Array
(
[ID] => 30987
[~ID] => 30987
[NAME] => Resistance measurement in the range of 1 μΩ – 50 kΩ at a current of 25 A
[~NAME] => Resistance measurement in the range of 1 μΩ – 50 kΩ at a current of 25 A
[IBLOCK_ID] => 102
[~IBLOCK_ID] => 102
[DETAIL_TEXT] =>
MIKO-12-25A three-phase milli-ohmmeter is designed to measure DC resistance in the range of 1 μΩ to 50 kΩ at a current up to 25 A in inductive and non-inductive power equipment.
MIKO-12-25A diagnostic objects:
windings of high power transformers;
windings of instrument transformers and other high-inductive equipment;
windings of electric motors, generators, and linear compensators;
electromagnet windings;
contacts of circuit breakers, busbars, resistors, and other non-inductive circuits;
compensatory, current limiting, and other resistors of high-voltage circuit breakers;
cables.
The instrument provides a fully automated resistance measurement process for highly inductive loads and compensates for thermal EMF in the external circuit.
MIKO-12-25A
MIKO-9A
MIKO-8M (A)
MIKO-7M (A)
Resistance range
1 μΩ – 50 kΩ
1 μΩ – 30 kΩ
1 μΩ – 10 kΩ
1 μΩ – 2 kΩ
Test current
0.2 mA – 25 A
0.0005 – 10 A
0.001 – 10 A
0.01 – 10 A
Output capacity, max
400 W
60 W
60 W
60 W
Number of measurement channels
5 pcs.
2 pcs.
1 pc.
1 pc.
Three-phase sequential measurement
Fast method for extinguishing self-induction EMF
[~DETAIL_TEXT] =>
MIKO-12-25A three-phase milli-ohmmeter is designed to measure DC resistance in the range of 1 μΩ to 50 kΩ at a current up to 25 A in inductive and non-inductive power equipment.
MIKO-12-25A diagnostic objects:
windings of high power transformers;
windings of instrument transformers and other high-inductive equipment;
windings of electric motors, generators, and linear compensators;
electromagnet windings;
contacts of circuit breakers, busbars, resistors, and other non-inductive circuits;
compensatory, current limiting, and other resistors of high-voltage circuit breakers;
cables.
The instrument provides a fully automated resistance measurement process for highly inductive loads and compensates for thermal EMF in the external circuit.
MIKO-12-25A
MIKO-9A
MIKO-8M (A)
MIKO-7M (A)
Resistance range
1 μΩ – 50 kΩ
1 μΩ – 30 kΩ
1 μΩ – 10 kΩ
1 μΩ – 2 kΩ
Test current
0.2 mA – 25 A
0.0005 – 10 A
0.001 – 10 A
0.01 – 10 A
Output capacity, max
400 W
60 W
60 W
60 W
Number of measurement channels
5 pcs.
2 pcs.
1 pc.
1 pc.
Three-phase sequential measurement
Fast method for extinguishing self-induction EMF
[SORT] => 10
[~SORT] => 10
[DETAIL_TEXT_TYPE] => html
[~DETAIL_TEXT_TYPE] => html
[PROPERTIES] => Array
(
[PREVIEW_ICON] => Array
(
[ID] => 310
[TIMESTAMP_X] => 2019-11-18 14:18:31
[IBLOCK_ID] => 102
[NAME] => Иконка для анонса
[ACTIVE] => Y
[SORT] => 500
[CODE] => PREVIEW_ICON
[DEFAULT_VALUE] =>
[PROPERTY_TYPE] => F
[ROW_COUNT] => 1
[COL_COUNT] => 50
[LIST_TYPE] => L
[MULTIPLE] => N
[XML_ID] => 28
[FILE_TYPE] => jpg, png, jpeg
[MULTIPLE_CNT] => 5
[TMP_ID] =>
[LINK_IBLOCK_ID] => 0
[WITH_DESCRIPTION] => N
[SEARCHABLE] => N
[FILTRABLE] => N
[IS_REQUIRED] => Y
[VERSION] => 1
[USER_TYPE] =>
[USER_TYPE_SETTINGS] =>
[HINT] =>
[PROPERTY_VALUE_ID] => 103024
[VALUE] => 43158
[DESCRIPTION] =>
[VALUE_ENUM] =>
[VALUE_XML_ID] =>
[VALUE_SORT] =>
[~VALUE] => 43158
[~DESCRIPTION] =>
[~NAME] => Иконка для анонса
[~DEFAULT_VALUE] =>
)
[DETAIL_ICON] => Array
(
[ID] => 311
[TIMESTAMP_X] => 2019-11-18 14:18:31
[IBLOCK_ID] => 102
[NAME] => Иконка для описания
[ACTIVE] => Y
[SORT] => 500
[CODE] => DETAIL_ICON
[DEFAULT_VALUE] =>
[PROPERTY_TYPE] => F
[ROW_COUNT] => 1
[COL_COUNT] => 50
[LIST_TYPE] => L
[MULTIPLE] => N
[XML_ID] => 29
[FILE_TYPE] => jpg, png, jpeg
[MULTIPLE_CNT] => 5
[TMP_ID] =>
[LINK_IBLOCK_ID] => 0
[WITH_DESCRIPTION] => N
[SEARCHABLE] => N
[FILTRABLE] => N
[IS_REQUIRED] => Y
[VERSION] => 1
[USER_TYPE] =>
[USER_TYPE_SETTINGS] =>
[HINT] =>
[PROPERTY_VALUE_ID] => 103025
[VALUE] => 43159
[DESCRIPTION] =>
[VALUE_ENUM] =>
[VALUE_XML_ID] =>
[VALUE_SORT] =>
[~VALUE] => 43159
[~DESCRIPTION] =>
[~NAME] => Иконка для описания
[~DEFAULT_VALUE] =>
)
[MORE_PHOTO] => Array
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[ID] => 312
[TIMESTAMP_X] => 2019-11-18 14:18:31
[IBLOCK_ID] => 102
[NAME] => Фотографии
[ACTIVE] => Y
[SORT] => 500
[CODE] => MORE_PHOTO
[DEFAULT_VALUE] =>
[PROPERTY_TYPE] => F
[ROW_COUNT] => 1
[COL_COUNT] => 50
[LIST_TYPE] => L
[MULTIPLE] => Y
[XML_ID] => 30
[FILE_TYPE] => jpg, png, jpeg
[MULTIPLE_CNT] => 5
[TMP_ID] =>
[LINK_IBLOCK_ID] => 0
[WITH_DESCRIPTION] => Y
[SEARCHABLE] => N
[FILTRABLE] => N
[IS_REQUIRED] => N
[VERSION] => 1
[USER_TYPE] =>
[USER_TYPE_SETTINGS] =>
[HINT] =>
[PROPERTY_VALUE_ID] =>
[VALUE] =>
[DESCRIPTION] =>
[VALUE_ENUM] =>
[VALUE_XML_ID] =>
[VALUE_SORT] =>
[~VALUE] =>
[~DESCRIPTION] =>
[~NAME] => Фотографии
[~DEFAULT_VALUE] =>
)
)
)
Array
(
[ID] => 30988
[~ID] => 30988
[NAME] => Test current up to 25 A
[~NAME] => Test current up to 25 A
[IBLOCK_ID] => 102
[~IBLOCK_ID] => 102
[DETAIL_TEXT] =>
The device supports two ways to set the test current up to 25 A, allowing you to select the best operating mode based on the measurement conditions.
