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Nov 25, 2019

SPS 2019: SC - Current transformers (CT) for energy measurement

SC: Current transformers (CT) for energy measurement

With the SCT current transformers, Beckhoff completes the energy measurement chain from recording the physical measured value to data transmission in the cloud. The SCT current transformers offer the possibility of implementing reliable power sensors directly in the field as an integral component of PC-based control technology.

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I/O

Skapa komplexa användningar med våra I/O-komponenter för alla populära fältbussystem.

EtherCAT Terminals

The EtherCAT Terminal system provides a comprehensive range of products for all signals in the world of automation.

Current transformers

The SCT current transformers are reliable power sensors at field level in the PC-based control architecture.

SCT1xxx | Mini ring-type current transformers

The space-saving SCT1xxx series for the tightest installation spaces. A removable terminal enables pre-wiring.

SCT2xxx | Ring-type current transformers

The SCT2xxx series offers a wide selection and impresses with innovative, screwless connection technology.

SCT3xxx | 3-phase ring-type current transformers

The compact SCT3xxx series for direct mounting under commonly used power switches.

SCT6xxx | Split-core current transformers

The separable measuring system of the SCT6xxx series enables flexible retrofitting without disconnecting the primary conductor.

SCT7xxx | Busbar split-core current transformers

The SCT7xxx series supports the highest primary currents and is suitable for convenient retrofitting.

SCT7xxx | Busbar split-core current transformers

The SCT7xxx series supports the highest primary currents and is suitable for convenient retrofitting.

SCT1111-0032 | Mini ring-type CT for primary current 32 A, accuracy class 1

SCT1111-0032

The SCT1111 mini ring-type CTs can be positioned on a DIN rail by means of snap-on fastening and are thus suitable for measurements in very tight installation spaces, e.g. directly in the sub-distribution unit. Two CTs are attached to the DIN rail, while the third CT is plugged into the fastened CTs. Connection takes place via a removable terminal that enables pre-wiring.

SCT1111-0035 | Mini ring-type CT for primary current 35 A, accuracy class 1

SCT1111-0035

The SCT1111 mini ring-type CTs can be positioned on a DIN rail by means of snap-on fastening and are thus suitable for measurements in very tight installation spaces, e.g. directly in the sub-distribution unit. Two CTs are attached to the DIN rail, while the third CT is plugged into the fastened CTs. Connection takes place via a removable terminal that enables pre-wiring.

SCT1111-0040 | Mini ring-type CT for primary current 40 A, accuracy class 1

SCT1111-0040

The SCT1111 mini ring-type CTs can be positioned on a DIN rail by means of snap-on fastening and are thus suitable for measurements in very tight installation spaces, e.g. directly in the sub-distribution unit. Two CTs are attached to the DIN rail, while the third CT is plugged into the fastened CTs. Connection takes place via a removable terminal that enables pre-wiring.

SCT1111-0050 | Mini ring-type CT for primary current 50 A, accuracy class 1

SCT1111-0050

The SCT1111 mini ring-type CTs can be positioned on a DIN rail by means of snap-on fastening and are thus suitable for measurements in very tight installation spaces, e.g. directly in the sub-distribution unit. Two CTs are attached to the DIN rail, while the third CT is plugged into the fastened CTs. Connection takes place via a removable terminal that enables pre-wiring.

SCT1111-0060 | Mini ring-type CT for primary current 60 A, accuracy class 1

SCT1111-0060

The SCT1111 mini ring-type CTs can be positioned on a DIN rail by means of snap-on fastening and are thus suitable for measurements in very tight installation spaces, e.g. directly in the sub-distribution unit. Two CTs are attached to the DIN rail, while the third CT is plugged into the fastened CTs. Connection takes place via a removable terminal that enables pre-wiring.

SCT1111-0064 | Mini ring-type CT for primary current 64 A, accuracy class 1

SCT1111-0064

The SCT1111 mini ring-type CTs can be positioned on a DIN rail by means of snap-on fastening and are thus suitable for measurements in very tight installation spaces, e.g. directly in the sub-distribution unit. Two CTs are attached to the DIN rail, while the third CT is plugged into the fastened CTs. Connection takes place via a removable terminal that enables pre-wiring.

SCT2111-0060 | Ring-type CT for primary current 60 A, accuracy class 1

SCT2111-0060

The SCT2xxx ring-type CTs are suitable for cost-efficient and accurate data acquisition – especially in new installations. The innovative screwless connection technology for rigid and flexible conductors saves time – ferrules can be dispensed with here.

