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Procedure for Setting the Phrase Specification
1. Press the MODE button.
The MODE indicator lights up.
2. Use the SELECT dial to choose "5.5 Terminal
Recording," then press the dial.
3. Turn the SELECT dial to choose the Phrase Select
(BINARY 1 or BINARY 2), then press the dial.
fig.14-g13e
4. When the prompt appears on the screen, press the
ENTER button to enable the settings.
To quit without making the settings, use the SELECT dial to
choose "NO," then press the ENTER button.
Once the settings have been made successfully, you're
returned to the setting item selection screen.
5. Press the MODE button.
This ends the setting process and returns you to the usual
screen.
* If you press the MODE button while making settings, a
message asking you to confirm that you want to exit the
setting process appears. Note that if you choose "YES," then
press the ENTER button, you are returned to the usual screen,
and all setting changes you've made up to that point will be
discarded.
To Specify Phrases With Binary
Signals
Example: Specifying Phrase A0015 (Card: A, Phrase #: 0015)
(* Phrase Specification: When BINARY 1 is Selected)
1. Convert the phrase number to a binary signal number.
"0" (OFF)
"1" (ON)
Phrase Number/Binary Signal Correspondence Table (p. 96)
The phrase number "0015" becomes the binary signal
"0000001111."
2. Select Card A or B with and ON or OFF control signal to
Port No. 11.
Card A: "0" (OFF)
Card B: "1" (ON)
* If there is no connection to Port No. 11, this is the same as
"OFF," and Card A is selected.
Controlling the AR-3000 from an External Device
With the above steps, Phrase No. A0015 is converted to:
fig.14-39e
Port No.
Input signal → 1
• Note that the direction of the phrase numbers (binary)
and port numbers are reversed.
• Input of binary specifications should be completed in no
more than 50 milliseconds.
Phrase Number/Binary Signal Correspondence Table → p.
96
About Binary Specification When BINARY 2 is
Selected
When phrases are selected with "BINARY 2," Phrase 0001
changes to "0000000000" in the binary specification, with
each subsequent specification shifted by one.
fig.14-40e
Substituting the appropriate entries in "Phrase Number/
Binary Signal Correspondence Table" (p. 96) according to the
above figure.
→ 1
2
3
4
5
6
7
1
1
1
0
0
0
Phrase No. (Binary)
0001
0000000000
10987654321
Phrase No.
0001
0000000001
0002
0000000010
0003
0000000011
0004
0000000100
0005
0000000101
0006
0000000110
0007
0000000111
.
.
.
.
.
.
.
.
.
.
0998
1111100110
0999
1111100111
1000
1111101000
8
9
10
0
0
0
Card
101
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