1technical data – LumaSense Technologies IN 210/4 Benutzerhandbuch
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IMPAC pyrometers IN 210 · IN 210/4 · IN 210/5
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1
Technical data
Temperature range:
IN 210:
-32 ... 900°C
(-25.6 ... 1652°F)
IN 210/4: 300 ... 1000°C
(572 ... 1832°F)
IN 210/5: 100 ... 1200°C
(212 ... 2192°F)
Sub range:
User adjustable within the temperature range
(via service interface). Minimum span 51°C
Data handling:
Digital
Spectral range:
IN 200:
8 ... 14 µm
IN 200/4:
3.9 µm
IN 200/5:
5.14 µm
IR detector:
Thermopile
Power supply:
24 V DC ± 25%, ripple < 0.5 V
Power consumption:
max. 0.6 W
Analog output:
Linear current 4 to 20 mA
Note: At ambient temperatures > 75°C the output signal is set to
approx. 3.9 mA
Load:
max. 700
at 24 V power supply; 400 (18 V); 1000 (30 V)
Service interface:
for parameter programming with portable battery driven setup
device HT 6000
Emissivity ε:
20 to 100% adjustable via service interface
Response time t
90
:
120 ms; up to 10 s adjustable via service interface
Uncertainty:
1% of measured value in °C + 1°C (ε = 1, t
90
= 1 s, T
amb.
= 23°C)
Repeatability:
0.5% of measured value in °C + 1°C (ε = 1, t
90
= 1 s, T
amb.
= 23°C)
Noise Equivalent Tem-
perature Difference
(NETD), (
= 1, ε = 1):
IN 210:
with t
90
= 120 ms: 0.2°C
(23°C measured temp.)
with
t
90
= 1 s: 0.05°C
(23°C measured temp.)
IN 210/4: with t
90
= 120 ms: 0.6°C
(500°C measured temp.)
with
t
90
= 120 ms: 0.2°C
(1100°C measured temp.)
IN 210/5: with t
90
= 120 ms: 0.15°C
(300°C measured temp.)
with
t
90
= 120 ms: 0.1°C
(1100°C measured temp.)
Ambient temperature:
0 to 70°C
Storage temperature:
-20 to 70 °C
Weight:
approx. 450 g
Housing:
Stainless steel
Operating position:
Any
Protection class:
IP65 (DIN 40 055)
CE-label:
according to EU directives about electromagnetic immunity
1.1 Dimensions