Climate Station

Master vapor pressure deficit.

ATMOS 14 indoor climate station including temperature, VPD, humidity

Precision climate analysis and benchmarking. Reliably monitor air temperature, relative humidity, barometric and vapor pressure.

Readings don't get any more rapid

Keep track of reliable air temperature (T), relative humidity (rH), barometric pressure (hPa), vapor pressure and vapor pressure deficit (VPD) - then use the data to improve production. All your basic microclimate measurements are covered using a small, simple integrated sensor. 

AROYA ATMOS 14 indoor climate station

Reliable and practical

It’s weatherproof, meaning it will last a long time in the cultivation environment. Another helpful feature is the compact shape that fits into tight spaces, leaving room for dense canopies.

Specifications

Relative humidity

Range:
0 to 100% RH (0.00-1.00)
 

Resolution:

0.10% RH

 

Accuracy:

Sensor measurement accuracy is variable across a range of RH.

 

Equilibration time (τ, 63%):

<25 s (response time in 1 m/s air stream)

 

Hysteresis:

±0.80% RH, typical

 

Long-term drift:

±0.25% RH/year, typical

 

Temperature

Range:

-40 to 80 °C

 

Resolution:

0.1 °C

 

Accuracy:

±0.2 °C

 

Equilibration time (τ, 63%):

< 165 s (response time in 1 m/s air stream)

 

Long-term drift:

< 0.03 °C/year typical

 

Vapor pressure

Range:

0 to 47 kPa


Resolution:

0.01 kPa


Accuracy:

Sensor measurement accuracy is variable across a range of temperatures and RH

Barometric pressure

Range:

1–120 kPa


Resolution: 

0.01 kPa


Accuracy:

±0.05 kPa at 25 °C

 

Equilibration time (τ, 63%):

<10 ms

 

Long-term drift:

<0.1 kPa/year, typical

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