Technical connection conditions (TAB) as the basis for the smart energy transformation

Technical connection conditions (TAB) and the standardization of semi-indirect measurements (transformer circuits) by means of insulated banana plugs are an important component for the energy transformation. Whether through TAB Medium Voltage or Technical Connection Conditions Medium Voltage or TAB Low Voltage, the specified conditions save costs, simplify work and increase the safety of the switchgear.

In this context, conditions refer to the requirements of the distribution grid operators for the electrical system of the grid connection user, from the medium-voltage grid via the low-voltage grid to the grid connection of the consumers, in compliance with various standards such as DIN EN 60947-7-1, DIN VDE 0603-2-1:2017-06, VDE 0603-2-2:2017-12 or also VDE-AR-N 4100:2019-04 (TAR Medium Voltage).

Highlights of the Klippon® Connect TTB range

Pre-assembled terminal strips according to the specifications of the technical connection condition TAB

Current and voltage terminals for semi-indirect measurements

Pre-assembled terminal strip according to the specifications of the technical connection condition TAB NS Nord 2019

The "TAB NS Nord 22" terminal strip is structured in accordance with the standard wording for technical connection conditions under the title "TAB NS NORD 2019" (TAB 2019). It is responsible for the connection and operation of plants on the low-voltage grid in the area of the BDEW regional group Northern Germany together with the BDEW regional group Berlin/Brandenburg. The terminal blocks are designed with the PUSH IN connection technology. Please always refer to the supplementary sheets of the respective grid operator.

Current and voltage terminals for semi-indirect measurements
Application area of the terminal strip:
  • Celle-Uelzen electricity grid
  • E.DIS electricity grid
  • EVE electricity grid
  • EWE electricity grid
  • LSW electricity grid
  • Schleswig-Holstein electricity grid
  • Hamburg electricity grid
  • Berlin electricity grid
  • WEMAG electricity grid
  • Bremen Weser electricity grid

Current and voltage terminals for semi-indirect measurements

Pre-assembled terminal strip according to the specifications of the technical connection condition TAB NS Nord 2019

The "TAB NS Nord 14" terminal strip is structured in accordance with the standard wording for technical connection conditions under the title "TAB NS NORD 2019" (TAB 2019). It is responsible for the connection and operation of plants on the low-voltage grid in the area of the BDEW regional group Northern Germany together with the BDEW regional group Berlin/Brandenburg. The terminal blocks are designed with the PUSH IN connection technology. Please always refer to the supplementary sheets of the respective grid operator.

Current and voltage terminals for semi-indirect measurements
Application area of the terminal strip:
  • Celle-Uelzen electricity grid
  • E.DIS electricity grid
  • EVE electricity grid
  • EWE electricity grid
  • LSW electricity grid
  • Schleswig-Holstein electricity grid
  • Hamburg electricity grid
  • Berlin electricity grid
  • WEMAG electricity grid
  • Bremen Weser electricity grid

Current and voltage terminal blocks for three-point meter stations according to VDE FNN

Pre-assembled terminal strip according to VDE FNN specifications - With PUSH IN connection technology

The "VDE FNN" terminal strip is designed in accordance with the "VDE FNN note for meter stations with semi-indirect measurements up to 1000 A in low voltage (for transformer systems)". It refers to version 1.0 from June 2022 and is used to standardize semi-indirect measurements (transformer measurements). This note is to be applied together with VDE-AR-N 4100:2019 and VDE-AR-N 4100 authorization 1:2019. The terminal blocks are designed with the PUSH IN connection technology.

Current and voltage terminal blocks for three-point meter stations according to VDE FNN
For use throughout Germany in accordance with the "Note from VDE FNN for meter stations with semi-indirect measurements up to 1000 A in low voltage (for transformer systems)".

Current and voltage terminal blocks for three-point meter stations according to VDE FNN

Pre-assembled terminal strip according to VDE FNN specifications - With screw connection technology

The "VDE FNN" terminal strip is designed in accordance with the "VDE FNN note for meter stations with semi-indirect measurements up to 1000 A in low voltage (for transformer systems)". It refers to version 1.0 from June 2022 and is used to standardize semi-indirect measurements (transformer measurements). This note is to be applied together with VDE-AR-N 4100:2019 and VDE-AR-N 4100 authorization 1:2019. The terminal blocks are designed with the screw connection technology.

Current and voltage terminal blocks for three-point meter stations according to VDE FNN
For use throughout Germany in accordance with the "Note from VDE FNN for meter stations with semi-indirect measurements up to 1000 A in low voltage (for transformer systems)".

Current and voltage terminal blocks for 3-phase current and voltage transformers

Pre-assembled terminal strip for 3 current and voltage transformers with N and PE connection - With PUSH IN connection technology

The "LST_CTVT_3PHASEPEATTB" terminal strip is a setup for 3 current and voltage transformers with N and PE connection. The 3 phases are color coded on the current transformer side with yellow (L1), green (L2) and violet (L3). In addition, the structure has the forced short-circuit function (MBB - Make Before Breake) and comparison measurement function. These two functions and all other features are demonstrated in the video linked here. The terminal blocks are designed with the PUSH IN connection technology.

Current and voltage terminal blocks for 3-phase current and voltage transformers
Colored setup for 3 phases for general use

Current and voltage terminal blocks for 3-phase current and voltage transformers

Pre-assembled terminal strip for 3 current and voltage transformers with N and PE connection - With screw connection technology

The "LST_CTVT_3PHASEPEWTTB" terminal strip is a setup for 3 current and voltage transformers with N and PE connection. The 3 phases are color coded on the current transformer side with yellow (L1), green (L2) and violet (L3). In addition, the structure has the forced short-circuit function (MBB - Make Before Breake) and comparison measurement function. These two functions and all other features are demonstrated in the video linked here. The terminal blocks are designed with the screw connection technology.

Current and voltage terminal blocks for 3-phase current and voltage transformers
Colored setup for 3 phases for general use

Current terminal blocks for 3 current transformers

Pre-assembled terminal strip 3 phase for current transformers - With PUSH IN connection technology

The terminal strip "LST_CT_3PHASE_ATTB_OR" is an assembly of 6 terminals for 3 current transformers. The 3 phases have the has the forced short-circuit function (MBB - Make Before Breake) and comparison measurement function. These two functions and all other features are demonstrated in the video linked here. The terminal blocks are designed with the PUSH IN connection technology.

Current terminal blocks for 3 current transformers
Setup for 3 phases for general use

Current terminal blocks for 3 current transformers

Pre-assembled terminal strip 3 phase for current transformers - With screw connection technology

The terminal strip "LST_CT_3PHASE_ATTB_OR" is an assembly of 6 terminals for 3 current transformers. The 3 phases have the has the forced short-circuit function (MBB - Make Before Breake) and comparison measurement function. These two functions and all other features are demonstrated in the video linked here. The terminal blocks are designed with the screw connection technology.

Current terminal blocks for 3 current transformers
Setup for 3 phases for general use

Data sheets on technical connection conditions and test terminals

On the website Engineering Data you will find an extensive selection of downloads related to CAT data. For the quick integration of our products into your design, a wide range of digital product data is available for engineering systems such as EPLAN (EPLAN Electric P8 and EPLAN Pro Panel), Zuken E3.series, WSCAD and many others. This data enables a precise representation of the measuring transformer terminals and test disconnect terminals in 3D and shows all relevant electrotechnical and operational characteristics.

Data sheets

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