Manual current selection allows you to quickly choose from a set of fixed values to take measurements according to the required method.
Auto mode significantly facilitates the specialist's work. In this mode, the device automatically determines the optimal test current based on the parameters of the tested object, then takes the measurement and determines the object resistance. This approach reduces preparation time, minimizes the possibility of configuration errors, and ensures convenient measurement.
[~DETAIL_TEXT] =>
The device supports two ways to set the test current up to 25 A, allowing you to select the best operating mode based on the measurement conditions.
Manual current selection allows you to quickly choose from a set of fixed values to take measurements according to the required method.
Auto mode significantly facilitates the specialist's work. In this mode, the device automatically determines the optimal test current based on the parameters of the tested object, then takes the measurement and determines the object resistance. This approach reduces preparation time, minimizes the possibility of configuration errors, and ensures convenient measurement.
[SORT] => 20
[~SORT] => 20
[DETAIL_TEXT_TYPE] => html
[~DETAIL_TEXT_TYPE] => html
[PROPERTIES] => Array
(
[PREVIEW_ICON] => Array
(
[ID] => 310
[TIMESTAMP_X] => 2019-11-18 14:18:31
[IBLOCK_ID] => 102
[NAME] => Иконка для анонса
[ACTIVE] => Y
[SORT] => 500
[CODE] => PREVIEW_ICON
[DEFAULT_VALUE] =>
[PROPERTY_TYPE] => F
[ROW_COUNT] => 1
[COL_COUNT] => 50
[LIST_TYPE] => L
[MULTIPLE] => N
[XML_ID] => 28
[FILE_TYPE] => jpg, png, jpeg
[MULTIPLE_CNT] => 5
[TMP_ID] =>
[LINK_IBLOCK_ID] => 0
[WITH_DESCRIPTION] => N
[SEARCHABLE] => N
[FILTRABLE] => N
[IS_REQUIRED] => Y
[VERSION] => 1
[USER_TYPE] =>
[USER_TYPE_SETTINGS] =>
[HINT] =>
[PROPERTY_VALUE_ID] => 103026
[VALUE] => 43161
[DESCRIPTION] =>
[VALUE_ENUM] =>
[VALUE_XML_ID] =>
[VALUE_SORT] =>
[~VALUE] => 43161
[~DESCRIPTION] =>
[~NAME] => Иконка для анонса
[~DEFAULT_VALUE] =>
)
[DETAIL_ICON] => Array
(
[ID] => 311
[TIMESTAMP_X] => 2019-11-18 14:18:31
[IBLOCK_ID] => 102
[NAME] => Иконка для описания
[ACTIVE] => Y
[SORT] => 500
[CODE] => DETAIL_ICON
[DEFAULT_VALUE] =>
[PROPERTY_TYPE] => F
[ROW_COUNT] => 1
[COL_COUNT] => 50
[LIST_TYPE] => L
[MULTIPLE] => N
[XML_ID] => 29
[FILE_TYPE] => jpg, png, jpeg
[MULTIPLE_CNT] => 5
[TMP_ID] =>
[LINK_IBLOCK_ID] => 0
[WITH_DESCRIPTION] => N
[SEARCHABLE] => N
[FILTRABLE] => N
[IS_REQUIRED] => Y
[VERSION] => 1
[USER_TYPE] =>
[USER_TYPE_SETTINGS] =>
[HINT] =>
[PROPERTY_VALUE_ID] => 103027
[VALUE] => 43162
[DESCRIPTION] =>
[VALUE_ENUM] =>
[VALUE_XML_ID] =>
[VALUE_SORT] =>
[~VALUE] => 43162
[~DESCRIPTION] =>
[~NAME] => Иконка для описания
[~DEFAULT_VALUE] =>
)
[MORE_PHOTO] => Array
(
[ID] => 312
[TIMESTAMP_X] => 2019-11-18 14:18:31
[IBLOCK_ID] => 102
[NAME] => Фотографии
[ACTIVE] => Y
[SORT] => 500
[CODE] => MORE_PHOTO
[DEFAULT_VALUE] =>
[PROPERTY_TYPE] => F
[ROW_COUNT] => 1
[COL_COUNT] => 50
[LIST_TYPE] => L
[MULTIPLE] => Y
[XML_ID] => 30
[FILE_TYPE] => jpg, png, jpeg
[MULTIPLE_CNT] => 5
[TMP_ID] =>
[LINK_IBLOCK_ID] => 0
[WITH_DESCRIPTION] => Y
[SEARCHABLE] => N
[FILTRABLE] => N
[IS_REQUIRED] => N
[VERSION] => 1
[USER_TYPE] =>
[USER_TYPE_SETTINGS] =>
[HINT] =>
[PROPERTY_VALUE_ID] =>
[VALUE] =>
[DESCRIPTION] =>
[VALUE_ENUM] =>
[VALUE_XML_ID] =>
[VALUE_SORT] =>
[~VALUE] =>
[~DESCRIPTION] =>
[~NAME] => Фотографии
[~DEFAULT_VALUE] =>
)
)
)
Array
(
[ID] => 30989
[~ID] => 30989
[NAME] => High and ultra-high power transformers diagnostics
[~NAME] => High and ultra-high power transformers diagnostics
[IBLOCK_ID] => 102
[~IBLOCK_ID] => 102
[DETAIL_TEXT] =>
Such diagnostics present several technical challenges, including high inductance, unstable measurement signals, and prolonged transient processes at low currents. These factors increase testing time and may reduce the accuracy of the results.
MIKO-12-25A is designed to effectively measure the winding resistance of high power transformers under challenging operating conditions. The device generates an output current of up to 25 A at a voltage of up to 50 V, ensuring a stable measurement signal and rapid magnetic circuit saturation.
High output power of up to 400 W under load significantly reduces the impact of transient processes, shortens the time to reach steady state, and improves the accuracy of resistance measurements for high-voltage (HV) and low-voltage (LV) windings.
