Ruviser
RUVISER’s public lighting management, monitoring, and control system allows us to manage and control all luminaires connected to the control cabinet in two completely independent ways.
Lighting Control Cabinet Management Unit
The BIE Control Cabinet Management Unit is an electronic device that enables remote control and remote metering of public lighting control cabinets via 3G/GPRS and WiFi communications. It calculates and executes the cabinet’s switch-on and switch-off times based on its built-in astronomical clock, computing sunrise and sunset for the cabinet’s geolocation.
The software associated with the device, the CMS, allows real-time visualization and management of the different electrical parameters. By using the historical data, it enables the user to analyze the installation’s behavior and, in this way, take action to achieve the desired level of energy savings.
Control and Regulation Unit
Control cabinet management enables the grouping, monitoring, and remote control of multiple outdoor luminaires. Customers can manage their lighting installations through a modular cabinet-based solution retrofitted into the electrical control cabinet. It supports optimized energy consumption and improved KPI management. The solution autonomously executes complex tasks based on the configured settings. The controller can automatically switch between the different available communication bearers to provide stable and reliable connectivity to Interact applications.
Dimensions
Downloads
Features
- Continuous emission of the dimming control signal.
- 2 V modulation on the neutral. No superimposed signal is used.
- Operates at low frequency, using the line’s design frequency (50/60 Hz). Communication neither affects nor is affected by other equipment connected to the same network (motors, drives, capacitors, etc.).
- Enables long-distance signal transmission (several kilometers).
- Since it does not use high frequency, the signal does not couple into parallel lines.
- Immune to interference, as it is filtered at the receiver, which averages the received signals.
- Unaffected by line capacitance or poor line condition.
- Scalable, with no limitation on the number of receivers connected to the system, as no concentrators are required.
