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
Introduction & Specifications
Connections, Reset Button, and LED Indications
1.7
Cryptographic Manual—Do Not Copy
IMPORTANT: Do NOT wire power to both the compression
terminals and the 2.5 mm jack. Use only one power
connection at a time.
Alarm Output Connection
Use the solid-state alarm contact to alert you to problems either with the
communications channel or the SEL-3022. See Section 5: Testing and Troubleshooting
for more details. To maintain the UL rating of the SEL-3022, connect the alarm output
contact as follows:
1. Use an external load to limit current to less than 100 mA through the
alarm contact. There is no means within the SEL-3022 to limit
current through the alarm contact. You must ensure that the external
circuit connected to the SEL-3022 limits the current. For example, a
typical SEL contact input draws 4 mA. Figure 1.4 shows a typical
connection of a wetting source (125 Vdc), the SEL-3022 solid-state
output, an SEL-2030 contact input, and an optional load resistor. In
this case, because the contact input impedance limits the current to
less than 100 mA, the load resistor is not necessary. If the sensing
input does not have a means of limiting the current to less than 100
mA, then you must use a high wattage resistor. Select a load resistor
with the proper wattage rating to limit the current. For example,
assume the wetting source is 125 Vdc and that the sensing input
requires 10 mA to assert. You can use the following calculation to
determine the load resistor: 125 Vdc/ 10 mA = 12.5 kΩ. Calculate the
minimum wattage: (10 mA)
2
• 12.5 kΩ = 1.25 W. You would
typically double this parameter to 2.5 W to ensure proper operation
over temperature and life. You should verify proper derating with the
resistor data sheet.
2. Circuit protection should include an in-line fuse rated for 0.5 A or
less with a voltage rating greater than the voltage you intend to use.
Figure 1.4 shows a typical alarm output installation.
CAUTION: Current through the alarm output must be limited to less
than 100 mA.
!
Preliminary Copy