[~DETAIL_TEXT] =>
Such diagnostics present several technical challenges, including high inductance, unstable measurement signals, and prolonged transient processes at low currents. These factors increase testing time and may reduce the accuracy of the results.
MIKO-12-25A is designed to effectively measure the winding resistance of high power transformers under challenging operating conditions. The device generates an output current of up to 25 A at a voltage of up to 50 V, ensuring a stable measurement signal and rapid magnetic circuit saturation.
High output power of up to 400 W under load significantly reduces the impact of transient processes, shortens the time to reach steady state, and improves the accuracy of resistance measurements for high-voltage (HV) and low-voltage (LV) windings.
[SORT] => 30
[~SORT] => 30
[DETAIL_TEXT_TYPE] => html
[~DETAIL_TEXT_TYPE] => html
[PROPERTIES] => Array
(
[PREVIEW_ICON] => Array
(
[ID] => 310
[TIMESTAMP_X] => 2019-11-18 14:18:31
[IBLOCK_ID] => 102
[NAME] => Иконка для анонса
[ACTIVE] => Y
[SORT] => 500
[CODE] => PREVIEW_ICON
[DEFAULT_VALUE] =>
[PROPERTY_TYPE] => F
[ROW_COUNT] => 1
[COL_COUNT] => 50
[LIST_TYPE] => L
[MULTIPLE] => N
[XML_ID] => 28
[FILE_TYPE] => jpg, png, jpeg
[MULTIPLE_CNT] => 5
[TMP_ID] =>
[LINK_IBLOCK_ID] => 0
[WITH_DESCRIPTION] => N
[SEARCHABLE] => N
[FILTRABLE] => N
[IS_REQUIRED] => Y
[VERSION] => 1
[USER_TYPE] =>
[USER_TYPE_SETTINGS] =>
[HINT] =>
[PROPERTY_VALUE_ID] => 103028
[VALUE] => 43164
[DESCRIPTION] =>
[VALUE_ENUM] =>
[VALUE_XML_ID] =>
[VALUE_SORT] =>
[~VALUE] => 43164
[~DESCRIPTION] =>
[~NAME] => Иконка для анонса
[~DEFAULT_VALUE] =>
)
[DETAIL_ICON] => Array
(
[ID] => 311
[TIMESTAMP_X] => 2019-11-18 14:18:31
[IBLOCK_ID] => 102
[NAME] => Иконка для описания
[ACTIVE] => Y
[SORT] => 500
[CODE] => DETAIL_ICON
[DEFAULT_VALUE] =>
[PROPERTY_TYPE] => F
[ROW_COUNT] => 1
[COL_COUNT] => 50
[LIST_TYPE] => L
[MULTIPLE] => N
[XML_ID] => 29
[FILE_TYPE] => jpg, png, jpeg
[MULTIPLE_CNT] => 5
[TMP_ID] =>
[LINK_IBLOCK_ID] => 0
[WITH_DESCRIPTION] => N
[SEARCHABLE] => N
[FILTRABLE] => N
[IS_REQUIRED] => Y
[VERSION] => 1
[USER_TYPE] =>
[USER_TYPE_SETTINGS] =>
[HINT] =>
[PROPERTY_VALUE_ID] => 103029
[VALUE] => 43165
[DESCRIPTION] =>
[VALUE_ENUM] =>
[VALUE_XML_ID] =>
[VALUE_SORT] =>
[~VALUE] => 43165
[~DESCRIPTION] =>
[~NAME] => Иконка для описания
[~DEFAULT_VALUE] =>
)
[MORE_PHOTO] => Array
(
[ID] => 312
[TIMESTAMP_X] => 2019-11-18 14:18:31
[IBLOCK_ID] => 102
[NAME] => Фотографии
[ACTIVE] => Y
[SORT] => 500
[CODE] => MORE_PHOTO
[DEFAULT_VALUE] =>
[PROPERTY_TYPE] => F
[ROW_COUNT] => 1
[COL_COUNT] => 50
[LIST_TYPE] => L
[MULTIPLE] => Y
[XML_ID] => 30
[FILE_TYPE] => jpg, png, jpeg
[MULTIPLE_CNT] => 5
[TMP_ID] =>
[LINK_IBLOCK_ID] => 0
[WITH_DESCRIPTION] => Y
[SEARCHABLE] => N
[FILTRABLE] => N
[IS_REQUIRED] => N
[VERSION] => 1
[USER_TYPE] =>
[USER_TYPE_SETTINGS] =>
[HINT] =>
[PROPERTY_VALUE_ID] =>
[VALUE] =>
[DESCRIPTION] =>
[VALUE_ENUM] =>
[VALUE_XML_ID] =>
[VALUE_SORT] =>
[~VALUE] =>
[~DESCRIPTION] =>
[~NAME] => Фотографии
[~DEFAULT_VALUE] =>
)
)
)
Array
(
[ID] => 30990
[~ID] => 30990
[NAME] => Special measurement modes for high accuracy
[~NAME] => Special measurement modes for high accuracy
[IBLOCK_ID] => 102
[~IBLOCK_ID] => 102
[DETAIL_TEXT] =>
Depending on the object type, the instrument offers special measurement start modes.
For inductive objects, the following measurement schemes are available depending on the connection configuration:
3 windings sequentially.
The device performs automatic sequential measurement across three phases with automatic stop. The measurement is started by pressing the START button and stops automatically upon reaching the set criterion.
2 windings HV + LV.
The test current flows through the HV and LV windings connected in series, while the resistance of each is measured simultaneously. The measurement is started by pressing the START button. It stops automatically or manually.
For non-inductive objects, two options for starting measurements are available:
Automatic start upon test circuit closure.
Manual start by user command (pressing the START button).
Special measurement modes reduce testing time, improve the accuracy of results, and simplify the diagnostics of high-inductance equipment.
[~DETAIL_TEXT] =>
Depending on the object type, the instrument offers special measurement start modes.
For inductive objects, the following measurement schemes are available depending on the connection configuration:
3 windings sequentially.
The device performs automatic sequential measurement across three phases with automatic stop. The measurement is started by pressing the START button and stops automatically upon reaching the set criterion.
2 windings HV + LV.
The test current flows through the HV and LV windings connected in series, while the resistance of each is measured simultaneously. The measurement is started by pressing the START button. It stops automatically or manually.
For non-inductive objects, two options for starting measurements are available:
Automatic start upon test circuit closure.
Manual start by user command (pressing the START button).
Special measurement modes reduce testing time, improve the accuracy of results, and simplify the diagnostics of high-inductance equipment.
