By completing the power measurement chain from the sensor to the cloud, PC-based control specialist Beckhoff enables a significant simplification of energy management approaches and improves the availability of machines and production facilities. Permanently integrated and seamless power measurement across entire installations allows users to perform extensive inline analyses to detect any deviation and take quick corrective action. Starting point of the Beckhoff measurement chain: SCT current transformers.
Dr. Fabian Assion discusses distributed power measurement and SCT current transformers in a 30-minute webinar. In his role as Product Manager I/O, he will present actual use cases and provide answers to the following questions:
- How can Beckhoff products be used to easily measure kA currents?
- Why does distributed power measurement from Beckhoff make an application simpler and more transparent?
- When bringing power measurement data to the cloud there is no need for a PLC programmer – why is that?
- How easy is it to realize predictive maintenance via power measurement?
More about this video
EL3443 | EtherCAT Terminal, 3-channel analog input, power measurement, 480 V AC/DC, 1 A, 24 bit
The EL3443 EtherCAT Terminal enables the measurement of all relevant electrical data of the supply network and carries out simple pre-evaluation. The voltage is measured via direct connection of L1, L2, L3 and N. The current of the three phases L1, L2 and L3 is fed via simple current transformers. All measured currents and voltages are available as root-mean-square values. In the EL3443 terminal, the effective power and energy consumption for each phase are calculated. The RMS values of voltage U and current I as well as the active power P, apparent power S, reactive power Q, frequency f, phase shift angle cos φ and harmonic are available. The EL3443 offers extended functionality for mains analysis and energy management.
EL3446 | EtherCAT Terminal, 6-channel analog input, current, 1 A, 24 bit, distributed power measurement
The EL3446 EtherCAT Terminal enables the measurement of all relevant electrical data of the supply network and carries out simple pre-evaluation. Since the EL3446 itself has no voltage inputs, the voltage measured values are transmitted via EtherCAT by an EL3443 to be installed once per network. The current of up to six phases is fed via simple current transformers. All measured currents and voltages are available as root-mean-square values. In the EL3446 terminal, the effective power and energy consumption for each phase are calculated. The RMS values of voltage U and current I as well as the active power P, apparent power S, reactive power Q, frequency f, phase shift angle cos φ and harmonic are available. The EL3446 offers extended functionality for mains analysis and energy management.
EL3453 | EtherCAT Terminal, 3-channel analog input, power measurement, 690 V AC, 0.1/1/5 A, 24 bit, electrically isolated
The EL3453 EtherCAT power measurement terminal is an advancement based on the EL3413. With up to 690 V AC, the voltage inputs are optimized for the direct monitoring of high-capacity generators, as in the wind power industry, for example. No upstream voltage transformer is required. The four current inputs are electrically isolated so that the terminal can be used in all common grounded current transformer configurations such as 2- or 3-transformer configurations with star or delta connection incl. neutral conductor current measurement. The EL3453 can be used for simple grid analysis up to the 63rd harmonics analysis. Alternatively, all readings can be combined in a power quality factor for simplified diagnostics. Like all measured terminal data, the harmonic content can be read via the process data. The EL3453 offers the “ExtendedRange” feature enabling the use of the full technical measuring range, which equals 130% of the specified nominal measuring range.
SCT1111-0032 | Mini ring-type CT, 32 A AC, accuracy class 1
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, 35 A AC, accuracy class 1
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, 40 A AC, accuracy class 1
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, 50 A AC, accuracy class 1
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, 60 A AC, accuracy class 1
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, 64 A AC, accuracy class 1
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, 60 A AC, accuracy class 1
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, 75 A AC, accuracy class 1
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, 80 A AC, accuracy class 1
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, 100 A AC, accuracy class 1
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, 125 A AC, accuracy class 1
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, 150 A AC, accuracy class 1
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, 200 A AC, accuracy class 1
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, 250 A AC, accuracy class 1
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, 300 A AC, accuracy class 1
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, 400 A AC, accuracy class 1
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, 500 A AC, accuracy class 1
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, 125 A AC, accuracy class 0.5
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, 150 A AC, accuracy class 0.5
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, 200 A AC, accuracy class 0.5
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, 250 A AC, accuracy class 0.5
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, 300 A AC, accuracy class 0.5
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, 400 A AC, accuracy class 0.5
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, 500 A AC, accuracy class 0.5
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, 600 A AC, accuracy class 0.5
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, 400 A AC, accuracy class 1
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, 600 A AC, accuracy class 1
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, 750 A AC, accuracy class 1
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, 400 A AC, accuracy class 0.5
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, 600 A AC, accuracy class 0.5
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, 750 A AC, accuracy class 0.5
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, 800 A AC, accuracy class 1
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, 1000 A AC, accuracy class 1
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, 800 A AC, accuracy class 0.5
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, 1000 A AC, accuracy class 0.5
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, 1250 A AC, accuracy class 1
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, 1500 A AC, accuracy class 1
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, 1250 A AC, accuracy class 0.5
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, 1500 A AC, accuracy class 0.5
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, 2000 A AC, accuracy class 1
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, 2000 A AC, accuracy class 0.5
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, 2500 A AC, accuracy class 1
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, 2500 A AC, accuracy class 0.5
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, 3 x 50 A AC, accuracy class 1
The compact SCT3111 3-phase ring-type CTs measure primary currents from 3 x 50 A (SCT3111-0050) to 3 x 150 A (SCT3111-0150), for round conductors with a maximum diameter of 13.5 mm. The SCT3xxx are suitable for direct mounting under commonly used power switches.
