| Electrical |
| Measurement
Range: |
-50
to 1000 degrees Celsius
-58 to 1832 degrees Fahrenheit |
| Resolution: |
| 2000
count display: |
0.1°
C/F in 200 mV range
1.0° C/F in 2V range |
| 3200
count display: |
0.1
C/F in 300 mV range
1.0 C/F in 3V range |
| 4000
count display: |
0.1°
C/F in 400mV range
1.0° C/F in 4V range |
Maximum
Voltage
at Thermocouple Input: |
60V
DC, 24V AC |
| RF
Field: |
Exposure
to an RF field interferes significantly with
this moduleTs capacity to accurately measure temperature with
thermocouples. The interference is temporary and the module
suffers no harm when exposed to an RF field of 3 V/m.
Accurate temperature measurement capability is completely
restored when the module is removed from the RF field.
Common sources of RF fields are handheld 2-way radios and
cellular telephones. If such a source is suspected of interfering
with this module, either turn off the transmitter or increase the
separation between the transmitter and the module. |
| Environmental |
| Ambient
Operating Range: |
0
to 50°C |
| Storage
Temperature: |
-40
to 60°C
-40 to 140°F |
| Humidity: |
0%
to 90% (0 to 35°C)
0% to 70% (35 to 50°C) |
| Basic
Accuracy: |
(@
23 ±5°C Calibration)*
(Applies for one year after purchase or recalibration) |
| RANGE |
ACCURACY
± (% of reading +degrees), 1 year |
-20
to 350°C
-4 to 662°F
351 to 500°C
664 to 932°F*
501 to 1000°C
933 to 1832°F
-50 to -21°C
-58 to -5.8°F |
0.5%
± 2°C
0.5% ± 3.6°F
1.75% ± 2°C
1.75% ± 3.6°F
2.0% ± 2°C
2.0% ± 3.6°F
2.5% ± 2°C typical
2.5% ± 3.6°F typical |
| Temperature
Coefficient: |
*
0°C to 18°C and 28°C to 50°C ambient, multiply the basicaccuracy
specification by 0.1 for each degree above 28 orbelow
18.
For accuracy enhancement between 351°C to 500°C,subtract
3 degrees from the reading. The accuracy is now0.75%
± 2°C.
* For accuracy enhancement between 663°F and
932°F,subtract 5.4 degrees from the reading.
The accuracy is now0.75% ± 3.6°F.
Note
The basic accuracy specification does not include the error of the
probe or the DMM. Please refer to the probe accuracy specification for
additional details. |
