Digital fault and event recorder

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Digital Fault Recorders

FR947-EX/PMU DFR and PMU

FR947 Digital Fault Recorder

Testing Devices

DV1512 Protection Relay Test

DI2502 RGDAT Tester

Protection Relays

DV938 Automatic Load Shed

DV926 Overcurrent Relay

Monitoring Devices

E.R.M.E.S.

DV928 Subtation Monitoring 

 

PHAROS - PMU Control Center

  

  

 

FR947

Digital fault and event recorder

Digital fault and event recorder

 

Check the more advanced Digital Fault Recorder FR947-EX/PMU

 

 

Brochure FR947

Digital fault recorder

ENEL Device certified

   

Device introduction

Documentation

Hardware technical data

Software technical data

Multimedia

Download

Digital Fault Recorder introduction

FR947 is a family of digital fault recorder. This is the base version of the DFR family, LogicLab portfolio is completed with EX version (Extended Signal Processor capability) and PMU version (Phasor Measurement Unit).

LogicLab has developed a high-performance device, achieving a fault recorder that has no comparison with the other ones on the market.

With up to 32 analog inputs (voltage and current) noise-free and 128 digital inputs, it provides great potential with high levels of precision and accuracy. Each channel (analog or digital) is isolated from all the other channels, power supply and ground.

The device is intended for power distribution medium and high voltage substations, and it is used to record currents, voltages and digitals input following the occurrence of a trigger condition which can be set both as analog or digital inputs, as you please. User can set trigger on analog inputs using threshold (Max, Min or rate) on RMS value, fundamental RMS value, THD, positive sequence, negative sequence, zero sequence, active and reactive power, frequency. All trigger conditions (analog and digital) can be enabled and used in logical OR with other triggers or used in logical AND equations.

Digital fault recorder FR947 uses the GPS signal for time synchronization and events timestamp. This feature provides a time value with resolution of ms and a ĩs accuracy. GPS receiver is integrated into the device and fault recorder is equipped with an external antenna. Other synchronization source, as NTP server or IRIG-B, are available.

Equipped with an ethernet 10/100 BASE-TX (100 BASE-FX on demand) and RS232 connection, the user, with a common PC, can obtain a fully parameterization, remote control over VPN network, and remote recording download. FR947 is equipped with an internal flash memory and, with automatic download, the device memory capability to the computer mass storage device.

FR947 is equipped with two user-friendly software:

1) SpyFR947 for a complete device management, providing realtime tools, recording management and parameterization;

2) LogOscillo: a complete set of tools for an effective, powerful and precise recording analysis.

LogicLab can supply tailored multi-device system based customer specification with multi-device and high performance industrial PC, complete of rack and cabling on terminal block based on to meet large demands of analog and digital inputs.

FR947 Power, precision and reliability.

 

Check the more advanced Digital Fault Recorder FR947-EX/PMU

 

Digital Fault Recorder Documentation

Brochure

User guide

RTEMS Powerprobe Flyer

 

If the English version is not available, contact us and we will provide the document that you have requested.

 

To download from the website the User Guide it is necessary to have a user name and password.
The user name and password may be requested by filling out the request form at
download page

Digital Fault Recorder Data Sheet

Power supply

Power supply voltage: 110V DC ą 20%

Nominal power: 40W

AC version available on client demand

Different power supply voltage available on client demand

 

Dimensions and environmental specification

Height / Width / Depth: 9U / 19” / 31cm

Temperature range: -10 ÷ 55 ēC

Temperature range (Absolute maximum rating): -15 ÷ 70 ēC

Storage temperature: -40 ÷ 85 ēC

Relative Humidity: Ŗ 95 %

Atmospheric pressure: 70 ÷ 106 kPa

 

Analog inputs noise-free isolated input

Dielectric strength: 3000V DC (1 min - 100% tested)

Sample rate: 14,4 KHz

Bandwidth (-3 dB): DC (0 Hz) ÷ 3,5 KHz

Flat bandwidth(ą0,005 dB): DC (0 Hz) ÷ 3,25 KHz

Stop band attenuation: >100 dB

Different configuration of current/voltage analog input

    Available options: 32V, 28V+4I, 24V+8I, 20V+12I, 16V+16I,   12V+20I, 8V+24I, 4V+28I, 32I

    Under-equipped configuration for cost-saving solution

 

Current analog inputs

Rated current (In): 1Arms / 5Arms

 Full-scale range: 50 Arms / 150 Arms / 300 Arms

 Accuracy guaranteed range: 0,01∙In ÷ 30∙In

Rated current setup by software command

Accuracy: <0,1% ą 1 mA

Permanent overload: 40A

Maximum overload: 300 A (1 second)

