molding process, with high mechanical strength, resistance to slight collision, anti-aging and no deformation, complying with national building fire protection specifications and indoor decoration equipment safety standards. The shell features a matte and simple design with a standard white/light gray color scheme, which is highly integrated with the decoration style of various building corridors with no visual abruptness.
6. Additional Features: Powered directly by the KNX bus, the low-power design does not require additional power adapters, reducing the cost and space occupation of weak current wiring in the corridor. Built-in a signal optimization module to improve the stability of bus signal transmission in the environment of multiple wall occlusions and multi-detector parallel connection in the corridor. Supports multi-detector linkage networking, multiple detectors in the same corridor can realize parameter synchronization and induction linkage, avoiding the abruptness of sectional start and stop of corridor lighting and improving the intelligent experience.

Application Scenarios

1. Office Corridors/Floor Passageways of Commercial Office Buildings: Flush-mounted on the corridor ceiling or wall-mounted on the wall, accurately detect the passage and stay status of office personnel, link with corridor lighting to realize "light on when people come, light off/delayed off when people leave", and link with corridor inductive fans to operate on demand, greatly reducing the ineffective energy consumption of office building corridors and adapting to the intelligent upgrading and transformation of office buildings.
2. Guest Room Corridors of Star-rated Hotels/Boutique Homestays: Wall-mounted at the wall corners of the corridor, a single device covers the corridor area in front of multiple guest rooms, accurately identifies the movement trajectories of guests and staff, links with corridor floor lights and downlights to realize soft start and stop, balancing lighting needs and living experience, and the low-power design meets the energy-saving operation requirements of hotels.
3. Main Corridors/Floor Passageways of Government and Enterprise Office Buildings/Industrial Parks: Adapt to the long-distance main corridors and multi-branch floor passageways of the building, multi-detector networking linkage realizes unified intelligent management and control of corridor lighting on the whole floor/entire building, and the remote parameter adjustment function can adjust the detection delay according to office hours, balancing office convenience and green energy-saving needs.
4. Medical Technical Corridors/Inpatient Department Passageways of Hospitals/Healthcare Institutions: Flush-mounted on the corridor ceiling, the non-protruding body design avoids personnel collision, accurately detects the movement status of medical staff, patients and their families, links with corridor lighting and ventilation equipment to work stably, resists slight radio frequency interference from medical equipment, and meets the safety and use standards of medical places.
5. Corridors of School/University Teaching Buildings/Dormitory Buildings: Wall-mounted on the corridor wall, adapted to the characteristics of high passenger flow and high-frequency passage in campus corridors, accurately identifies the presence signals of students and faculty, links with corridor lighting to realize intelligent control, and automatically enters the low-power detection mode after school/light off, greatly reducing the lighting energy consumption of campus corridors and adapting to the intelligent construction of campuses.
6. Public Passageways/Connecting Corridors of Commercial Complexes/Shopping Malls: Adapt to linear spaces such as mall floor passageways, indoor connecting corridors and parking lot entry corridors, resist slight radio frequency and strong light interference from multiple mall devices, accurately detect the activity status of customers and staff, link with passageway lighting to operate on demand, balancing passenger flow experience and the energy-saving operation needs of shopping malls.