Schneide KNX ARGUS Presence Detection Sensor MTN630719 For Building Automation

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 basic KNX devices such as indoor downlights, ceiling lights and small fresh air fans. Adapted to Schneider's universal KNX debugging terminal, it supports local/remote lightweight parameter adjustment and fault self-check, with real-time reporting of device status to the bus, meeting the basic intelligent operation and maintenance needs.
2. Basic Detection Performance: Equipped with the basic infrared induction module of the ARGUS series, it is adapted to the conventional indoor floor height of 2.5-4 meters, and the detection coverage is suitable for general indoor spaces, which can accurately identify human static/dynamic presence signals. Built-in a basic anti-interference algorithm to resist interference from conventional indoor lighting, home appliance radio frequency and slight fluctuations in temperature and humidity. The detection sensitivity and trigger delay support dual adjustment, effectively avoiding false and missing triggers in daily scenarios.
3. Universal Installation Design: Adopting three installation methods: flush-mounted, ceiling-mounted and wall-mounted, the body is designed to be lightweight and compact, suitable for various installation points such as indoor walls, suspended ceilings and beside furniture without occupying additional space. The terminal blocks are of universal anti-loose design, compatible with 0.5-2.5mm conventional weak current wiring conductors, easy to install without professional construction, suitable for project batch construction and scattered point installation.
4. Protection & Working Conditions: Protection class IP20, specially designed for conventional indoor non-exposed scenarios, with basic dust-proof and anti-indoor slight dust capabilities. The operating temperature is 0℃~40℃, the operating humidity is 5%~95% (no condensation), which can withstand the temperature and humidity changes of conventional indoor environments such as residences and offices, supporting 24/7 continuous and stable operation to meet the all-weather use needs of daily indoor spaces.
5. Material & Craftsmanship: The main body is made of V0 grade flame-retardant engineering plastic through an integrated injection molding process, with mechanical strength meeting the conventional indoor use requirements, resistance to slight bumps and aging, complying with national building fire protection specifications and indoor decoration equipment safety standards. The shell features a unified matte and simple design of the ARGUS series, with a standard white/light gray color scheme, which is highly adapted to various indoor decoration styles 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 indoor weak current wiring. Built-in a basic signal stabilization module to ensure the transmission stability of bus and detection signals in the conventional indoor wiring environment. Supports simple grouping linkage, multiple detectors in the same area can realize basic parameter synchronization, suitable for the centralized control of small apartments and small office areas.

Application Scenarios

1. Open Office Areas/Small Meeting Rooms of Commercial Office Buildings: The installation method can be flexibly selected to accurately detect the on-duty and stay status of office personnel, and link with office lighting to realize "light on when people come, light off/delayed off when people leave", meeting the basic intelligent energy-saving control needs of office buildings and adapting to the lightweight intelligent transformation of office areas.
2. Living Rooms/Studies/Bedrooms of High-end Residences/Smart Apartments: Flush-mounted on the suspended ceiling or wall-mounted on the wall, it links with indoor main lights and auxiliary lights to realize intelligent induction control of home lighting without manual switching, improving the convenience of living and adapting to the construction of the basic perception layer of the whole-house smart home.
3. Leisure Areas/Shelf Areas of Shopping Malls/Convenience Stores: Ceiling-mounted in the conventional floor height area of shopping malls, it accurately detects the activity status of customers and staff, and links with regional lighting to operate on demand, avoiding light idleness when there are no personnel, balancing the energy-saving operation of shopping malls and the basic intelligent experience, and adapting to the lightweight transformation of small and medium-sized shopping malls.
4. Ordinary Classrooms/Reading Rooms of Schools/Training Institutions: Wall-mounted on the wall or ceiling-mounted on the suspended ceiling, adapted to the conventional floor height and use characteristics of classrooms, accurately identifies the presence signals of teachers and students, links with classroom lighting to realize intelligent control, and automatically turns off the lighting after school, reducing the daily energy consumption of the campus and adapting to the basic intelligent construction of the campus.
5. Reception Rooms/Pantries/Office Auxiliary Areas of Government and Enterprise Office Buildings: The compact body is suitable for the narrow installation space of auxiliary areas, realizing unattended intelligent control of auxiliary area lighting, avoiding long-term constant lighting in auxiliary areas, meeting the green office needs of government and enterprise units, and adapting to the intelligent installation of non-core areas of office buildings.
6. Guest Rooms/Public Leisure Areas of Boutique Homestays/Budget Hotels: The flexible installation method adapts to the diverse decoration layouts of homestays, links with the lighting of guest rooms and leisure areas, provides guests with a "non-sensing intelligent" living experience, and reduces the daily lighting energy consumption of homestays without complex operation and maintenance, adapting to the intelligent upgrading of small and medium-sized homestays.