The necessity of surge protection in process engineering systems

Surge protection and equipotential bonding are established in the process industry. In explosive areas, consistent bonding and, if needed, surge protection are essential. The APL products can be integrated into existing grounding and shielding concepts, where high-quality bonding ensures system availability. They allow cable shielding decoupling alongside classic one- or two-sided grounding. For field use requiring maximum failsafe performance possible, the trunk is implemented via fiber optics with an integrated SFP module, though RJ45 remains an option.

Requirements on surge protective devices in signal processing networks further increased

Transient overvoltages can damage sensitive electronics in signal networks. Surge protective devices (SPDs) safeguard against these disturbances and maintain high system availability.

A digital solution for customer-specific marking solutions

Application-specific, standard-compliant identification is key to quality, safety, and availability in industrial plants. Yet evolving requirements, complex standards, and cost pressures pose challenges. Phoenix Contact shows how digital, customer-specific marking solutions support future-proof production.

The new flagship for transformer disconnect terminal blocks makes wiring and handling current and voltage transformers easier

Quick and easy direct-connection technology and automatic short-circuit switching enhance transformer secondary wiring and safety.

Tobol optimized its control cabinet production together with Phoenix Contact

Using lean methods, Tobol transformed its production from job-shop to flow-oriented, resulting in faster, more efficient output with minimal errors.

How connector coding increases safety

The star fits in the star, the circle in the circle. This motor skills exercise teaches that only matching shapes connect. Similarly, mechanically coded connectors prevent mismatches, protecting both devices and users.

Whether plugging in a toaster at home, a USB-C phone charger, or an industrial PC, each system uses specific connector patterns to protect users. These patterns prevent incompatible connections, especially for power, signals, and data. While mismatched signal or data lines may fail to work, mixing them with power can damage devices and pose a danger to the user.

Reduced effort and higher availability with NearFi technology

Physical connections in moving factory applications are now obsolete no more downtime from worn contacts. Goods distribution systems, robots, and AGVs communicate wirelessly and efficiently. This isn’t the future; it’s happening now with Phoenix Contact’s NearFi technology.

Easy and flexible optimization of energy consumption

As energy prices rise, efficient management becomes vital. New software offers integrated data and adaptability to help companies optimize consumption.

Challenges and optimization potential for the installer interface

Heat pumps are vital for the energy transition and reducing carbon emissions. A well-designed installer interface between the pump and building services is crucial standardized connections reduce errors and boost system efficiency and reliability.

Direct current is gaining importance in industrial and building applications due to its greater stability and efficiency compared to traditional AC grids. Battery energy storage systems (BESS) enhance these benefits in DC grids. Phoenix Contact (Blomberg) and Voltfang (Aachen) have successfully implemented such systems in practice.