[SORT] => 40
[~SORT] => 40
[DETAIL_TEXT_TYPE] => html
[~DETAIL_TEXT_TYPE] => html
[PROPERTIES] => Array
(
[PREVIEW_ICON] => Array
(
[ID] => 310
[TIMESTAMP_X] => 2019-11-18 14:18:31
[IBLOCK_ID] => 102
[NAME] => Иконка для анонса
[ACTIVE] => Y
[SORT] => 500
[CODE] => PREVIEW_ICON
[DEFAULT_VALUE] =>
[PROPERTY_TYPE] => F
[ROW_COUNT] => 1
[COL_COUNT] => 50
[LIST_TYPE] => L
[MULTIPLE] => N
[XML_ID] => 28
[FILE_TYPE] => jpg, png, jpeg
[MULTIPLE_CNT] => 5
[TMP_ID] =>
[LINK_IBLOCK_ID] => 0
[WITH_DESCRIPTION] => N
[SEARCHABLE] => N
[FILTRABLE] => N
[IS_REQUIRED] => Y
[VERSION] => 1
[USER_TYPE] =>
[USER_TYPE_SETTINGS] =>
[HINT] =>
[PROPERTY_VALUE_ID] => 103030
[VALUE] => 43167
[DESCRIPTION] =>
[VALUE_ENUM] =>
[VALUE_XML_ID] =>
[VALUE_SORT] =>
[~VALUE] => 43167
[~DESCRIPTION] =>
[~NAME] => Иконка для анонса
[~DEFAULT_VALUE] =>
)
[DETAIL_ICON] => Array
(
[ID] => 311
[TIMESTAMP_X] => 2019-11-18 14:18:31
[IBLOCK_ID] => 102
[NAME] => Иконка для описания
[ACTIVE] => Y
[SORT] => 500
[CODE] => DETAIL_ICON
[DEFAULT_VALUE] =>
[PROPERTY_TYPE] => F
[ROW_COUNT] => 1
[COL_COUNT] => 50
[LIST_TYPE] => L
[MULTIPLE] => N
[XML_ID] => 29
[FILE_TYPE] => jpg, png, jpeg
[MULTIPLE_CNT] => 5
[TMP_ID] =>
[LINK_IBLOCK_ID] => 0
[WITH_DESCRIPTION] => N
[SEARCHABLE] => N
[FILTRABLE] => N
[IS_REQUIRED] => Y
[VERSION] => 1
[USER_TYPE] =>
[USER_TYPE_SETTINGS] =>
[HINT] =>
[PROPERTY_VALUE_ID] => 103031
[VALUE] => 43168
[DESCRIPTION] =>
[VALUE_ENUM] =>
[VALUE_XML_ID] =>
[VALUE_SORT] =>
[~VALUE] => 43168
[~DESCRIPTION] =>
[~NAME] => Иконка для описания
[~DEFAULT_VALUE] =>
)
[MORE_PHOTO] => Array
(
[ID] => 312
[TIMESTAMP_X] => 2019-11-18 14:18:31
[IBLOCK_ID] => 102
[NAME] => Фотографии
[ACTIVE] => Y
[SORT] => 500
[CODE] => MORE_PHOTO
[DEFAULT_VALUE] =>
[PROPERTY_TYPE] => F
[ROW_COUNT] => 1
[COL_COUNT] => 50
[LIST_TYPE] => L
[MULTIPLE] => Y
[XML_ID] => 30
[FILE_TYPE] => jpg, png, jpeg
[MULTIPLE_CNT] => 5
[TMP_ID] =>
[LINK_IBLOCK_ID] => 0
[WITH_DESCRIPTION] => Y
[SEARCHABLE] => N
[FILTRABLE] => N
[IS_REQUIRED] => N
[VERSION] => 1
[USER_TYPE] =>
[USER_TYPE_SETTINGS] =>
[HINT] =>
[PROPERTY_VALUE_ID] => Array
(
[0] => 103032
[1] => 103033
[2] => 103034
)
[VALUE] => Array
(
[0] => 43169
[1] => 43170
[2] => 43171
)
[DESCRIPTION] => Array
(
[0] => Connecting the MIKO-12-25A to a three-phase transformer
[1] => Connecting the MIKO-12-25A to a single-phase transformer
[2] => Connecting the MIKO-12-25A to the Y0 (Star with Neutral) transformer
)
[VALUE_ENUM] =>
[VALUE_XML_ID] =>
[VALUE_SORT] =>
[~VALUE] => Array
(
[0] => 43169
[1] => 43170
[2] => 43171
)
[~DESCRIPTION] => Array
(
[0] => Connecting the MIKO-12-25A to a three-phase transformer
[1] => Connecting the MIKO-12-25A to a single-phase transformer
[2] => Connecting the MIKO-12-25A to the Y0 (Star with Neutral) transformer
)
[~NAME] => Фотографии
[~DEFAULT_VALUE] =>
)
)
)
Array
(
[ID] => 30991
[~ID] => 30991
[NAME] => Automatic calculations and comparison of measurement results with nominal values
[~NAME] => Automatic calculations and comparison of measurement results with nominal values
[IBLOCK_ID] => 102
[~IBLOCK_ID] => 102
[DETAIL_TEXT] =>
The device can automatically calculate the parameters specified in technical inspection regulations:
calculation of the relative difference in winding resistance;
conversion of measured resistance values to the nominal temperature;
calculation of phase winding resistance based on the measured linear resistances;
automatic identification of phases with a relative resistance deviation exceeding 2%.
The device automatically compares the measured results with the nominal values.
Once the measurement is complete, the calculations are displayed on the screen, allowing the user to quickly determine whether the equipment is suitable for further operatio.
[~DETAIL_TEXT] =>
The device can automatically calculate the parameters specified in technical inspection regulations:
calculation of the relative difference in winding resistance;
conversion of measured resistance values to the nominal temperature;
calculation of phase winding resistance based on the measured linear resistances;
automatic identification of phases with a relative resistance deviation exceeding 2%.
The device automatically compares the measured results with the nominal values.
Once the measurement is complete, the calculations are displayed on the screen, allowing the user to quickly determine whether the equipment is suitable for further operatio.