SCT3111-0060 | 3-phase ring-type CT, 3 x 60 A AC, accuracy class 1
The compact SCT3111 3-phase ring-type CTs measure primary currents from 3 x 50 A (SCT3111-0050) to 3 x 150 A (SCT3111-0150), for round conductors with a maximum diameter of 13.5 mm. The SCT3xxx are suitable for direct mounting under commonly used power switches.
SCT3111-0075 | 3-phase ring-type CT, 3 x 75 A AC, accuracy class 1
The compact SCT3111 3-phase ring-type CTs measure primary currents from 3 x 50 A (SCT3111-0050) to 3 x 150 A (SCT3111-0150), for round conductors with a maximum diameter of 13.5 mm. The SCT3xxx are suitable for direct mounting under commonly used power switches.
SCT3111-0080 | 3-phase ring-type CT, 3 x 80 A AC, accuracy class 1
The compact SCT3111 3-phase ring-type CTs measure primary currents from 3 x 50 A (SCT3111-0050) to 3 x 150 A (SCT3111-0150), for round conductors with a maximum diameter of 13.5 mm. The SCT3xxx are suitable for direct mounting under commonly used power switches.
SCT3111-0100 | 3-phase ring-type CT, 3 x 100 A AC, accuracy class 1
The compact SCT3111 3-phase ring-type CTs measure primary currents from 3 x 50 A (SCT3111-0050) to 3 x 150 A (SCT3111-0150), for round conductors with a maximum diameter of 13.5 mm. The SCT3xxx are suitable for direct mounting under commonly used power switches.
SCT3111-0125 | 3-phase ring-type CT, 3 x 125 A AC, accuracy class 1
The compact SCT3111 3-phase ring-type CTs measure primary currents from 3 x 50 A (SCT3111-0050) to 3 x 150 A (SCT3111-0150), for round conductors with a maximum diameter of 13.5 mm. The SCT3xxx are suitable for direct mounting under commonly used power switches.
SCT3111-0150 | 3-phase ring-type CT, 3 x 150 A AC, accuracy class 1
The compact SCT3111 3-phase ring-type CTs measure primary currents from 3 x 50 A (SCT3111-0050) to 3 x 150 A (SCT3111-0150), for round conductors with a maximum diameter of 13.5 mm. The SCT3xxx are suitable for direct mounting under commonly used power switches.
SCT3121-0125 | 3-phase ring-type CT, 3 x 125 A AC, accuracy class 0.5
The compact SCT3121 3-phase ring-type CTs measure primary currents from 3 x 125 A (SCT3121-0125) to 3 x 150 A (SCT3121-0150), for round conductors with a maximum diameter of 13.5 mm. The SCT3xxx are suitable for direct mounting under commonly used power switches.
SCT3121-0150 | 3-phase ring-type CT, 3 x 150 A AC, accuracy class 0.5
The compact SCT3121 3-phase ring-type CTs measure primary currents from 3 x 125 A (SCT3121-0125) to 3 x 150 A (SCT3121-0150), for round conductors with a maximum diameter of 13.5 mm. The SCT3xxx are suitable for direct mounting under commonly used power switches.
SCT3215-0100 | 3-phase ring-type CT, 3 x 100 A AC, accuracy class 1
The compact SCT3215 3-phase ring-type CTs measure primary currents from 3 x 100 A (SCT3215-0100) to 3 x 250 A (SCT3215-0250), for round conductors with a maximum diameter of 18 mm. The SCT3xxx are suitable for direct mounting under commonly used power switches.
SCT3215-0150 | 3-phase ring-type CT, 3 x 150 A AC, accuracy class 1
The compact SCT3215 3-phase ring-type CTs measure primary currents from 3 x 100 A (SCT3215-0100) to 3 x 250 A (SCT3215-0250), for round conductors with a maximum diameter of 18 mm. The SCT3xxx are suitable for direct mounting under commonly used power switches.
SCT3215-0250 | 3-phase ring-type CT, 3 x 250 A AC, accuracy class 1
The compact SCT3215 3-phase ring-type CTs measure primary currents from 3 x 100 A (SCT3215-0100) to 3 x 250 A (SCT3215-0250), for round conductors with a maximum diameter of 18 mm. The SCT3xxx are suitable for direct mounting under commonly used power switches.
SCT3315-0250 | 3-phase ring-type CT, 3 x 250 A AC, accuracy class 1
The compact SCT3315 3-phase ring-type CTs measure primary currents from 3 x 250 A (SCT3315-0250) to 3 x 600 A (SCT3315-0600), for round conductors with a maximum diameter of 22 mm. The SCT3xxx are suitable for direct mounting under commonly used power switches.
