The very compact ELEQ TQ30 split-core current transformer is especially designed for connection to digital measurement systems.

The very compact ELEQ TQ40-B split-core current transformer is especially designed for connection to digital measurement systems.

The very compact ELEQ TQ40-B split-core current transformer is especially designed for connection to digital measurement systems.

The very compact ELEQ TQ40-C split-core current transformer is especially designed for connection to digital measurement systems.

The very compact ELEQ TQ40-C split-core current transformer is especially designed for connection to digital measurement systems.

The very compact ELEQ TQ50-E split-core current transformer is especially designed for connection to digital measurement systems.

The very compact ELEQ TQ50-E split-core current transformer is especially designed for connection to digital measurement systems.

The very compact ELEQ TQ50-L split-core current transformer is especially designed for connection to digital measurement systems.

The very compact ELEQ TQ50-L split-core current transformer is especially designed for connection to digital measurement systems.

TQ120 is a very compact split-core current transformer suitable for low voltage systems. The unit is easy to install while the top part can be removed entirely.

TQ120 is a very compact split-core current transformer suitable for low voltage systems. The unit is easy to install while the top part can be removed entirely.

Flexible, compact and reliable, those are the keywords of the (E)RM-series of ELEQ. All transformers are equipped with a sealable integrated terminal cover in a case of polycarbonate.

Flexible, compact and reliable, those are the keywords of the (E)RM-series of ELEQ. All transformers are equipped with a sealable integrated terminal cover in a case of polycarbonate.

Flexible, compact and reliable, those are the keywords of the (E)RM-series of ELEQ. All transformers are equipped with a sealable integrated terminal cover in a case of polycarbonate.

Flexible, compact and reliable, those are the keywords of the (E)RM-series of ELEQ. All transformers are equipped with a sealable integrated terminal cover in a case of polycarbonate.

Flexible, compact and reliable, those are the keywords of the (E)RM-series of ELEQ. All transformers are equipped with a sealable integrated terminal cover in a case of polycarbonate.

Flexible, compact and reliable, those are the keywords of the (E)RM-series of ELEQ. All transformers are equipped with a sealable integrated terminal cover in a case of polycarbonate.

Flexible, compact and reliable, those are the keywords of the (E)RM-series of ELEQ. All transformers are equipped with a sealable integrated terminal cover in a case of polycarbonate.

Flexible, compact and reliable, those are the keywords of the (E)RM-series of ELEQ. All transformers are equipped with a sealable integrated terminal cover in a case of polycarbonate.

Flexible, compact and reliable, those are the keywords of the (E)RM-series of ELEQ. All transformers are equipped with a sealable integrated terminal cover in a case of polycarbonate.

Flexible, compact and reliable, those are the keywords of the (E)RM-series of ELEQ. All transformers are equipped with a sealable integrated terminal cover in a case of polycarbonate.

Flexible, compact and reliable, those are the keywords of the (E)RM-series of ELEQ. All transformers are equipped with a sealable integrated terminal cover in a case of polycarbonate.

Flexible, compact and reliable, those are the keywords of the (E)RM-series of ELEQ. All transformers are equipped with a sealable integrated terminal cover in a case of polycarbonate.

Flexible, compact and reliable, those are the keywords of the (E)RM-series of ELEQ. All transformers are equipped with a sealable integrated terminal cover in a case of polycarbonate.

Flexible, compact and reliable, those are the keywords of the (E)RM-series of ELEQ. All transformers are equipped with a sealable integrated terminal cover in a case of polycarbonate.

Flexible, compact and reliable, those are the keywords of the (E)RM-series of ELEQ. All transformers are equipped with a sealable integrated terminal cover in a case of polycarbonate.

Flexible, compact and reliable, those are the keywords of the (E)RM-series of ELEQ. All transformers are equipped with a sealable integrated terminal cover in a case of polycarbonate.

Easy to install current transformers for revenue metering that ensure lower engineering costs and eliminates paperwork of test reports.

Easy to install current transformers for revenue metering that ensure lower engineering costs and eliminates paperwork of test reports. For Germany (mit Konformitätserklärung)

These – over the full operational temperature range - accurate current transformers are suitable for measurement and for revenue metering (billing)

These – over the full operational temperature range - accurate current transformers are suitable for measurement and for revenue metering (billing)

These – over the full operational temperature range - accurate current transformers are suitable for measurement and for revenue metering (billing)

GSA Cast Resin Current Transformers: Perfect, safe design offering full flexibility in housing

The SBM 106-54-82 is a low voltage current transformer for mounting around the bushing/conus connector in switchgear applications.