SCT2111-0075 | Ring-type CT for primary current 75 A, accuracy class 1

SCT2111-0075

The SCT2xxx ring-type CTs are suitable for cost-efficient and accurate data acquisition – especially in new installations. The innovative screwless connection technology for rigid and flexible conductors saves time – ferrules can be dispensed with here.

SCT2111-0080 | Ring-type CT for primary current 80 A, accuracy class 1

SCT2111-0080

The SCT2xxx ring-type CTs are suitable for cost-efficient and accurate data acquisition – especially in new installations. The innovative screwless connection technology for rigid and flexible conductors saves time – ferrules can be dispensed with here.

SCT2111-0100 | Ring-type CT for primary current 100 A, accuracy class 1

SCT2111-0100

The SCT2xxx ring-type CTs are suitable for cost-efficient and accurate data acquisition – especially in new installations. The innovative screwless connection technology for rigid and flexible conductors saves time – ferrules can be dispensed with here.

SCT2111-0125 | Ring-type CT for primary current 125 A, accuracy class 1

SCT2111-0125

The SCT2xxx ring-type CTs are suitable for cost-efficient and accurate data acquisition – especially in new installations. The innovative screwless connection technology for rigid and flexible conductors saves time – ferrules can be dispensed with here.

SCT2111-0150 | Ring-type CT for primary current 150 A, accuracy class 1

SCT2111-0150

The SCT2xxx ring-type CTs are suitable for cost-efficient and accurate data acquisition – especially in new installations. The innovative screwless connection technology for rigid and flexible conductors saves time – ferrules can be dispensed with here.

SCT2111-0200 | Ring-type CT for primary current 200 A, accuracy class 1

SCT2111-0200

The SCT2xxx ring-type CTs are suitable for cost-efficient and accurate data acquisition – especially in new installations. The innovative screwless connection technology for rigid and flexible conductors saves time – ferrules can be dispensed with here.

SCT2111-0250 | Ring-type CT for primary current 250 A, accuracy class 1

SCT2111-0250

The SCT2xxx ring-type CTs are suitable for cost-efficient and accurate data acquisition – especially in new installations. The innovative screwless connection technology for rigid and flexible conductors saves time – ferrules can be dispensed with here.

SCT2111-0300 | Ring-type CT for primary current 300 A, accuracy class 1

SCT2111-0300

The SCT2xxx ring-type CTs are suitable for cost-efficient and accurate data acquisition – especially in new installations. The innovative screwless connection technology for rigid and flexible conductors saves time – ferrules can be dispensed with here.

SCT2111-0400 | Ring-type CT for primary current 400 A, accuracy class 1

SCT2111-0400

The SCT2xxx ring-type CTs are suitable for cost-efficient and accurate data acquisition – especially in new installations. The innovative screwless connection technology for rigid and flexible conductors saves time – ferrules can be dispensed with here.

SCT2111-0500 | Ring-type CT for primary current 500 A, accuracy class 1

SCT2111-0500

The SCT2xxx ring-type CTs are suitable for cost-efficient and accurate data acquisition – especially in new installations. The innovative screwless connection technology for rigid and flexible conductors saves time – ferrules can be dispensed with here.

SCT2121-0125 | Ring-type CT for primary current 125 A, accuracy class 0.5

SCT2121-0125

The SCT2xxx ring-type CTs are suitable for cost-efficient and accurate data acquisition – especially in new installations. The innovative screwless connection technology for rigid and flexible conductors saves time – ferrules can be dispensed with here.

SCT2121-0150 | Ring-type CT for primary current 150 A, accuracy class 0.5

SCT2121-0150

The SCT2xxx ring-type CTs are suitable for cost-efficient and accurate data acquisition – especially in new installations. The innovative screwless connection technology for rigid and flexible conductors saves time – ferrules can be dispensed with here.

SCT2121-0200 | Ring-type CT for primary current 200 A, accuracy class 0.5

SCT2121-0200

The SCT2xxx ring-type CTs are suitable for cost-efficient and accurate data acquisition – especially in new installations. The innovative screwless connection technology for rigid and flexible conductors saves time – ferrules can be dispensed with here.

SCT2121-0250 | Ring-type CT for primary current 250 A, accuracy class 0.5

SCT2121-0250

The SCT2xxx ring-type CTs are suitable for cost-efficient and accurate data acquisition – especially in new installations. The innovative screwless connection technology for rigid and flexible conductors saves time – ferrules can be dispensed with here.

