01_670HHW
Short Description
Details of ABB product...
Description
©
ABB AB, 2005
670 Series Hardware
2008-01-29 1
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Remark There are notes to each slide in this presentation The notes are needed in order for the presentation to fulfill it’s it s purpose Time is required for preparation before presenting p g this material
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Introduction
Platform Based
Time Synchronization
I/O Capability p y
Mounting Flexibility
Communication
Commitment to Quality
Summary
Introduction
670 Series
PDIS PDIF PDIF 21 REF HZ PDIS PDIF PDIF 21 REF HZ PDIF PDIS PDIF PDIF PDIF PDIF 87B 87L REF 87T PDIF 21 PDIFHZ PDIF 87B PIOC 87L POCM PIOC PDIF PDIF 87TPDIF 51/67 87T 50PIOC 50N 87B PIOC 87L POCM 51/67 50 50N PEFM PIOC RBRF PIOC PUVM POCM 50BF 51/67N 51/67 PEFM50 RBRF50N27PUVM 50BF PTUF27 51/67N POVM PTOF PEFM RBRF PUVM 59 51/67N 81 81 50BF POVM PTUF27 PTOF PVPH59POVM PTTR81PTOF 81PTUF PSCH 24 949PTTR81 81 PVPH59 PSCH RSYN24PVPH RBRF RREC49PTTR PSCH 25 50BF 79 24 49 RSYN RBRF RREC 25 RSYN 79RREC 50BF RBRF CSWI MMTR MMXU 25 50BF 79 CSWI MMTR MMXU MMTR
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ABB AB, 2005
CSWI
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MMXU
Common hardware (HW) and software (SW) for the entire 670 series
F Function ti library lib according di tto IEC 61850
Extensive analog and binary I/O capability
Type tested platform
Variants of 670 Series Hardware
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ABB AB, 2005
Introduction
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Ventilated casing with common look for all products
3 sizes - 1/2, 3/4 or 1/1 of 19”
6U high (266mm)
Small or large HMI unit
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Introduction
Platform Based
Time Synchronization
I/O Capability p y
Mounting Flexibility
Communication
Commitment to Quality
Summary
670 Series Hardware Structure
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Platform Based
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Transformer Input Module TRM 6I + 6U, 9I+3U or 12I
One or two - TRM1 & TRM2 for 12 or 24 analogue CT or VT inputs
Analog Digital Conversion module ADM1 and ADM2 for TRM inputs
Central Processing Unit NUM
GPS time synchronization module GSM (option)
Time synchronization via binary signal and communication ports IRIG-B
Binary Input / Output modules BIM, SOM BOM SOM, BOM, IOM, IOM MIM
Power supply module PSM
Platform Based
670 Series Hardware Platform
ABB Analogue Input Module TRM
IED 670
A/D Main Conversion Processing Module Module AD1
NUM
GPS Synch Module
Binary I/O Module
GSM
BIM
Binary I/O Module BIM
Binary I/O Module BIM
Binary I/O Module BOM
Binary I/O Module BOM
mA Input Module
Power Supply Module
MIM
PSM
3 PCU 3
CAN 1Mbit/s
Logics
3
6I 6U
A/D
3
~ ~
~ ~
OEM LDCM Communiuni cation
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I/O
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I/O
I/O
I/O
I/O
mA
View from Rear Side with Contacts
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Platform Based
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Platform Based
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View from Rear Side with Ringlugs
Platform Based
Numerical Module
Main Controller/CPU type IBM 3200 PowerPC 750FX, 600 MHz
Internal communication with cPCI bus 100 Mbit/s
Memory
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Up to 128 Mb FLASH
Up to 256 Mb DRAM
C l titime iin 670 series Cycle i
1 or 3 ms for protection
8 or 100 ms for logic
Platform Based
Interfaces on the Numerical Module
Mother board interface Mounting position for serial communication module with SPA, LON, IEC -103 Mounting position for IRIG-B IRIG B module Mounting positions for two 64 kbit communication i ti modules
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Internal communication cPCI bus 2008-01-29 12
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Platform Based
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Power Supply Module
Input range: 24-60 V DC
Input range: 90-250 V DC
Internal fail relay output
DC/DC Converter provides full isolation between IED 670 and external battery system
Platform Based
670 Series Hardware
Few spare parts on modular d l llevell
Type tested platform
Easy future extensions
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ABB AB, 2005
Minimized Cost for Maintenance
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ABB AB, 2005
670 Series Hardware
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Introduction
Platform Based
Time Synchronization
I/O Capability p y
Mounting Flexibility
Communication
Commitment to Quality
Summary
Time Synchronization