[SORT] => 50
[~SORT] => 50
[DETAIL_TEXT_TYPE] => html
[~DETAIL_TEXT_TYPE] => html
[PROPERTIES] => Array
(
[PREVIEW_ICON] => Array
(
[ID] => 310
[TIMESTAMP_X] => 2019-11-18 14:18:31
[IBLOCK_ID] => 102
[NAME] => Иконка для анонса
[ACTIVE] => Y
[SORT] => 500
[CODE] => PREVIEW_ICON
[DEFAULT_VALUE] =>
[PROPERTY_TYPE] => F
[ROW_COUNT] => 1
[COL_COUNT] => 50
[LIST_TYPE] => L
[MULTIPLE] => N
[XML_ID] => 28
[FILE_TYPE] => jpg, png, jpeg
[MULTIPLE_CNT] => 5
[TMP_ID] =>
[LINK_IBLOCK_ID] => 0
[WITH_DESCRIPTION] => N
[SEARCHABLE] => N
[FILTRABLE] => N
[IS_REQUIRED] => Y
[VERSION] => 1
[USER_TYPE] =>
[USER_TYPE_SETTINGS] =>
[HINT] =>
[PROPERTY_VALUE_ID] => 103035
[VALUE] => 43173
[DESCRIPTION] =>
[VALUE_ENUM] =>
[VALUE_XML_ID] =>
[VALUE_SORT] =>
[~VALUE] => 43173
[~DESCRIPTION] =>
[~NAME] => Иконка для анонса
[~DEFAULT_VALUE] =>
)
[DETAIL_ICON] => Array
(
[ID] => 311
[TIMESTAMP_X] => 2019-11-18 14:18:31
[IBLOCK_ID] => 102
[NAME] => Иконка для описания
[ACTIVE] => Y
[SORT] => 500
[CODE] => DETAIL_ICON
[DEFAULT_VALUE] =>
[PROPERTY_TYPE] => F
[ROW_COUNT] => 1
[COL_COUNT] => 50
[LIST_TYPE] => L
[MULTIPLE] => N
[XML_ID] => 29
[FILE_TYPE] => jpg, png, jpeg
[MULTIPLE_CNT] => 5
[TMP_ID] =>
[LINK_IBLOCK_ID] => 0
[WITH_DESCRIPTION] => N
[SEARCHABLE] => N
[FILTRABLE] => N
[IS_REQUIRED] => Y
[VERSION] => 1
[USER_TYPE] =>
[USER_TYPE_SETTINGS] =>
[HINT] =>
[PROPERTY_VALUE_ID] => 103036
[VALUE] => 43174
[DESCRIPTION] =>
[VALUE_ENUM] =>
[VALUE_XML_ID] =>
[VALUE_SORT] =>
[~VALUE] => 43174
[~DESCRIPTION] =>
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[~DEFAULT_VALUE] =>
)
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[MULTIPLE_CNT] => 5
[TMP_ID] =>
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[IS_REQUIRED] => N
[VERSION] => 1
[USER_TYPE] =>
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[HINT] =>
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[VALUE] =>
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)
)
)
Array
(
[ID] => 30992
[~ID] => 30992
[NAME] => Non-intrusive testing of the OLTC (DRM method)
[~NAME] => Non-intrusive testing of the OLTC (DRM method)
[IBLOCK_ID] => 102
[~IBLOCK_ID] => 102
[DETAIL_TEXT] =>
Non-intrusive testing of the OLTC allows the user to assess the state of the switching OLTC equipment with current limiting resistors without removing the contactor tank cover (DRM – Dynamic Resistance Measurement).
Analysis of the acquired graphs enables not only to sort out OLTC by fault-free/faulty criteria but also to define the nature of the defect eliminating the opening of fault-free OLTCs.
Milli-ohmmeter mode and DRM test complement each other and provide the user comprehensive information about the transformer state.
[~DETAIL_TEXT] =>
Non-intrusive testing of the OLTC allows the user to assess the state of the switching OLTC equipment with current limiting resistors without removing the contactor tank cover (DRM – Dynamic Resistance Measurement).
Analysis of the acquired graphs enables not only to sort out OLTC by fault-free/faulty criteria but also to define the nature of the defect eliminating the opening of fault-free OLTCs.
Milli-ohmmeter mode and DRM test complement each other and provide the user comprehensive information about the transformer state.
[SORT] => 60
[~SORT] => 60
[DETAIL_TEXT_TYPE] => html
[~DETAIL_TEXT_TYPE] => html
[PROPERTIES] => Array
(
[PREVIEW_ICON] => Array
(
[ID] => 310
[TIMESTAMP_X] => 2019-11-18 14:18:31
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[NAME] => Иконка для анонса
[ACTIVE] => Y
[SORT] => 500
[CODE] => PREVIEW_ICON
[DEFAULT_VALUE] =>
[PROPERTY_TYPE] => F
[ROW_COUNT] => 1
[COL_COUNT] => 50
[LIST_TYPE] => L
[MULTIPLE] => N
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[FILE_TYPE] => jpg, png, jpeg
[MULTIPLE_CNT] => 5
[TMP_ID] =>
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[FILTRABLE] => N
[IS_REQUIRED] => Y
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[USER_TYPE] =>
[USER_TYPE_SETTINGS] =>
[HINT] =>
[PROPERTY_VALUE_ID] => 103037
[VALUE] => 43176
[DESCRIPTION] =>
[VALUE_ENUM] =>
[VALUE_XML_ID] =>
[VALUE_SORT] =>
[~VALUE] => 43176
[~DESCRIPTION] =>
[~NAME] => Иконка для анонса
[~DEFAULT_VALUE] =>
)
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[CODE] => DETAIL_ICON
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[XML_ID] => 29
[FILE_TYPE] => jpg, png, jpeg
[MULTIPLE_CNT] => 5
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[SEARCHABLE] => N
[FILTRABLE] => N
[IS_REQUIRED] => Y
[VERSION] => 1
[USER_TYPE] =>
[USER_TYPE_SETTINGS] =>
[HINT] =>
[PROPERTY_VALUE_ID] => 103038
[VALUE] => 43177
[DESCRIPTION] =>
[VALUE_ENUM] =>
[VALUE_XML_ID] =>
[VALUE_SORT] =>
[~VALUE] => 43177
[~DESCRIPTION] =>
[~NAME] => Иконка для описания
[~DEFAULT_VALUE] =>
)
[MORE_PHOTO] => Array
(
[ID] => 312
[TIMESTAMP_X] => 2019-11-18 14:18:31
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[NAME] => Фотографии
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[SORT] => 500
[CODE] => MORE_PHOTO
[DEFAULT_VALUE] =>
[PROPERTY_TYPE] => F
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[COL_COUNT] => 50
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[MULTIPLE] => Y
[XML_ID] => 30
[FILE_TYPE] => jpg, png, jpeg
[MULTIPLE_CNT] => 5
[TMP_ID] =>
[LINK_IBLOCK_ID] => 0
[WITH_DESCRIPTION] => Y
[SEARCHABLE] => N
[FILTRABLE] => N
[IS_REQUIRED] => N
[VERSION] => 1
[USER_TYPE] =>
[USER_TYPE_SETTINGS] =>
[HINT] =>
[PROPERTY_VALUE_ID] =>
[VALUE] =>
[DESCRIPTION] =>
[VALUE_ENUM] =>
[VALUE_XML_ID] =>
[VALUE_SORT] =>
[~VALUE] =>
[~DESCRIPTION] =>
[~NAME] => Фотографии
[~DEFAULT_VALUE] =>
)
)
)
MIKO-12-25A is equipped with the demagnetization mode, which is necessary to conduct certain tests and eliminate remnant magnetism of the transformer magnetic core.