The SBM 106-54-82 is a low voltage current transformer for mounting around the bushing/conus connector in switchgear applications.

The SVA100 is specially designed for application in medium voltage installations as RMU’s.

The SVA100 is specially designed for application in medium voltage installations as RMU’s.

The SVA105 is especially designed for application in medium voltage installations around insulated cables.

The SVA150 is specially designed for application in medium voltage installations as Ring Main Units.

The SVA150 is specially designed for application in medium voltage installations as Ring Main Units.

The SVA150 is specially designed for application in medium voltage installations as Ring Main Units.

The SVA150 is specially designed for application in medium voltage installations as Ring Main Units.

The SVA150 is specially designed for application in medium voltage installations as Ring Main Units.

The SVA150 is specially designed for application in medium voltage installations as Ring Main Units.

The low power switchgear current transformers in SVA100 housing is specially designed for application in medium voltage installations as Ring Main Units (RMU).

The low power switchgear current transformers in SVA100 housing is specially designed for application in medium voltage installations as Ring Main Units (RMU).

The current transformer for self powered relay in SVR109 housing is specially designed for application in medium voltage installations as Ring Main Units (RMU).

One-piece cast-resin CT suitable to put on cable or cable bushing: Type SVA for earth fault detection.

The load resistors have been specially developed to bring the charge of a current transformer within 25% and 100% of the value mentioned on the type plate of the power transformer.

In its sealable module, the VSR600 load resistor simultaneously modifies the burden of all three phases according to the required values.

In its sealable module, the VSR600 load resistor simultaneously modifies the burden of all three phases according to the required values.

GSK Split-Core Current Transformers: perfect design offering full flexibility and compliance with all regulations.

The TM800 Split-core Current Transformer is suitable for cable and busbar.

The TM2000 Split-core Current Transformer is suitable for cable and busbar.

With the ZK4-M6/M8 it is possible to make a safe and simple fused voltage branch in your distribution system.

With the UAK it is possible to make a safe and simple fused voltage branch in your distribution system.

The very compact RM27 is ideal for measuring low values with a high accuracy in locations where the dimensions are critical, for instance on a three phase circuit breaker with a fase distance of 17,5mm.

The ELEQ Power Sensor combines three functions in one product: the rail terminal, the current transformer and the fused voltage tap. So the VCT32 enables both an accurate current measurement and a voltage measurement in one product.

Voltage tap for shunt or rail can be used to make a safe and simple fused voltage tap in your distribution system.

This UAD6 easy voltage tap allows you to tap a fused voltage from an insulated wire for measurement using one hand and without the need for additional tools.

This UAD6 easy voltage tap allows you to tap a fused voltage from an insulated wire for measurement using one hand and without the need for additional tools.

The very compact and highly accurate Summation Transformer makes it possible to sum the outputs from 2 or 3 ELEQ TQ split-core transformers to 1 signal to your multi instrument.

The IGHSF 12 - head-type current transformer is capable to withstanding the outdoor environmental condition.

The IGHSF 24 - head-type current transformer is capable to withstanding the outdoor environmental condition.

The IGWF D26 is used for outdoor applications. The secondary windings are used for measurement and/or protection purposes or for special use like testing winding.

The IGWF E43 is used for outdoor applications. The secondary windings are used for measurement and/or protection purposes or for special use like testing winding.

The IGWF E44 is used for outdoor applications. The secondary windings are used for measurement and/or protection purposes or for special use like testing winding.

The IGWF E46 is used for outdoor applications. The secondary windings are used for measurement and/or protection purposes or for special use like testing winding.

Auxiliary power supply systems are needed to ensure the energy supply for the operation of primary or secondary devices in a station, switchgear or substation.

The UGZCAKT D1 is a cast-resin insulated metal-coating indoor double-phase voltage transformer suitable for medium voltage switchgears.

Auxiliary power supply systems are needed to ensure the energy supply for the operation of primary or secondary devices in a station, switchgear or substation.

Auxiliary power supply systems are needed to ensure the energy supply for the operation of primary or secondary devices in a station, switchgear or substation.

