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Current Transformers

transfers accurately proportional levels of current to multiple circuits.


Showing results: 196 - 210 of 340 items found.

  • Multifunction Substation Test Set

    STS 4000 - Altanova Group

    STS 4000 is a multifunction substation maintenance & commissioning test system for current, voltage and power transformers, designed to perform primary tests requested in substations commissioning. It allows to perform accurate tests on CTs, VTs, PTs and ground grid.

  • Multifunction Substation Test Set

    STS 5000 - Altanova Group

    STS 5000 is a multifunction substation maintenance & commissioning test system for current, voltage and power transformers designed to perform primary tests requested in substations commissioning. It allows to perform accurate tests on CTs, VTs, PTs and ground grid.

  • Air Core Neutral Grounding Reactors

    Hilkar

    Neutral Earthing (Grounding) Reactors, which resist current flow through inductive elements, are single phase reactors generally connected between ground and neutral of transformers or generators in order to control single line-to-ground faults at a desired level.

  • Wireless Energy Datalogger

    ELITEpro XC™ Energy Logger - DENT Instruments

    The ELITEpro XC is a complete solution for pinpointing electric usage and recording building performance metrics. It is capable of measuring, storing, and analyzing electrical consumption data which is derived from the voltage and current inputs. The ELITEpro XC uses direct connections to each phase of the voltage and various interchangeable CT options such as split-core current transformers, or flexible RoCoils (for large loads or large cables and bussbars) to monitor current on each phase.

  • Primary Current Injection Testers

    Hilkar

    Primary Current Injection Tester is designed for testing protective relay and circuit breakers and also testing the turns ratio of current transformers at high variable currents. A test current is injected into the primary side of a system to determine how the system behaves at particular levels of current. This test makes it possible to determine whether the relay will trip and how long the current needs to flow before the trip is initiated.

  • Instrument Transformer

    NEO TELE-TRONIX PVT. LTD

    Our company has achieved a reputed niche in international market by manufacturing and exporting a great range of Instrument Transformer. Widely used in electrical, power generation and engineering sector for transforming voltage or current level, this equipment is in accordance with industry standards. Manufactured using excellent grade raw materials sourced from reputed vendor, Instrument Transformer is offered to clients in different technical specifications. We stringently test this instrument on varied standard parameters.

  • Sweep Frequency Response Analyzer

    FRANEO 800 - OMICRON electronics

    FRANEO 800 was developed for testing the mechanical and electrical integrity of power transformers after transportation or exposure to high fault currents. It uses the sweep frequency response analysis (SFRA) principle and measures the electrical transfer function over a wide range of frequencies.

  • Test Switches and Accessories

    ABB Ltd.

    Test switches are designed and manufactured to allow quick and easy multi-circuit testing of switchboard relays, meters and instruments by any conventional system.These test switches and related test plugs have the features necessary for applications involving the measurement of individual currents and voltages associated with substation instrumentation and protection devices. They have been especially designed for the measurement of potential elements, current elements, and make-before-break short-circuit elements related to Current Transformer (CT) circuits.

  • Electricity Meters Tester

    TE30 Lite - Calmet Smart Calibration Devices

    Electricity meters tester class 0.02%. Three phase tester of current transformers and analyser of power network quality. It makes possible electricity meters testing on the site or in the laboratory.

  • Micro and Milliohmmeter

    AD-7110 - ADEX Urzadzenia Pomiarowe

    The instrument AD-7110 is designed to measure, with high accuracy, resistance conductive elements of power devices: motor windings, transformer windings, conductor rails, inspecting the electrical conductivity of screw connections, crimp, welded state of the contacts of switches and relays current up to 100 A .

  • Plug-in Test Systems

    Phoenix Contact GmbH & Co. KG

    FAME is the innovative, modular plug-in test system for measuring and testing tasks in protection technology for medium-voltage and high-voltage switchgear. The plug-in test system combines complex switching operations for testing the function of current transformers and voltage transducers, as well as tripping and signal contacts.

  • Handheld Turns Ratio & Winding Resistance Tester

    TWR-H Series - IBEKO Power AB

    Handheld TWR-H device is DV Power single-phase instrument designed for measuring transformer winding resistance and turns ratio.The instrument has two output DC sources for measuring transformer winding resistance. The first DC source can output up to 2 A DC and is used for injecting current to the transformer’s high voltage winding. The second DC source can output up to 10 A DC and is used for testing the transformer’s low voltage winding. This is especially useful when measuring winding resistance of distribution transformers. These transformers have large turns ratio and therefore a big difference between resistances of high voltage and low voltage windings. Upon the winding resistance test, it is also possible to demagnetize the transformer core. The demagnetization process is completely automatic and safe.Together with the turns ratio, the instrument also measures excitation current and phase shift. This enables detecting transformer core or winding turns failures which cannot be spotted by measuring turns ratio only. The instrument can output test voltage up to 40 V AC for this test, but it can also output a very low test voltage of 1 V AC which is necessary for turns ratio verification of the majority of current transformers.TWR-H is powered by an internal Li-Ion battery. Up to 100 tests can be performed with a fully charged battery.

  • Resistance Measurement

    PROMET - KoCoS Messtechnik AG

    High-precision micro-ohm measuring systems with adjustable DC test current for determining resistances on circuit breakers or inductive loads such as transformers, for example. The high-precision ohm meters of the PROMET series are used to determine very low electrical resistances in the µΩ range. The adjustable test current of up to 600 A in combination with a four-wire measuring method delivers measurement results which meet stringent accuracy requirements. State-of-the-art power electronics coupled with a robust design guarantee excellent reliability for use as a portable device in switching stations and industrial environments. Typical applications include determining the contact resistance of switchgear devices and determining the resistance on inductive loads such as transformers.

  • GIS High Voltage Test Set

    GIT GIS - HV Hipot Electric Co.,Ltd.

    GIT GIS High Voltage Test Sets integrate the high voltage boosting, high voltage measurement, high voltage transformer,high voltage coupling capacitors and all components in a sealed space.High voltage generated with two modes:using reactor inductance and test object capacitance to realize voltage resonance test, to obtain a high voltage, high current from test object.The other one is to obtain required high voltage directly from high voltage transformer.

  • AccuLoss®

    ALMS Systems - Measurements International Ltd.

    The measurement of electric power and energy at high voltages and currents at low power factors is becoming increasingly important economically as a way to reduce costs in an ever-growing industrial economy. Today the transformer purchaser subjects the transformer manufacturer to an economic penalty for losses that occur in load and no-load conditions. To keep these penalties as low as possible, it is important that the manufacturer accurately measure these losses. Failure to do so can result in the manufacturer losing important contract awards to their competitors who may be utilizing a more accurate system.

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