Input impedance: 1,5 mohm (purely resistive)

Power dissipation (1A): 0,005 VA @ In

Power dissipation (5A): 0,05 mVA @ In

Resolution (ENOB): 16 bit noise-free

SNR (Signal to noise ratio): 92 dB

Cross-over: < -92 dB

 

Voltage analog inputs

Full-scale range: 100Vrms / 200Vrms / 700Vrms

Accuracy guaranteed range:

14mVrms ÷ 100Vrms @ Pn=100Vrms

28mVrms ÷ 200Vrms @ Pn=200Vrms

0,1Vrms ÷ 700Vrms @ Pn=700Vrms

Rated voltage setup by software command

Accuracy: <0,1% ą 5 mV

Input impedance: 1 Mohm (purely resistive)

Power dissipation: 0,5 VA @ 400V

Resolution (ENOB): 16 bit noise-free

SNR (Signal to noise ratio): 92 dB

Cross-over: <-86 dB

 

Digital input 128 isolated input

Dielectric strength 3000V DC (1 min - 100% tested)

Threshold (min): 18V

Maximum voltage (max): 150V

Time resolution: 1 ms

 

Communication

Ethernet 10/100 BASE-TX

Configurable as knot of a net LAN/WAN

1 RS232 front side (19.200 baud fixed)

1 RS232 back side (up to 115.200 baud)

Remote connection with analog modem (not included)

Isolated communication port

 (Ethernet: 1500Vrms – Serials: 2500 Vrms)

GPS satellite connection

HMI with display and keypad (optional)

IRIG-B synchronization (optional)

 

Signal outputs

Out of order relay

Recording in progress relay

-20mA/20mA current output with configurable range (optional)

Additional alarms with relay outputs (optional)

 

Elaboration

Multiprocessor architecture with 32 bit CPUs

Real Time Operating System RTEMS

32 MByte Flash memory

128 Mbyte DRAM

RTC with GPS synchronization

 

FR947 system

FR947 system with single or multiple device

42HE IP55 rack complete of cabling and terminal blocks

Rack accessories: power switch, fan, internal light

High performance Industrial Panel PC with SSD (Solid State Disk)

17” Touch screen Panel PC

Ethernet equipments

Printer

 

Fault Recording (DFR)

Recording on removable integrated flash memory

Automatic download to Personal Computer

Flash memory space available up to 250s recordings.

Three timer user selectable

              Pre-trigger time: 50 ms ÷ 5 s

              Fault time: 100 ms ÷ 60 s

              Post fault time: 50 ms ÷ 1 s

Retriggering during recording time available

Recording timeout (max): 150 s

Trigger on analog threshold of (max, min, rate)

              RMS (max, min, rate)

              Fundamental RMS (max, min,rate)

              Positive, negative and zero sequence (I1,2,0,U1,2,0)(max, min)

              Power and energy: P, Q (max, min)

              Frequency (max, min, rate)

              THD (max)           

Trigger on digital edge (falling, rising, both)

Software trigger

Events timestamp

Data saved (data packet):

  (IL,N,UL,N) samples of all 32 channels inputs

  Digital input state of all 128 channel inputs

 

Continuous Slow Recording (CFR)

Recording on Personal Computer

Data pack rate: 100 ms ÷ 10 s

Trigger for continuous slow recording

  With DFR recording trigger

  Software (start and stop)

  Scheduled data and time (start and stop)

For trigger with DFR recording two timer user selectable

  Pre-trigger time: 0 s ÷ 3600 s

  Fault time: 1 s ÷ 3600 s

Data saved (data packet):

  RMS of all 32 channels inputs

  Fundamental RMS of all 32 channels inputs

  THD of all 32 channels inputs

  Frequency

  Power (S, P e Q)

  cosφ

  Positive, negative and zero sequence (I1,2,0,U1,2,0)

  Imbalance

 

Sequence event recording (SER)

128 Digital inputs event source

Time resolution: 1ms

Time precision: 1ĩs

200.000 events buffer on solid state disk

Enable on each input

Input description label

Programmable Off State description label

Programmable On State description label

  

Standards and specifications compliance

IEC 61000 – 4 – 2 (Level 3)

IEC 61000 – 4 – 3 (Level 3)

IEC 61000 – 4 – 4 (Level 3)

IEC 61000 – 4 – 5 (Level 4)

IEC 61000 – 4 – 6 (Level 3)

IEC 61000 – 4 – 8 (Level 5)

IEC 61000 – 4 – 10 (Level 3)

