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1.15

Date Code 20020501

SEL-2701 Ethernet Processor Instruction Manual

Introduction

UCA2

UCA2

UCA2 is part of the Utility Communications Architecture suite of protocols. 
The SEL-2701 provides a UCA2 interface. The following paragraphs describe 
UCA2 and UCA2 features in the SEL-2701.

UCA History

The UCA for Field Devices Protocol, now known as UCA2 is the result of an 
EPRI (Electric Power Research Institute) joint development effort that began 
in the late 1980s. The primary components of UCA are UCA2 and TASE.2 
(Telecontrol Application Service Element 2). UCA2 is designed for 
communication with substation IEDs. TASE.2, also known as ICCP (Inter-
Control Center Communication Protocol), is designed to move data between 
real-time databases.

Both TASE.2 and UCA2 are based on an underlying communication protocol, 
MMS (Manufacturing Messaging Specification). MMS is an industrial 
automation protocol developed largely by General Motors. General Motors 
has long served as a research and development center for advanced 
technologies in industrial automation. While MMS is no longer in wide use in 
the industrial automation environment, it is a capable protocol that serves as 
the foundation for both UCA2 and TASE.2. 

UCA2

UCA2 is a profile for object-oriented communication with substation IEDs 
using MMS. CASM (Common Application Service Models) defines how 
objects interact with MMS services. GOMSFE is the object model 
specification for UCA2.

GOMSFE

GOMSFE is an object model for collecting measurement and status data from 
substation IEDs. GOMSFE uses an object-oriented abstract to create standard 
definitions for presenting meters, protective relays, and other devices on 
UCA2 networks. Unlike previous generations of protocols, UCA2 does not 
rely on the concept of indices or registers. GOMSFE organizes data into 
object models called bricks.

GOMSFE describes multifunction devices with several bricks, each 
describing one function. An example of this is a protective relay. A relay may 
contain metering data that populate a multiphase metering brick. The 
protective relay may also function as a circuit breaker interface with a brick 
for a circuit breaker controller.

GOMSFE bricks, consist of pieces of data with standard names built from 
standard data types. For example, the polyphase measurement brick (MMXU) 
includes A-phase current called MX$A$PhsAf. A-phase current is a value of 
the type FLT32 (32-bit floating point), as are the other phase currents.

Standard object models alone do not allow individual manufacturers to 
innovate and add new features. Because of this potential limitation, GOMSFE 
allows for the extension of bricks and the creation of custom bricks. 

Appendix B: UCA2 GOMSFE Models

 shows the GOMSFE model bricks 

available in the SEL-2701 when it is installed in an SEL-2030. The model 
definitions list the SEL-2701 rules for populating the model from data in the 
host.

It would be difficult to distribute and update descriptions of GOMSFE models 
on every UCA2 network master. A powerful feature of GOMSFE, self-
description, makes extended bricks and custom bricks easy to use and 
eliminates the need to store GOMSFE model specification information on 
every master. A master UCA2 device can query a slave UCA2 device. The 

Summary of Contents for SEL-2701

Page 1: ...Schweitzer Engineering Laboratories 2350 NE Hopkins Court Pullman WA USA 99163 5603 Tel 509 332 1890 FAX 509 332 7990 SEL 2701 Ethernet Processor Instruction Manual ...

Page 2: ...areil pour un service en usine DANGER Débrancher tous les raccordements externes avant d ouvrir cet appareil Tout contact avec des tensions ou courants internes à l appareil peut causer un choc électrique pouvant entraîner des blessures ou la mort Schweitzer Engineering Laboratories SELOGIC Connectorized and Job Done are registered trademarks of Schweitzer Engineering Laboratories All brand or pro...

Page 3: ...ttings and Commands Introduction 3 1 Ethernet Network Operation Settings 3 2 Data Access Settings 3 5 SEL 2701 Commands 3 10 Section 4 SEL 2030 Host Introduction 4 1 Features and Capabilities 4 2 Settings 4 3 Operation 4 5 Data Access 4 7 Section 5 SEL 400 Series Host Introduction 5 1 Features and Capabilities 5 2 Settings 5 3 Operation 5 4 Data Access 5 6 Section 6 Troubleshooting Introduction 6 ...

Page 4: ...MSFE Models Introduction B 1 GOMSFE Tables B 2 SEL 2030 Domains B 3 SEL 2030 Domain LNO B 4 SEL Relay Virtual Device B 6 Communications Card or Non SEL Virtual Device B 17 Special Translation Rules B 29 Appendix C GOMSFE Model Example Introduction C 1 Settings C 2 GOMSFE Models C 4 Glossary GL 1 Index IN 1 ...

Page 5: ...E Command 3 15 Section 4 SEL 2030 Host Table 4 1 SEL 2030 Port Settings With SEL 2701 Installed 4 3 Table 4 2 SEL 2030 Port Control Settings With SEL 2701 Installed 4 3 Table 4 3 SEL 2030 Automatic Message Settings With SEL 2701 Installed 4 4 Table 4 4 SEL 2030 Access Levels 4 5 Table 4 5 SEL 2030 Access Level User Names and Passwords 4 5 Table 4 6 SEL 2030 LOCAL ELEMENTS2 4 6 Table 4 7 SEL 2030 F...

Page 6: ... Relay Connected to an SEL 2030 B 9 Table B 11 Polyphase Measurement Unit Model MMXU SEL Relay Connected to an SEL 2030B 10 Table B 12 Models in Virtual Device Domain for Non SEL IED Connected to an SEL 2030B 17 Table B 13 Device ID Model DI Non SEL IED Connected to an SEL 2030 B 17 Table B 14 Generic Control Model GCTL Non SEL IED Connected to an SEL 2030B 18 Table B 15 Globe Model GLOBE Non SEL ...

Page 7: ... Configuration 2 6 Figure 2 5 Two 10BASE FL Port Configuration 2 6 Figure 2 6 Two 100BASE FX Port Configuration 2 6 Figure 2 7 10BASE FL and 10 100BASE T Port Configuration 2 6 Figure 2 8 100BASE FX and 10 100BASE T Port Configuration 2 7 Figure 2 9 100BASE FX and 10BASE FL Port Configuration 2 7 Section 3 Settings and Commands Figure 3 1 GOOSE Command Response 3 13 Section 4 SEL 2030 Host Section...

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Page 9: ...ndix B UCA2 GOMSFE Models All UCA2 control points were made readable Default data was set for the UCA2 FAULT model 20010719 Reissued entire manual to reflect the following changes Section 3 Settings and Commands Updated default value of SUBNETM setting Table 3 1 on page 3 2 added additional discussion of Network Configuration on page 3 2 and corrected range for Telnet port settings Table 3 6 on pa...

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Page 11: ...or Main topics include the following Installing the SEL 2701 Accessing SEL 2701 settings Operating the SEL 2701 Accessing data in a host with FTP Telnet and UCA2 The following list contains other references with additional information about specific topics in this manual SEL 2030 User s Guide SEL 2030 Reference Manual IEEE TR 1550 Technical Report UCA2 Draft Specifications IEC 61850 CD UCA2 Object...

