1. Grounding in Railway Control Systems
Provides essential and robust protective grounding for electrical systems within railway infrastructure and rolling stock, ensuring operational safety and signal integrity.
Problem SolvedEffectively grounds electrical circuits in high-vibration, shock-prone, and extreme temperature railway environments, preventing electrical faults and enhancing system reliability.
Railway applicationsDIN EN 50155Shock resistanceVibration resistanceTemperature stability (-60°C to 110°C)Protective grounding
2. Industrial Machine Control Cabinet Grounding
Offers reliable and safe grounding for diverse industrial machinery housed in control cabinets, protecting sensitive components and personnel from electrical hazards.
Problem SolvedSecures power distribution and control circuits against electrical faults and transient overvoltages (up to 8 kV) in factory automation and machinery, maintaining compliance and safety standards.
Control cabinetIndustrial machineryRated surge voltage (8 kV)Nominal cross section (6 mm²)Spring-cage connectionElectrical safety
3. Process Industry Instrumentation Grounding
Ensures stable and low-resistance grounding for sensitive instrumentation and control systems in process industry applications, crucial for accurate data and system performance.
Problem SolvedAddresses the need for secure grounding in environments susceptible to temperature fluctuations and electrical disturbances, preventing measurement inaccuracies and protecting control equipment in chemical, oil & gas, or water treatment plants.
Process industryInstrumentationTemperature range (-60°C to 110°C)Low-resistance groundingSurge protectionSystem stability
