Industrial Siemens ducted temperature and humidity sensor

Industrial Siemens ducted temperature and humidity sensorPerformance Characteristics

High precision and stability:

Adopting high-quality sensing components and signal processing technology to ensure the accuracy and long-term reliability of measurement results. For example, humidity measurement can achieve an accuracy of ± 3% relative humidity within a comfortable range, with minimal temperature measurement error and adaptability to complex environmental changes.

Quick response capability:

Short dynamic response time, able to capture real-time temperature and humidity fluctuations inside the air duct, providing timely feedback for the control system.

Flexible output configuration:

Supports dual output modes for analog signals (DC 0-10V, 4-20mA) and digital communication (such as Modbus, BACnet), compatible with different brands of control devices, and reduces integration costs.

High protection level:

The shell design meets IP54 or higher protection standards, is dustproof and waterproof, and is suitable for high-speed airflow and mechanical vibration environments inside the air duct.

Modular design:

The sensor probe is separated from the transmitter for easy installation and maintenance; Support hot swapping function to reduce system downtime.

Industrial Siemens ducted temperature and humidity sensorApplication field

Building Automation (HVAC):

Used for air conditioning systems in large buildings such as offices, shopping malls, hospitals, airports, etc., optimizing air supply and exhaust temperature and humidity control, improving indoor comfort and reducing energy consumption.

Industrial process monitoring:

Strictly monitor the temperature and humidity of the production environment in industries such as pharmaceuticals, electronics manufacturing, and food processing to ensure product quality and process stability.

Data Center and Data Center:

Real time monitoring of precision air conditioning supply parameters to prevent equipment overheating or condensation, ensuring stable server operation.

Agriculture and Greenhouse:

Control the temperature and humidity of the planting environment, optimize crop growth conditions, and improve yield and quality.

Museums and Archives:

Protect cultural relics and documents from temperature and humidity fluctuations, and extend their preservation life.

Wiring Diagram

G. G0 working voltage AC24V (SELV)

U1 digital output DC 0... 10V, corresponding to relative humidity 0... 100%

U2 digital output DC 0... 10V, corresponding to temperature 0... 50 ° C

Gu signal grounding (internal connection G)

Overall Dimension Drawing