Page 12: ...L hosts Section 3 Settings and Commands Describes SEL 2701 operation and configuration Section 4 SEL 2030 Host Provides detailed information on how to use the SEL 2701 within the SEL 2030 Section 5 SEL 400 Series Host Provides detailed information on how to use the SEL 2701 within the SEL 400 series relays Section 6 Troubleshooting Describes techniques for testing and troubleshooting SEL 2701 inst...

Page 13: ...rated by periods e g 199 92 34 109 IP addresses are in the form octet1 octet2 octet3 octet4 where each octet is a value from 0 to 255 in one of the formats shown in the following table Settings You can set several SEL 2701 and other SEL device settings to NA NA is a special value that turns off or disables the setting Typographic Conventions Example Description STATUS Commands you type appear in b...

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Page 15: ...ocessor Instruction Manual Section 1 Introduction Introduction This section introduces the SEL 2701 Ethernet Processor and provides information on the following topics Features Model Options Applications Ethernet Networks UCA2 Specifications ...

Page 16: ...Ethernet network equipment The combination of operating temperature range and additional environmental hardening described in Specifications on page 1 17 prepares the SEL 2701 for operation in the harsh environment of substation control houses You can connect an SEL 2701 to several different Ethernet media Use fiber optic cable to electrically isolate devices and provide a medium immune to most el...

Page 17: ...le 1 1 The network port standard terms and corresponding network speeds and media are listed in Table 1 2 See the Model Option Table for the SEL 2701 and your host for complete part number and ordering option information You can obtain a Model Option Table by contacting SEL through our web site at www selinc com or through your local SEL representative Table 1 1 SEL 2701 Network Connection Options...

Page 18: ...on is shown in Figure 1 1 The SEL 2701 has two network ports that allow you to connect both the primary network and the standby network to the SEL 2701 You do not have to install two separate SEL 2701s to support a redundant network system The benefit of this arrangement is lower equipment and setup cost because there is only one network card and one set of network settings per host Figure 1 1 Red...

Page 19: ... specify an IP address and port number rather than a serial port and baud rate to establish a Telnet session with the remote device After you start a Telnet session your Telnet software operates as a terminal program passing your keystrokes across the Ethernet network and displaying responses If you have a network with the topology shown in Figure 1 2 you can establish a direct Telnet connection f...

Page 20: ...L 2701 automatically populates GOMSFE models with the available data GOOSE peer to peer messaging is part of the GOMSFE model called GLOBE GOOSE is used for peer to peer control and protection messages The SEL 2701 generates outgoing GOOSE messages based on information in the host The SEL 2701 also monitors incoming GOOSE messages and passes selected information to the host If your host is an SEL ...

Page 21: ...cations processor Many installations include SEL 2030 Communications Processors with card slots but do not have Ethernet network connectivity Networking for Non SEL EIA 232 IEDs Add an SEL 2030 and SEL 2701 to your design to inexpensively and reliably add Ethernet networking to your serial IEDs and gain the following features Use Telnet for engineering connections to the SEL 2030 and connected IED...

Page 22: ...rk connection to an SEL 400 series relay All SEL 400 series relays have a card slot that will support an SEL 2701 Add an SEL 2701 to your SEL 400 series relays to gain the following features Use Telnet for engineering connections to the SEL 400 series relay Use FTP to collect event reports SER reports and COMTRADE oscillography directly from the relay Use UCA2 master devices to collect data from S...

Page 23: ...d interface Within milliseconds of state changes in the relay the SEL 2701 generates outgoing GOOSE messages Substations With Serial and Ethernet IEDs In a new substation you can combine the three applications above to provide a substation Ethernet network for three types of IEDs SEL relays with serial ports Non SEL IEDs with serial ports SEL 400 series relays You can choose protective relays equi...

Page 24: ...re 1 5 OSI Seven Layer Model In the OSI model each layer for example the data link layer communicates via a logical connection directly with the same layer in the other device Actual communication is more complex Application data such as characters in a Telnet terminal session or UCA2 GOMSFE models pass down through the layers and then across the physical medium Each layer adds some information to...

Page 25: ...d for time critical applications such as peer to peer protection and control messages In a deterministic system all events occur with completely predictable timing and sequence A basic understanding of Ethernet media access rules is important for understanding why Ethernet networks are not considered deterministic High speed bus and multidrop networks can operate over many different physical conne...

Page 26: ... and Routers on page 1 12 for more discussion on the components of Ethernet networks TCP IP UDP IP and OSI The three most common stacks used on Ethernet networks are TCP IP UDP IP and OSI TCP IP and UDP IP are the network stacks that have gained fame as the basis of the Internet Telecommunication equipment is the primary application for the OSI stack The OSI stack and OSI seven layer model are two...

Page 27: ... A hub is a device that acts like a trunk cable with very short segments that connect each node cable to the network A hub repeats all incoming network traffic to all nodes An uplink connection allows the hub to send data up to other hubs switches or routers Hubs are an easy and inexpensive way to connect many devices to an Ethernet network Hubs are primarily passive devices If a node fails and se...

Page 28: ... Ethernet networks and are independent of the network stack or application protocol Routers A router operates similarly to a switch The difference is that routers keep messages in a local network and send out only messages that need to leave the local network The router contains tables of how to route messages and decodes some of the Layer 3 or stack information to direct messages Because routers ...

Page 29: ...rom substation IEDs GOMSFE uses an object oriented abstract to create standard definitions for presenting meters protective relays and other devices on UCA2 networks Unlike previous generations of protocols UCA2 does not rely on the concept of indices or registers GOMSFE organizes data into object models called bricks GOMSFE describes multifunction devices with several bricks each describing one f...

Page 30: ...EL 400 series relays there is a single domain that contains the DID and GLOBE bricks as well as several other bricks with measurement status and control for the host In devices that collect data from other IEDs such as the SEL 2030 there are virtual domains for the connected devices The SEL 2030 can collect data from SEL IEDs and from non SEL IEDs including protective relays meters PLCs programmab...

Page 31: ... 1980 Test Db 25º to 55ºC 6 cycles 95 humidity Vibration IEC 60255 21 1 1988 Vibration Endurance Class 1 Vibration Response Class 2 Shock and Bump IEC 60255 21 2 1988 Shock Withstand Class 1 Shock Response Class 2 Bump Class 1 IEC 60255 21 3 1993 Class 2 Single Axis Sine Sweep 5 35 Hz Electrostatic Discharge IEC 60255 22 2 1996 see Note IEC 61000 4 2 1995 10BASE FL Level 4 100BASE FX Level 4 10 10...

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Page 33: ...ual Section 2 Installation Introduction This section includes information and procedures for SEL 2701 installation Effective installation includes the following tasks Installing the SEL 2701 Performing SEL 2701 initial checkout Connecting the SEL 2701 to a network ...

Page 34: ...ID COMMUNICATIONS PROCESSOR S N 2001051089 0C59 DEVCODE 52 030E PARTNO 0281 CONFIG 000000 0383 SPECIAL 02AE Figure 2 1 SEL 2030 ID Command Step 2 SEL 2030 With SEL 2711 Installed Only If you have an SEL 2711 installed in your SEL 2030 you may also need to upgrade your SEL 2711 firmware Contact SEL if you require assistance to determine compatible firmware versions for your application Use the SEL ...

