Seite - 37
05. 2009 AG
D-EL-6003Bj
ECOLOG-NET
7.7 Measuring range, operating range, accuracy and supply; datalogger type ...H2
Temperature measurement
(Logger with sensor typical;
Range
Resolution typical Accuracy (U95)
logger at room temperature)
-50.0°C.. -25.0°C
0.1°C
± 0.4°C
-24.9°C.. 0.0°C
0.1°C
± 0.3°C
0.1°C..
30.0°C
0.1°C
± 0.2°C
30.1°C
70.0°C
0.1°C
± 0.3°C
70.1°C.. 100.0°C
0.1°C
± 0.4°C
100.1°C..140.0°C
0.1°C
± 0.7°C
For a total sensor cable length > 5m the accuracy ranges have to be expanded by 0.3°C and the
total cable length for both sensors together may not be longer than 20m!
Measuring the relative air humidity
Sensor
Range
typical Accuracy
0%..100%rH
At room temperature, 23°C: ± 1.5%rH
Hysteresis 10-90-10%rH: <1%rH
For a total sensor cable length > 5m the accuracy ranges have to be expanded by 1%rH and the
total cable length for both sensors together may not be longer than 20m!
Datalogger
Range
Resolution
typical Accuracy
0%..100%rH
0.2%rH
±0.4%rH
Operating ranges
Datalogger ECOLOG-NET ...H2
LH2: -35°C.. 55°C
WH2: -20°C.. 55°C
rH/T universal probe; external 3087-N and 3087-NA -35°C..70°C
0%rH..100%rH, resistivity to dewing
3087-NB
-35°C..100°C (permanent)
-35°C..110°C (temporarily)
0%rH..100%rH, resistivity to dewing
Protective class
IP30
Supply
U
B
: 10 ...30VDC
LH2:
12VDC; 140mA
24VDC; 70mA
WH2:
12VDC; 200mA
24VDC; 100mA
English
Manual
Range of application of rH/T universal probe 3087-NB;
sensor with extended temperature range up to 100°C
Temperature-dependancy of measurement errors
made by universal probe 3087-NB at the time of deliv-
ery.
A reduced temperature range of -35°C.. 70°C is valid
for sensors 3087-N and 3087-NA
.
Temperature (°C)
Error (+/-%)
Temperature (°C)
Humidity (%rH)
See the diagram for the range of applications of the rH/T
universal probe 3087-NB with extended temperature range.
Can be used for short times at temperatures up to 110°C
and permanently at temperatures up to 100°C.
Warning
The temperature range for sensor cable 3218-Sxx is only -
35°C.. 80°C.
The cable should not be moved when subjected to high
temperatures!
