OBO

The cable branch boxes consist of a thermoplastic polypropylene with plug-in seals made of ethylene vinyl acetate EVA. Lines can be installed directly through the 9 x M25 7 x M32 seals, or the seals were cut in with a knife at the intended locations to produce an insertion opening for pipes or pipes. Alternatively, cable screw connections can be plugged through the openings instead of the seals and can be constricted from the inside with a counter nut. The cable branch boxes can be equipped with sheet metal screws 3,5x9,5 in openings on the floor mounted on mounting plates. Lights internal dimensions: 225x173x86 Cover with labeling field and sealable.

The cable branch boxes consist of a thermoplastic polypropylene with plug-in seals made of ethylene vinyl acetate EVA. Lines can be installed directly through the 16 x M32 8 x M40 seals, or the seals were cut in with a knife at the intended locations to produce an insertion opening for pipes or pipes. Alternatively, cable screw connections can be plugged through the openings instead of the seals and can be constricted from the inside with a counter nut. The cable branch boxes can be equipped with sheet metal screws 3,5x9,5 in openings on the floor mounted on mounting plates. Lights internal dimensions: 267x182x110 Cover with labeling field and sealable.

The T-series cable branch boxes are all UV-resistant. They consist of a thermoplastic polypropylene with plug-in seals of ethylene vinyl acetate EVA. This plastic is soft, that is, it can move. Thus, lines through the 7×M25 seals can be installed or the seals are cut in with a knife at the intended points in order to produce an insertion opening for lines or pipes. Alternatively, cable screw connections can be plugged through the openings instead of the seals and can be constricted from the inside with a counter nut. The cable branch boxes can be equipped with sheet metal screws 3,5 x 9,5 in openings on the floor mounted on mounting plates. Lights internal dimensions: 77x77x46 mm

The cable branch boxes consist of a thermoplastic polypropylene with plug-in seals made of ethylene vinyl acetate EVA. Lines can be installed directly through the 7 x M25 seals, or the seals are cut in with a knife at the intended points in order to produce an insertion opening for pipes or pipes. Alternatively, cable screw connections can be plugged through the openings instead of the seals and can be constricted from the inside with a counter nut. The cable branch boxes can be equipped with sheet metal screws 3,5x9,5 in openings on the floor mounted on mounting plates. Lights internal dimensions: 100x100x48 Cover with labeling field and sealable.

All T-series cable branch boxes are UV-resistant. They consist of polypropylene (a thermoplastic) and have closed side walls. Required openings can be introduced at any location. In these openings, plug-in seals EDK or cable screw connections with counter nuts can be inserted in order to introduce lines. The cable branch boxes can be equipped with sheet metal screws 3,5 x 9,5 in openings on the floor mounted on mounting plates. Lights internal dimensions: 100x100x46 mm lid with labeling field and plombable.

Universal bracket for mounting cable support systems on wall, ceiling or floor.

V10 Compact overvoltage protection for 230/400V networks. SPD according to EN 61643-11: Type 2+3 Suitable in 230/400V TT and TN networks High-performance varistor technology with 10kA (max. 20kA) leakage current per pole. Due to its small size suitable for overvoltage protection in sub-distributions and compact cabinets. With optical function and defect display. 5 years warranty

The upper part of the V20 overvoltage arrester made of halogen-free plastic is suitable for overvoltage protection potential compensation according to VDE 0100-443 (IEC 60364-4-44) and serves as a substitute for the V20 SurgeController. A dynamic separation device as well as an optical status display characterize the modularly pluggable arresters. Thanks to the high performance varistors, the leakage capacity is up to 40 kA (8/20) per pole. The vibration-proof latching and the voltage and type coding ensure safety and avoid confusion between upper and lower parts. The wedge-shaped design of the contacts allows simple insertion and even simpler removal of the upper parts. Additional technical product information can be obtained quickly and easily via the QR code applied to the power shield.