SCT2121-0300 | Ring-type CT for primary current 300 A, accuracy class 0.5

SCT2121-0300

The SCT2xxx ring-type CTs are suitable for cost-efficient and accurate data acquisition – especially in new installations. The innovative screwless connection technology for rigid and flexible conductors saves time – ferrules can be dispensed with here.

SCT2121-0400 | Ring-type CT for primary current 400 A, accuracy class 0.5

SCT2121-0400

The SCT2xxx ring-type CTs are suitable for cost-efficient and accurate data acquisition – especially in new installations. The innovative screwless connection technology for rigid and flexible conductors saves time – ferrules can be dispensed with here.

SCT2121-0500 | Ring-type CT for primary current 500 A, accuracy class 0.5

SCT2121-0500

The SCT2xxx ring-type CTs are suitable for cost-efficient and accurate data acquisition – especially in new installations. The innovative screwless connection technology for rigid and flexible conductors saves time – ferrules can be dispensed with here.

SCT2121-0600 | Ring-type CT for primary current 600 A, accuracy class 0.5

SCT2121-0600

The SCT2xxx ring-type CTs are suitable for cost-efficient and accurate data acquisition – especially in new installations. The innovative screwless connection technology for rigid and flexible conductors saves time – ferrules can be dispensed with here.

SCT2211-0400 | Ring-type CT for primary current 400 A, accuracy class 1

SCT2211-0400

The SCT2xxx ring-type CTs are suitable for cost-efficient and accurate data acquisition – especially in new installations. The innovative screwless connection technology for rigid and flexible conductors saves time – ferrules can be dispensed with here.

SCT2211-0600 | Ring-type CT for primary current 600 A, accuracy class 1

SCT2211-0600

The SCT2xxx ring-type CTs are suitable for cost-efficient and accurate data acquisition – especially in new installations. The innovative screwless connection technology for rigid and flexible conductors saves time – ferrules can be dispensed with here.

SCT2211-0750 | Ring-type CT for primary current 750 A, accuracy class 1

SCT2211-0750

The SCT2xxx ring-type CTs are suitable for cost-efficient and accurate data acquisition – especially in new installations. The innovative screwless connection technology for rigid and flexible conductors saves time – ferrules can be dispensed with here.

SCT2221-0400 | Ring-type CT for primary current 400 A, accuracy class 0.5

SCT2221-0400

The SCT2xxx ring-type CTs are suitable for cost-efficient and accurate data acquisition – especially in new installations. The innovative screwless connection technology for rigid and flexible conductors saves time – ferrules can be dispensed with here.

SCT2221-0600 | Ring-type CT for primary current 600 A, accuracy class 0.5

SCT2221-0600

The SCT2xxx ring-type CTs are suitable for cost-efficient and accurate data acquisition – especially in new installations. The innovative screwless connection technology for rigid and flexible conductors saves time – ferrules can be dispensed with here.

SCT2221-0750 | Ring-type CT for primary current 750 A, accuracy class 0.5

SCT2221-0750

The SCT2xxx ring-type CTs are suitable for cost-efficient and accurate data acquisition – especially in new installations. The innovative screwless connection technology for rigid and flexible conductors saves time – ferrules can be dispensed with here.

SCT2311-0800 | Ring-type CT for primary current 800 A, accuracy class 1

SCT2311-0800

The SCT2xxx ring-type CTs are suitable for cost-efficient and accurate data acquisition – especially in new installations. The innovative screwless connection technology for rigid and flexible conductors saves time – ferrules can be dispensed with here.

SCT2311-1000 | Ring-type CT for primary current 1000 A, accuracy class 1

SCT2311-1000

The SCT2xxx ring-type CTs are suitable for cost-efficient and accurate data acquisition – especially in new installations. The innovative screwless connection technology for rigid and flexible conductors saves time – ferrules can be dispensed with here.

SCT2321-0800 | Ring-type CT for primary current 800 A, accuracy class 0.5

SCT2321-0800

The SCT2xxx ring-type CTs are suitable for cost-efficient and accurate data acquisition – especially in new installations. The innovative screwless connection technology for rigid and flexible conductors saves time – ferrules can be dispensed with here.

SCT2321-1000 | Ring-type CT for primary current 1000 A, accuracy class 0.5

SCT2321-1000

The SCT2xxx ring-type CTs are suitable for cost-efficient and accurate data acquisition – especially in new installations. The innovative screwless connection technology for rigid and flexible conductors saves time – ferrules can be dispensed with here.