Page 35: ... the connector pins line up with the guide holes on the host main board Apply firm pressure while inserting the connector pins into the host receptacle but do not force the connection Forcing the connection can cause damage to the pins or guide holes Rocking the SEL 2701 card slightly from side to side may help align the connector pins If you encounter resistance or all the pins do not protrude ev...

Page 36: ...2 and follow the steps to verify proper installation Step 3 Establish a terminal connection from your PC to the SEL 2030 Step 4 Enter the ACC command to log in to Access Level 1 Step 5 Enter the WHO command to confirm that the SEL 2030 detects the SEL 2701 correctly on Port 17 or 18 Line 18 of Figure 2 2 shows the response to the WHO command when a single SEL 2701 is installed in the SEL 2030 Port...

Page 37: ...4 Active None 5 Active None 6 Active None 7 Active None 8 Active None 9 Active None 10 Active None 11 Active None 12 Active None 13 Active None 14 Active None 15 Active None 16 Active None 17 Normal 0h NORM None 18 Normal 0h NORM None F Active 88 None Figure 2 3 SEL 2030 STATUS Command Step 7 Proceed to Section 3 Settings and Commands for information on network settings needed to operate the SEL 2...

Page 38: ...communications over multimode fiber optic cable using an ST connector 100BASE FX 100 Mbps communications over multimode fiber optic cable using an ST connector SEL 2701 Rear Panel Layout Rear panel layouts for the six SEL 2701 network port configurations are shown in Figure 2 4 Figure 2 9 Figure 2 4 Two 10 100BASE T Port Configuration Figure 2 5 Two 10BASE FL Port Configuration Figure 2 6 Two 100B...

Page 39: ...ise in your environment is severe you should consider using fiber optic cables We strongly advise against using twisted pair cables for segments that leave or enter the control house If you use twisted pair cables you should use care to isolate these cables from sources of noise to the maximum extent possible Do not install twisted pair cables in trenches raceways or wireways with unshielded power...

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Page 41: ...ngs and commands common to installations in any host Specifically it covers the following topics Settings for Ethernet network operation Settings for data access through protocols including FTP Telnet and UCA2 Commands for SEL 2701 diagnostics and configuration Subsequent sections describe how to access SEL 2701 settings and how the SEL 2701 operates in specific hosts ...

Page 42: ...address setting to determine how to communicate with nodes on other local networks The SEL 2701 communicates with the default router to send data to nodes on other local networks If you change the DEFRTR setting from the default value of Null meaning that there is no default router then the default router must be on the same local network as the SEL 2701 or the SEL 2701 will reject the DEFRTR sett...

Page 43: ...th a primary and standby physical interface You can connect the two network ports to the same network or different networks depending on your specific Ethernet network architecture If you have a single network and want to use only one network port set NETPORT to the port you wish to use and set FAILOVR to N Only one network port operates at a time The fail over mode operation determines the active...

Page 44: ...s Resolution The SEL 2701 can resolve 20 network host names to corresponding IP addresses Settings for Network Address Resolution NAR are shown in Table 3 3 The SEL 2701 uses address resolution any place settings or commands require an IP network name NAR is similar to DNS Domain Name Services used on the Internet except that NAR uses a local name list rather than a remote name server You can use ...

Page 45: ...ther operating systems The root directory is and has at least one subdirectory The basic file structure is shown in Table 3 4 The first subdirectory is for the host Some hosts do not have a subdirectory The HOST_ID string if set determines this subdirectory name The SEL 2701 strips any leading or following white space characters The SEL 2701 then substitutes the _ character for any white space or ...

Page 46: ...P user name anonymous does not require a password It has the same access rights as the user name in the FTPAUSR setting For example if FTPAUSR is set to ACC the FTP anonymous user has Access Level 1 rights See the host specific sections for additional information about access rights Table 3 5 lists the settings that affect FTP server operation NOTE SEL advises against enabling anonymous FTP logins...

Page 47: ...der Equipment GOMSFE and Generic Object Oriented Substation Event GOOSE UCA2 Settings Table 3 7 on page 3 8 lists UCA2 settings See the host specific sections to access UCA2 settings Table 3 6 SEL 2701 Telnet Settings Label Description Range Default T1CBAN Host Telnet connect banner 254 characters HOST TERMINAL SERVER T1INIT Telnet session from host enable Y N Y T1RECV Telnet session to host enabl...

Page 48: ...efault ENUCA UCA2 interface enable Y N N NSAPa a If you change this setting and accept the new setting the SEL 2701 closes all active network connections and briefly pauses network operation Partial Network Service Access Point NSAP of SEL 2701 six octets each 0 FFh SEL 2701 MAC address ENTXGOS Outgoing GOOSE message enable Yb N b Requires ENUCA set to Y to send GOOSE messages N TRMULGR Outgoing G...

Page 49: ...lation includes the LN0 domain Each SEL 2701 installation also has additional domains for virtual devices DDnn_substring or the host substring For more information about GOMSFE domains and models in your application see the host specific sections GOOSE GOOSE provides services for high speed peer to peer transfer of binary information on a multicast event driven basis Primary uses for GOOSE include...

Page 50: ...l character transmission in a Telnet session using control characters Send the control characters listed in Table 3 8 to control long transmissions like event reports and SER reports Command Summary Table 3 9 summarizes the SEL 2701 commands Subsequent subsections provide full descriptions of each command in alphabetical order Table 3 8 Control Characters Control Characters Key Commands Results XO...

Page 51: ... an FTP user name and password In this case use host access levels and passwords to connect Use the host access level for the FTP user name and the corresponding password for the FTP password Access levels are listed with corresponding passwords in Table 3 11 Connections that are closed manually by ending the network connection or by using the SEL 2701 QUIT command are terminated This means that t...

Page 52: ...oid confusion the SEL 2701 displays the date format along with the date For example if you set the host for a European style date the SEL 2701 displays the current date and the date format text dd mm yyyy The date format options are mm dd yyyy dd mm yyyy and yyyy mm dd Use the DATE command with a date to set the internal clock date Enter the year in four digit form Enter the date in a form that ma...

Page 53: ...messages for two minutes to build a table of Ethernet multicast addresses Because each GOOSE device sends a GOOSE message if there is a state change or every minute if there are no state changes a two minute listening period is sufficient to detect all active GOOSE devices After the SEL 2701 completes the listening process it only processes Ethernet multicast messages from devices that it identifi...

Page 54: ... are shown in Table 3 15 ID It may be necessary to identify the firmware version of your SEL 2701 for diagnostic purposes or to verify that it is compatible with the firmware version of your host Use the ID command to identify the firmware version and several other internal parameters for your SEL 2701 The information displayed by the ID command is described in Table 3 16 MEMORY The MEMORY command...

Page 55: ... of the SEL 2701 for security purposes when the connection will not be closed For example if you are connected to an SEL 2701 in a host from one of the host serial ports you can log out without closing the transparent connection to the SEL 2701 STATUS Use the STATUS command to display the self test status and configuration of the SEL 2701 The SEL 2701 displays self test results as either OK or FAI...

