0
0 Cart (empty)
Precision Temp/Hum datalogger with display

Precision Temp/Hum datalogger with display

€236.40 (tax incl.) (€197.00 VAT excl.)

The HOBO® UX100-011 Temperature and Relative Humidity Logger uses sensors to record temperature and relative humidity in closed environments with an accuracy of 2.5%.
 

Reference
UX100-011A
Preorder

The HOBO® UX100-011 logger allows to record temperature and relative humidity (with an accuracy of 2.5% compared to 3.5% for the UX100-003) indoors with its integrated sensors.

Using HOBOWare® software, it is easy to set high or low alarms for recording campaigns. It is also possible to set up measurement bursts (faster intervals) for certain conditions.

The device also allows the calculation of certain statistics (minimum, maximum, average or standard deviation). The small LCD screen incorporated in the device allows the temperature, the campaign status, the battery level and the memory used between two discharges to be displayed.

Product sheet UX100011 (FR)

Download (231.5KB)

Manual UX100011 (FR)

Download (641.7KB)
Miscellaneous
Power supply
1 x 3 V CR2032 lithium battery
Size
3.66 x 8.48 x 2.29 cm
Weight
30g
Power supply autonomy
1 year, with recording interval of 1 minute and sampling interval of more than 15 seconds
Operating temperature
Recording : -20° to 70°C; Reading: 0 to 50°C
Protection
IP50
Interface
USB
Display
visible: 0° to 50°C (32° to 122°F), the LCD may react slowly or not display anything if the temperature is outside this range.
Memory
128 KB (84 650 measurements, maximum)
Recording interval
1 second to 18 hours, 12 minutes, 15 seconds
Temperature
Measure
Temperature
Resolution
0.024°C at 25°C
Accuracy
±0.21°C from 0°C to 50°C
Measuring range
-20°C to 70°C
Drift
less than 0.1°C per year
Response time
4 minutes in air at 1 m/s
Humidity
Measure
Humidity
Resolution
0.05% at 25°C
Accuracy
±2.5% from 10 to 90% humidity, to a maximum of 3.5% including hysteresis
Measuring range
1 to 95%
Drift
less than 1% per year on average
Response time
11 seconds for 90% in an air flow of 1 m/s