SCT2411-1250 | Ring-type CT for primary current 1250 A, accuracy class 1

SCT2411-1250

The SCT2xxx ring-type CTs are suitable for cost-efficient and accurate data acquisition – especially in new installations. The innovative screwless connection technology for rigid and flexible conductors saves time – ferrules can be dispensed with here.

SCT2411-1500 | Ring-type CT for primary current 1500 A, accuracy class 1

SCT2411-1500

The SCT2xxx ring-type CTs are suitable for cost-efficient and accurate data acquisition – especially in new installations. The innovative screwless connection technology for rigid and flexible conductors saves time – ferrules can be dispensed with here.

SCT2421-1250 | Ring-type CT for primary current 1250 A, accuracy class 0.5

SCT2421-1250

The SCT2xxx ring-type CTs are suitable for cost-efficient and accurate data acquisition – especially in new installations. The innovative screwless connection technology for rigid and flexible conductors saves time – ferrules can be dispensed with here.

SCT2421-1500 | Ring-type CT for primary current 1500 A, accuracy class 0.5

SCT2421-1500

The SCT2xxx ring-type CTs are suitable for cost-efficient and accurate data acquisition – especially in new installations. The innovative screwless connection technology for rigid and flexible conductors saves time – ferrules can be dispensed with here.

SCT2515-2000 | Ring-type CT for primary current 2000 A, accuracy class 1

SCT2515-2000

The SCT2xxx ring-type CTs are suitable for cost-efficient and accurate data acquisition – especially in new installations. The innovative screwless connection technology for rigid and flexible conductors saves time – ferrules can be dispensed with here.

SCT2525-2000 | Ring-type CT for primary current 2000 A, accuracy class 0.5

SCT2525-2000

The SCT2xxx ring-type CTs are suitable for cost-efficient and accurate data acquisition – especially in new installations. The innovative screwless connection technology for rigid and flexible conductors saves time – ferrules can be dispensed with here.

SCT2615-2500 | Ring-type CT for primary current 2500 A, accuracy class 1

SCT2615-2500

The SCT2xxx ring-type CTs are suitable for cost-efficient and accurate data acquisition – especially in new installations. The innovative screwless connection technology for rigid and flexible conductors saves time – ferrules can be dispensed with here.

SCT2625-2500 | Ring-type CT for primary current 2500 A, accuracy class 0.5

SCT2625-2500

The SCT2xxx ring-type CTs are suitable for cost-efficient and accurate data acquisition – especially in new installations. The innovative screwless connection technology for rigid and flexible conductors saves time – ferrules can be dispensed with here.

SCT3111-0050 | 3-phase ring-type CT for primary current 3 x 50 A, accuracy class 1

SCT3111-0050

The compact SCT3111 3-phase ring-type CT measures primary currents from 3 x 50 A to 3 x 150 A, for round conductors with a maximum diameter of 13.5 mm and is suitable for direct mounting under commonly used power switches.

SCT3111-0060 | 3-phase ring-type CT for primary current 3 x 60 A, accuracy class 1

SCT3111-0060

The compact SCT3111 3-phase ring-type CT measures primary currents from 3 x 50 A to 3 x 150 A, for round conductors with a maximum diameter of 13.5 mm and is suitable for direct mounting under commonly used power switches.

SCT3111-0075 | 3-phase ring-type CT for primary current 3 x 75 A, accuracy class 1

SCT3111-0075

The compact SCT3111 3-phase ring-type CT measures primary currents from 3 x 50 A to 3 x 150 A, for round conductors with a maximum diameter of 13.5 mm and is suitable for direct mounting under commonly used power switches.

SCT3111-0080 | 3-phase ring-type CT for primary current 3 x 80 A, accuracy class 1

SCT3111-0080

The compact SCT3111 3-phase ring-type CT measures primary currents from 3 x 50 A to 3 x 150 A, for round conductors with a maximum diameter of 13.5 mm and is suitable for direct mounting under commonly used power switches.

SCT3111-0100 | 3-phase ring-type CT for primary current 3 x 100 A, accuracy class 1

SCT3111-0100

The compact SCT3111 3-phase ring-type CT measures primary currents from 3 x 50 A to 3 x 150 A, for round conductors with a maximum diameter of 13.5 mm and is suitable for direct mounting under commonly used power switches.

SCT3111-0125 | 3-phase ring-type CT for primary current 3 x 125 A, accuracy class 1

SCT3111-0125

The compact SCT3111 3-phase ring-type CT measures primary currents from 3 x 50 A to 3 x 150 A, for round conductors with a maximum diameter of 13.5 mm and is suitable for direct mounting under commonly used power switches.

