1.5 Technical Data
ITC500 / page 9
TEC Current limit
Setting range
0 ...
≥
2 A
Measurement resolution (manual / remote control)
1 mA / 0.1 mA
Accuracy
±
20 mA
Temperature sensors AD590, AD592, LM135, LM335
Control range (AD590, LM135)
- 45 °C ... + 145 °C
Control range (AD592)
- 25 °C ... + 105 °C
Control range (LM335)
- 40 °C ... + 100 °C
Setting resolution (manual / remote control)
0.01 °C / 0.003 °C
Measurement resolution (manual / remote control)
0.01 °C / 0.001 °C
Accuracy
±
0.1 °C
Temperature stability (24 hours)
≤
0.001 °C
Thermistor (2 k
Ω
/ 20 k
Ω
range)
Measurement current
100
µ
A / 10
µ
A
Control range
10
Ω
... 19.99 k
Ω
/ 100
Ω
... 199.9 k
Ω
Setting resolution (manual control)
1
Ω
/ 10
Ω
Setting resolution (remote control)
0.3
Ω
/ 3
Ω
Measurement resolution (manual control)
1
Ω
/ 10
Ω
Measurement resolution (remote control)
0.1
Ω
/ 1
Ω
Accuracy
±
5
Ω
/
±
50
Ω
Temperature stability (24 hours)
1)
≤
0.5
Ω
/
≤
5
Ω
Temperature control input
Input resistance
10 k
Ω
Control voltage
-10 ... +10 V
Transmission coefficient IC-sensors
2 °C/V
±
5%
Transmission coefficient thermistor (20 k
Ω
/ 200 k
Ω
range)
0.2 k
Ω
/V / 2 k
Ω
/V ±5%
1)
Due to the nonlinear conversion from
Ω
to °C the stability in °C depends on the operating conditions
and the characteristics of the thermistor. E.g. for a typical thermistor at a set point of 10k
Ω
(25°C), a
0.5
Ω
stability translates into about 1mK temperature stability. At a set point of 5k
Ω
(38°C), the stability
is about 2mK.