GPS Time Synchronization Module
GPS
For multi-terminal current differential protection
1 MHz High Accuracy output; < 1μs
Minute pulse / IRIG B
Connection to antenna
IEC 61850-8-1 synchronization
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CAN bus 2008-01-29 16
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Accuracy < 1 ms
LON synchronization
GCM module
Accuracy 1ms (Not suitable for differential protection)
Accuracy < 2 ms
Time Synchronization
IRIG-B
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The IRIG interface to the IED supplies two possible synchronization methods methods, IRIG IRIG-B B and PPS
IRIG-B is a protocol used only for time synchronization
An optical PPS signal can be supplied to the optical interface of the IRIG module
Max 1 IRIG-B module per IED 670
Mounting position for the IRIG-B module is pos 302 on NUM
Time Synchronization
GPS Antenna and Coaxial Cable
Accurate synchronization of sampled p data
1 microsecond accuracy
Line Differential Protection applications with switched communication network
Wide Area Protection and Phasor M Measurement t Unit U it applications li ti
SMA contact for connection to GSM
Accurate time synchronization
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for each installation 2008-01-29 18
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670 Series Hardware
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Introduction
Platform Based
Time Synchronization
I/O Capability p y
Mounting Flexibility
Communication
Commitment to Quality
Summary
I/O Capability
[mA] 30
Increased interference immunity
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EMC Enhanced Binary Input Module
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70
[ms]
16 independent Binary Inputs
Increased interference immunity 2 x IEC requirements for 50 ms
Debounce filter, T = 5 ms
Oscillation suppression detection within 1 s;; > 0 - 40 Hz
No pulse counting Auxiliary voltage
24/30 V DC (±20%)
48/60 V DC (±20%)
110/125 V DC (±20%)
220/250 V DC (±20%)
Threshold voltage 60 %
I/O Capability
BIM for Pulse Counting
Standard interference immunity
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[[mA] A] 30
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7
[ms]
16 independent Binary Inputs
Debounce filter, T = 5 ms
Oscillation suppression detection within 1 s; > 0 - 40 Hz
Pulse counting g available for all inputs
Auxiliary voltages
24/30 V DC (±20%)
48/60 V DC (±20%)
110/125 V DC (±20%)
220/250 V DC (±20%)
Threshold voltage 60 %
I/O Capability
Binary Output Module
24 single output relays
or
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12 double pole command output relays
I/O Capability
[mA]
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ABB AB, 2005
30
EMC Enhanced Binary Input/Output Module
Increased interference immunity
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70
[ms]
8 independent Binary Inputs and 10+2 Binary Output relays
Increased interference immunity 2 x IEC for 50 ms
Fixed filter time 3/5 ms
Auxiliary voltage
24/30 V DC (±20%)
48/60 V DC (±20%)
110/125 V DC (±20%)
220/250 V DC (±20%)
I/O Capability
Static Output Module
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High Speed Applications
6 static binary outputs
6 change over contacts
I/O Capability
Analog / Digital Conversion Module Analogue inputs from transformer module Mounting position for Optical Ethernet module (only on AD1) cPCIbus Mounting positions for EIA-485 module (only on AD1)
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ABB AB, 2005
Mounting positions for 2 extra LDCM modules (only on AD1)
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mA Input Module
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I/O Capability
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6 independent input channels
Software selected input ranges
0-5 0 5, 0-10 0 10, 0-20 0 20, mA
1-5, 2-10, 4-20, mA
± 5, ± 10, ± 20 mA
Resolution: 16 bit
Accuracy: 0,1%
Independent settable digital filters
Supervision of
Limits,
O fl Overflow
Max/Min Range
I/O Capability
Transformer Input Module
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Up to 12 analogue inputs can be connected
0 - 6 U, 110-220V rated range 50/60 Hz
6 -12 I, 1A or 5A rated current
Isolation barrier preventing disturbances to enter into IED 670
Adapt measured values to static circuitry
I/O Capability
Standardized Transformer Modules
1A
6I and 6U 6I and 6U 9I + 3U 9I + 3U 9I + 3U 12I 12I 6I 5I + 5U
6
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ABB AB, 2005
Transformer module (TRM 12)
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5A 6
9 5 12
9 4
110/220 V 6 6 3 3 3
12 6 5
5
I/O Capability
I/O-modules 1/1 19” Case