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Page 57: ...s information on the following topics Using the SEL 2030 to access SEL 2701 settings Setting the SEL 2030 to control SEL 2701 operation Accessing data in an SEL 2030 through the SEL 2701 Accessing the SEL 2701 User Interface See Section 2 Installation for instructions on how to install an SEL 2701 in a host See the SEL 2030 Reference Manual and SEL 2030 User s Guide for additional information abou...

Page 58: ...s Ethernet Physical Connection 10 100 Mbps on twisted pair media 10 Mbps on fiber optic media 100 Mbps on fiber optic media Redundant network ports with automatic failover Telnet Server for connections to SEL 2701 Server for connections to SEL 2030 Client for connection from an SEL 2030 port to a Telnet server FTP Server for data files within the SEL 2030 and SEL 2701 UCA2 GOMSFE models for connec...

Page 59: ... port in question Access Automatic Message settings using the SET A n command where n is the port number 17 or 18 where the SEL 2701 is installed The NOCONN setting shown in Table 4 3 controls the following Telnet connections for the SEL 2701 Telnet connections to the SEL 2030 through the SEL 2701 Telnet connections out of the SEL 2030 through the SEL 2701 Table 4 1 SEL 2030 Port Settings With SEL...

Page 60: ...User region data are available to the user for data concentration and manipulation User region data are also used for some protocols including UCA2 Access Math Data Movement settings using the SET M n command where n is the port number 17 or 18 where the SEL 2701 is installed Outgoing Control Point Settings Outgoing control points are used by the SEL 2030 to send binary information to the SEL 2701...

Page 61: ...an SEL 2030 port If there is no activity and the timeout time expires the SEL 2030 closes the connection and the SEL 2701 automatically returns to Access Level 0 SEL 2701 User Interface You can access the SEL 2701 user interface in one of two ways First you can connect directly to the SEL 2701 as a Telnet client on the Ethernet network Second you can make a transparent connection using the SEL 203...

Page 62: ...se the SEL 2030 CARD command to view control points See the SEL 2030 Reference Manual for more information on the CARD command LOCAL Database Region A new LOCAL database element exists at address 08B1h for each card slot The database element has the name ELEMENTS2 and consists of two rows of binary values Table 4 6 shows the element contents Display the status of NOCONN using the SEL 2030 VIEW and...

Page 63: ...ermine the initial access level After establishing a Telnet connection to the SEL 2030 you can make a transparent connection to an IED connected to an SEL 2030 serial port See the SEL 2030 Reference Manual for more information on transparent connections using the PORT command Use the QUIT command to log out and end the Telnet session Telnet From the SEL 2701 For the second connection type use the ...

Page 64: ... points CCIN1 CCIN64 The SEL 2701 automatically maps the outgoing control points CCOUT1 CCOUT64 to the first 64 outgoing GOOSE message bits EXAMPLE 4 1 Outgoing Control Points The SEL 2701 uses outgoing control points to generate and send outgoing UCA2 GOOSE messages To send the state of the SEL 2030 ALARM bit as User ST Bit 1 in the outgoing GOOSE message set the SEL 2030 CCOUT1 setting as shown ...

Page 65: ...cognize the new state For example if CCOUT1 changes from a logical 0 to a logical 1 and back to logical 0 in less than 100 ms the SEL 2701 may not recognize the changes and not send outgoing GOOSE messages If CCOUT1 remains in the new state for more than 100 ms the SEL 2701 will recognize the change and send corresponding GOOSE messages This behavior only affects control bits that you configure wi...

Page 66: ...mbers Use SEL 2030 math movement settings to move and format data within the SEL 2030 For example if you want to map the A phase current scaled by 10 as an integer on Port 1 to the GLOBE item ANALOG01 enter 0h i ANALOG01 1 METER IA 10 To format the data as a floating point value use 0h f ANALOG01 1 METER IA 10 See the SEL 2030 Reference Manual for complete information on the syntax of SEL 2030 mat...

Page 67: ...riate CO bit Table 4 8 Example GLOBE Generic Binary Data Mapping Item Port 2 Target Region Data Example Setting DWORD01B01 b1 52a 001h 0 B 2 TARGET 52A DWORD01B02 b1 EN 001h 1 B 2 TARGET EN DWORD01B03 b1 IN101 001h 2 B 2 TARGET IN101 DWORD01B04 b1 IN102 001h 3 B 2 TARGET IN102 DWORD01B05 b1 IN103 001h 4 B 2 TARGET IN103 DWORD01B06 b1 IN104 001h 5 B 2 TARGET IN104 DWORD01B07 b1 IN105 001h 6 B 2 TAR...

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Page 69: ...in an SEL 400 series relay through the SEL 2701 Checking SEL 400 series relay status from the SEL 2030 Accessing the SEL 2701 user interface For detailed explanations of SEL 2701 commands and settings refer to Section 3 Settings and Commands See Section 2 Installation for instructions on how to install an SEL 2701 in a host See the instruction manual for your relay for additional information about...

Page 70: ...lay provides the following features and capabilities Ethernet physical connection 10 100 Mbps on twisted pair media 10 Mbps on fiber optic media 100 Mbps on fiber optic media Redundant network ports with automatic failover Telnet Server for connections to SEL 2701 Server for connections to the relay FTP server for data files within the relay and SEL 2701 UCA2 GOMSFE models GOOSE messages ...

Page 71: ...SEL 2701 uses these bits for protocol specific operations For example the SEL 2701 generates GOOSE messages using the outgoing control points Access settings for outgoing control points using the SET O n command where n is the port number where the SEL 2701 is installed Table 5 1 SEL 400 Series Relay Port Settings With SEL 2701 Installed Settings Reference Relay Port Control Table 5 2 Network Conf...

Page 72: ...er Interface You can access the SEL 2701 user interface with a Telnet connection directly to the SEL 2701 Once you are connected to the SEL 2701 user interface you can use the commands described in Section 3 Settings and Commands SEL 2701 settings are not accessible through the SEL 2701 user interface Set the SEL 2701 through the relay port settings for the port where the SEL 2701 is installed Log...

Page 73: ...the relay TAR command Status Information You can obtain status information on the SEL 2701 directly from the SEL 2701 and through the relay Connect to the SEL 2701 or relay and use the STATUS command to view status messages and error codes See Section 6 Troubleshooting for more information on collecting status information from the SEL 2701 and host SEL 2701 Alarm The SEL 2701 alarm is automaticall...

Page 74: ...n 3 Settings and Commands to Telnet to the relay This connection emulates the capabilities of a connection to the relay front port All relay commands are available including access level commands Use the QUIT command to log out and end the Telnet session Telnet to the SEL 2701 For the second connection type use the SEL 2701 TCP IP port number see setting T2PNUM in Table 3 6 on page 3 7 in Section ...

Page 75: ...GOMSFE bricks that reside within domains The domains bricks and data available through the UCA2 GOMSFE interface are described in your relay instruction manual The GLOBE model contains special extensions that map target and analog data from the SEL 400 series relays In the MX functional component of GLOBE the SEL 2701 maps analog values from protection math variables and automation math variables ...