SCT3111-0150 | 3-phase ring-type CT for primary current 3 x 150 A, accuracy class 1

SCT3111-0150

The compact SCT3111 3-phase ring-type CT measures primary currents from 3 x 50 A to 3 x 150 A, for round conductors with a maximum diameter of 13.5 mm and is suitable for direct mounting under commonly used power switches.

SCT3121-0125 | 3-phase ring-type CT for primary current 3 x 125 A, accuracy class 0.5

SCT3121-0125

The compact SCT3111 3-phase ring-type CT measures primary currents from 3 x 50 A to 3 x 150 A, for round conductors with a maximum diameter of 13.5 mm and is suitable for direct mounting under commonly used power switches.

SCT3121-0150 | 3-phase ring-type CT for primary current 3 x 150 A, accuracy class 0.5

SCT3121-0150

The compact SCT3111 3-phase ring-type CT measures primary currents from 3 x 50 A to 3 x 150 A, for round conductors with a maximum diameter of 13.5 mm and is suitable for direct mounting under commonly used power switches.

SCT3215-0100 | 3-phase ring-type CT for primary current 3 x 100 A, accuracy class 1

SCT3215-0100

The compact SCT3111 3-phase ring-type CT measures primary currents from 3 x 50 A to 3 x 150 A, for round conductors with a maximum diameter of 13.5 mm and is suitable for direct mounting under commonly used power switches.

SCT3215-0150 | 3-phase ring-type CT for primary current 3 x 150 A, accuracy class 1

SCT3215-0150

The compact SCT3111 3-phase ring-type CT measures primary currents from 3 x 50 A to 3 x 150 A, for round conductors with a maximum diameter of 13.5 mm and is suitable for direct mounting under commonly used power switches.

SCT3215-0250 | 3-phase ring-type CT for primary current 3 x 250 A, accuracy class 1

SCT3215-0250

The compact SCT3111 3-phase ring-type CT measures primary currents from 3 x 50 A to 3 x 150 A, for round conductors with a maximum diameter of 13.5 mm and is suitable for direct mounting under commonly used power switches.

SCT3315-0250 | 3-phase ring-type CT for primary current 3 x 250 A, accuracy class 1

SCT3315-0250

The compact SCT3111 3-phase ring-type CT measures primary currents from 3 x 50 A to 3 x 150 A, for round conductors with a maximum diameter of 13.5 mm and is suitable for direct mounting under commonly used power switches.

SCT3315-0400 | 3-phase ring-type CT for primary current 3 x 400 A, accuracy class 1

SCT3315-0400

The compact SCT3111 3-phase ring-type CT measures primary currents from 3 x 50 A to 3 x 150 A, for round conductors with a maximum diameter of 13.5 mm and is suitable for direct mounting under commonly used power switches.

SCT3315-0500 | 3-phase ring-type CT for primary current 3 x 500 A, accuracy class 1

SCT3315-0500

The compact SCT3111 3-phase ring-type CT measures primary currents from 3 x 50 A to 3 x 150 A, for round conductors with a maximum diameter of 13.5 mm and is suitable for direct mounting under commonly used power switches.

SCT3315-0600 | 3-phase ring-type CT for primary current 3 x 600 A, accuracy class 1

SCT3315-0600

The compact SCT3111 3-phase ring-type CT measures primary currents from 3 x 50 A to 3 x 150 A, for round conductors with a maximum diameter of 13.5 mm and is suitable for direct mounting under commonly used power switches.

SCT6101-0060 | Split-core CT for primary current 60 A, accuracy class 3

SCT6101-0060

The SCT6xxx split-core CTs in four sizes, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT6101-0075 | Split-core CT for primary current 75 A, accuracy class 3

SCT6101-0075

The SCT6xxx split-core CTs in four sizes, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT6101-0100 | Split-core CT for primary current 100 A, accuracy class 3

SCT6101-0100

The SCT6xxx split-core CTs in four sizes, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT6101-0150 | Split-core CT for primary current 150 A, accuracy class 3

SCT6101-0150

The SCT6xxx split-core CTs in four sizes, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT6311-0200 | Split-core CT for primary current 200 A, accuracy class 1

SCT6311-0200

The SCT6xxx split-core CTs in four sizes, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT6311-0250 | Split-core CT for primary current 250 A, accuracy class 1

SCT6311-0250

The SCT6xxx split-core CTs in four sizes, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT6321-0200 | Split-core CT for primary current 200 A, accuracy class 0.5

