ARCUS-EDS 30533001 SK10-THC-VOC-KF
- MT Code
- ARC_30533001
- Manufacturer Code
- 30533001
- Brand
- ARCUS-EDS
ARCUS-EDS 30533001 Product Description
The product ARCUS-EDS 30533001, code SK10-THC-VOC-KF, is a multifunctional KNX sensor designed for monitoring and controlling critical environmental parameters. This device integrates functionality for measuring temperature, humidity and Volatile Organic Compound (VOC) levels.
Key Features
- Temperature and humidity (HTU) measurement: the sensor is able to provide precise data on the temperature and humidity of the environment.
- Detection of VOC levels: the device includes a specific sensor for the detection of Volatile Organic Compounds, essential for evaluating indoor air quality.
- KNX integration: the product is compatible with the KNX protocol, allowing easy integration with domestic and industrial automation systems.
- RTR extension: the sensor can be extended with RTR (Room Temperature Controller) functionality, making it easier to control the temperature in different areas.
Control Functionality
The SK10-THC-VOC-KF sensor allows you to adjust and monitor environmental parameters through an intuitive interface. Control capabilities include:
- Change setpoints through front buttons and/or KNX objects.
- Integration with temperature and air quality control systems for a more comfortable and healthy environment.
Design and Construction
The device is available in different design variants and materials, ensuring easy integration with any architectural environment. Options include:
- Aluminium housings, both square and round, with different finishes such as sandblasted or anodized.
- Available colors: white, anthracite and black.
This multifunctional sensor is ideal for residential, commercial and industrial applications, where the monitoring and control of air quality and temperature are essential for the comfort and health of the occupants.
Codice a barre | 642125990127 |
---|---|
Codice Produttore | 30533001 |
Brand | ARCUS-EDS |
2864 00 d4 SK10 THC CO2 KF 1
|
445.6 kB |