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Page 77: ...ine the operating status of your SEL 2701 and how to troubleshoot SEL 2701 operation This section contains information on the following topics Determining the firmware ID of your SEL 2701 Reading the SEL 2701 indicator LEDs Determining the status of your SEL 2701 Interpreting error messages and codes Troubleshooting an SEL 2701 installation ...

Page 78: ...successfully you will see a prompt that contains an character when you press ENTER Step 3 Display the SEL 2030 firmware IDs Enter the SEL 2030 ID command The response to the ID command is in compressed ASCII and displays the firmware ID information and a checksum value for each line The SEL 2030 executable firmware ID is the string FID SEL 2030 and the SEL 2030 SELBOOT firmware ID is the character...

Page 79: ...n to Access Level 1 Use the relay ACC command and enter the password if prompted Step 4 Display the relay and SEL 2701 firmware IDs Enter the relay VERSION command The relay executable ID is listed after FID The relay SELBOOT ID is listed after BFID The SEL 2701 information is listed under the Communications Card heading ...

Page 80: ...sible to the SEL 2701 regardless of whether the messages are intended for the SEL 2701 During periods of high network traffic volume the Lnk Rx indicator is off continuously for sustained periods The A and B indicators show which network port is active If the primary port setting NETPORT is set to D both indicators will be off If the FAILOVR enable setting is set to No the A and B indicators refle...

Page 81: ...network port operation status and network statistics Record or print the status information for later reference From Host You can use the host to collect some basic information about the SEL 2701 This is useful for determining if the host has properly recognized the card and for collecting error messages and codes from the SEL 2701 See Error Messages and Codes on page 6 6 for a detailed explanatio...

Page 82: ... in Table 6 2 from most to least severe starting with Bit 0 For example if a RAM check error and a settings failure are detected the error code will be 0009h and the error message will be RAM If there are no errors the error code is 0h and the error message is NORMAL Table 6 2 Error Codes and Messages Bit Test Error Message 0 RAM check RAM 1 Executable code flash check EXE Code 2 SELBOOT code flas...

Page 83: ...kout on page 2 4 in Section 2 Instal lation Reinstall the card if necessary Lnk Rx Off Continuously No power to host Verify that the host has power check enabled light or press LED Test High volume of Ethernet messages on network This situation may occur during normal operation Tempo rarily disconnect the Ethernet network cables or change NETPORT setting to D and verify that power indicator LED st...

Page 84: ...net mask Verify that the IP address of both devices places them in the same subnet Cannot Browse With MMS Browser Not properly connected to Ethernet network Verify connections to the Ethernet network Verify that the Ethernet network is connected to either the A or B network port indicated by the SEL 2701 LEDs and that the medium data transmission speeds are correct Check Pwr Tx and Lnk Rx LEDs Usi...

Page 85: ...iption of Changes SEL 2701 R102 V0 Z000000 D20010719 SLBT 2701 R101 V0 Z000000 D20010425 Corrected issue related to rapid incoming GOOSE messages Eliminated character loss in Virtual Terminal sessions Improved handling of Telnet Client attempts to disable unsupported Telnet Options Changed for compatibility with SEL 421 Relay modifications Allowed Telnet connection for TCP IP port numbers greater ...

Page 86: ...ion No Compatible SEL 2030 Versions SEL 2701 R102 V0 Z000000 D20010719 SLBT 2701 R101 V0 Z000000 D20010425 SEL 2030 R114 V0 Z000000 D20010619 SLBT 2030 R103 V0 Z000000 D20010122 SEL 2701 R100 V0 Z000000 D20010302 SLBT 2701 R101 V0 Z000000 D20010425 SEL 2030 R113 V0 Z000000 D20010122 SLBT 2030 R103 V0 Z000000 D20010122 SEL 2701 R100 V0 Z000000 D20010302 SLBT 2701 R100 V0 Z000000 D20010302 SEL 2030 ...

Page 87: ...01 firmware versions with compatible SEL 421 firmware versions are listed in Table A 3 Table A 3 SEL 421 Relay Firmware Compatibility SEL 2701 Version No Compatible SEL 421 Relay Versions SEL 2701 R102 V0 Z000000 D20010719 SLBT 2701 R101 V0 Z000000 D20010425 SEL 421 R100 V0 Z001001 D2001xxxx SLBT 4xx R100 V0 Z001001 D2001xxxx ...

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Page 89: ...s of tables organized by domains The SEL 2701 automatically populates these models using the data in the host This appendix contains information on the following topics Domains for SEL 2030 hosts GOMSFE models in SEL 2030 host domains Rules for populating GOMSFE models Domains and models for SEL 400 series relay hosts vary based on the specific relay model The domains and models are shown in the i...

Page 90: ...ns to move and label data within the User region Some items have more than one decode method If there is more than one decode method they are listed in priority order In some cases additional information about the decode method is listed in Special Translation Rules on page B 29 Look up the rule number for example 3 in Table B 18 for more information Some information has been hard coded and does n...

Page 91: ...d in Section 3 Settings and Commands Table B 2 SEL 2030 Domains Domain Description LN0 Logical Device 0 domain containing SEL 2030 information DD01name Virtual Device 1 domain containing data from Port 1 database DD02name Virtual Device 2 domain containing data from Port 2 database DD03name Virtual Device 3 domain containing data from Port 3 database DD17name Virtual Device 17 domain containing in...

Page 92: ...ation Name r Relay ID m GLOBAL HOST_ID VndID m Vnd r Vendor m SEL Mdl r Device model numbera a Part name and V portion of the FID m GLOBAL FID 1 SerNum r Device serial number m GLOBAL SER_NUM SftRev r Device software revisionb b R portion of the FID m GLOBAL FID 2 BootRevc c Extension to the GOMSFE Device ID component r Boot code software revision m GLOBAL BFID 2 FIDc r Device firmware ID string m...

Page 93: ...A rw Force value for DNA inputs m 13 DefDNA rw Default value for DNA inputs m 14 PreSetUserSTa a Extension to the GOMSFE specified GLOBE brick rw Preset value for UserSt outputs m 25 ForUserSTa rw Force value for UserSt inputs m 26 DefUserSTa rw Default value for UserSt inputs m 27 CO GOOSERsa rw Force GOOSE addressing re acquisition m 18 CF ClockTOD rw Current date and time use of UCA time sync i...

Page 94: ... model represents a row in the relay history report The most recent history record is in FAULT1 If the relay does not store 20 records or if the fault history is reset the FAULT models corresponding to empty history records will contain default data 20HISTORY GCTL Control of remote bits RB1 RB16 for port 20TARGET for status display only GLOBE Basic device information None MMXU Relay metering and m...

Page 95: ...EL 2030 Sheet 1 of 2 FC Name r w Description m o Decode Method MX FltMagA Magnitude of fault currents o PhsAf r A phase fault current o HISTORY IA PhsBf r B phase fault current o HISTORY IB PhsCf r C phase fault current o HISTORY IC Neutf r Neutral fault current o HISTORY IN q r Quality of data o 21 FltMagA1 Magnitude of fault currents o PhsAf r A phase fault current o HISTORY IA1 PhsBf r B phase ...

