[Features]·Highly reliable with integrated sensor / amplifier structure.·Available for insulation measurement.·Measurement of high-frequency from DC to 29 kHz band is possible (when used at high-frequency, it may not be possible to use this up to the rated current).·High-speed response within 3 μS.

[Features]·Highly reliable with integrated sensor / amplifier structure.·Available for insulation measurement.·Measurement of high-frequency from DC to 29 kHz band is possible (when used at high-frequency, it may not be possible to use this up to the rated current).·High-speed response within 3 μS.

[Features]·Highly reliable with integrated sensor / amplifier structure.·Available for insulation measurement.·Measurement of high-frequency from DC to 29 kHz band is possible (when used at high-frequency, it may not be possible to use this up to the rated current).·High-speed response within 3 μS.

[Features]·Highly reliable with integrated sensor / amplifier structure.·Available for insulation measurement.·Measurement of high-frequency from DC to 29 kHz band is possible (when used at high-frequency, it may not be possible to use this up to the rated current).·High-speed response within 3 μS.

[Features]·Highly reliable with integrated sensor / amplifier structure.·Available for insulation measurement.·Measurement of high-frequency from DC to 29 kHz band is possible (when used at high-frequency, it may not be possible to use this up to the rated current).·High-speed response within 3 μS.

[Features]·Highly reliable with integrated sensor / amplifier structure.·Available for insulation measurement.·Measurement of high-frequency from DC to 29 kHz band is possible (when used at high-frequency, it may not be possible to use this up to the rated current).·High-speed response within 3 μS.

Smallest type in clamp-type sensor. Nylon spring / single-action clamp type that is easily installable on existing equipment.

Smallest type in clamp-type sensor. Nylon spring / single-action clamp type that is easily installable on existing equipment.

Smallest type in clamp-type sensor. Nylon spring / single-action clamp type that is easily installable on existing equipment.

Smallest type in clamp-type sensor. Nylon spring / single-action clamp type that is easily installable on existing equipment.

Smallest type in clamp-type sensor. Nylon spring / single-action clamp type that is easily installable on existing equipment.

Smallest type in clamp-type sensor. Nylon spring / single-action clamp type that is easily installable on existing equipment.

[Features]· +12V Single power supply compatible· Since the output varies in the range of 0.5 to 4.5 V while centered around 2.5 V, direction interruption is possible.· Can measure insulation.· DC to 20KHz Measurement of high frequencies bands is possible (in case of using high frequencies it may not be possible to use rated current).· no destruction even with over current (within the maximum pulse width).· Fast response within 3 μs (however, for continuous use, do not exceed the rated current).

[Features]· +12V Single power supply compatible· Since the output varies in the range of 0.5 to 4.5 V while centered around 2.5 V, direction interruption is possible.· Can measure insulation.· DC to 20KHz Measurement of high frequencies bands is possible (in case of using high frequencies it may not be possible to use rated current).· no destruction even with over current (within the maximum pulse width).· Fast response within 3 μs (however, for continuous use, do not exceed the rated current).

[Features]· +12V Single power supply compatible· Since the output varies in the range of 0.5 to 4.5 V while centered around 2.5 V, direction interruption is possible.· Can measure insulation.· DC to 20KHz Measurement of high frequencies bands is possible (in case of using high frequencies it may not be possible to use rated current).· no destruction even with over current (within the maximum pulse width).· Fast response within 3 μs (however, for continuous use, do not exceed the rated current).

[Features]· +12V Single power supply compatible· Since the output varies in the range of 0.5 to 4.5 V while centered around 2.5 V, direction interruption is possible.· Can measure insulation.· DC to 20KHz Measurement of high frequencies bands is possible (in case of using high frequencies it may not be possible to use rated current).· no destruction even with over current (within the maximum pulse width).· Fast response within 3 μs (however, for continuous use, do not exceed the rated current).

[Features]· +12V Single power supply compatible· Since the output varies in the range of 0.5 to 4.5 V while centered around 2.5 V, direction interruption is possible.· Can measure insulation.· DC to 20KHz Measurement of high frequencies bands is possible (in case of using high frequencies it may not be possible to use rated current).· no destruction even with over current (within the maximum pulse width).· Fast response within 3 μs (however, for continuous use, do not exceed the rated current).

[Features]· +12V Single power supply compatible· Since the output varies in the range of 0.5 to 4.5 V while centered around 2.5 V, direction interruption is possible.· Can measure insulation.· DC to 20KHz Measurement of high frequencies bands is possible (in case of using high frequencies it may not be possible to use rated current).· no destruction even with over current (within the maximum pulse width).· Fast response within 3 μs (however, for continuous use, do not exceed the rated current).

±15V supports controlled power supply, for output direction identification at ± 4 V. Can measure insulation.

±15V supports controlled power supply, for output direction identification at ± 4 V. Can measure insulation.