MTN6304-0019 Schneider KNX High Bay Presence Detector FM for Industrial High Ceiling Lighting

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 KNX intelligent central control system in industrial scenarios, and stably link with KNX devices such as high bay industrial lighting, high-power ventilation and intelligent rolling shutters; adapted to Schneider industrial-grade KNX debugging terminals, supporting remote parameter adjustment and fault self-check, with real-time reporting of device status to the bus, meeting the needs of centralized operation and maintenance in industrial scenarios.
2. High Bay Detection Performance: Equipped with a wide-angle infrared induction module dedicated to high bay scenarios, adapted to 8-15m high ceiling scenes with a wide detection coverage and adjustable angle, which can accurately identify static/dynamic human presence signals in high-altitude and large spaces; the anti-interference algorithm is optimized for industrial scenarios, immune to interference from industrial equipment radio frequency, high-power lighting strong light and workshop temperature and humidity fluctuations; the detection sensitivity and trigger delay support both local and remote adjustment, effectively avoiding false and missing triggers in high-altitude detection.
3. FM Exclusive Specification Features: The FM type exclusive calibration adapts to the signal transmission requirements of industrial high-altitude scenarios, strengthens the stability of bus signals and detection signals, and can work stably in industrial workshops/warehousing environments with multi-device parallel connection and complex wiring; it also adapts to the standardized installation specifications of industrial scenarios and has higher compatibility with industrial electromechanical equipment.
4. High Bay Special Installation Design: Adopting industrial-grade hoisting/ceiling-mounted dual installation methods, it is adapted to industrial installation foundations such as high bay steel structures and ceiling keels, equipped with special extended fixing accessories, and the installation is firm and resistant to workshop mechanical vibration; the terminal blocks are of industrial-grade anti-loose design, compatible with 0.75-2.5mm industrial wiring conductors, ensuring the connection stability of high-altitude wiring and supporting batch standardized construction at the project site.
5. Protection & Working Conditions: IP20 protection rating, specially designed for industrial indoor non-exposed high-altitude scenarios, with basic dust-proof and industrial dust erosion resistance; operating temperature -5℃~45℃, operating humidity 5%~95% (no condensation), able to withstand slight sudden changes in temperature and humidity in industrial workshops, supporting 24/7 continuous and stable operation, without the risk of circuit damage or signal interruption caused by condensed water and mechanical vibration.
6. Material & Craftsmanship: The main body is made of industrial-grade V0 grade flame-retardant engineering plastic, manufactured by reinforced injection molding process, with high mechanical strength, impact resistance and aging resistance, complying with industrial building fire protection specifications and equipment safety standards; the shell features an industrial simple design with a dirt-resistant light gray color, not easy to attach industrial dust, convenient for later cleaning and maintenance, adapting to the use characteristics of industrial scenarios.
7. Additional Features: Powered directly by the KNX bus, the low-power design does not require additional industrial power supplies, reducing the cost and safety hazards of high-altitude wiring; built-in an industrial-grade signal amplification module to improve the transmission stability of bus and detection signals in high-altitude complex environments; supports multi-device grouping and zoning linkage, the parameters of high bay detectors in the same area can be set synchronously, adapting to the partitioned refined management and control of large factories/warehouses.

Application Scenarios

1. Industrial Production Workshops (Mechanical Workshops, Electronic Assembly Workshops, Hardware Processing Workshops): Hoisted on 8-15m high ceilings, accurately detect the position and status of operating personnel in the workshop, link with high bay industrial lighting to realize "light on when people come, light off/delayed off when people leave", and link with workshop ventilation equipment to operate on demand, greatly reducing the energy consumption of industrial lighting and ventilation, adapting to the intelligent transformation of workshops.
2. Logistics Warehousing Centers (High Bay Flat Warehouses, Shelf Storage Areas, Sorting Centers): Adapt to the high bay scenario of warehousing, detect workers in shelf aisles and sorting areas, link with warehousing high bay lighting and ventilation systems, avoid full-load lighting in the large warehousing space all day, and adjust ventilation power according to personnel operation, balancing the safety of warehousing operation and energy-saving control.
3. High Bay Areas of Large Shopping Malls/Home Furnishing Stores (Building Materials Areas, Warehouse-style Shelf Areas, Logistics Distribution Areas): Hoisted in the high bay warehousing/sales areas of shopping malls, accurately detect the activities of staff and customers, link with high bay lighting to realize intelligent control, avoid light idleness when there are no personnel in high bay areas, meet the energy-saving operation needs of shopping malls, and be compatible with the mall's KNX intelligent management and control system.
4. High Bay Areas of Industrial Exhibition Halls/Large Convention and Exhibition Centers: Adapt to the exhibition hall scenario with ceilings higher than 8 meters, detect visitors and staff in the exhibition hall, link with high bay lighting and exhibition equipment to realize intelligent adjustment of lighting, improve the intelligent experience of the exhibition hall, and support temporary parameter debugging during exhibitions, adapting to the flexible use needs of the scenario.
5. High Bay Areas of Cold Chain Warehouses (Normal Temperature Cold Chain Transfer Warehouses, Dry Goods Storage High Bay Areas): Used in the normal temperature high bay areas of cold chain warehouses, accurately detect warehousing operators, link with high bay lighting and ventilation dehumidification equipment, operate on demand according to personnel operation, avoid energy waste in cold chain warehousing, and the temperature resistance of the equipment adapts to the temperature and humidity environment of the warehouse.
6. Large Logistics Distribution Centers/Courier Sorting Centers: Hoisted on the high ceiling of the sorting center, detect the staff in the sorting area, link with the high bay lighting of the sorting area and the auxiliary lighting of the conveyor belt, realize intelligent control of lighting, and support multi-area grouping linkage, adapting to the partitioned operation mode of the sorting center, improving sorting efficiency while reducing energy consumption.