VICTOR 07 Temperature Calibrator Multi-function process calibrator
Output DC voltage
Output DC current
Simulated Output Resistor
Simulated Output Thermocouple
Simulated output thermal resistance
Output Current Linear Conversion Temperature
Measure DC voltage
Measure DC current
External 24V for current measurement
Measure thermocouple
Measure resistance
Measure thermal resistance
Measurements function
Measurement function | Range | Measuring range | Resolution | Accuracy | Remarks | |
DC Voltage DCV |
100mV | -110.000mV~110.000mV | 0.001mV | 0.05%+0.03mV | Input resistance: Approximately 1MΩ | |
1V | -1.1000V~1.1000V | 0.0001V | 0.05%+0.3mV | |||
35V | -35.000V~35.000V | 0.001V | 0.02%+2mV | |||
DC current DCI |
30mA | -35.000mA~35.000mA | 0.001mA | 0.02%+4uA |
Shunt resistance: Approximately 10Ω Input resistance: Approximately 20Ω |
|
Resistance OHM |
500Ω | 0~550.00Ω | 0.01Ω | 0.05%+0.2Ω |
2W/3W/4W measurement 500Ω~1mA excitation 5KΩ~0.1mA excitation Open circuit voltage: Approximately 2.5V Lead resistance is not included in measurement accuracy |
|
5KΩ | 0~5.5000KΩ | 0.0001KΩ | 0.05%+2Ω | |||
Thermocouple TC |
R | 0°C~1767°C | 1°C |
0~500℃ 500~1767℃ |
2.5℃ 2℃ |
Use ITS-90 temperature scale Error of cold junction compensation is not included in accuracy Sensor inaccuracy not included in accuracy The effect of thermoelectric potential is not included in the accuracy The corresponding materials of the left division number are as follows: R: Platinum rhodium 13-Platinum S: Platinum rhodium 10-Platinum K: Nickel chromium-Nickel silicon E: Nickel chromium-Copper nickel (Constantan) J: Iron-Copper nickel (Constantan) T: Copper-Copper-nickel (Constantan) N: Nickel chromium silicon-Nickel silicon B: Platinum rhodium 30-Platinum A: Tungsten rhenium 5-Tungsten-rhenium 20 C: Tungsten rhenium 5-Tungsten-rhenium 26 D: Tungsten rhenium 3-Tungsten-rhenium 25 |
S | 0°C~1767°C | |||||
K | -100.0°~1372.0°C | 0.1°C |
-100.0~0.0℃ 0.0~1372.0℃ |
1.2℃ 0.8℃ |
||
E | -50.0°C~1000.0°C |
-50.0℃~0.0℃ 0.0~1000.0℃ |
0.9℃ 1.5℃ |
|||
J | -60.0°C~1200.0°C |
-60.0~0.0℃ 0.0~1200.0℃ |
1.0℃ 0.7℃ |
|||
T | -100.0°C~400.0°C |
-100.0~0.0℃ 0.0~400.0℃ |
1.0℃ 0.7℃ |
|||
N | -200.0°~1300.0°C |
-200.0~0.0℃ 0.0~1300.0℃ |
1.5℃ 0.9℃ |
|||
B | 600°C~1820°C | 1°C |
600~800℃ 800~1000℃ 1000~1820℃ |
2.2℃ 1.8℃ 1.4℃ |
||
A | 0°C~2500°C | 1°C |
0~1600℃ 1600~2000℃ 2000~2500℃ |
2.0℃ 2.2℃ 2.4℃ |
||
C | 0°C~2310°C | 1°C |
0~1600℃ 1600~2000℃ 2000~2310℃ |
2.0℃ 2.2℃ 2.4℃ |
||
D | 0°C~2310°C | 1°C |
0~100℃ 100~270℃ 270~1200℃ 270~2310℃ |
2.6℃ 2.4℃ 2.2℃ 2.4℃ |
||
Thermal resistance RTD (3W) |
