13
7.
TECHNICAL DATA
Definitions:
•
Error
possible cause
⇒
Measures / Help
•
Display shows incorrect values
Error during re-adjustment of the transmitter
⇒
Reset to factory calibration and repeat the calibration routine
Filter soiled
⇒
Replace filter
Sensor defective
⇒
Replace sensor
•
Long response time
Filter soiled
⇒
Replace filter
Incorrect filter type
⇒
Filter type should match the application
•
Transmitter failure
no supply voltage
⇒
Check wiring and supply voltage
•
High humidity values
Dew (condensation) in sensor probe head
⇒
Dry probe head and check the sensor probe mounting type
Incorrect filter type
⇒
Filter type should match the application
Measured quantities
Relative humidity
Humidity sensor
HC1000-400
Working range
0…100% RH
Accuracy incl. hysteresis and nonlinearity with
- special calibration against certified standards
±1% (0…90% RH)
±2% (90…100% RH)
- standard calibration
±2% (0…90% RH)
±3% (90…100% RH)
Traceable to intern. standards, administrated by NIST, PTB, BEV...
Output signal
4 - 20mA (3-wire)
Response time with filter at 20°C
(68°F)
/ t
90
< 15 sec.
Temperature
Temperature sensor element
1)
Pt100 resp. Pt1000 (class A, DIN EN 60751) see Ordering Guide
Working range
-50...180°C
(-58...356°F)
/
up to 200°C
(392°F)
short term
General Data
Supply voltage
10 - 35V DC or 10 - 28V AC
Load resistor for 4 - 20 mA output
10 - 35V DC
R
L
< [
Ω
] (max. 350
Ω)
10 - 28V AC
R
L
< 350
Ω
Current consumption
for DC supply < 32mA
for AC supply < 60mA
eff
Working temperature range electronics
-40…60°C
(-40...140°F)
Storage temperature range
-40…60°C
(-40...140°F)
Electrical connection
pluggable screw terminals up to max. 1.5mm²
(AWG 16)
Sensor protection
stainless steel grid filter
Electromagnetic compatibility
Designed for installment in and with other equipment (OEM)
Measurements according to EN61000-4-3 and EN61000-4-6
FCC Part15 ClassB
ICES-003 ClassB
1) max. power dissipation 1mW
U
v
- 5V
0.02 A
Summary of Contents for EE99-1 Series
Page 19: ......
