Quality High Bay Schneide KNX Presence Detector FM MTN6304-0019 For Industrial High Ceiling Lighting factory

High Bay Schneide KNX Presence Detector FM MTN6304-0019 For Industrial High Ceiling Lighting

Name: High Bay Schneide KNX Presence Detector FM MTN6304-0019 For Industrial High Ceiling Lighting
Brand: Maituo Intelligent Technology Co.，Ltd
SKU: MTN6304-0019
Availability: InStock

Product Summary

Schneider KNX High Bay Presence Detector for 8-15m industrial ceilings. Features KNX Secure protocol, wide-angle IR detection, FM calibration, and industrial-grade construction. Enables energy-saving lighting/ventilation control in warehouses, workshops, and logistics centers.

Basic Properties

Place of Origin: EU

Brand Name: Schneide

Certification: CE RoHS

Model Number: MTN6304-0019

Trading Properties

Minimum Order Quantity: 5

Payment Terms: T/T,Western Union

Tags:

knx presence detector

knx presence detection sensor

knx presence sensor

Product Description

Schneide KNX High Bay Presence Detector FM for Industrial High Ceiling Lighting

The MTN6304-0019 Schneide KNX High Bay Presence Detector FM is specifically engineered for industrial high ceiling applications, providing reliable presence detection and intelligent lighting control in challenging industrial environments.

Core Technical Specifications

KNX Bus Protocol Integration: Native compatibility with KNX EIB/TP1 building automation bus protocol, supporting KNX Secure end-to-end encrypted transmission. Direct integration with KNX intelligent central control systems for industrial lighting, ventilation, and rolling shutters.
High Bay Detection Technology: Wide-angle infrared induction module optimized for 8-15m high ceilings with adjustable detection coverage. Advanced anti-interference algorithms resist industrial RF noise, strong lighting, and temperature fluctuations.
FM Industrial Specification: Exclusive calibration for industrial high-altitude scenarios, enhanced signal stability for complex wiring environments, and compatibility with industrial electromechanical equipment standards.
Industrial Installation Design: Dual hoisting/ceiling-mounted installation methods with industrial-grade anti-vibration fixings. Compatible with 0.75-2.5mm industrial wiring conductors for high-altitude connection stability.
Environmental Protection: IP20 rating for indoor industrial applications. Operating temperature -5℃ to 45℃ and humidity 5% to 95% (non-condensing), ensuring reliable 24/7 operation in industrial conditions.
Industrial-Grade Construction: V0 flame-retardant engineering plastic housing with reinforced injection molding for high mechanical strength, impact resistance, and compliance with industrial safety standards.
Advanced Features: KNX bus-powered low-power design, industrial-grade signal amplification, and multi-device grouping for synchronized parameter settings across large factory/warehouse zones.

Industrial Application Scenarios

Industrial Production Workshops: Mechanical, electronic assembly, and hardware processing facilities with 8-15m high ceilings. Enables "light on when occupied" functionality and ventilation control for significant energy savings.
Logistics Warehousing Centers: High bay warehouses, shelf storage areas, and sorting centers. Detects worker presence in aisles and links with lighting/ventilation systems to avoid 24/7 full-load operation.
Large Retail & Commercial Spaces: Building materials areas, warehouse-style shelves, and distribution areas in shopping malls. Provides intelligent lighting control for high bay storage/sales areas.
Exhibition & Convention Centers: High ceiling areas above 8 meters in exhibition halls. Enables intelligent lighting adjustment based on visitor and staff presence with flexible parameter debugging.
Cold Chain Warehousing: Temperature-controlled and dry goods storage high bay areas. Links with lighting and dehumidification equipment for on-demand operation in warehouse environments.
Logistics Distribution Centers: High ceiling sorting centers and courier facilities. Supports multi-zone grouping for partitioned operations, improving efficiency while reducing energy consumption.