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1-11. Setting the On-Board Switches and Description of LEDs
BIT6 : Unit ID/IP setting method selector switch
Used to select the method of setting the IP address in the
data link that is connected to the DATA connector.
Even if the setting is changed while the power is on, the
operation mode is not updated. In order to change the
operation mode, change the setting. Then either turn off the
power and back on, or press the reset switch on the CPU-
339 board.
UP (OPEN) position : A value that is set from a personal
computer connected to RE-
MOTE3 becomes valid.
DOWN position :
The IP address is fixed to
"10.64.5.1".
n
For the details of the IP address setting, refer to Section
1-12.
BIT7 : Not used
BIT8 : Debug mode selector switch
This switch is factory use only. Do not change this setting.
S706 (F-8) : Test rotary switch
Run the system with 0 (default) position of this switch.
8
0
Factory setting
m
. When this switch is set to any position of 2 to 5 while
the power is on, the setting is reflected on the operation
of the HDS-X5800. Set this switch to 0 to return to the
normal operation.
. Even the setting is changed to A to F while the power is
on, the operation mode is not updated. In order to change
the operation mode to A to F, change the setting. Then
re-start the CPU-339 board (either turn off the power and
back on, or press the reset switch on the CPU-339
board). Set this switch to 0 and re-start the CPU-339
board to return to the normal operation.
0 :
Normal operation
The error that is detected first by self-diagnostics is
indicated on ND701, ND702, and ND703 as an error
code. The error code that is displayed first, is kept
stored until the CPU-339 board is re-started or until
this switch is set to the position 5.
1-28 (E)
1 :
Not used
2 :
The total count of the errors that are detected by
self-diagnostics is displayed (decimal number) on
ND701, ND702, and ND703.
When the reset switch on the CPU-339 board is
pressed or this switch is set to "5", the total count is
re-set to "000".
3 :
The output connector number of the cross-point
error that is detected first after the CPU-339 board is
re-started or after this switch is set to the position 5,
is displayed (decimal number) on ND701, ND702,
and ND703. This error information is kept until the
CPU-339 board is re-started.
4 :
The input connector number of the cross-point error
that is detected first after the CPU-339 board is re-
started or after this switch is set to the position 5, is
displayed (decimal number) on ND701, ND702, and
ND703. This error information is kept until the
CPU-339 board is re-started.
5 :
The error code that is being displayed on ND701,
ND702, and ND703 is reset and "000" is displayed.
6, 7 : Not used
8 :
Factory use only
Used for adjustment in the factory.
If this mode is executed, all of the set data are
deleted. Before executing this mode, implement the
backup of the setup data using the attached BZR-20
software. After execution of the this mode, return
the setup data.
9 :
Not used
A :
Cross-point test
Checks the signal transmission circuit and detection
circuit.
All of the input connectors to which the signals are
supplied, are switched one connector after another in
the order starting from the smaller number of the
output connectors (from OUT1 to OUT272). If
presence and absence of the signal do not match
between the input signals and the output signals
(cross-point error), the output connector number in
problem are displayed on the ND701, ND702,
ND703 (decimal notation.) The message "000"
appears when there is not problem. If only one input
signal is connected, this test is executed once and the
machine enters the standby state until the input
signal shows any change. If two or more input
signals are supplied, this test is repeated starting
from the smaller number of the input connector.
HDS-X5800
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