Showing results: 751 - 765 of 1211 items found.
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ZERA GmbH
Our systems for testing voltage (VT) and current (CT) instrument transformers are conceived among other things for testing accuracy and insulation.
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Greenlee Tools
High-voltage (HV) testing utilizes the phenomena in electrical insulations under the influence of the electric field for the definition of test procedures and acceptance criteria.
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AJIT Electronics Co.
The instrument is designed to test the insulation resistance of electronic and electrical components in the range of 1 Meg ohm to 10 Million Meg ohm.
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MT-200 -
HT Italia Srl
Multifunction earth tester for measuring earth resistance, protective conductors’ continuity, insulation up to 1000V, with touch-screen display and integrated Wi-Fi
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40-965-160-F -
Pickering Interfaces Ltd.
The 40-965-160-F connector block provides a simple method of connecting to high density DIN41612 connectors. The screw terminals use a rising cage clamp mechanism to minimize risk of copper strand breakage. The metal shell includes an internal insulation barrier under the carrier board.
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92-965-050-M -
Pickering Interfaces Ltd.
This connector block provides a simple method of connecting to 50-Pin D-Type connectors. The screw terminals use a rising cage clamp mechanism to minimize risk of copper strand breakage. PTFE cables are recommended for use with this connector block to maximise copper cross-sectional area and insulation properties.
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92-965-025-F -
Pickering Interfaces Ltd.
This connector block provides a simple method of connecting to 25-Pin D-Type connectors. The screw terminals use a rising cage clamp mechanism to minimize risk of copper strand breakage. PTFE cables are recommended for use with this connector block to maximize copper cross-sectional area and insulation properties.
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92-965-037-F -
Pickering Interfaces Ltd.
This connector block provides a simple method of connecting to 37-Pin D-Type connectors. The screw terminals use a rising cage clamp mechanism to minimize risk of copper strand breakage. PTFE cables are recommended for use with this connector block to maximise copper cross-sectional area and insulation properties.
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92-965-078-F -
Pickering Interfaces Ltd.
This connector block provides a simple method of connecting to 78-Pin D-Type connectors. The screw terminals use a rising cage clamp mechanism to minimize risk of copper strand breakage. PTFE cables are recommended for use with this connector block to maximise copper cross-sectional area and insulation properties.
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92-965-037-M -
Pickering Interfaces Ltd.
This connector block provides a simple method of connecting to 37-Pin D-Type connectors. The screw terminals use a rising cage clamp mechanism to minimize risk of copper strand breakage. PTFE cables are recommended for use with this connector block to maximise copper cross-sectional area and insulation properties.
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92-965-078-M -
Pickering Interfaces Ltd.
This connector block provides a simple method of connecting to 78-Pin D-Type connectors. The screw terminals use a rising cage clamp mechanism to minimize risk of copper strand breakage. PTFE cables are recommended for use with this connector block to maximise copper cross-sectional area and insulation properties.
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92-965-050-F -
Pickering Interfaces Ltd.
This connector block provides a simple method of connecting to 50-Pin D-Type connectors. The screw terminals use a rising cage clamp mechanism to minimize risk of copper strand breakage. PTFE cables are recommended for use with this connector block to maximise copper cross-sectional area and insulation properties.
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B068VFR-6F-0A -
Pickering Interfaces Ltd.
This connector block provides a simple method of connecting to high density 68 Way VHDCI connectors. The screw terminals use a rising cage clamp mechanism to minimize risk of copper strand breakage. The metal shell includes an internal insulation barrier under the carrier board.
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40-965-068-M -
Pickering Interfaces Ltd.
This connector block provides a simple method of connecting to 68-Pin SCSI Style Micro D connectors. The screw terminals use a rising cage clamp mechanism to minimize risk of copper strand breakage. The metal shell includes an internal insulation barrier under the carrier board.
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Instrument Transformers Ltd.
12kV - 145kV post type voltage transformers having Oil Impregnated Paper( OIP) as major insulation has been designed with several unique features.OIP insulated outdoor products are subjected to extreme climatic conditions and hence extra care is taken in the design and manufacturing of such transformers.