FTS.FGV 0.2% class fluxgate high-precision voltage sensor
The fluxgate high-precision voltage sensor is a voltage sensor that can measure DC, AC, pulse, and various irregular waveforms under conditions of complete isolation between the primary and secondary sides , with a measurement accuracy of up to 0.2% .
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Features |
application |
Advantages |
standard |
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l High sensitivity l High accuracy l Fast response time l Angle difference base l Wide temperature range design, operating temperature from -40℃ to 90℃ |
l Smart grid, new energy l Industrial manufacturing, converters, inverters l Aerospace , satellites, rockets l Verification and Calibration Equipment l High-speed trains, subways, and trolleybuses |
l Original and secondary border isolation measurement l 0.2% measurement accuracy l Excellent linearity and extremely low temperature drift. l Wide bandwidth and low response time l Professional magnetoelectric design, strong resistance to electromagnetic interference l Excellent testing capabilities |
l IEC 61010-1 l IEC 61000-6-2:2016 l IEC 61000-6-3:2006 l IEC 61010-2-030:2017 l IEC 6 1000-4-3 |
Environmental and mechanical properties
|
project |
parameter |
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Ambient operating temperature / T A |
-40℃ to 90℃ |
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Storage ambient temperature / T S |
-40℃ to 90℃ |
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Relative humidity /RH |
20%RH to 80%RH |
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mechanical shock protection level |
IP54 |
Insulation properties
|
project |
Test conditions |
parameter |
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Isolation voltage / V d |
50Hz, 1min |
6 kV |
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Creepage distance / d Cp |
|
63mm |
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Electrical clearance distance / d Ci |
|
76mm |
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Compared to the tracking index / CTI |
IEC-60112 |
600V |
Electrical parameters
|
project |
Test conditions |
Minimum value |
nominal value |
Maximum value |
unit |
|
Operating voltage / V C |
— |
±14.2 |
±15 |
±15.8 |
V |
|
Static power consumption current / I PWR |
Primary rated current |
— |
±3 2 |
— |
mA |
|
Secondary output internal current limiting resistor / R Lin |
|
|
|
100 |
Ω |
|
Secondary output load |
|
|
|
>2000 |
Ω |
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Accuracy / X G |
Input DC, 25±10ºC |
— |
— |
0.2 |
% |
|
Linearity / εL |
— |
— |
— |
0.1 |
% |
|
Dynamic response time / tf |
Step response rises to 90 % VPN |
— |
— |
1 0 |
μs |
|
Bandwidth (-3dB)/F |
— |
0 |
— |
3 00 |
kHz |
|
Zero-point offset voltage / V O |
Full temperature range |
— |
— |
± 10 |
mV |
Selection list
0 to ±1500V Selection List 1
|
model |
FGV100 |
FGV200 |
FGV500 |
FGV1000 |
FGV1500 |
|
Measured voltage/V PM |
±100V |
±200V |
±500V |
±1000V |
±1500V |
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Primary RMS voltage / V PN |
85V |
140V |
350V |
707V |
1050V |
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Transformation ratio ( primary side: secondary side ) I KN |
100:10 |
200:10 |
500:10 |
1000:10 |
1500:10 |
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Rated output voltage / V S |
±10V |
±10V |
±10V |
±10V |
±10V |
|
Power consumption current / Ic |
130+V S /R L |
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Installation method |
screw |
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External structure |
Figure 1 |
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±2000 to ±3000V Selection List 2
|
model |
FGV2000 |
FGV3000 |
|
|
|
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Measured voltage/V PM |
±2000V |
±3000V |
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|
|
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Primary RMS voltage / V PN |
1400V |
2100V |
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|
|
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Transformation ratio ( primary side: secondary side ) I KN |
2000:10 |
3000:10 |
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|
|
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Rated output voltage / V S |
±10V |
±10V |
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|
|
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Power consumption current / Ic |
130+V S /R L |
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Installation method |
M5 screws |
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External structure |
Figure 1 |
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Figure 1: Fluxgate high-precision voltage sensor