SCT3315-0400 | 3-phase ring-type CT, 3 x 400 A AC, accuracy class 1
The compact SCT3315 3-phase ring-type CTs measure primary currents from 3 x 250 A (SCT3315-0250) to 3 x 600 A (SCT3315-0600), for round conductors with a maximum diameter of 22 mm. The SCT3xxx are suitable for direct mounting under commonly used power switches.
SCT3315-0500 | 3-phase ring-type CT, 3 x 500 A AC, accuracy class 1
The compact SCT3315 3-phase ring-type CTs measure primary currents from 3 x 250 A (SCT3315-0250) to 3 x 600 A (SCT3315-0600), for round conductors with a maximum diameter of 22 mm. The SCT3xxx are suitable for direct mounting under commonly used power switches.
SCT3315-0600 | 3-phase ring-type CT, 3 x 600 A AC, accuracy class 1
The compact SCT3315 3-phase ring-type CTs measure primary currents from 3 x 250 A (SCT3315-0250) to 3 x 600 A (SCT3315-0600), for round conductors with a maximum diameter of 22 mm. The SCT3xxx are suitable for direct mounting under commonly used power switches.
SCT6101-0060 | Split-core CT, 60 A AC, accuracy class 3
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, 75 A AC, accuracy class 3
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, 100 A AC, accuracy class 3
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, 150 A AC, accuracy class 3
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, 200 A AC, accuracy class 1
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, 250 A AC, accuracy class 1
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, 200 A AC, accuracy class 0.5
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, 250 A AC, accuracy class 0.5
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, 300 A AC, accuracy class 1
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, 400 A AC, accuracy class 1
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, 500 A AC, accuracy class 1
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, 400 A AC, accuracy class 0.5
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, 500 A AC, accuracy class 0.5
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, 600 A AC, accuracy class 1
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, 750 A AC, accuracy class 1
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, 600 A AC, accuracy class 0.5
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, 750 A AC, accuracy class 0.5
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, 800 A AC, accuracy class 1
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, 1000 A AC, accuracy class 1
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, 800 A AC, accuracy class 0.5
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, 1000 A AC, accuracy class 0.5
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, 100 A AC, accuracy class 3
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, 200 A AC, accuracy class 3
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, 250 A AC, accuracy class 1
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, 400 A AC, accuracy class 1
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, 400 A AC, accuracy class 0.5
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, 500 A AC, accuracy class 1
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, 600 A AC, accuracy class 1
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, 500 A AC, accuracy class 0.5
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, 600 A AC, accuracy class 0.5
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, 750 A AC, accuracy class 1
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, 1000 A AC, accuracy class 1
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, 1500 A AC, accuracy class 1
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, 750 A AC, accuracy class 0.5
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, 1000 A AC, accuracy class 0.5
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, 1500 A AC, accuracy class 0.5
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, 1500 A AC, accuracy class 1
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, 2000 A AC, accuracy class 1
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, 2500 A AC, accuracy class 1
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, 3000 A AC, accuracy class 1
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, 4000 A AC, accuracy class 1
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, 5000 A AC, accuracy class 1
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, 1500 A AC, accuracy class 0.5
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, 2000 A AC, accuracy class 0.5
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, 2500 A AC, accuracy class 0.5
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, 3000 A AC, accuracy class 0.5
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, 4000 A AC, accuracy class 0.5
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, 5000 A AC, accuracy class 0.5
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, 1 A AC, accuracy class 1
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 applications.
SCT0111-0002 | Coil CT, 2.5 A AC, accuracy class 1
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 applications.
SCT0111-0005 | Coil CT, 5 A AC, accuracy class 1
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 applications.
SCT0111-0010 | Coil CT, 10 A AC, accuracy class 1
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 applications.
SCT0111-0015 | Coil CT, 15 A AC, accuracy class 1
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 applications.
SCT0111-0020 | Coil CT, 20 A AC, accuracy class 1
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 applications.
SCT0111-0025 | Coil CT, 25 A AC, accuracy class 1
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 applications.
SCT0111-0030 | Coil CT, 30 A AC, accuracy class 1
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 applications.
SCT0121-0001 | Coil CT, 1 A AC, accuracy class 0.5
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 applications.
SCT0121-0002 | Coil CT, 2.5 A AC, accuracy class 0.5
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 applications.
SCT0121-0005 | Coil CT, 5 A AC, accuracy class 0.5
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 applications.
SCT0121-0010 | Coil CT, 10 A AC, accuracy class 0.5
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 applications.
SCT0121-0015 | Coil CT, 15 A AC, accuracy class 0.5
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 applications.
SCT0121-0020 | Coil CT, 20 A AC, accuracy class 0.5
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 applications.
SCT0121-0025 | Coil CT, 25 A AC, accuracy class 0.5
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 applications.
SCT0121-0030 | Coil CT, 30 A AC, accuracy class 0.5
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 applications.
SCT1101-0016 | Mini ring-type CT, 16 A AC, accuracy class 3
The SCT11x1 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.