SCT6321-0200

The SCT6xxx split-core CTs in four sizes, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT6321-0250 | Split-core CT for primary current 250 A, accuracy class 0.5

SCT6321-0250

The SCT6xxx split-core CTs in four sizes, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT6411-0300 | Split-core CT for primary current 300 A, accuracy class 1

SCT6411-0300

The SCT6xxx split-core CTs in four sizes, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT6411-0400 | Split-core CT for primary current 400 A, accuracy class 1

SCT6411-0400

The SCT6xxx split-core CTs in four sizes, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT6411-0500 | Split-core CT for primary current 500 A, accuracy class 1

SCT6411-0500

The SCT6xxx split-core CTs in four sizes, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT6421-0400 | Split-core CT for primary current 400 A, accuracy class 0.5

SCT6421-0400

The SCT6xxx split-core CTs in four sizes, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT6421-0500 | Split-core CT for primary current 500 A, accuracy class 0.5

SCT6421-0500

The SCT6xxx split-core CTs in four sizes, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT6615-0600 | Split-core CT for primary current 600 A, accuracy class 1

SCT6615-0600

The SCT6xxx split-core CTs in four sizes, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT6615-0750 | Split-core CT for primary current 750 A, accuracy class 1

SCT6615-0750

The SCT6xxx split-core CTs in four sizes, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT6625-0600 | Split-core CT for primary current 600 A, accuracy class 0.5

SCT6625-0600

The SCT6xxx split-core CTs in four sizes, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT6625-0750 | Split-core CT for primary current 750 A, accuracy class 0.5

SCT6625-0750

The SCT6xxx split-core CTs in four sizes, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT6715-0800 | Split-core CT for primary current 800 A, accuracy class 1

SCT6715-0800

The SCT6xxx split-core CTs in four sizes, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT6715-1000 | Split-core CT for primary current 1000 A, accuracy class 1

SCT6715-1000

The SCT6xxx split-core CTs in four sizes, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT6725-0800 | Split-core CT for primary current 800 A, accuracy class 0.5

SCT6725-0800

The SCT6xxx split-core CTs in four sizes, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT6725-1000 | Split-core CT for primary current 1000 A, accuracy class 0.5

SCT6725-1000

The SCT6xxx split-core CTs in four sizes, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT7105-0100 | Busbar split-core CT for primary current 100 A, accuracy class 3

SCT7105-0100

The SCT7xxx busbar split-core CTs for high primary currents, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT7105-0200 | Busbar split-core CT for primary current 200 A, accuracy class 3

SCT7105-0200

The SCT7xxx busbar split-core CTs for high primary currents, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT7115-0250 | Busbar split-core CT for primary current 250 A, accuracy class 1

SCT7115-0250

The SCT7xxx busbar split-core CTs for high primary currents, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT7115-0400 | Busbar split-core CT for primary current 400 A, accuracy class 1

SCT7115-0400

The SCT7xxx busbar split-core CTs for high primary currents, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT7125-0400 | Busbar split-core CT for primary current 400 A, accuracy class 0.5

SCT7125-0400

The SCT7xxx busbar split-core CTs for high primary currents, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT7215-0500 | Busbar split-core CT for primary current 500 A, accuracy class 1

SCT7215-0500

The SCT7xxx busbar split-core CTs for high primary currents, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT7215-0600 | Busbar split-core CT for primary current 600 A, accuracy class 1

SCT7215-0600

The SCT7xxx busbar split-core CTs for high primary currents, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT7225-0500 | Busbar split-core CT for primary current 500 A, accuracy class 0.5

SCT7225-0500

The SCT7xxx busbar split-core CTs for high primary currents, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT7225-0600 | Busbar split-core CT for primary current 600 A, accuracy class 0.5

SCT7225-0600

The SCT7xxx busbar split-core CTs for high primary currents, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT7315-0750 | Busbar split-core CT for primary current 750 A, accuracy class 1

SCT7315-0750

The SCT7xxx busbar split-core CTs for high primary currents, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT7315-1000 | Busbar split-core CT for primary current 1000 A, accuracy class 1

SCT7315-1000

The SCT7xxx busbar split-core CTs for high primary currents, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT7315-1500 | Busbar split-core CT for primary current 1500 A, accuracy class 1

SCT7315-1500

The SCT7xxx busbar split-core CTs for high primary currents, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT7325-0750 | Busbar split-core CT for primary current 750 A, accuracy class 0.5

