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| Product type | Sensors & Stats |
| IP rating | IP54 |
| Output Signal | 0..10Vdc |
| Manufacturer | Siemens |
| Power Supply | 24Vac or 24Vdc/48Vac, 50Hz |
| Sensor Type | Air Quality |
| Sensor characteristics | Duct Mounted |
Explore all the components for your ventilation system at iacs. All Siemens Humidity, CO2 Air Quality and Temperature Sensors in stock are ready for delivery in 5 to 7 working days.
The Siemens QPM2100 is a Sensor used in HVAC applications and it is a device that provides an prec ise measurement of Air Quality CO2.
Values inside ducts are measured using This kind of Sensor.
The ideal Siemens Sensors for your system are most affordable at iacs.
If you have questions concerning size or installation, refer to the Siemens custom datasheet above or email iacs for individual ised support.
The Siemens QPM2100 Duct Air Quality Sensor is an advanced device designed to improve room comfort and optimize energy consumption in ventilation and air conditioning systems.
The sensor is capable of acquiring CO2 concentrations, VOC concentrations, relative humidity, and duct air temperature, making it an ideal choice for a wide range of applications.
The QPM2100 can be used as a control sensor in supply or extract air ducts, as well as a transmitter for building automation and control systems and display units.
It is an ideal solution for acquiring CO2 and VOC concentrations in party rooms, lounges, fair pavilions, exhibition halls, restaurants, canteens, shopping malls, sports gymnasiums, sales rooms, and conference rooms.
In addition, the sensor can also be used to acquire CO2 concentrations in ventilation plant of rooms with varying occupancy levels where smoking is prohibited. This makes it an ideal solution for museums, theatres, movie theatres, auditoriums, office spaces, and school rooms.
Overall, the Siemens QPM2100 Duct Air Quality Sensor is an advanced device that offers a wide range of capabilities to enhance room comfort and optimize energy consumption in ventilation and air conditioning systems.