| |
These sensors by Carlo Gavazzi are designed in order to measure different environmental parameters: CO2, Humidity, Temperature and Air velocity.
Designed to improve Indoor Air Quality by controlling ventilation that increase the supply of fresh air into the building if CO2 levels rise to an unacceptable level that results in poor air quality and stuffy rooms.
To control humidity level in humid climates. Controlled ventilation prevents unnecessary influxes of humid outdoor air that deteriorates the comfort level of the occupants and encourages the growth of mildew. In energy management systems, the accurate measurement of relative humidity and temperature is essential for optimum control of the environment.
| - |
Humidity control.
In humid climates, it prevents unnecessary influxes of humid outdoor air that deteriorates the comfort level of the occupants and encourages the growth of mildew.
|
| - |
CO2 level control.
To improve the Indoor Air Quality by increasing the supply of fresh air into the building if CO2 levels rise to an unacceptable level that results in poor air quality and stuffy rooms.
|
| - |
Energy savings.
To control the environmental values helps to optimize energy use especially in high-density spaces in which occupancy is variable and unpredictable (e.g. auditoriums, schools, meeting areas and retail establishments), in locations with high heating and/or cooling demand and in areas with high utility rates.
|
| - |
Easy Installation.
The sensors are available in both wall and duct mounting.
|
| - |
Range.
CO2, Relative Humidity, Temperature and Air Velocity are the parameters that can be measured and controlled.
|
| - |
Approvals.
They comply with the related European standards.
|
Product Features:
| - |
AC and DC Supply Voltage.
The device can be supplied at 24VAC/DC, with the AC frequency being 50 to 60Hz.
|
| - |
Output.
Three different output are available: 0-10V, 4-20mA and switching.
|
| - |
Mounting type.
They can be wall or duct mounting
|
|
