| FAULT LOCATION IN POWER CABLES |
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| HV Surge Tester - Model SWT 16 |
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Occurrence of cable fault can not be avoided due to many factors. Long outage of a cable from service results in heavy loss of revenue to the power distribution company, production loss to industries as well as unpleasant condition to general public. This requires an efficient instrument capable of locating the fault in minimum possible time and restoring the supply. SWT 16 is a powerful instrument to pre-locate the fault distance and exactly locate the fault point in a short time. It offers 500J/1000J energy on 4, 8 and 16 KV ranges, that allows its use on LT as well as HT networks effectively. |
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HV Surge Tester - Model SWT 32 |
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Occurrence of cable fault can not be avoided due to many factors. Long outage of a cable from service results in heavy loss of revenue to the power distribution company, production loss to industries as well as unpleasant condition to general public. This requires an efficient instrument capable of locating the fault in minimum possible time and restoring the supply. SWT 32 is a powerful instrument to pre-locate the fault distance and exactly locate the fault point in a short time. It offers 1000J/2000J energy on 8,16 and 32 KV ranges, that allows its use on HT networks effectively.
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| Surge Wave Receiver - Model SLE 90 |
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SLE 90 is a highly sensitive instrument to exactly locate the fault point in a short time. It can be used on LT as well as HT networks effectively. The success of locating exact fault point on the underground cable depends on the search carried out on the lay of the cable. This calls for an indication to guide the operator to walk precisely on the route. The magnetic channel in dual LCD display indicates the strength of magnetic field on the ground surface. This helps the operator to reach the fault point in a short time. |
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| Cable Route Tracer - Model CRT 200 |
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For Pin-pointing cable fault in buried cables, the system is used to determine exact lay of the cable. It also identifies the required cable in the bunch of cables. The system is employed to pin-point a contact nature fault where surge wave system can not be used. detection of Live loaded cables can be accomplished successfully by using the system. |
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| Cable Identification System - Model CI 60S |
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The precise identification of a particular cable from a bunch is a common problem faced by technicians and cable jointers in every day practice. The wrong identification of a power cable can result in catastrophic or fatal results if the cable is cut. This requires the most reliable system having no chance for wrong identification. Cable identification system CI 60S incorporates all the safety features and gives 100% fail safe identification of the wanted cable leaving no chance for an accident. |
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| LV Surge Tester - Model SWT 4 |
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SWT 4 is a powerful instrument to pre-locate the fault distance and exactly locate the fault point in a short time. It offers 500J energy on 2 and 4 KV ranges, that allows its use on LT networks effectively. SWT 4 has built-in current coupler that can be used to get the fault distance measurement carried out on a suitable TDR on Impulse Current Mode. It can also be coupled to other instrument compliments such as Arc Reflection Filter to get reliable results of the fault distance. |
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| High Voltage Test Instruments - Model HVG |
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 Easy to perform HIPOT test Comprehensive safety features
Continuously adjustable output voltage Selectable current ranges
Built in auto discharge in case of mains power failure or instrument switch off Timer provision to switch off the instrument automatically after the preset period |
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| Cable Burn Down Instruments - Model CBD 7 |
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Reliable and cost-effective instrument for cable fault burning
Burning down high resistance/unstable faults to alter fault condition
6 selectable ranges with AC and DC operation High energy output, suitable for drying long wet cables under controlled condition Interlock protection for safe operation |
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| Sheath Fault Tester - Model SFL 1 |
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Sheath/earth faults develop on any type of underground cable network such as low, medium, high voltage power cables or unshielded multi core control cables. These faults can remain undetected for longtime as they do not hamper the working of the cable. It develops into a full fledged fault over a period of time. Earth Fault Tester SFL1 is a powerful system that can successfully locate sheath/earth faults on any type of cable. It offers different modes such as HV Test, Burning, pre-location and pin-pointing. |
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| LT Cable Fault Locating System - Model LOCOMP |
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LOCOMP compact module comprises of minimum configuration of low voltage cable fault locating instruments, mounted on a robust trolley.
Portable cable fault locator: for pre-location of fault distance using TDR method LV surge tester for pinpoint location of flashover faults
Surge Receiver with ground microphone: for pinpointing fault by acoustic method Insulation tester for IR measurement of the cable under test HV, mains supply and earth cable drums Storage Cabinet |
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| HT Cable Fault Locating System - Model HICOMP |
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HICOMP 16 compact module comprises of minimum configuration of high voltage cable fault locating instruments, mounted on a robust trolley.
Portable cable fault locator: for pre-location of fault distance using TDR method HV surge tester for pinpoint location of flashover faults
Surge Receiver with ground microphone: for pinpointing fault by acoustic method Insulation tester for IR measurement of the cable under test HV, mains supply and earth cable drums Storage Cabinet
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| Line Phase Detector - Model LPD |
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Energy distribution companies as well as medium and high voltage consumers such as heavy industries often have to parallel two HV sources to take care of requisite loads. This requires a reliable and safe instrument to check the line voltage and phase identification of the sources. Line Phase Detector LPD can be used for indoor and outdoor applications for the same with absolutely safe working conditions. LPD is a Reliable and cost effective HV Line Voltmeter/Line Phasing Device. |
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| Soft Discharge Rod - Model SDR |
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Damped discharge of the cable/ Device Under Test (DUT), through suitable resistor. Range : 11kV-100kV working for maximum capacity discharge upto 6 microfarad. Robust housing of reinforced fibreglass having protection ring and rubberised handle for proper grip. Supplied with cushioned soft carrying case to withstand severe transport jerks and shocks. Each rod is provided with 10sq. mm, 5 mtr flexible cable having heavy duty brass clamp for earth connection. |
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