The device sequentially applies an electric current to the corresponding winding in both forward and reverse directions. With each change in polarity, the current gradually decreases, ensuring effective removal of the remnant magnetism from the transformer magnetic core. Demagnetization stops automatically when the current reaches threshold value or upon the user’s command.
Current change is displayed on the device screen as a graph in real time to ensure accurate demagnetization control.
[~DETAIL_TEXT] =>
MIKO-12-25A is equipped with the demagnetization mode, which is necessary to conduct certain tests and eliminate remnant magnetism of the transformer magnetic core.
The device sequentially applies an electric current to the corresponding winding in both forward and reverse directions. With each change in polarity, the current gradually decreases, ensuring effective removal of the remnant magnetism from the transformer magnetic core. Demagnetization stops automatically when the current reaches threshold value or upon the user’s command.
Current change is displayed on the device screen as a graph in real time to ensure accurate demagnetization control.
[SORT] => 70
[~SORT] => 70
[DETAIL_TEXT_TYPE] => html
[~DETAIL_TEXT_TYPE] => html
[PROPERTIES] => Array
(
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(
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[TIMESTAMP_X] => 2019-11-18 14:18:31
[IBLOCK_ID] => 102
[NAME] => Иконка для анонса
[ACTIVE] => Y
[SORT] => 500
[CODE] => PREVIEW_ICON
[DEFAULT_VALUE] =>
[PROPERTY_TYPE] => F
[ROW_COUNT] => 1
[COL_COUNT] => 50
[LIST_TYPE] => L
[MULTIPLE] => N
[XML_ID] => 28
[FILE_TYPE] => jpg, png, jpeg
[MULTIPLE_CNT] => 5
[TMP_ID] =>
[LINK_IBLOCK_ID] => 0
[WITH_DESCRIPTION] => N
[SEARCHABLE] => N
[FILTRABLE] => N
[IS_REQUIRED] => Y
[VERSION] => 1
[USER_TYPE] =>
[USER_TYPE_SETTINGS] =>
[HINT] =>
[PROPERTY_VALUE_ID] => 103039
[VALUE] => 43179
[DESCRIPTION] =>
[VALUE_ENUM] =>
[VALUE_XML_ID] =>
[VALUE_SORT] =>
[~VALUE] => 43179
[~DESCRIPTION] =>
[~NAME] => Иконка для анонса
[~DEFAULT_VALUE] =>
)
[DETAIL_ICON] => Array
(
[ID] => 311
[TIMESTAMP_X] => 2019-11-18 14:18:31
[IBLOCK_ID] => 102
[NAME] => Иконка для описания
[ACTIVE] => Y
[SORT] => 500
[CODE] => DETAIL_ICON
[DEFAULT_VALUE] =>
[PROPERTY_TYPE] => F
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[COL_COUNT] => 50
[LIST_TYPE] => L
[MULTIPLE] => N
[XML_ID] => 29
[FILE_TYPE] => jpg, png, jpeg
[MULTIPLE_CNT] => 5
[TMP_ID] =>
[LINK_IBLOCK_ID] => 0
[WITH_DESCRIPTION] => N
[SEARCHABLE] => N
[FILTRABLE] => N
[IS_REQUIRED] => Y
[VERSION] => 1
[USER_TYPE] =>
[USER_TYPE_SETTINGS] =>
[HINT] =>
[PROPERTY_VALUE_ID] => 103040
[VALUE] => 43180
[DESCRIPTION] =>
[VALUE_ENUM] =>
[VALUE_XML_ID] =>
[VALUE_SORT] =>
[~VALUE] => 43180
[~DESCRIPTION] =>
[~NAME] => Иконка для описания
[~DEFAULT_VALUE] =>
)
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[CODE] => MORE_PHOTO
[DEFAULT_VALUE] =>
[PROPERTY_TYPE] => F
[ROW_COUNT] => 1
[COL_COUNT] => 50
[LIST_TYPE] => L
[MULTIPLE] => Y
[XML_ID] => 30
[FILE_TYPE] => jpg, png, jpeg
[MULTIPLE_CNT] => 5
[TMP_ID] =>
[LINK_IBLOCK_ID] => 0
[WITH_DESCRIPTION] => Y
[SEARCHABLE] => N
[FILTRABLE] => N
[IS_REQUIRED] => N
[VERSION] => 1
[USER_TYPE] =>
[USER_TYPE_SETTINGS] =>
[HINT] =>
[PROPERTY_VALUE_ID] =>
[VALUE] =>
[DESCRIPTION] =>
[VALUE_ENUM] =>
[VALUE_XML_ID] =>
[VALUE_SORT] =>
[~VALUE] =>
[~DESCRIPTION] =>
[~NAME] => Фотографии
[~DEFAULT_VALUE] =>
)
)
)
Array
(
[ID] => 30994
[~ID] => 30994
[NAME] => Touchscreen display, data transfer and control
[~NAME] => Touchscreen display, data transfer and control
[IBLOCK_ID] => 102
[~IBLOCK_ID] => 102
[DETAIL_TEXT] =>
MIKO-12-25A has a built-in archive of up to 1,000 measurements for viewing, copying or deleting data. The device’s relatively light weight (10 kg) and compact dimensions make it easy to move around the site.
The device is equipped with a color graphic touch screen display of high brightness and an intuitive interface that facilitates interaction.
Special PC software is currently under development. It will allow users to control the device and transfer measurement results via Bluetooth or USB.
[~DETAIL_TEXT] =>
MIKO-12-25A has a built-in archive of up to 1,000 measurements for viewing, copying or deleting data. The device’s relatively light weight (10 kg) and compact dimensions make it easy to move around the site.
The device is equipped with a color graphic touch screen display of high brightness and an intuitive interface that facilitates interaction.
Special PC software is currently under development. It will allow users to control the device and transfer measurement results via Bluetooth or USB.