SCT7325-0750

The SCT7xxx busbar split-core CTs for high primary currents, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT7325-1000 | Busbar split-core CT for primary current 1000 A, accuracy class 0.5

SCT7325-1000

The SCT7xxx busbar split-core CTs for high primary currents, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT7325-1500 | Busbar split-core CT for primary current 1500 A, accuracy class 0.5

SCT7325-1500

The SCT7xxx busbar split-core CTs for high primary currents, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT7415-1500 | Busbar split-core CT for primary current 1500 A, accuracy class 1

SCT7415-1500

The SCT7xxx busbar split-core CTs for high primary currents, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT7415-2000 | Busbar split-core CT for primary current 2000 A, accuracy class 1

SCT7415-2000

The SCT7xxx busbar split-core CTs for high primary currents, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT7415-2500 | Busbar split-core CT for primary current 2500 A, accuracy class 1

SCT7415-2500

The SCT7xxx busbar split-core CTs for high primary currents, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT7415-3000 | Busbar split-core CT for primary current 3000 A, accuracy class 1

SCT7415-3000

The SCT7xxx busbar split-core CTs for high primary currents, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT7415-4000 | Busbar split-core CT for primary current 4000 A, accuracy class 1

SCT7415-4000

The SCT7xxx busbar split-core CTs for high primary currents, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT7415-5000 | Busbar split-core CT for primary current 5000 A, accuracy class 1

SCT7415-5000

The SCT7xxx busbar split-core CTs for high primary currents, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT7425-1500 | Busbar split-core CT for primary current 1500 A, accuracy class 0.5

SCT7425-1500

The SCT7xxx busbar split-core CTs for high primary currents, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT7425-2000 | Busbar split-core CT for primary current 2000 A, accuracy class 0.5

SCT7425-2000

The SCT7xxx busbar split-core CTs for high primary currents, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT7425-2500 | Busbar split-core CT for primary current 2500 A, accuracy class 0.5

SCT7425-2500

The SCT7xxx busbar split-core CTs for high primary currents, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT7425-3000 | Busbar split-core CT for primary current 3000 A, accuracy class 0.5

SCT7425-3000

The SCT7xxx busbar split-core CTs for high primary currents, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT7425-4000 | Busbar split-core CT for primary current 4000 A, accuracy class 0.5

SCT7425-4000

The SCT7xxx busbar split-core CTs for high primary currents, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT7425-5000 | Busbar split-core CT for primary current 5000 A, accuracy class 0.5

SCT7425-5000

The SCT7xxx busbar split-core CTs for high primary currents, ensure minimum installation effort in existing systems. With their separable measuring system, they enable flexible retrofitting without separating the primary conductors.

SCT0111-0001 | Coil CT for primary current 1 A, accuracy class 1

SCT0111-0001

In order to guarantee power transmission, CTs need a correspondingly large measuring core volume with decreasing primary rated currents. The dimensions of standard CTs would quickly hit their limits on the basis of this physical principle. The SCT0xxxx coil CTs with electrical isolation are specially designed for these low primary rated currents and are used in corresponding

SCT0111-0002 | Coil CT for primary current 2.5 A, accuracy class 1

SCT0111-0002

In order to guarantee power transmission, CTs need a correspondingly large measuring core volume with decreasing primary rated currents. The dimensions of standard CTs would quickly hit their limits on the basis of this physical principle. The SCT0xxxx coil CTs with electrical isolation are specially designed for these low primary rated currents and are used in corresponding

SCT0111-0005 | Coil CT for primary current 5 A, accuracy class 1

SCT0111-0005

In order to guarantee power transmission, CTs need a correspondingly large measuring core volume with decreasing primary rated currents. The dimensions of standard CTs would quickly hit their limits on the basis of this physical principle. The SCT0xxxx coil CTs with electrical isolation are specially designed for these low primary rated currents and are used in corresponding

SCT0111-0010 | Coil CT for primary current 10 A, accuracy class 1

SCT0111-0010

In order to guarantee power transmission, CTs need a correspondingly large measuring core volume with decreasing primary rated currents. The dimensions of standard CTs would quickly hit their limits on the basis of this physical principle. The SCT0xxxx coil CTs with electrical isolation are specially designed for these low primary rated currents and are used in corresponding

SCT0111-0015 | Coil CT for primary current 15 A, accuracy class 1

SCT0111-0015

In order to guarantee power transmission, CTs need a correspondingly large measuring core volume with decreasing primary rated currents. The dimensions of standard CTs would quickly hit their limits on the basis of this physical principle. The SCT0xxxx coil CTs with electrical isolation are specially designed for these low primary rated currents and are used in corresponding