Page 96: ...HISTORY FAULT_LOC q r Quality of data o 21 FltTim r Time and date of fault o HISTORY MONTH 30 FltDur r Fault duration in cycles o HISTORY DURR FltFrq r Frequency at fault o HISTORY FREQ ST FltTar r Relay targets at time of fault o HISTORY TARGET HISTORY TARGETS 31 FltTyp r Fault type for common fault types o HISTORY TYPE HISTORY EVENT 32 FltTyp2 r Other fault types o HISTORY TYPE HISTORY EVENT 33 ...

Page 97: ...st offline available unhealthy m 10 LocRemDS r Remote local state m b2 r 0 invalid 1 local 2 remote m 2 CommSta a Extension to the GOMSFE specified GLOBE brick r Communications status b2 r 0 invalid 1 unavail able 2 available m 34 DWORD01B01 DWORD01B16 b1 r Binary value o USER DWORD01 0 USER DWORD01 15 DWORD02B01 DWORD02B16 b1 r Binary value o USER DWORD02 0 USER DWORD02 15 DWORD03B01 DWORD03B16 b...

Page 98: ...Bf r B phase voltage o METER VB1 METER VBX PhsCf r C phase voltage o METER VC1 METER VCX Neutf r Neutral voltage o METER VN1 q r Quality of data o 21 V2 Three phase voltage o PhsAf r A phase voltage o METER VA2 METER VAY PhsBf r B phase voltage o METER VB2 METER VBY PhsCf r C phase voltage o METER VC2 METER VCY Neutf r Neutral voltage o METER VN2 q r Quality of data o 21 V3 Three phase voltage o P...

Page 99: ...ty of data o 21 Vseq3a Sequence voltages o Posif r Positive sequence voltage o METER V1_3 Negf r Negative sequence voltage o METER V2_3 Zerof r Zero sequence voltage o METER V0_3 q r Quality of data o 21 Vseq4a Sequence voltages o Posif r Positive sequence voltage o METER V1_4 Negf r Negative sequence voltage o METER V2_4 Zerof r Zero sequence voltage o METER V0_4 q r Quality of data o 21 AuxVa Au...

Page 100: ...ER VBC4 PhsCAf r CA voltage o METER VCA4 q r Quality of data o 21 A Three phase currents o PhsAf r A phase current o METER IA METER ia PhsBf r B phase current o METER IB METER ib PhsCf r C phase current o METER IC METER ic Neutf r Neutral current o METER IR q r Quality of data o 21 A1 Three phase currents o PhsAf r A phase current o METER IA1 METER IAW1 METER IAX PhsBf r B phase current o METER IB...

Page 101: ...q r Quality of data o 21 A4 Three phase currents o PhsAf r A phase current o METER IA4 METER IAW4 PhsBf r B phase current o METER IB4 METER IBW4 PhsCf r C phase current o METER IC4 METER ICW4 Neutf r Neutral current o METER IR4 q r Quality of data o 21 Aseqa Sequence currents o Posif r Positive sequence current o METER I1 Negf r Negative sequence current o METER I2 METER 3I2 22 Zerof r Zero sequen...

Page 102: ...urrent o METER I0_4 q r Quality of data o 21 AuxA1a Auxiliary currents o f r o METER IP METER IPOL q r Quality of data o 21 W Per phase power o PhsAf r A phase power o METER PA PhsBf r B phase power o METER PB PhsCf r C phase power o METER PC q r Quality of data o 21 W1 Per phase power o PhsAf r A phase power o METER PA1 PhsBf r B phase power o METER PB1 PhsCf r C phase power o METER PC1 q r Quali...

Page 103: ...1 VAr Per phase reactive power o PhsAf r A phase reactive power o METER QA PhsBf r B phase reactive power o METER QB PhsCf r C phase reactive power o METER QC q r Quality of data o 21 VAr1 Per phase reactive power o PhsAf r A phase reactive power o METER QA1 PhsBf r B phase reactive power o METER QB1 PhsCf r C phase reactive power o METER QC1 q r Quality of data o 21 VAr2 Per phase reactive power ...

Page 104: ...ower o METER Q1 q r Quality of data o 21 TotVAr2 Total reactive power o f r Total reactive power o METER Q2 q r Quality of data o 21 TotVAr3 Total reactive power o f r Total reactive power o METER Q3 q r Quality of data o 21 TotVAr4 Total reactive power o f r Total reactive power o METER Q4 q r Quality of data o 21 Hz System frequency o f r System frequency o METER FREQ q r Quality of data o 21 CF...

Page 105: ...ic device information MMXU Relay metering and measurement data MMTR Energy metering data Table B 13 Device ID Model DI Non SEL IED Connected to an SEL 2030 FC Name r w Description m o Decode Method DI r Name r Relay ID m LOCAL PORTID VndID Vnd r Vendor m Unknown Mdl r Device model numbera a Part name and V portion of the FID o USER MODEL 24 SerNum r Device serial number m USER SER_NUM 24 SftRev r ...

Page 106: ...t m 20 Table B 15 Globe Model GLOBE Non SEL IED Connected to an SEL 2030 FC Name r w Description m o Decode Method MX ANALOG01 ANALOG64 r Analog values o USER ANALOG01 USER ANALOG64 ST CommSta a Extension to the GOMSFE specified GLOBE brick r Communications status b2 r 0 invalid 1 unavail able 2 available m 34 DWORD01B01 DWORD01B16 b1 r Binary value o USER DWORD01 0 USER DWORD01 15 DWORD02B01 DWOR...

Page 107: ... r Neutral voltage o USER VN1 q r Quality of data o 21 V2 Three phase voltage o PhsAf r A phase voltage o USER VA2 PhsBf r B phase voltage o USER VB2 PhsCf r C phase voltage o USER VC2 Neutf r Neutral voltage o USER VN2 q r Quality of data o 21 V3 Three phase voltage o PhsAf r A phase voltage o USER VA3 PhsBf r B phase voltage o USER VB3 PhsCf r C phase voltage o USER VC3 Neutf r Neutral voltage o...

Page 108: ...e voltage o USER V0_3 q r Quality of data o 21 Vseq4a Sequence voltages o Posif r Positive sequence voltage o USER V1_4 Negf r Negative sequence voltage o USER V2_4 Zerof r Zero sequence voltage o USER V0_4 q r Quality of data o 21 AuxVa Auxiliary voltages q r Quality of data 21 PPV Delta voltages o PhsABf r AB voltage o USER VAB PhsBCf r BC voltage o USER VBC PhsCAf r CA voltage o USER VCA q r Qu...

Page 109: ...nt o USER IA1 PhsBf r B phase current o USER IB1 PhsCf r C phase current o USER IC1 Neutf r Neutral current o USER IR1 q r Quality of data o 21 A2 Three phase currents o PhsAf r A phase current o USER IA2 PhsBf r B phase current o USER IB2 PhsCf r C phase current o USER IC2 Neutf r Neutral current o USER IR2 q r Quality of data o 21 A3 Three phase currents o PhsAf r A phase current o USER IA3 PhsB...

Page 110: ...uality of data o 21 Aseq3a Sequence currents o Posif r Positive sequence current o USER I1_3 Negf r Negative sequence current o USER I2_3 Zerof r Zero sequence current o USER I0_3 q r Quality of data o 21 Aseq4a Sequence currents o Posif r Positive sequence current o USER I1_4 Negf r Negative sequence current o USER I2_4 Zerof r Zero sequence current o USER I0_4 q r Quality of data o 21 AuxA1a Aux...

