E+E EE02 Specifications

EE02
High-Precision Thermo - Hygrometer
The new hygrometer EE02 is the combination of high accuracy measurement technology with modern design. The relative humidity and temperature values with trend indication are alternating on the large display.
High quality E+E sensor technology and state of the art microprocessor based electronics result in highest accuracy and long term stability. The very low power consumption allows battery operation and independence from external power supply. The standard batteries, replaceable by the user, have a life time about 5 years.
The modern housing concept makes the wall mounting very easy. EE02 can be used as bench mount as well, the free standing kit is included in the scope of supply.
EE02
EE02 is available upon request as OEM thermo - hygrometer with your company logo.
Typical Applications Features
climate monitoring for:
- office spaces
- private areas
- laboratories
- food stores gift article
available as OEM meter
easiest mounting
modern design
highest accuracy
traceable calibration
long battery life time
Technical Data
Measuring Quantities
Relative Humidity
Humidity sensor type HC103
Working range Resolution 0.1% RH Accuracy at 20°C Traceable to intern. standards, administrated by NIST, PTB, BEV... Trend indication yes
1)
(68°F) ±2% RH (40...60% RH) ±3% RH (10...95% RH)
Temperature active
Working range -5...55°C Resolution 0.1°C Accuracy at 20°C Trend indication yes
(68°F) ±0.3°C (±0.54°F)
(23...131°F)
General Data
Sampling rate 10s Current supply 2x 1.5V AAA Alkali battery (not in the scope of supply) Battery life time typ. 5 years
Display °C or °F (selectable by jumper) CE compatibility according EN61326-1 EN61326-2-3 Temperature ranges Working temperature range: -5...55°C Storage temperature range: -20...60°C (-4...140°F) Dimensions 85 x 100 x 26 mm (3.3 x 3.9 x 1”) Housing / protection class PC, IP20
1) Please refer to the working range of the HC103
(23...131°F)
Ordering Guide
MODEL
EE02 with E+E logo (EE02-FT01)
EE02 without E+E logo (EE02-FT01-L01)
74
v2.4
EE02
Loading...