The guardian for your overhead line networks (3.3 to 66 kV 50/60Hz)
Utilizing the full range of benefits of distribution automation in overhead line networks requires reliable locating and signaling of earth faults and short circuits in overhead line networks.
With SICAM FSI (Fault Sensor Indicator), Siemens now offers a fault detection device for MV overhead line networks.
SICAM FSI is available in 2 versions:
6MD2314-1AB10 - without communication:
The faults are signaled directly at the device by LEDs. Depending on the fault state, a specific flashing light is generated.
6MD2314-1AB11 - with communication:
In addition to local LED display, earth faults and short circuits are transferred to a gateway (SICAM FCG) via a secured radio connection. SICAM FCG (Fault Collector Gateway) establishes the connection to a higher-level control center via GPRS and sends the messages to the control center using the standardized telecontrol protocol IEC 60870-5-104 or via XMPP
Higher availability of overhead line networks - reduced downtime.
Quick fault detection – exact fault localization and information to maintenance teams.
High degree of sensitivity, the measurement starts @50A – reliable detection of high-impedance faults.
Self-sustained sensors reduce the energy consumption of the device – enhancing the service life of the supply battery in the device (battery life: 10 years).
Own security key and IPsec encryption for data exchange with SICAM FCG – highest protection against unauthorized access (intruders).
Quick and easy device configuration with QR code on SICAM FSI and a web browser rather than DIP switches – high degree of user-friendly configurability.
Maintenance free design of the device – with the excep-tion of a battery change after 10 years, the SICAM FSI is absolutely maintenance free.
The large-size display of the initial commissioning year on the device enables operating personnel to see when the battery is due for changing while remaining on the floor.
Various flashing light frequencies depending on fault type – quick and precise fault diagnosis for the maintenance team.
Trip threshold setting range 75 A to 1500 A
Inom setting is user configurable from 50 to 500 A enabling closer coordination with the upstream protection system for the network. Trip time is user configurable between 1.5*Inom and 3*Inom (in steps of 0.5 Inom).
∆I trigger setting 5 A to 160 A
The rate of change of current (∆I) setting is user configurable in steps of 5 A up to 80 A, 120 A, 160 A.
Settable time delays for inrush conditions or step changes in load conditions.
Presence/absence of voltage detection for fault confirmation
The SICAM FSI – 6MD2314-1AB10 - can be parameterized using “FSI Web Configurator” software.
In addition to the above, the SICAM FSI- 6MD2314-1AB11 - can be parameterized via the
SICAM FCG over the wireless Interface.
Automatically at system voltage restoration
Automatically over a specified time (user configurable time)
Remotely with an acknowledgement signal from the control center
Battery (3.6V) service life approx. 10 years
-25 °C to +70 °C
Protection class: IP65
The SICAM FSI is clamped onto the overhead line via the hotstick.
Keeping your grids up and running
Using sophisticated tools and solutions for fast grid restoration
Unplanned outages cannot always be avoided. Flexible solutions for local and remote monitoring enable the fast and efficient restoration of cable grids and overhead lines.
Optimizing business operations
Comprehensive and efficient ways for municipalities and DSOs to get the most out of their OPEX
The growing demand for power from industries and households can be fulfilled simply. With modern technologies and innovative solutions such as optimized voltage and capacity management, self-healing grids, and by avoiding losses of any kind.
Fault reporting – fast, flexible, and direct
Fault localization in the cloud – the cloud-based service for fault detection by Siemens
The basis for fast and efficient fault management was previously bound to the control room. Fault localization in the cloud is a new, cloud-based service, which makes it possible to send fault information – including the fault location – directly to the maintenance crews, without the need for a grid control center.
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