Page 111: ... of data o 21 TotW1 Total Three phase power o f r Total power o USER P1 q r Quality of data o 21 TotW2 Total Three phase power o f r Total power o USER P2 q r Quality of data o 21 TotW3 Total Three phase power o f r Total power o USER P3 q r Quality of data o 21 TotW4 Total Three phase power o f r Total power o USER P4 q r Quality of data o 21 Var Per phase reactive power o PhsAf r A phase reactiv...

Page 112: ...ive power o USER QB4 PhsCf r C phase reactive power o USER QC4 q r Quality of data o 21 TotVAr Total reactive power o f r Total reactive power o USER Q q r Quality of data o 21 TotVAr1 Total reactive power o f r Total reactive power o USER Q1 q r Quality of data o 21 TotVAr2 Total reactive power o f r Total reactive power o USER Q2 q r Quality of data o 21 TotVAr3 Total reactive power o f r Total ...

Page 113: ... data o 21 WHr2 Per phase energy o PhsAf r A phase energy o USER EA2 PhsBf r B phase energy o USER EB2 PhsCf r C phase energy o USER EC2 q r Quality of data o 21 WHr3 Per phase energy o PhsAf r A phase energy o USER EA3 PhsBf r B phase energy o USER EB3 PhsCf r C phase energy o USER EC3 q r Quality of data o 21 WHr4 Per phase energy o PhsAf r A phase energy o USER EA4 PhsBf r B phase energy o USER...

Page 114: ...f r C phase energy o USER PEC2 q r Quality of data o 21 PosiWHr3a Per phase energy o PhsAf r A phase energy o USER PEA3 PhsBf r B phase energy o USER PEB3 PhsCf r C phase energy o USER PEC3 q r Quality of data o 21 PosiWHr4a Per phase energy o PhsAf r A phase energy o USER PEA4 PhsBf r B phase energy o USER PEB4 PhsCf r C phase energy o USER PEC4 q r Quality of data o 21 PosiTotWHra Total energy o...

Page 115: ...PhsCf r C phase energy o USER NEC2 q r Quality of data o 21 NegWHr3a Per phase energy o PhsAf r A phase energy o USER NEA3 PhsBf r B phase energy o USER NEB3 PhsCf r C phase energy o USER NEC3 q r Quality of data o 21 NegWHr4a Per phase energy o PhsAf r A phase energy o USER NEA4 PhsBf r B phase energy o USER NEB4 PhsCf r C phase energy o USER NEC4 q r Quality of data o 21 NegTotWHra Total energy ...

Page 116: ...n SEL Virtual Device NegTotWHr4a Total energy o f r Total energy o USER NE4 q r Quality of data o 21 CF All MMTR MX r Configuration of all data m a Extension to the GOMSFE MMTR brick Table B 17 Polyphase Meter Unit Model MMTR Non SEL IED Connected to an SEL 2030 Sheet 4 of 4 FC Name r w Description m o Decode Method ...

Page 117: ...ss card date and time 16 Selection for DNA outputs 17 Selection for DNA inputs 18 Control to force SEL 2701 to reacquire GOOSE addresses 19 Last value written to control points 20 Operate control points to host 21 Communication failure Comm Fail quality indication based on state of port from LOCAL PORT_STATUS or forced if associated data are forced 22 Quantity scaled down by factor of three 23 Uni...

Page 118: ... G N RC2 X59T PH3 4 C RSc 87C G2 5 B CYc 87B PH2 6 A LOc G1 87A 7 EN CLOS PH1 8 ZONE4 CYb 9 ZONE3 10 ZONE2 11 ZONE1 12 SOTF 13 COMM Y 14 TIME X 15 INST Table B 20 Event Types Sheet 1 of 8 Event Code for Rule 32 Code for Rule 33 L 0x8000 61 M 0x8000 65 AB 0x000C 7003 ABC 0x000E 7001 ABCT 0x100E 7101 ABG 0x000D 7002 ABGT 0x100D 7102 ABT 0x100C 7103 AG 0x0009 7004 AGT 0x1009 7104 BC 0x0006 7006 BCG 0...

Page 119: ...T 0x1016 1106 1BG 0x0015 1007 1BGT 0x1015 1107 1CA 0x001A 1009 1CAG 0x001B 1008 1CAGT 0x101B 1108 1CAT 0x101A 1109 1CG 0x0013 1010 1CGT 0x1013 1110 1OUT 0x8000 88 1OUT X 0x8000 9035 1OUT Y 0x8000 9036 25T1 0x8000 34 25T2 0x8000 35 27B 0x8000 30 27L 0x8000 31 2AB 0x002C 2003 2ABC 0x002E 2001 2ABCT 0x102E 2101 2ABG 0x002D 2002 2ABGT 0x102D 2102 2ABT 0x102C 2103 2AG 0x0029 2004 2AGT 0x1029 2104 2BC 0...

Page 120: ...CT 0x104E 3101 3ABG 0x004D 3002 3ABGT 0x104D 3102 3ABT 0x104C 3103 3AG 0x0049 3004 3AGT 0x1049 3104 3BC 0x0046 3006 3BCG 0x0047 3005 3BCGT 0x1047 3105 3BCT 0x1046 3106 3BG 0x0045 3007 3BGT 0x1045 3107 3CA 0x004A 3009 3CAG 0x004B 3008 3CAGT 0x104B 3108 3CAT 0x104A 3109 3CG 0x0043 3010 3CGT 0x1043 3110 3PC1 0x8000 40 3PC2 0x8000 41 3PRI 0x8000 51 4AB 0x008C 4003 4ABC 0x008E 4001 4ABCT 0x108E 4101 4A...

Page 121: ...52A1 0x8000 46 52A2 0x8000 47 52BT1 0x8000 48 52BT2 0x8000 49 59B 0x8000 32 59L 0x8000 33 5AB 0x010C 5003 5ABC 0x010E 5001 5ABCT 0x110E 5101 5ABG 0x010D 5002 5ABGT 0x110D 5102 5ABT 0x110C 5103 5AG 0x0109 5004 5AGT 0x1109 5104 5BC 0x0106 5006 5BCG 0x0107 5005 5BCGT 0x1107 5105 5BCT 0x1106 5106 5BG 0x0105 5007 5BGT 0x1105 5107 5CA 0x010A 5009 5CAG 0x010B 5008 5CAGT 0x110B 5108 5CAT 0x110A 5109 5CG 0...

Page 122: ...07 6CA 0x020A 8009 6CAG 0x020B 8008 6CAGT 0x120B 8108 6CAT 0x120A 8109 6CG 0x0203 8010 6CGT 0x1203 8110 79OIT 0x8000 50 79RST 0x8000 52 79SH 0x8000 53 86BFT 0x8000 20 86TR 0x8000 85 86TR X 0x8000 9027 86TR Y 0x8000 9028 A 0x0008 55 AB 0x000C 3 ABC 0x000E 1 ABCT 0x100E 101 ABG 0x000D 2 ABGT 0x100D 102 ABT 0x100C 103 AG 0x0009 4 AGT 0x1009 104 B 0x0004 56 BC 0x0006 6 BCG 0x0007 5 BCGT 0x1007 105 BCT...

