MOF Current Ratio Error Tester
Introduction
It is used to measure the current ratio error between the primary current and the secondary current in the high-voltage MOF.
Technical Data:
Primary current detector
|
Setting |
Indication |
Accuracy |
Temperature |
|
4A |
AC 0.25 ~ 5A |
+-1.0% FS+- 2digit |
85°C |
|
40A |
AC2.5 ~ 50A |
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|
200A |
AC25 ~ 200A |
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|
Output |
Wireless (BLUE TOOTH) Communication 5000 digits |
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|
Auxiliary supply |
DC6V(1.5V AA Alkaline Battery 4EA : 5 hours) |
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|
Dimensions |
200(W) X 80(D) X 180(H)(mm) |
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Secondary current detector
|
Setting |
Indication |
Accuracy |
Temperature |
|
4A |
AC 0.25~5A |
+-1.0% FS+- 2digit |
0°C ~ 40°C |
|
Input line length |
2.5m |
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|
Dimensions |
43(W) X 20(D) X 97(H)(mm) / 20Φ |
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Body
|
Input |
Primary current: Wireless communication 1EA Secondary current: AC 500mV/5A 3EA |
|
Auxiliary supply |
DC 5V (Internal lithium ion battery charging– Continuous use time: 5 hours) |
|
Maximum accuracy |
+-1.0% FS+- 2digit |
|
Dimensions and weight |
330(W) X 170(D) X 440(H)(mm) / 10KG |
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