SCT0111-0020 | Coil CT for primary current 20 A, accuracy class 1

SCT0111-0020

In order to guarantee power transmission, CTs need a correspondingly large measuring core volume with decreasing primary rated currents. The dimensions of standard CTs would quickly hit their limits on the basis of this physical principle. The SCT0xxxx coil CTs with electrical isolation are specially designed for these low primary rated currents and are used in corresponding

SCT0111-0025 | Coil CT for primary current 25 A, accuracy class 1

SCT0111-0025

In order to guarantee power transmission, CTs need a correspondingly large measuring core volume with decreasing primary rated currents. The dimensions of standard CTs would quickly hit their limits on the basis of this physical principle. The SCT0xxxx coil CTs with electrical isolation are specially designed for these low primary rated currents and are used in corresponding

SCT0111-0030 | Coil CT for primary current 30 A, accuracy class 1

SCT0111-0030

In order to guarantee power transmission, CTs need a correspondingly large measuring core volume with decreasing primary rated currents. The dimensions of standard CTs would quickly hit their limits on the basis of this physical principle. The SCT0xxxx coil CTs with electrical isolation are specially designed for these low primary rated currents and are used in corresponding

SCT0121-0001 | Coil CT for primary current 1 A, accuracy class 0.5

SCT0121-0001

In order to guarantee power transmission, CTs need a correspondingly large measuring core volume with decreasing primary rated currents. The dimensions of standard CTs would quickly hit their limits on the basis of this physical principle. The SCT0xxxx coil CTs with electrical isolation are specially designed for these low primary rated currents and are used in corresponding

SCT0121-0002 | Coil CT for primary current 2.5 A, accuracy class 0.5

SCT0121-0002

In order to guarantee power transmission, CTs need a correspondingly large measuring core volume with decreasing primary rated currents. The dimensions of standard CTs would quickly hit their limits on the basis of this physical principle. The SCT0xxxx coil CTs with electrical isolation are specially designed for these low primary rated currents and are used in corresponding

SCT0121-0005 | Coil CT for primary current 5 A, accuracy class 0.5

SCT0121-0005

In order to guarantee power transmission, CTs need a correspondingly large measuring core volume with decreasing primary rated currents. The dimensions of standard CTs would quickly hit their limits on the basis of this physical principle. The SCT0xxxx coil CTs with electrical isolation are specially designed for these low primary rated currents and are used in corresponding

SCT0121-0010 | Coil CT for primary current 10 A, accuracy class 0.5

SCT0121-0010

In order to guarantee power transmission, CTs need a correspondingly large measuring core volume with decreasing primary rated currents. The dimensions of standard CTs would quickly hit their limits on the basis of this physical principle. The SCT0xxxx coil CTs with electrical isolation are specially designed for these low primary rated currents and are used in corresponding

SCT0121-0015 | Coil CT for primary current 15 A, accuracy class 0.5

SCT0121-0015

In order to guarantee power transmission, CTs need a correspondingly large measuring core volume with decreasing primary rated currents. The dimensions of standard CTs would quickly hit their limits on the basis of this physical principle. The SCT0xxxx coil CTs with electrical isolation are specially designed for these low primary rated currents and are used in corresponding

SCT0121-0020 | Coil CT for primary current 20 A, accuracy class 0.5

SCT0121-0020

In order to guarantee power transmission, CTs need a correspondingly large measuring core volume with decreasing primary rated currents. The dimensions of standard CTs would quickly hit their limits on the basis of this physical principle. The SCT0xxxx coil CTs with electrical isolation are specially designed for these low primary rated currents and are used in corresponding

SCT0121-0025 | Coil CT for primary current 25 A, accuracy class 0.5

SCT0121-0025

In order to guarantee power transmission, CTs need a correspondingly large measuring core volume with decreasing primary rated currents. The dimensions of standard CTs would quickly hit their limits on the basis of this physical principle. The SCT0xxxx coil CTs with electrical isolation are specially designed for these low primary rated currents and are used in corresponding

SCT0121-0030 | Coil CT for primary current 30 A, accuracy class 0.5

SCT0121-0030

In order to guarantee power transmission, CTs need a correspondingly large measuring core volume with decreasing primary rated currents. The dimensions of standard CTs would quickly hit their limits on the basis of this physical principle. The SCT0xxxx coil CTs with electrical isolation are specially designed for these low primary rated currents and are used in corresponding

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