User's Manual
Table Of Contents
- Table of Contents
- List of Tables
- List of Figures
- Figure1.1 Typical SEL3022 and SEL5810 Virtual Serial Software Application 1.2
- Figure1.2 Encrypted Packet Stream 1.4
- Figure1.3 Typical Connections for the SEL3022 1.6
- Figure1.4 Typical Alarm Output Installation 1.8
- Figure2.1 SEL3022 Dimension Drawing 2.2
- Figure2.2 Windows Run Command 2.3
- Figure2.3 Product Unregistered Prompt 2.4
- Figure2.4 Select a Device Type to Create 2.7
- Figure2.5 Specify New Device Location 2.8
- Figure2.6 Opening Device 2.8
- Figure2.7 Identification Screen 2.9
- Figure2.8 Status: Device 2.10
- Figure2.9 Settings: Wireless 2.10
- Figure2.10 Settings: WEP Keys 2.11
- Figure2.11 Settings: User 2.11
- Figure2.12 Settings: Operator 2.12
- Figure2.13 Settings: Security Officer 2.12
- Figure2.14 Confirm Send Prompt 2.13
- Figure2.15 Send Operation Message 2.13
- Figure2.16 Select Items to Print 2.14
- Figure2.17 Print Window 2.14
- Figure3.1 Remotely Located Recloser Control 3.2
- Figure3.2 Job Done Example SEL-5809 Top Level View 3.3
- Figure3.3 Select a Wireless Session for DNP3 Job Done Example 3.4
- Figure3.4 Settings: DCE Port 3.4
- Figure3.5 Status: Virtual Serial Port With Connection Status Red 3.5
- Figure3.6 Communication Parameters Window in acSELerator 3.6
- Figure3.7 Status: Virtual Serial Port With Connection Status Green 3.6
- Figure3.8 Reading Settings Via the SEL3022 3.7
- Figure3.9 Monitoring SEL651R Meter Data Via the SEL3022 3.8
- Figure3.10 Status: Virtual Serial Port Connection Status Red 3.9
- Figure3.11 Specify Device to Export to SEL5810 Virtual Serial Software 3.10
- Figure3.12 Export Encrypted User Configuration File 3.10
- Figure3.13 Store Encrypted File 3.11
- Figure3.14 Password Prompt in SEL5810 Virtual Serial Software 3.12
- Figure3.15 Communication Parameters Window in acSELerator 3.13
- Figure3.16 Reading SER Report Via acSELerator 3.14
- FigureB.1 PC to SEL3022 Connection B.2
- FigureB.2 SEL3022 and SEL-5809 Connection Parameters B.2
- FigureB.3 SEL5809 Settings Software Connection Method B.3
- FigureB.4 SEL-5809 Opening Connection B.3
- FigureB.5 Status: Device Window B.4
- FigureB.6 Confirmation Prompt B.4
- FigureB.7 Send Operation Prompt B.4
- FigureB.8 Configuring Serial Port Settings in the Terminal Software B.5
- FigureB.9 Send File Prompt B.6
- FigureB.10 Sending Confirmation Window B.6
- FigureB.11 Terminal Invalid Firmware Error Message B.7
- FigureB.12 Terminal Valid Firmware Message B.7
- FigureC.1 Two Independent Layers of Cryptographic Security Protect the SEL3022 Wireless Operato...
- FigureC.2 Operation of the HMAC SHA-1 Keyed Hash Authentication Function C.9
- FigureC.3 Operation of the AES Encryption Function C.10
- FigureC.4 SEL3022 Security Application Overview C.11
- FigureC.5 Wireless Interface Session Authentication Dialog C.15
- Preface
- Introduction & Specifications
- Installation
- Job Done Example
- Settings and Commands
- Testing and Troubleshooting
- Firmware and Manual Versions
- Firmware Upgrade Instructions
- Wireless Operator Interface Security
- Introduction
- Wireless Interface Security Overview
- IEEE 802.11 WEP Security
- The SEL Security Application
- Certificates
- Glossary
Date Code 20050615 Instruction Manual SEL-3022 Transceiver
Cryptographic Manual—Do Not Copy
Glossary
AES
Advanced Encryption Standard - sponsored by NIST, AES was developed for securing
sensitive but unclassified material by U.S. Government agencies. AES is a symmetric
encryption algorithm (same key for encryption and decryption) that uses block encryp-
tion.
FIPS 140-2
Federal Information Processing Standards 140-2 specifies the security requirements
satisfied by a cryptographic module in use within a security system that protects sensi-
tive but unclassified information. The standard provides four increasing, qualitative
levels of security. The security requirements cover areas related to the secure design
and implementation of a cryptographic module.
IED
Intelligent Electronic Device. An IED, as defined in this document, is a device capable
of receiving information and sending appropriate responses. Examples of IEDs are
remote terminal units, programmable logic controllers, communication processors,
relays, meters, etc.
NIST
National Institute of Standards and Technology, a unit of the U.S. Commerce Depart-
ment.
WEP
Wired Equivalent Privacy is a security protocol specified in the IEEE Wireless Fidelity
(Wi-Fi) standard 802.11b. WEP is designed to provide a wireless local area network
(LAN) with a level of security and privacy comparable to that associated with a wired
LAN.
Preliminary Copy