Exhibitor products

EPA's LEAKCOMP® HP is used for leakage current compensation in power grids with servo drives and frequency inverters. ✓ Compensation of operational leakage currents up to 500mA (RMS) ✓ Increases the safety for devices on a RCD ✓ Use of RCDs with a residual current of 30mA or higher according to DIN VDE 0100-530 is possible ✓ Compatible with type B and B+ RCDs

EPA's LEAKWATCH leakage current measurement and analysis system makes leakage currents visible and thus assessable. ✓ Leakage current displaying in the Fourier analysis and as RMS value ✓ Leakage current evaluation in relation to the tripping characteristic of all market standard type B / B+ residual current devices ✓ Recording of switch-on / -off current spikes

EPA's NF-4-GSC – Universal compact filters for noisy applications an devices Whether it’s the NF-1ph-GSC, NF-1ph-FSE, or NF-1ph-GSG, there’s a compact filter to suit every performance requirement: as performance requirements decrease, the size of the filter can be reduced proportionally. ✓ High differential and common mode attenuation ✓ Current ratings from 1 A up to 30 A ✓ Single-phase, single-stage filter

EPA's NF-1ph-GSG – Universal compact filters for noisy applications Whether it’s the NF-1ph-GSC, NF-1ph-FSE, or NF-1ph-GSG, there’s a compact filter to suit every performance requirement: as performance requirements decrease, the size of the filter can be reduced proportionally. ✓ Very high differential and common mode attenuation ✓ Current ratings from 1 A up to 30 A ✓ Single-phase, two-stage filter

EPA's NF-4-GTR – High performance mains RFI filters for machinery Two-stage enhancement of the EPA NF-4-FTN (single-stage RFI filter) for improved performance ✓ Low leakage current and very high attenuation ✓ Compact case style ✓ For current ratings from 8 A up to 200 A ✓ Three-phase with neutral conductor, two-stage

EPA's NF-CF – Compact filters for frequency inverters and power drive systems Double deck design: high performance with a smaller footprint – reduced length with greater depth ✓ Very small dimensions (bookstyle) ✓ Very good attenuation properties ✓ Current ratings from 10 A up to 230 A

EPA's NF-DAR / NF-KC-DAR - the Leakage current reduction filters with and without internal EMC filter ✓ For suppression of unwanted leakage currents ≥ 2 kHz ✓ Increases the safety for devices with an RCD ✓ EMC improvement ✓ For nominal currents up to 800 A

EPA's PECON+® is used for protective conductor monitoring for single-phase and three-phase power grids. ✓ For use of frequency inverters and servo drives ✓ The 3.5 mA limit may be exceeded according to the following standards: • DIN EN 50178 / VDE 0160 (AC 3.5 mA limit for electronic equipment) • DIN EN 61800-5-1 / VDE 0160-105 (AC 3.5 mA limit for power drive systems) • DIN EN 60204-1 / VDE 0113 (AC 10 mA limit for machines) ✓ For networks with rated voltages of 115 VAC up to 400 VAC with or without neutral

EPA's NF-KC-LKY - Line filters with PreLEAK® TECHNOLOGY for a safe operation on the RCD ✓ Unique technology worldwide ✓ No faulty RCD trippings while switching machines and systems on or off ✓ No faulty RCD trippings while connecting and disconnecting the CEE plug ✓ Very good attenuation properties

EPA's RCCB Type B / B+ from EPA - the AC/DC-sensitive residual current circuit breaker with special characteristic for drive technology ✓ Tripping frequency response for the protection of systems with frequency inverters ✓ Rated residual current 30 mA for contact protection according to the selection recommendations of DIN VDE 0100-530 ✓ Rated residual current 0.3 A for fire protection according to the guidelines of VDS 3501 ✓ Safety through detection of smooth DC residual currents and AC residual currents up to 150 kHz

Ensure with electronic protection devices reliable protection of standard components of industrial automation applications. With a protected application, each load is protected and operated individually to enable easy and fast troubleshooting. The devices feature the lowest power loss on the market and an impressive performance in severe conditions. From 0.5 to 12 A in a 25mm device, seamless expandability, front-top wiring, and easy integration with most ABB devices for a consistent and affordable portfolio. Main benefits: - Compact size to reduce required space in cabinets - Energy efficient: lowest power loss - Save time with push-in terminals and easy expansion with jumpers  - Certified product for global use (UL 508 listed)

eSIGN - the new benchmark in industrial signalling eSIGN is the future of signal technology – a signal tower that, thanks to electronic modularity, sets new standards. Powerful features, maximum compatibility and an industrial design that blends functionality with style and robustness. As the latest generation, eSIGN defines the future of the signal tower.

For networking within Industry 4.0, ethernet-based data transmission is the basic requirement for IoT / IIOT / IoE / IIoE. The METZ CONNECT terminals suitable for Industrial Ethernet offer an interesting alternative to RJ45 and M12 connectors. The reasons for this are both the cost advantages of a permanent connection through a reduction in components, as well as the installation-friendly and tool-free connection. The 8-pin IDC from METZ CONNECT is suitable for a data transfer rate of up to 10 Gbit/s. Advantages connection technology for the IoT / IIOT / IoE / IIoE devices of the future suitable for industrial ethernet systems up to 10 Gbit/s data transmission color coding for wire colors according to T568A reconnectable component reduction enables a cost-effective solution stripping-free connection technology easy to install connection without special tools

AGRO has set itself the challenge of developing an EMC cable gland that can withstand the effects of high switching frequencies from DC/DC converters and AC invorters. In this regard, the cable gland’s operational reliability and durability are very important. The result is EVolution EMC, a high-quality solution that impresses in relation to functionality, efficiency and reliability. This significantly shifts previous performance limits and the entire assembly process of cable glands into new dimensions. The pre-assembly and final installation are simplified and significantly more reliable.