Railway

heavy|mate

The heavy|mate series is the optimal choice for railcar interchanges as it perfectly meets the demanding requirements of this application. They offer reliable transmission of data, signals and power, even under extreme conditions such as mechanical stress and large thermal differences. Their individual adaptability to space conditions makes them extremely flexible to use.

In addition, the secure and reliable connection of heavy|mate, which can be quickly disconnected, ensures a smooth process if necessary. The bending and torsion-tested trolley transition cables offer a long service life and are easy to assemble, which saves time and money. This multitude of properties makes heavy|mate a comprehensive solution for the trolley transition.

heavy|mate & ecomate

The heavy|mate and eco|mate series are used in the driver's console of trains to transmit the signals for monitors and operating elements. These connectors meet the demanding requirements of the "Human Machine Interface" (HMI) by bringing together the most important electrical systems in the train.

Thanks to their high packing density and the integration of a wide range of technologies in a very small space, heavy|mate and eco|mate enable efficient use of the limited space in the driver's console. Their modular systems also ensure a high level of serviceability, as individual components can be easily replaced if necessary.

Another important aspect is the exclusion of mutual system interference, which ensures reliable and trouble-free operation of the electrical systems in the train. As a result, heavy|mate and eco|mate offer a comprehensive solution for the driver's console of trains that ensures maximum performance, efficiency and reliability.

heavy|mate

The heavy|mate series is also used in train bogies and fulfills a number of demanding requirements. These connectors are ideal for use in environments exposed to high voltages and currents. They also offer protection against high-frequency interference (EMC) and withstand harsh environmental conditions following category 3 of IEC 61373.

Thanks to their robust design, they can withstand even extreme thermal loads. In addition, the heavy|mate series is characterized by its space-saving design and is therefore ideal for applications with limited installation space. Overall, these connectors offer a reliable solution for the demanding requirements in train bogies.

A Series

The A series offers a reliable solution for door locking systems in trains and railroads by enabling the transmission of signals and power for the locking motor. These connectors are specially designed to meet the high demands of such applications.

The A-series not only enables various signals to be transmitted reliably, but also provides the energy required to operate the closing motor. This ensures smooth and safe operation of door locking systems in trains and railroads. The robust design of the A series also ensures high reliability and durability, even in demanding public transportation environments. Overall, the A series offers an optimal solution for door closing systems in trains and railroads, meeting both safety and performance requirements.

eco|mate & signal|mate

Small circular connectors such as those from the eco|mate or signal|mate series are often used in passenger information systems in trains. These compact connectors offer a reliable solution for the transmission of signals and data in a demanding environment such as a train.

Thanks to their compact design and robust construction, the eco|mate and signal|mate series connectors are ideal for use in passenger information systems. They enable a fast and secure connection between different components of the system and thus ensure smooth communication with passengers.

Thanks to their versatile configuration options, these connectors can be adapted to the specific requirements of different passenger information systems. Overall, the small circular connectors from the eco|mate and signal|mate series offer a reliable and efficient solution for information transmission in trains that meets the high demands of public transportation.