IEC 61000 – 4 – 12 (Level 3)

IEC 61000 – 4 – 16 (Level 4)

IEC 61000 – 4 – 17 (Level 3)

IEC 61000 – 4 – 29 (Level 3)

ENEL DV1047A2-NC

ENEL REMC01

ENEL REMC02

ENEL RMEC01

ENEL RCLI01

CEI 45-5

CEI 70-1 IP30 (front) IP20 (case)

COMTRADE standard IEEE Std C37.111-1991

 

Check the more advanced Digital Fault Recorder FR947-EX/PMU

 

Digital Fault Recorder - Software technical data

Parameterization and device management software

SpyFR947

Communication interface selection (RS232, UDP, TCP, modem setup)

Access with user name and password

Define up to 20 different users

Five security level access (Administrator, Expert user, Base user, restricted access, Guest)

Software access configuration and folder management

Analog inputs insertion definition

Analog inputs setup (label, full-scale, transformer ratio)

Digital inputs setup (label, acronym, active low/high)

Events setup (id, enable, enable store/send/print/, state labels)

Analog trigger setup (max, min, rate on RMS, fundamental RMS and max THD)

Calculated trigger setup (max, min on positive, negative and zero sequence, active and reactive power, frequency)

Digital trigger setup (falling, rising and both edge)

Equation trigger setup

Device labelling

Time zone correction

Full TCP/IP Ethernet configuration parameters

Backside RS232 throughput configuration

Event parameterization

Fault recording monitor (enabling, recording status, memory available)

Recording time setup (Pre-trigger time, fault time, post-fault time)

Memory configuration setup (circular buffer or full-fill buffer)

Recording extension setup (disable, on fault time, on post-fault time)

Self-diagnostic device state

Remote reset device

DFR recording trigger

CSR recording trigger wizard

Force GPS synchronization

Analog waveform real-time view tool

Spectrum real-time analysis tool

Analog measure real-time view tool (Frequency; RMS; Fundamental RMS; THD; positive, negative and zero sequences; Power P, Q, S; Cosφ)

Analog measure waveform real-time view tool

Waveform and measure can be reported to primary side of transformers

Digital inputs real-time view tool

Firmware update wizard

Recordings management with search and statistics tool

Events management with search and statistics tool

Device parameterization file management tools (off-line editing, download file, upload file)

Status bar with connection status, time and data, GPS link, device status, recording and event status, communication activity.

 

Recordings analysis software

LogOscillo

Waveform selection wizard with colours assignment

Automatic selection filters for analog and digital inputs

Decimation value for waveform preview

Auto-decimation for best performance/details ratio

Absolute and complete date/time visualization on time axes

Recording explorer with summary display for each recording

Double time cursor

Time and amplitude value in time cursor position with time interval

Time and amplitude value in mouse cursor position

Window zoom tool (zoom between cursor)

Horizontal and Vertical zoom tool

Drag-and-Drop capability for waveform overlapping

Restore default visualization

Zero crossing search tool

Max/Min search tool

Amplitude normalization for graphical comparison

Signal processing for RMS waveform visualization

Signal processing for fundamental RMS waveform visualization

Signal processing for THD waveform visualization

Signal processing for spectrum visualization

Spectrum analysis with THD

Phase analysis with vector representation of three phase system complete with symmetrical components

Waveform export tool for image (JPG, BMP, MetaFile, PCX, PostScript, SVG)

Waveform export tool for Acrobat Reader (pdf)

Samples waveform export tool for Excel

ComTrade waveform import/export (ASCII/Binary, rel. 1.0 or 2.0)

Waveform print management

Time link capability, useful for simultaneous time analysis with different recording

 

Check the more advanced Digital Fault Recorder FR947-EX/PMU

 

 

Digital Fault Recorder - Multimedia

 

External links

RTEMS Application Page

RTEMS Powerprobe Flyer

RTEMS WiKi PowerProbe homepage

 

Check the more advanced Digital Fault Recorder FR947-EX/PMU

 

Digital Fault Recorder - Download

 

Full version (FR947)

SpyFR947

LogOscillo

 

Certified release for ENEL market (DV947A2-NC)

SpyFR947

LogOscillo

 

If the English version is not available, contact us and we will provide the software that you have requested.

 

To download from the website it is necessary to have a user name and password.
The user name and password may be requested by filling out the request form at
download page

 

Š LogicLab s.r.l. -  VAT 13218590159 -  Via della valle 67 - 20841 Carate Brianza (MB)  - Italy - Tel (+39) 0362.805287 - Fax (+39) 0362.1914102 - info@logiclab.it