The V20 overvoltage arrester made of halogen-free plastic is suitable for overvoltage protection potential compensation according to VDE 0100-443 (IEC 60364-4-44). A dynamic separation device and optical status display characterize the modularly pluggable arresters. The NPE variant is additionally equipped with a highly loadable spark gap between zero and protective conductors. The SurgeController is particularly suitable for potential equalization in main and lower distributions, depending on the type in the ranges of TN, TT networks. Thanks to the high performance varistors, the leakage capacity is up to 40 kA (8/20) per pole. The vibration-proof latching and the voltage and type coding ensure safety and avoid confusion between upper and lower parts. The wedge-shaped design of the contacts allows simple insertion and even simpler removal of the upper parts. Additional technical product information can be obtained quickly and easily via the QR code applied to the power shield.

The V20 overvoltage arrester made of halogen-free plastic is suitable for overvoltage protection potential compensation according to VDE 0100-443 (IEC 60364-4-44). A dynamic separation device and optical status display characterize the modularly pluggable arresters. The SurgeController is particularly suitable for potential equalization in main and lower distributions, depending on the type in the area of TN networks. Thanks to the high performance varistors, the leakage capacity is up to 40 kA (8/20) per pole. The vibration-proof latching and the voltage and type coding ensure safety and avoid confusion between upper and lower parts. The wedge-shaped design of the contacts allows simple insertion and even simpler removal of the upper parts. Additional technical product information can be obtained quickly and easily via the QR code applied to the power shield.

The V20 overvoltage arrester made of halogen-free plastic is suitable for overvoltage protection potential compensation according to VDE 0100-443 (IEC 60364-4-44). A dynamic separation device and optical status display characterize the modularly pluggable arresters. The FS with NPE variant offers a highly loadable spark gap between zero and protective conductors as well as a potential-free changer contact that allows remote signaling. The SurgeController is particularly suitable for potential equalization in main and lower distributions, depending on the type in the ranges of TN and TT- Thanks to the high-performance varistors, the leakage capacity is up to 40 kA (8/20) per pole. The vibration-proof latching and the voltage and type coding ensure safety and avoid confusion between upper and lower parts. The wedge-shaped design of the contacts allows simple insertion and even simpler removal of the upper parts. Additional technical product information can be obtained quickly and easily via the QR code applied to the power shield.

The V20 overvoltage arrester made of halogen-free plastic is suitable for overvoltage protection potential compensation according to VDE 0100-443 (IEC 60364-4-44). A dynamic separation device and optical status display characterize the modularly pluggable arresters. The NPE variant is additionally equipped with a highly loadable spark gap between zero and protective conductors. The SurgeController is particularly suitable for potential equalization in main and lower distributions, depending on the type in the ranges of TN, TT networks. Thanks to the high performance varistors, the leakage capacity is up to 40 kA (8/20) per pole. The vibration-proof latching and the voltage and type coding ensure safety and avoid confusion between upper and lower parts. The wedge-shaped design of the contacts allows simple insertion and even simpler removal of the upper parts. Additional technical product information can be obtained quickly and easily via the QR code applied to the power shield.

The V20 overvoltage arrester made of halogen-free plastic is suitable for overvoltage protection potential compensation according to VDE 0100-443 (IEC 60364-4-44). A dynamic separation device and optical status display characterize the modularly pluggable arresters. The SurgeController is particularly suitable for potential equalization in main and lower distributions, depending on the type in the area of TN networks. Thanks to the high performance varistors, the leakage capacity is up to 40 kA (8/20) per pole. The vibration-proof latching and the voltage and type coding ensure safety and avoid confusion between upper and lower parts. The wedge-shaped design of the contacts allows simple insertion and even simpler removal of the upper parts. Additional technical product information can be obtained quickly and easily via the QR code applied to the power shield.

The V20 overvoltage arrester made of halogen-free plastic is suitable for overvoltage protection potential compensation according to VDE 0100-443 (IEC 60364-4-44). A dynamic separation device and optical status display characterize the modularly pluggable arresters. The SurgeController is particularly suitable for potential equalization in main and lower distributions, depending on the type in the area of TN networks. Thanks to the high performance varistors, the leakage capacity is up to 40 kA (8/20) per pole. The vibration-proof latching and the voltage and type coding ensure safety and avoid confusion between upper and lower parts. The wedge-shaped design of the contacts allows simple insertion and even simpler removal of the upper parts. Additional technical product information can be obtained quickly and easily via the QR code applied to the power shield.

SurgeController upper part VDE-tested, plug-in upper part, upper part without tool to separate from the lower part, including thermal and dynamic, severing device and optical defect display, high current conductivity with long service life