Full 19” case with 24 binary analog inputs and up to 11 I/O modules
¾ x 19” case with 24 analog p and up p to seven I/O inputs modules
½ x 19” case with 12 analog p and up p to three I/O inputs modules
Extensive I/O capability enables
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ABB AB, 2005
unique function integration 2008-01-29 29
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ABB AB, 2005
670 Series Hardware
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Introduction
Platform Based
Time Synchronization
I/O Capability p y
Mounting Flexibility
Communication
Commitment to Quality
Summary
Mounting Flexibility
Mounting Arrangements
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Several mounting alternatives
½, ¾ and 1/1 rack size
Flush , Semi FlushSemi-flush flush, wall wall- and rack mounting
IP 54 front protection flush mounting
Side by side
Mounting Flexibility
Rack, Panel or Surface Mounting
Wiring cover
1/2, 3/4 or 1/1 of 19” wide
6U = 266 mm high
205 - 245 mm deep
19” rack mounting brackets
Suitable for new and retrofit installations
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ABB AB, 2005
670 Series Hardware
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Introduction
Platform Based
Time Synchronization
I/O Capability p y
Mounting Flexibility
Communication
Commitment to Quality
Summary
Communication
Serial Communication Module
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Communication protocols
LON
SPA
IEC 60870-5-103
DNP 3.0
Alternative media
Glass fiber
Plastic fiber
Combination of glass & plastic fiber
Max 1 module per IED 670
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ABB AB, 2005
Communication
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EIA-485 for DNP-3
Galvanic EIA-485 communication module for DNP 3.0
Either two or four wire connection
Max 1 EIA-485 module per IED 670
Mounting position for the EIA-485 module is pos 312 on AD1
Communication
Line Data Communication Module
T Two versions i ffor fiber fib optic ti communication: i ti Multi mode ST fiber 50/125 μm or 62,5/125 μm for short range Single mode FC fiber 8/125 μm for medium and long range
Transmission of 4 analog values and 8 binary signals Transmission of up to 192 binary signals when no analog 64 kbit communication channel in HDLC Optical budget:
Long range 26dB or up to typically 120 km Medium range 20dB or up to typically 80 km Short range 11dB 62,5/125 μm and 7dB 50/125 μm Galvanic X21 short range for connection to multiplexers
The IEEE/ANSI C37.94 C37 94 standard format is used Up to 4 modules per IED 670 with restrictions for case seize Mounting position for the 64 kbit communication modules is on NUM NUM, AD1 or AD2
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Communication
Optical Ethernet Module
Module with two ports
Glass fiber
or
IEC 61850 61850-8-1 8 1 protocol t l
Ethernet 100 Mbit/second link
One or two optical ports
Multimode fiber 62,5/125 μm
ST fiberoptic connector
Optical budget 13 dB
Typical maximum distance between nodes, 1 km
Max one module located on A/D converter one
Module with one port Internal communication bus
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ABB AB, 2005
V Versatile til selection l ti off 2008-01-29 37
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communication protocols
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ABB AB, 2005
670 Series Hardware
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Introduction
Platform Based
Time Synchronization
I/O Capability p y
Mounting Flexibility
Communication
Commitment to Quality
Summary
Reliability through Quality Assurance
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ABB AB, 2005
Commitment to Quality
All application functions are type tested
The IEDs are tested in an Automatic Test System
All products are verified in a system simulating real system, operating environment
Extensive tests at ABB’s System Verification Center
The full compliance of our IEDs and tools with the IEC 61850 standard has been tested and certified by KEMA
Rely on ABB Quality 2008-01-29 39
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©
ABB AB, 2005
670 Series Hardware
2008-01-29 40
NN SA2007-000033 A
Introduction
Platform Based
Time Synchronization
I/O Capability p y
Mounting Flexibility
Communication
Commitment to Quality
Summary
Summary
Minimized Cost for Maintenance
Accurate time synchronization for each installation
Extensive I/O capability enables unique f function ti integration i t ti
Suitable for new and retrofit installations
Versatile selection of communication protocols
Rely on ABB Quality
Platform based hardware simplify the everyday life and saves cost
ABB AB, 2005
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