Command
ASCII (Telnet)
(host to intercom)
URL encoded
(host to intercom)
Response
(intercom to host)
Additional Description
Clear broadcast
interval
24
E
0 EB
}
W 0 EB|
Bmd
X6$
,
X1$
]
X6$
= Broadcast repetition
interval set to
0
(off).
X1$
= Default broadcast
subnet address:
255.255.255.255
.
View broadcast interval
E
EB
}
W EB|
X6$
,
X1$ ]
Set broadcast port
E
{port#}*
X7!
,
X7@
PB
}
Bpt {port#}*
X1* ]
View broadcast port
and MAC
E
PB
}
WPB|
{port#}*
X1*
]
Get connections listing
E
CC
}
WCC |
{# of connections}
]
Icc
{# of
connections}
]
verbose modes 2/3
Password and security settings
Set administrator
password
24
E X3#
CA
}
W
X3#
CA |
Ipa
•
X4! ]
X3#
= user password
X4!
= Responds with
**** if a password exists.
Otherwise, an empty string.
Clear administrator
password
24
E
•
CA
}
W%20 CA |
Ipa
•
]
Clear/remove all passwords
(administrator and user).
Read administrator
password
E
CA
}
WCA|
X4! ]
Set user password
14, 24
E X3#
CU
}
W
X3#
CU|
Ipu
•
X4! ]
Clear user password
24
E
•
CU
}
W%20CU|
Ipu
•
]
This clears the user
password only.
Read user password
E
CU
}
WCU|
X4! ]
Read connection
security level
E
CK
}
WCK |
X5@ ]
or
Pvl
X5@ ]
For
X5@
11
= user
12
= administrator
NOTES:
X1$
= Broadcast subnet address (Default =
255.255.255.255)
.
X1*
=
hardware (MAC) address (
xx-xx-xx-xx-xx-xx
).
X3#
= Password (minimum length = 4 characters, maximum length = 12 characters, no special characters are
allowed).
A user password cannot be assigned if an administrator password does not exist. Also, if the administrator
password is cleared, the user password is also cleared.
X4!
= Responds with **** if a password exists. Otherwise, an empty string.
X5@
=
Connection security level:
11
= user;
12
= administrator.
X6$
=
Broadcast repetition interval in seconds from
0
to
255
seconds (4.25 minutes). Default =
0
= off.
{
port#
}
= UDP outgoing port,
X7!
*
X7@
= MAC address for UDP unicast transmissions:
X7!
= Hardware (MAC) address: 4 most-significant hex nibbles converted into single 16-bit decimal number.
X7@
= Hardware (MAC) address: 8 least significant hex nibbles converted into single 32-bit decimal number.
IPI 100 and IPI 200 Series • SIS Programming and Control
46
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Страница 8: ...IPI 100 and IPI 200 Series Contents viii...
Страница 42: ...Figure 33 Server Mode IPI 100 and IPI 200 Series Help Desk Software 34...