The FTUR200 model of protection relay supplies the intelligence to the network and handles the network protection and in many cases even the RTU functionality. The protective relay senses the faults, assists the vacuum circuit breaker module in a recloser to clear the fault on the line. Panel is available in multiple languages.

Key features:

• 100% remote configuration and control;
• Integrated multi-functions on new microprocessor based platform - Fault detection & Protection, Metering, Control, Status monitoring, Power quality monitoring;
• Directional protection, Negative sequence protection, SEF and lots of built-in over-current protection curves including IEC, ANSI/IEEE, Recloser curves and customized curves;
• Distance to fault function;
• 4 setting groups and automatic setting group change function;
• 4 quadrants energy metering & load profiling;
• Multi-port, multi-protocol communication support (DNP3.0, DNP3.0 over TCP/IP, IEC60870-5-101/104), modem control & dial-up function for SCADA;
• DNP3.0 subset level 3 with information index mapping & class assignment;
• Built-in Protocol monitor for integrating FTU with SCADA system;
• Built-in Fault simulator with multiple sequences;
• Large size memory for load profiling, event and fault recording. Available Disturbance waveforms with COMTRADE format;
• Configurable digital inputs and outputs;
• Intelligent power supply & battery charger with built-in self-diagnosis & test function;

The FTUR200 protection relay has the following components:

• Information display (1);
• Menu buttons block (2) with the function to select different menus and levels;
• Remote communication indicators block (3) displaying communication activities;
• Fault indicators block (4) with fault indicators in phases, under voltage etc;
• Reclosing functions enabling buttons block (5) with the function to turn on and off reclosing function;
• Local/Remote button (6) with the function to switch between local and remote control of the recloser;
• Select button (7) is a switch operation button with function Select before execute;
• Open button (8) with the function to open the OVX vacuum circuit breaker;
• Close button (9) with the function to close the OVX vacuum circuit breaker;
• SEF Enable button (10) with the function to turn On and Off Sensitive Earth Fault detection;
• Battery and Lamp test buttons (11) with the function to test all LED’s and the battery function;
• Local programming socket (12) is for the local programming via a USB or RS-232 cable;
• Power supply indicators (13) informing that the line has lost the power;

4 contacts output, 2 high-speed outputs:

• Open(Trip), Close, Spares;
• Configurable : Name, Pulse width Features;
• External Trip inputs;

Switch Control:

• Operator place : Remote, Local (Front Panel/PC Tool);
• Interlocks : Control Lock, Mechanical Lock, Current Switch status;
• Close interlock conditions (Selective) : Live load, Phase sync. fail;

SBE (Select Before Execute):

• Secure switch operation;
• SBE timeout (settable);

Auto reclosing:

• Recloser On/Off;
• Protection On/Off;
• Ground protection On/Off;
• SEF protection On/Off;

Battery Test, Reset Indicators

• 3-stage over current protection (directional or non-directional);
• Fast and delayed TC trip elements for phase and earth fault;
• 67 types of built-in TC Curves (IEC, ANSI, Recloser curves) and  4 Customized TC Curves;
• Definite time over-current element;
• Definite time HCT (High Current Trip);
• Negative sequence over-current protection;
• Earth fault detection Directional or Non directional;
• SEF (Sensitive earth fault) detection 3lo;
• 3Io Cos detection active earth fault detection;
• Intermittent earth fault protection (>150µs min peak);
• Adjustable protection zone ±30 - 90°;
• Cold load protection (pickup adjustment);
• Magnetizing inrush restraints;
• Sequence coordination;
• Open line detection;
• Phase synchronisation fail detection;
• Over voltage, under voltage, under /over frequency;
• Auto reclosing (up to 4 shots) Operated;
• Auto sectionalizing;
• 4 setting groups, automatic setting group change depending on power flow;
• Protection fault simulation;