The UGE C1 is used for measurement and protection in applications, especially in medium-voltage switchgears. The single pole indoor voltage transformer can be used up to 17,5kV

The UGE D2 is used for measurement and protection in applications, especially in medium-voltage switchgears. The single pole indoor voltage transformer can be used up to 24kV.

The UGE D3 is used for measurement and protection in applications, especially in medium-voltage switchgears. The single pole indoor voltage transformer can be used up to 36kV.

The UGZ C1 is used for measurement and protection in applications, especially in medium-voltage switchgears. The double pole indoor voltage transformer can be used up to 12kV.

The UGECAK is a medium voltage insulated voltage transformer with screening against electric fields which enables mounting with no phase distance. This product is cast resin insulated and touch-proved.

The UGECAK is a medium voltage insulated voltage transformer with screening against electric fields which enables mounting with no phase distance. This product is cast resin insulated and touch-proved.

The UGZCAK D1 is a cast-resin insulated metal-coating indoor double-phase voltage transformer suitable for medium voltage switchgears.

The cast resin outdoor voltage transformer is capable to withstanding the aggravate outdoor environmental condition.

In three phase voltage networks with isolated neutral point which use single-pole voltage transformers, ferro-resonance may occur. These resonances are generated by the concur of single-pole voltage transformers non-linear inductance of open-circuit operation and the earthing capacitance of the network.

Toroidal transformer for measuring, revenue metering (billing) and protection tasks.

The GSR is used for measuring and protection purposes in generator busbar systems with rated primary currents up to 15.000A.

The IGHDF 12 -bushing-type current transformer is capable to withstanding the outdoor environmental condition.

The IGHDF 24 -bushing-type current transformer is capable to withstanding the outdoor environmental condition.

The GSQR is used for protection and measurement, e.g. power generators.

The GSAG200 is used for measurement and protection in applications with vibration requirements like power generators. The cast resin insulated indoor bushing-type current transformer can be up to 1,2kV.

The IGSG 178 is used for measurement and protection in applications with vibration requirements like power generators.

The IGWR C1 is used for measurement and protection in application with vibration requirements like power generators.

The IGWR D1 is used for measurement and protection in applications with vibration requirements like power generators. The cast resin insulated indoor supporting-type current transformer can be used up to 17,5kV.

The IGWR D25 is used for measurement and protection in applications with vibration requirements like power generators. The cast resin insulated indoor supporting-type current transformer can be used up to 17,5kV.

The UGER C1 is used for measurement and protection in applications with vibration requirements like power generators. The single pole indoor voltage transformer can be used up to 17,5kV.

The UGER D1 is used for measurement and protection in applications with vibration requirements like power generators. The single pole indoor voltage transformer can be used up to 12kV.

The UGER D2 – optional with fuse – is used for measurement and protection in applications with vibration requirements like power generators. The single pole indoor voltage transformer can be used up to 17,5kV.

The UGER D25 is used for measurement and protection in applications with vibration requirements like power generators. The single pole indoor voltage transformer can be used up to 17,5kV.

The UGZR C1 is used for measurement and protection in applications with vibration requirements like power generators. The double pole indoor voltage transformer can be used up to 17,5kV.

The UGZR D25 is used for measurement and protection in applications with vibration requirements like power generators. The double pole indoor voltage transformer can be used up to 17,5kV.

The ELEQ EM223 is a current transducer for converting an alternating current of up to 400A to a 0-20mA signal.

The ELEQ EM228 is an active current transducer for converting an alternating current of up to 1250A to an 4-20mA (standard), 0-20mA or 0-10V signal.

The ELEQ EM229 is an active current transducer for converting an alternating current of up to 250A to a 4-20mA, 0-20mA of 0-10V signal.

The ELEQ EM238 is a two-wire transmitter for converting alternating current to a 4-20mA signal. The auxiliary supply of 10-40Vdc is included in the output circuit.

The ELEQ current relay EM303 is suitable for an alternating current of up to 100A and has a fixed switching point of 0.5A. Other switching points are available on customer specification.

The ELEQ current relay EM305 is suitable for an alternating current of up to 100A. The switching point and speed of response are adjustable.

A complete product that can be installed in power transformers, distribution transformers and switchgear straight away

The IGW is used for measurement and protection in applications. The cast resin insulated indoor supporting-type current transformer can be used up to 36kV.