Pt100 385 |
-200.0°C~800.0°C | 0.1°C |
-200.0~0.0℃ 0.0~400.0℃ 400.0~800.0℃ |
0.5℃ 0.7℃ 0.8℃ |
Use Pt (385) temperature scale 2W/3W/4W measurement 500Ω~1mA excitation 5KΩ~0.1mA excitation Open circuit voltage: Approximately 2.5V Errors introduced by 2W/3W measurement lead resistance mismatch are not included in accuracy Sensor inaccuracy not included in accuracy The effect of thermoelectric potential is not included in the accuracy |
Pt200 385 |
-200.0°C~630.0°C |
-200.0~100.0℃ 100.0~300.0℃ 300.0~630.0℃ |
0.8℃ 0.9℃ 1.0℃ |
|||
Pt500 385 |
-200.0°C~630.0°C |
-200.0~100.0℃ 100.0~300.0℃ 300.0~630.0℃ |
0.4℃ 0.5℃ 0.7℃ |
|||
Pt1000 385 |
-200.0°C~630.0°C |
-200.0~100.0℃ 100.0~300.0℃ 300.0~630.0℃ |
0.3℃ 0.5℃ 0.7℃ |
|||
Cu50 | -50.0°C~150.0°C | -50.0~150.0℃ | 0.7℃ | |||
Continuity detection | 500Ω | ≤ 50Ω will sound | 0.01Ω | Approximately 1mA excitation | ||
Loop power supply LOOP |
24 V | 10% |
|
Output function | Range | Output range | Resolution | Accuracy | |
DC Voltage DCV |
100mV | -10.00mV~110.00mV | 0.01mV | 0.05%+0.03mV | |
1V | -0.1000V~1.1000V | 0.0001V | 0.05%+0.3mV | ||
10V | -1.000V~11.000V | 0.001V | 0.05%+2mV | ||
DC current DCI |
20mA | 0.000mA~22.000mA | 0.001mA | 0.05%+4uA | |
Ohms OHM |
400Ω | 0~400.0Ω | 0.1Ω | 0.05%+0.2Ω | |
4KΩ | 0~4.000KΩ | 1Ω | 0.05%+2Ω | ||
Thermocouple TC |
R | 0°C~1767°C | 1°C |
0~100℃ 10~1767℃ 0~100℃ 100~1767℃ |
1.5℃ 1.2℃ 1.5℃ 1.2℃ |
S | 0°C~1767°C | ||||
K | -200.0°C~1372.0°C | 0.1°C |
-200.0~-100.0℃ -100.0~400.0℃ 400.0~1200.0℃ 1200.0~1372.0℃ |
0.6℃ 0.5℃ 0.7℃ 0.9℃ |
|
E | -200.0°C~1000.0°C |
-200.0~-100.0℃ -100.0~600.0℃ 600.0~1000.0℃ |
0.6℃ 0.5℃ 0.4℃ |
||
J | -200.0°C~1200.0°C |
-200.0~-100.0℃ -100.0~800.0℃ 800.0~1200.0℃ |
0.6℃ 0.5℃ 0.7℃ |
||
T | -250.0°C~400.0°C | -250.0~400.0℃ | 0.6℃ | ||
N | -200.0°C~1300.0°C |
-200.0~-100.0℃ -100.0~900.0℃ 900.0~1300.0℃ |
1.0℃ 0.7℃ 0.8℃ |
||
B | 600°C~1820°C | 1°C |
600~800℃ 800~1820℃ |
1.5℃ 1.1℃ |
|
A | 0°C~2500°C | 1°C |
0~1600℃ 1600~2000℃ 2000~2500℃ |
2.0℃ 2.2℃ 2.4℃ |
|
C | 0°C~2310°C | 1°C |
0~1600℃ 1600~2000℃ 2000~2310℃ |
2.0℃ 2.2℃ 2.4℃ |
|
D | 0°C~2310°C | 1°C |
0~100℃ 100~270℃ 270~1200℃ 270~2310℃ |
2.6℃ 2.4℃ 2.2℃ 2.4℃ |
|
Thermal resistance RTD |
Pt100 385 |
-200.0°C~800.0°C | 0.1°C |
-200.0~0.0℃ 0.0~400.0℃ 400.0~800.0℃ |
0.3℃ 0.5℃ 0.8℃ |
Pt200 385 |
-200.0°C~630.0°C |
-200.0~100.0℃ 100.0~300.0℃ 300.0~630.0℃ |
0.8℃ 0.9℃ 1.0℃ |
||
Pt500 385 |
-200.0°C~630.0°C |
-200.0~100.0℃ 100.0~300.0℃ 300.0~630.0℃ |
0.4℃ 0.5℃ 0.7℃ |
||
Pt1000 385 |
-200.0°C~630.0°C |
-200.0~100.0℃ 100.0~300.0℃ 300.0~630.0℃ |
0.2℃ 0.5℃ 0.7℃ |
||
Cu50 | -50.0°C~150.0°C | 0.6℃ |