ESYLUX RC 230 KNX sensor passivo de infravermelhos (PIR) - com fios - 40 m - teto/parede - exterior - branco

The ESYLUX RC 230 KNX is a high-performance passive infrared (PIR) sensor designed for presence and motion detection in both indoor and outdoor environments. With a wide 230° detection angle and a maximum tangential detection range of 16 m, it is ideal for large areas such as corridors, open-plan offices, and building entrances. The sensor communicates via the KNX bus system, enabling seamless integration into building automation networks.

Advantages

Reliable motion and presence detection with adjustable brightness thresholds from 5 to 2000 lux. The sensor also measures temperature, providing additional data for HVAC control. Its robust IP54-rated housing with UV-stabilised polycarbonate ensures durability in outdoor conditions. Easy wall or ceiling mounting at the optimal height of 2.5 m.

Suitable for

• Office buildings and conference rooms
• Corridors and stairwells
• Warehouses and industrial facilities
• Outdoor areas such as building entrances and canopies

Key specifications

• Sensor type: Passive Infrared (PIR)
• Connectivity: Wired (KNX Bus)
• Detection angle: 230°
• Max. tangential detection range: 16 m (at 2.5 m mounting height)
• Max. radial detection range: 6 m (at 2.5 m mounting height)
• Presence detection range: 4 m (at 2.5 m mounting height)
• Mounting: Wall or ceiling
• Installation location: Indoor and outdoor
• IP rating: IP54
• Colour: White (similar to RAL 9010)
• Light sensor range: 5 - 2000 lux
• Operating voltage: KNX Bus voltage (21-30V DC)
• Optimal mounting height: 2.5 m
• Operating temperature: -25 °C to +50 °C
• Protection class: II
• Housing material: UV-stabilised polycarbonate
• Integrated functions: Motion detection, brightness measurement, temperature measurement

Recommendations

For optimal performance, mount the sensor at a height of 2.5 m and ensure the detection area is free from obstructions. Use in combination with KNX actuators for automated lighting and HVAC control.