Mains and system protection NA003-M64 The reliable NA003-M64 mains and system protection (NA protection) from TELE Haase combines all standards in one device and can therefore be used universally. When operating alternative power generation, NA protection is required by law and disconnects the power generation system (photovoltaic, generator, battery buffer) from the grid in the event of a grid failure. This ensures the safety of the distribution grid, systems and people. In the event of a defined grid fault, the grid and system protection (NA protection) disconnects the power generation systems (photovoltaic, generator, battery buffer) from the grid. Its function is very important for the reliable protection of the electricity grid and the energy generation systems because it ensures that the connection of an energy generation system does not impair the function or safety of the distribution grid. Function: Protective relay that measures the mains voltage and frequency, contains the actual protective functions and generates the signal for disconnection from the mains 1-2 tie switches that ensure the actual disconnection from the grid To ensure high availability of the supply grid, short-term grid faults must not disconnect the generator from the grid. This "Fault Ride Through" (FRT) refers in particular to short-term undervoltages and overvoltages. Depending on the type and output of the energy generator, different requirements also apply here, which can be adapted via parameterisation in NA003-M64. Advantages: One device for the local & international market Easy handling for service personnel & Commissioning engineers Preconfigured parameter sets for various countries in Europe & worldwide Customised solutions can be implemented thanks to a wide range of configuration options FRT (Fault Ride Through) integrated Replaces older devices without changes to the control cabinet thanks to design & Availability of older certificates
AC CAPTEC 2401 Regulated power supply unit with safe isolation Wide input voltage range 80 - 264 V AC Wide temperature range -40°C - 60°C Maintenance-free due to long-life ultracapacitors Microcontroller-supported charging and discharging of the ultracapacitors Operating and charging status monitoring via LEDs and signalling contacts