Page 123: ... 9008 CLS1 0x8000 36 CLS2 0x8000 37 CYCL 0x8000 43 D 0x8000 58 DT 0x8000 11 E 0x8000 59 ER 0x2000 12 ER1 0x2000 90 ER2 0x2000 91 ET 0x8000 13 ET1 0x8000 71 ET2 0x8000 72 EXT 0x8000 18 EXT X 0x8000 9029 EXT Y 0x8000 9030 EXTC 0x8000 17 FAULT 0x8000 75 FAULT X 0x8000 9003 FAULT Y 0x8000 9004 G 0x0001 62 H 0x8000 63 HAB 0x000C 6003 HABC 0x000E 6001 HABCT 0x100E 6101 HABG 0x000D 6002 HABGT 0x100D 6102...

Page 124: ... I 0x8000 64 INT 0x8000 29 LJAM 0x8000 81 LJAM X 0x8000 9019 LJAM Y 0x8000 9020 LLOSS 0x8000 82 LLOSS X 0x8000 9021 LLOSS Y 0x8000 9022 LOCK 0x8000 44 LTCH 0x8000 54 MER 0x8000 70 OPEN 0x8000 14 OPEN X 0x8000 9005 OPEN Y 0x8000 9006 OTT 0x8000 45 PULSE 0x8000 92 RETRIP 0x8000 84 RETRIP X 0x8000 9025 RETRIP Y 0x8000 9026 RSET 0x8000 42 RUN 0x8000 76 RUN X 0x8000 9009 RUN Y 0x8000 9010 SPC1 0x8000 3...

Page 125: ... TIMER1 0x8000 86 TIMER1 X 0x8000 9031 TIMER1 Y 0x8000 9032 TIMER2 0x8000 87 TIMER2 X 0x8000 9033 TIMER2 Y 0x8000 9034 TR 0x8000 16 TRI 0x8000 73 TRIG 0x8000 15 TRIG X 0x8000 9001 TRIG Y 0x8000 9002 TRIP 0x8000 19 TRIP3 0x8000 27 TRIPA 0x8000 21 TRIPAB 0x8000 24 TRIPB 0x8000 22 TRIPBC 0x8000 25 TRIPC 0x8000 23 TRIPCA 0x8000 26 TRP1 0x8000 93 TRP2 0x8000 94 TRP3 0x8000 95 W 0x8000 66 X 0x8000 67 Y ...

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Page 127: ...rface for data collection and control An example is provided with an SEL 351S Relay connected to an SEL 2030 The step by step format will allow you to duplicate this work or adjust it to meet the requirements of your specific project This appendix contains information on the following topics SEL 2030 data collection settings SEL 2030 SEL 2701 network settings GOMSFE models of SEL 351S Relay data ...

Page 128: ...e PC and connect to the SEL 2030 Step 4 Log in to the SEL 2030 at Access Level 2 Step 5 Configure the SEL 2030 serial port connected to the SEL 351S Relay with the SET P 4 command Change the Device Type selection to S for SEL Start an Autoconfiguration when prompted and accept the remaining port settings Step 6 Configure the SEL 2030 automatic messaging to collect data from the SEL 351S Relay with...

Page 129: ...on the SEL 2030 Port 4 with the SEL 2030 SET A 4 command set SEND_OPER to Y Table C 1 SEL 2030 Automatic Messaging Settings Setting Description ISSUE1 P00 00 01 0 Send message every second MESG1 20METER Collect metering information from the relay with SEL binary Fast Meter ISSUE2 P00 00 01 0 Send message every second MESG2 20TARGET Collect target information from the relay with SEL binary Fast Met...

Page 130: ...de 20020501 GOMSFE Model Example GOMSFE Models GOMSFE Models Figure C 2 through Figure C 7 on page C 6 show GOMSFE models visible in an MMS browser once you complete the steps above Figure C 2 GOMSFE Domains Figure C 3 GOMSFE Models Within DD04_FEEDER1 Domain ...

Page 131: ...C 5 Date Code 20020501 SEL 2701 Ethernet Processor Instruction Manual GOMSFE Model Example GOMSFE Models Figure C 4 DI Model Figure C 5 FAULT Model Figure C 6 GCTL Model With RB3 ST status Point ...

Page 132: ...C 6 SEL 2701 Ethernet Processor Instruction Manual Date Code 20020501 GOMSFE Model Example GOMSFE Models Figure C 7 MMXU Brick ...

Page 133: ...zation LAN Local Area Network LED Light Emitting Diode MAC Media Access Control used in Ethernet Node A device connected to the network OSI Open System Interface The seven layer protocol stack developed by ISO and used in UCA2 OSI Model Name of generic seven layer protocol stack model taken from ISO s OSI stack and used to describe modern networking concepts and stacks RAM Random Access Memory SEL...

Page 134: ...ate Code 20020501 Glossary UDP IP WAN UDP IP Universal Data gram Protocol Internet Protocol Another protocol stack used for Ethernet and the Internet Unlike TCP IP UDP IP does not maintain con nections and allows broadcast messaging WAN Wide Area Network ...

Page 135: ...ulticast group 3 13 networking concepts 1 10 1 14 physical and data link layer designators 10 100BASE T 1 3 1 11 2 6 100BASE FX 1 3 1 11 2 6 10BASE FL 1 3 1 11 2 6 physical interface 1 3 See also Physical Interface physical layer 1 3 1 10 1 11 1 14 redundant networks 1 4 Event Reports downloading via FTP 1 6 1 8 Fail Over feature operation 1 4 3 3 3 4 6 4 Fiber Optic Cable See Physical Interface F...

Page 136: ...asswords 3 11 4 5 SEL 2030 access control 4 5 binary control points See Control Points database regions 3 6 4 6 4 10 B 2 downloading snapshots via FTP 1 6 1 7 4 7 firmware version See Firmware Version GOOSE control data 1 6 1 7 4 8 4 9 See also UCA2 LED operation 2 4 network access for IEDs without card slots 1 6 1 7 C 3 populating GOMSFE models 4 9 rules B 4 B 37 special translation rules B 29 re...

Page 137: ...rts 1 6 1 8 downloading settings 1 6 3 5 downloading snapshots 1 6 1 7 file structure 3 5 3 6 4 7 5 6 security 3 11 SEL 2701 related settings 3 5 3 6 simultaneous users 3 5 protocol stack 1 2 1 11 application 1 12 Telnet 1 2 1 5 access control 4 5 5 4 security 3 11 SEL 2030 related settings 4 3 SEL 2701 related settings 3 6 3 7 transmission control characters 3 10 user interface access 1 5 3 6 4 7...

Page 138: ...20020501 collecting data from SEL 400 series relay 1 8 5 6 5 7 networking 1 6 SEL 2701 related settings 3 7 3 9 UDP IP protocol stack 1 11 application 1 12 User Interface access via host 4 5 5 4 SEL 2701 command entry 3 10 Telnet access 1 5 3 6 UTP Cable See Physical Interface Virtual Devices 1 16 3 6 ...

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