[SORT] => 70
[~SORT] => 70
[DETAIL_TEXT_TYPE] => html
[~DETAIL_TEXT_TYPE] => html
[PROPERTIES] => Array
(
[PREVIEW_ICON] => Array
(
[ID] => 310
[TIMESTAMP_X] => 2019-11-18 14:18:31
[IBLOCK_ID] => 102
[NAME] => Иконка для анонса
[ACTIVE] => Y
[SORT] => 500
[CODE] => PREVIEW_ICON
[DEFAULT_VALUE] =>
[PROPERTY_TYPE] => F
[ROW_COUNT] => 1
[COL_COUNT] => 50
[LIST_TYPE] => L
[MULTIPLE] => N
[XML_ID] => 28
[FILE_TYPE] => jpg, png, jpeg
[MULTIPLE_CNT] => 5
[TMP_ID] =>
[LINK_IBLOCK_ID] => 0
[WITH_DESCRIPTION] => N
[SEARCHABLE] => N
[FILTRABLE] => N
[IS_REQUIRED] => Y
[VERSION] => 1
[USER_TYPE] =>
[USER_TYPE_SETTINGS] =>
[HINT] =>
[PROPERTY_VALUE_ID] => 103041
[VALUE] => 43182
[DESCRIPTION] =>
[VALUE_ENUM] =>
[VALUE_XML_ID] =>
[VALUE_SORT] =>
[~VALUE] => 43182
[~DESCRIPTION] =>
[~NAME] => Иконка для анонса
[~DEFAULT_VALUE] =>
)
[DETAIL_ICON] => Array
(
[ID] => 311
[TIMESTAMP_X] => 2019-11-18 14:18:31
[IBLOCK_ID] => 102
[NAME] => Иконка для описания
[ACTIVE] => Y
[SORT] => 500
[CODE] => DETAIL_ICON
[DEFAULT_VALUE] =>
[PROPERTY_TYPE] => F
[ROW_COUNT] => 1
[COL_COUNT] => 50
[LIST_TYPE] => L
[MULTIPLE] => N
[XML_ID] => 29
[FILE_TYPE] => jpg, png, jpeg
[MULTIPLE_CNT] => 5
[TMP_ID] =>
[LINK_IBLOCK_ID] => 0
[WITH_DESCRIPTION] => N
[SEARCHABLE] => N
[FILTRABLE] => N
[IS_REQUIRED] => Y
[VERSION] => 1
[USER_TYPE] =>
[USER_TYPE_SETTINGS] =>
[HINT] =>
[PROPERTY_VALUE_ID] => 103042
[VALUE] => 43183
[DESCRIPTION] =>
[VALUE_ENUM] =>
[VALUE_XML_ID] =>
[VALUE_SORT] =>
[~VALUE] => 43183
[~DESCRIPTION] =>
[~NAME] => Иконка для описания
[~DEFAULT_VALUE] =>
)
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(
[ID] => 312
[TIMESTAMP_X] => 2019-11-18 14:18:31
[IBLOCK_ID] => 102
[NAME] => Фотографии
[ACTIVE] => Y
[SORT] => 500
[CODE] => MORE_PHOTO
[DEFAULT_VALUE] =>
[PROPERTY_TYPE] => F
[ROW_COUNT] => 1
[COL_COUNT] => 50
[LIST_TYPE] => L
[MULTIPLE] => Y
[XML_ID] => 30
[FILE_TYPE] => jpg, png, jpeg
[MULTIPLE_CNT] => 5
[TMP_ID] =>
[LINK_IBLOCK_ID] => 0
[WITH_DESCRIPTION] => Y
[SEARCHABLE] => N
[FILTRABLE] => N
[IS_REQUIRED] => N
[VERSION] => 1
[USER_TYPE] =>
[USER_TYPE_SETTINGS] =>
[HINT] =>
[PROPERTY_VALUE_ID] =>
[VALUE] =>
[DESCRIPTION] =>
[VALUE_ENUM] =>
[VALUE_XML_ID] =>
[VALUE_SORT] =>
[~VALUE] =>
[~DESCRIPTION] =>
[~NAME] => Фотографии
[~DEFAULT_VALUE] =>
)
)
)
MIKO-12-25A three-phase milli-ohmmeter is designed to measure DC resistance in the range of 1 μΩ to 50 kΩ at a current up to 25 A in inductive and non-inductive power equipment.
MIKO-12-25A diagnostic objects:
windings of high power transformers;
windings of instrument transformers and other high-inductive equipment;
windings of electric motors, generators, and linear compensators;
electromagnet windings;
contacts of circuit breakers, busbars, resistors, and other non-inductive circuits;
compensatory, current limiting, and other resistors of high-voltage circuit breakers;
cables.
The instrument provides a fully automated resistance measurement process for highly inductive loads and compensates for thermal EMF in the external circuit.
MIKO-12-25A
MIKO-9A
MIKO-8M (A)
MIKO-7M (A)
Resistance range
1 μΩ – 50 kΩ
1 μΩ – 30 kΩ
1 μΩ – 10 kΩ
1 μΩ – 2 kΩ
Test current
0.2 mA – 25 A
0.0005 – 10 A
0.001 – 10 A
0.01 – 10 A
Output capacity, max
400 W
60 W
60 W
60 W
Number of measurement channels
5 pcs.
2 pcs.
1 pc.
1 pc.
Three-phase sequential measurement
Fast method for extinguishing self-induction EMF
The device supports two ways to set the test current up to 25 A, allowing you to select the best operating mode based on the measurement conditions.
Manual current selection allows you to quickly choose from a set of fixed values to take measurements according to the required method.
Auto mode significantly facilitates the specialist's work. In this mode, the device automatically determines the optimal test current based on the parameters of the tested object, then takes the measurement and determines the object resistance. This approach reduces preparation time, minimizes the possibility of configuration errors, and ensures convenient measurement.
Such diagnostics present several technical challenges, including high inductance, unstable measurement signals, and prolonged transient processes at low currents. These factors increase testing time and may reduce the accuracy of the results.
MIKO-12-25A is designed to effectively measure the winding resistance of high power transformers under challenging operating conditions. The device generates an output current of up to 25 A at a voltage of up to 50 V, ensuring a stable measurement signal and rapid magnetic circuit saturation.
High output power of up to 400 W under load significantly reduces the impact of transient processes, shortens the time to reach steady state, and improves the accuracy of resistance measurements for high-voltage (HV) and low-voltage (LV) windings.
Depending on the object type, the instrument offers special measurement start modes.
For inductive objects, the following measurement schemes are available depending on the connection configuration:
3 windings sequentially.
The device performs automatic sequential measurement across three phases with automatic stop. The measurement is started by pressing the START button and stops automatically upon reaching the set criterion.
2 windings HV + LV.
The test current flows through the HV and LV windings connected in series, while the resistance of each is measured simultaneously. The measurement is started by pressing the START button. It stops automatically or manually.
For non-inductive objects, two options for starting measurements are available:
Automatic start upon test circuit closure.
Manual start by user command (pressing the START button).
Special measurement modes reduce testing time, improve the accuracy of results, and simplify the diagnostics of high-inductance equipment.
