Promotion Restriction
Not eligible for promotion
Loop Supply Voltage
24V DC
Thermocouple Type
C, E, J, K, L, M, N, R, S, T, U
Accuracy
+/-0.03 Degrees C
RTD Type
NI-120, 385, 3892, JIS
RTD Temperature Range
-196 to 660 Degrees C
Thermocouple Temperature Range
0 to 1480 Degrees C (type S)
Includes
9143 Field Metrology Well, Insert for Configuration Ordered, Power Cord, RS-232 Cable, User Guide, Technical Manual CD, Report of Calibration, Calibration Label, 6-pin DIN Connector, Test Lead Kit, Clamp-on ferrites (3), Tongs (insert removal tool), 9930 Interface-it Software and User's Guide
Calibration Certificate
NVLAP accredited
Agency Compliance
CE, CSA, C-TICK, ROHS, WEEE
Standards
NVLAP Accredited
Thermocouple mV Characteristics
0.025% + 0.01 mV at -10 to 75 mV
For Stem Diameter
(2) 3 mm, (2) 4 mm, (2) 6 mm
Brand and Series
Fluke 9143
Display Temperature Accuracy
+/-0.2 Degrees C
For Thermocouple Type
Type C, Type E, Type J, Type K, Type L, Type M, Type N, Type R, Type S, Type T, Type U
Calibrator Type
Field Metrology Well
Reference Junction Temperature Characteristics
+/- 0.35 Degrees C Accuracy at Ambient Temperature of 13 Degrees to 33 Degrees C
RTD Temperature Range C
-196 Degrees to 660 Degrees C
Current mA Characteristics
0.02% + 2 mV Accuracy/4 to 22 mA, 4 to 24 mA Range
Reference Input Temperature Characteristics
+/-0.010 Degrees C at -25 Degrees C, +/-0.015 Degrees C at 0 Degrees C, +/-0.020 Degrees C at 50 Degrees C, +/-0.025 Degrees C at 150 Degrees C, +/-0.030 Degrees C at 200 Degrees C, +/-0.040 Degrees C at 350 Degrees C, +/-0.050 Degrees C at 420 Degrees C, +/-0.070 Degrees C at 660 Degrees C
Stability
+/-0.02 Degrees C at 200 Degrees C, +/-0.02 Degrees C at 33 Degrees C, +/-0.03 Degrees C at 350 Degrees C
With Process Connections
Yes
Thermocouple Temperature Accuracy Characteristics
Type C: +/-1.1 Degrees C at 660 Degrees C, Type E: +/-0.7 Degrees C at 660 Degrees C, Type J: +/-0.7 Degrees C at 660 Degrees C, Type K: +/-0.8 Degrees C at 660 Degrees C, Type L: +/-0.7 Degrees C at 660 Degrees C, Type M: +/-1.4 Degrees C at 660 Degrees C, Type N: +/-0.9 Degrees C at 660 Degrees C, Type R: +/-1.4 Degrees C at 660 Degrees C, Type S: +/-1.5 Degrees C at 660 Degrees C, Type T: +/-0.8 Degrees C at 400 Degrees C, Type U: +/-0.75 Degrees C at 600 Degrees C
Power Source Details
100 to 115V, 230V
For RTD Type
4-Wire, Ni-120
Typical Uniformity
+/-0.04 Degrees C at 33 Degrees C, +/-0.1 Degrees C at 200 Degrees C, +/-0.2 Degrees C at 350 Degrees C, +/-0.01 Degrees C at 33 Degrees C, +/-0.015 Degrees C at 200 Degrees C, +/-0.02 Degrees C at 350 Degrees C
Calibrator Accuracy
+/-0.2 Degrees C (Display - Full Range)
Includes NIST-Traceable Certificate
No
Thermocouple Temperature Range C
0 Degrees to 1,480 Degrees C
Resistance Sensing Current Characteristics
0.02% at 2 mV; Cal 4-22 mA, Spec 4-24 mA
Display Resolution
0.01 Degrees
Calibration Details
NVLAP Accredited Calibration Included
Reference Input Resistance Characteristics
+/--0.0025 ohm Accuracy (0 to 42 ohm), +/-60 ppm of Reading Accuracy (42 to 400 ohm)
Typical Cooling Time
32 min (350 Degrees to 33 Degrees C), 14 min (350 Degrees to 100 Degrees C)
Temperature Range
-196 Degrees to 660 Degrees C, 0 Degrees to 1,480 Degrees C
Probe Connection Types
(1) 4-Terminal RTD Input, (1) Small Connectors TC
Typical Heating Time
5 min (33 Degrees to 350 Degrees C)
Overall Dimensions
11 13/32 in H x 7 5/16 in W x 11 39/64 in D
Calibrator Application
Industrial Process Environment
Sensor Type
RTD, Thermocouple
Set Point Style
Adjustable
Number of Set Points
Variable
4-Wire Device Resistance Characteristics
Range: 0 to 400 ohms/Accuracy: +/-0.0025 ohms (0 to 42 ohms), +/-60 ppm of Reading (42 to 400 ohms)
Single Well/Dual Well
Single Well
Temperature Accuracy
+/-0.03 Degrees C
Country of Origin (subject to change)
United States
