The IE.7 RC retains all the advantages of the standard IE.7 model while offering a rapid installation at metering locations where the physical placement of current transformers is challenging. It utilizes a Rogowski coil – a flexible current sensor that simply wraps around the conductor, providing accurate measurements without the need for complex and time-consuming installation work.
- Non-intrusive measurement: Eliminate the need to cut into existing electrical lines. Rogowski coils simply clamp around the cable, enabling safe and easy installation.
- Retrofit solution for LV transformers: IE.7 RC provides a simple and cost-effective way to add monitoring capabilities to existing low-voltage (LV) transformer installations without service interruptions.
- Broad application: Ideal for monitoring transformers, PV installations, and other critical equipment across the grid.
- Upgraded with eIoT EDGE compute module: The IE.7 RC smart meters incorporate an advanced EDGE compute module, enhancing data processing capabilities and allowing seamless integration with external systems and partners.
- Modular hardware design (field exchangeable communication modules) supports future upgrades for new applications.
- Multiple customer interfaces available: ETHERNET, P1, RS485 and I/Os.
- Load control relays for load management applications (up to 6 relays).
- Grid monitoring: Power quality indicator according to EN 50160 (voltage sags and swells, power failures, magnitude of supply voltage, voltage and current harmonic analysis up
- to 15th harmonic, THD).
- Additional features (beyond EN 50160) – real-time monitoring and analysis of: over/undercurrent, over/underpower (active/reactive, consumption/generation), power factor, THD.
- Various demand registrations: Cumulative, maximum, average.
- RTC backup.
Advanced visualization
All collected data is visualized and analyzed through the Symbiot software suite, providing clear, user-friendly insights. You can view:
- Phasor diagrams with voltages/currents angles.
- Harmonics and THD.
- Transformer locations (future plans).
- Four-quadrant power measurement and energy registration.
- Vector or arithmetical energy registration methods.
- Instantaneous values: current, voltage, power, power factor, frequency.
- Load profiling.
- Load management (Disconnector and relay control).
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