IE-MLG-M1200E-01
47
Thermocouple
of the “T” type (Cu-CuNi)
Measured quantity:
temperature
Range:
(-
200 to 400) °C
Accuracy without probes:
± (0.3% from the measured value + 1.5 °C)
Resolution:
better than 0.1
°C (
to achieve this value, the
corresponding number of decimals must be set
)
Cold junction:
compensated in the temperature range of
(-
10 to 60) °C
Thermocouple of the “N” type (NiCrSi-NiSiMg)
Measured quantity:
temperature
Range:
(-
200 to 1,300) °C
Accuracy without probes:
± (0.3% from the measured value + 1.5 °C)
Resolution:
better than 0.1
°C (
to achieve this value, the
corresponding number of decimals must be set
)
Cold junction:
compensated in the temperature range of
(-
10 to 60) °C
DC voltage from -60 mV to +140 mV
Range:
(-60 to +140) mV
Accuracy without probes:
± 100 uV
Resolution:
better than 1 uV (
to achieve this value, the
corresponding number of decimals must be set
)
Input impedance:
approximately 10
7
Ω
Minimum input voltage:
-0.2 V
Maximum input voltage:
+3 V
Connector:
miniature uncompensated thermocouple
connector (white color)
DC voltage from -18 mV to +18 mV
Range:
(-18 to +18) mV
Accuracy without probes:
± 20 uV
Resolution:
better than 0,5 uV (
to achieve this value, the
corresponding number of decimals must be set
)
Input impedance:
approximately 10
7
Ω
Minimum input voltage:
-0.2 V
Maximum input voltage:
+3 V
Connector:
miniature uncompensated thermocouple
connector (white color)
Содержание M1200E
Страница 1: ...www cometsystem com Instruction manual M1200E Multilogger ...
Страница 5: ...IE MLG M1200E 01 5 Multilogger drawing ...
Страница 10: ...10 IE MLG M1200E 01 The way of mounting the holder to Multilogger and mounting holes dimensions MLP001 MLP002 ...
Страница 50: ...50 IE MLG M1200E 01 Appendix 2 Input circuits ...