The device can automatically calculate the parameters specified in technical inspection regulations:
calculation of the relative difference in winding resistance;
conversion of measured resistance values to the nominal temperature;
calculation of phase winding resistance based on the measured linear resistances;
automatic identification of phases with a relative resistance deviation exceeding 2%.
The device automatically compares the measured results with the nominal values.
Once the measurement is complete, the calculations are displayed on the screen, allowing the user to quickly determine whether the equipment is suitable for further operatio.
Non-intrusive testing of the OLTC allows the user to assess the state of the switching OLTC equipment with current limiting resistors without removing the contactor tank cover (DRM – Dynamic Resistance Measurement).
Analysis of the acquired graphs enables not only to sort out OLTC by fault-free/faulty criteria but also to define the nature of the defect eliminating the opening of fault-free OLTCs.
Milli-ohmmeter mode and DRM test complement each other and provide the user comprehensive information about the transformer state.
MIKO-12-25A is equipped with the demagnetization mode, which is necessary to conduct certain tests and eliminate remnant magnetism of the transformer magnetic core.
The device sequentially applies an electric current to the corresponding winding in both forward and reverse directions. With each change in polarity, the current gradually decreases, ensuring effective removal of the remnant magnetism from the transformer magnetic core. Demagnetization stops automatically when the current reaches threshold value or upon the user’s command.
Current change is displayed on the device screen as a graph in real time to ensure accurate demagnetization control.
MIKO-12-25A has a built-in archive of up to 1,000 measurements for viewing, copying or deleting data. The device’s relatively light weight (10 kg) and compact dimensions make it easy to move around the site.
The device is equipped with a color graphic touch screen display of high brightness and an intuitive interface that facilitates interaction.
Special PC software is currently under development. It will allow users to control the device and transfer measurement results via Bluetooth or USB.
Specifications
Value
Resistance range
1µΩ – 50 kΩ
Resolution
0.1 μΩ
Accuracy
±0.1%
Test current range
0.2 mA – 25 A
Number of digits in the output of the measurement result
5
Mains voltage
115-250 V AC, 47-63 Hz 115-352 V DC
Inductance range
1 μH – 1,000 H
Test current range in DRM mode
0.1 – 12.5 A
Consumed power, max
650 W
Output capacity, max
400 W
PC connection
USB, Bluetooth
Built-in memory
up to 1,000 measurements
Dimensions
411 × 323 × 168 mm
Instrument weight
10 kg
Environmental protection
IP 67 (with closed lid) IP 40 (with open lid)
Operating temperature
-25 °C – +55 °C
Display
Color graphic TFT touch, 800 x 480 pixels
Interface, User manual language
English
Warranty period
3 years
Calibration period
2 years
Standard complete set
Photo
Item, Index
Application
Main instrument MIKO-12-25A
Main instrument MIKO-12-25A
Instrument and additional documents: Calibration Certificate, User Manual, Log Book.
Test cable for power transformers
052.20.00.000К
Test cable for power transformers
052.20.00.000К
A set of cables 4 x 8.5 m with jaw up to 75 mm for connecting MIKO-12-50A measurement channels to the power transformer bushings of any rating.
Mains cable
018.09.00.000
Mains cable
018.09.00.000
Mains cable 1 x 2 m. For instrument connection to the to the mains.
Ground cable
010.01.00.000
Ground cable
010.01.00.000
Ground cable 1 x 2 m (0.07 kg) for instrument grounding. The cable is equipped with a C-clamp and a screw end cap. Rated current is 50 А.
Fuse VP2B-1V-2А
Fuse VP2B-1V-2А
For the power source protection.
USB Type-A, USB Type-C Cables 1.5 m 2A
USB Type-A, USB Type-C Cables 1.5 m 2A
USB cable 1.5 m for charging and connecting devices.
Tool bag
126.06.00.000
Tool bag
126.06.00.000
Convenient, robust, wear proof bag for transportation of cables, documentation and other accessories.
Additional complete set (on order)
Photo
Item, Index
Application
Test cable
052.22.00.000
Test cable
052.22.00.000
Test cable 2 x 4 m with jaw up to 20 mm for connecting MIKO-12-50A measurement channels to the current and voltage transformers terminals of any rating.
Test cable extension
031.20.00.000
Test cable extension
031.20.00.000
Recommended to be used together with test cables 052.22.00.000 and 052.20.00.000K.
Made of elastic silicone tube that is resistant to low and high temperatures and corrosive environments. Length: 6.5 m. Weight: 1.18 kg
HV and LV winding short-circuiting and connection cable
041.23.00.000
HV and LV winding short-circuiting and connection cable
041.23.00.000
Cables for working in DRM mode – non-intrusive testing of OLTC devices of power transformers.
Set of 4 cables of the same length of 4 m. Set weight – 6.180 kg (1.545 kg + 1.545 kg + 1.545 kg + 1.545 kg).
Both ends of the short-circuiting cable are terminated with crocodile clamps with a jaw 70 mm.
Shunt SV75-0075A-D-02
060.02.18.000
Shunt SV75-0075A-D-02
060.02.18.000
For checking the operability of the device. Value – 1 mΩ ± 0.5%. Manufactured by SKB EP.
Adapter for a reference coil
023.12.00. 000
Adapter for a reference coil
023.12.00. 000
For testing laboratories: inspection / calibration of the instrument (0.024 kg).
Recommended accessories:
Photo
Item, Index
Application
Manipulating rod
010.41.00.000К
Manipulating rod
010.41.00.000К
Manipulating rod is designed for test cables connection from the ground or from the tank cover to the bushings of high-voltage circuit breakers, and to the structural elements of high-voltage disconnecting switches and earthing devices, without the use of ladders or elevated platforms.
The manipulating rod is completed with special extension cables 3.3 m. There is a Kelvin clamp with current and potential contacts to connect to the object on one side, and a contact pad on the other side. The device test cable is connected to the contact pad from the ground or a tank cover.
Manipulating rod extension cable is made according to a four-wire (Kelvin) scheme with the test current capacity of 100 A in the presence of a good contact.
Manipulating rod - 2.2 (length 2.2 m / weight as an assembled set 3.4 kg);
Manipulating rod - 3.7 (length 3.7 m / weight as an assembled set 4.0 kg);
Manipulating rod - 5.1 (length 5.1 m / weight as an assembled set 4.6 kg).
Extension cable
010.41.08.000
Extension cable
010.41.08.000
An additional cable set for the manipulating rod's standard complete set, designed for simultaneous connection to 4 high-voltage object bushings.
Manipulating rod's extension cable (0.86 kg) is designed with the 4-wire scheme and has a test current capacity of 50 A.
Official reviews from customers based on the results of operating SKB EP instruments are available upon request. Please, fill out the form on the website.
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