Examples:
<STX><SI>ws,WEP1,0x1138170147<ETX>
Sets key #1 (WEP 64, hexadecimal)
<STX><SI>ws,WEP2,abcde<ETX>
Sets key #2 (WEP 64, alphanumerical)
<STX><SI>ws,WEP3,0x123456789abcdef0123456789a<ETX>
Sets key #3 (WEP 128, hexadecimal)
<STX><SI>ws,WEP4,abcdefghijklm<ETX>
Sets key #4 (WEP 128, alphanumerical)
<STX><SI>ws,WEP2,<ETX>
Removes key #2
<STX><SI>ws,.WEP_KEY,0<ETX>
Disables WEP
<STX><SI>ws,.WEP_KEY,1<ETX>
Select WEP key 1 for use in transmission (0-4 accepted).
<STX><SI>wt,WEP1<ETX>
Transmits WEP key #1 (empty string if that key is not confi gured, “****”
otherwise). WEP2-4 transmits key #2-4.
<STX><SI>wt,.WEP_KEY<ETX>
Transmits selected WEP key: 0 when disabled, 1-4 when enabled. Only
allowed users may see this.
It is not possible for any user to read the WEP key(s).
WEP Enabled/Disabled is shown on the network test label. WEP is
deemed disabled if no key has been selected, or if the selected key is un-
confi gured.
Intermec EasyLAN Wireless—Interface Kit Installation Instructions 27
Chapter 4—Setup in IPL
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