Indoor Environment Monitoring
Meatech Solutions
Indoor Environment Monitoring
UX100-003
HOBO Temperature/Relative Humidity 3.5% Data Logger with integrated sensors to measure and record temperature and relative humidity (within 3.5% accuracy) in indoor environments.
With integrated sensors to measure and record temperature and relative humidity (within 3.5% accuracy) in indoor environments. This logger is ideal for monitoring occupant comfort in office buildings, tracking food storage conditions in warehouses, logging temperature trends in server rooms, and measuring humidity levels in museums.
UX100-011A
HOBO Temp/RH 2.5% Data Logger With integrated sensors, measures and records temperature and relative humidity (within 2.5% accuracy) in indoor environments.
With integrated sensors, measures and records temperature and relative humidity (within 2.5% accuracy) in indoor environments. This logger is ideal for monitoring occupant comfort in office buildings, tracking food storage conditions in warehouses, logging temperature trends in server rooms, and measuring humidity levels in museums.
UX100-023A
HOBO External Temp/RH Data Logger. An external-sensor data logger to measure and record temperature and relative humidity in indoor environments.
An external-sensor data logger to measure and record temperature and relative humidity in indoor environments. Ideal for monitoring occupant comfort in office buildings, tracking food storage conditions in warehouses, logging temperature trends in server rooms, and measuring humidity levels in museums.
MX1101
HOBO Temperature/Relative Humidity Data Logger. Measures and transmits temperature and relative humidity data wirelessly to mobile devices or Windows computers via Bluetooth technology.
Measures and transmits temperature and relative humidity data wirelessly to mobile devices or Windows computers via Bluetooth technology.
This self-contained wireless data logger works with your mobile device or Windows computer and Onset’s free HOBO connect app so you can configure the logger and download data when within 100 feet of the logger, with no other dedicated equipment required. You can also view data in graphs, check the operational status of the logger, configure alarm notifications, and share data files.
HOBO Temperature/Relative Humidity Data Logger
Bluetooth
Measures and transmits temperature and relative humidity data wirelessly to mobile devices or Windows computers via Bluetooth technology.
HOBO Carbon Dioxide/Temp/RH Data Logger
Bluetooth-enabled logger
Measures and records CO2 in buildings and other non-condensing environments.
HOBO Logger Kit Temp/RH/Light/Ext-Temp
Bluetooth
Measures and transmits temperature, relative humidity, and light intensity data wirelessly.
HOBO Temp/RH/Light/Ext-Analog Data Logger
Bluetooth-enabled logger
Measures and transmits temperature, relative humidity, and light intensity data wirelessly. Includes an external analog input to attach a variety of additional sensors.
Carbon dioxide sensor (CO2)
SCO2
SCO2 transmitters are mainly used in indoor air quality control through CO2 (Carbon Dioxide) measurement.
They are used in crowded spaces, in discontinuously crowded areas likes museums, galleries, caves, auditoria, schools, hospitals, greenhouses, livestock holdings, etc.
It’s available in the versions with range 0÷2000ppm or 0÷5000ppm and with output 4÷20mA.
Sensors to measure Nitric Oxide (NO)
S-NO
Sensors for the measuring of concentration for specific gases, for a wide range of applications, both industrial and environmental. They are not gas analyzers, they use an electrochemical measuring principle or infrared (depending on the gas), with which it is possible to convert the measurement of gas’s concentration in measurable electrical signal (4÷20mA or ModBus RTU485). Specifically designed for outdoor applications with IP65 enclosure.
The measurable gases: NO (Nitric Oxide).
FM-PM Dust Sensor
FM-PM it is an instrument for measuring particulate matter, that is, a mixture of solid and liquid particles in the air that can cause health problems. International standards consider particles with diameters less than 10μm (PM10) to be dangerous to humans. However, measuring particle concentration is not an easy measure because it can vary, depending on the position and point of measurement.
The measurement is carried out through the principle of laser diffusion which does not require maintenance and offers an accurate and repeatable measurement.
The sensor is available with analog or digital signal output.
