4
DE5817
If the pager's phone number is entered into Location No. 1, the
numeric message for that pager must be entered into the next
location (No. 2). If the pager's phone number is entered into
Location No. 2, the numeric message for that pager must be
entered into the next location (No. 3).
Important! Location No. 4 (the last location in the first group) and
No. 8 (the last location in the second group) can't be used for
pager phone numbers - in both cases there is no "next location"
with memory space for the message.
In the backup mode (see Para. 1.4H), it is advisable to use
Locations 1 & 2 or 5 & 6 for pager data and the remaining
locations for telephone numbers. The dialer will therefore call the
pager first and, since the pager doesn't acknowledge, at least
one of the telephone numbers will also be called.
Numeric pagers accept both the subscriber ID (PIN number) and
a numeric message which is registered and forwarded to the
subscriber. Voice pagers accept the subscriber ID (PIN number),
record a verbal message and relay it to the subscriber.
Note: Some pagers have a special phone number assigned to
each specific subscriber. This type of pager does not require a
PIN number.
Some pagers require an asterisk (
∗
) as a separator between the
subscriber code and the message. Other pagers require the
pound symbol (#). Correct programming is totally dependent on
your ability to make the dialer "talk" to the paging company's
computer in a language it "understands" (Fig. 5).
9 8 7 6 –
LOCATION NO. 4
(NUMERIC MESSAGE)
0 1 7 6 7
LOCATION NO. 3
(TEL. NUMBER)
6 8 2 4 7 2 5 E
TYPICAL
AREA CODE
PAGER'S
TEL. NO.
DATA LETTER (SWITCH
TO NEXT LOCATION)
3 9 0 5 1
E
LETTER FOR PLAYING
THE RECORDED
VOICE MESSAGE
SEPARATION
CHARACTERS
(
OR
#
- AS REQUIRED
BY THE PAGER)
PIN
NUMBER
NUMERIC
MESSAGE
–
RECORDED MESSAGE IS PLAYED ONCE ONLY
E
DATA
DESIGNATOR
DELAY
(SEC.)
0 5
SHADED ENTRIES ARE INTERNAL COMMANDS
FOR THE DIALER USE ONLY
Figure 5. Typical Data Arrangement in Memory
Contact the paging company for specific interface details (PIN or
no PIN, separating characters required etc.).
Figure 5 depicts a typical arrangement of data in the dialer
memory for reporting an event to a pager. In this example, the
phone number is entered into memory location No. 3, and the
numeric message is entered into the memory location No. 4.
A hexadecimal E at the end of the phone number tells the dialer
move to the next memory location and send the data stored in it.
A hexadecimal E at the beginning of a memory location identifies
the contents of this location as pager data. A hexadecimal E after
the data serves as a cue for playing the voice message.
To program communication with a pager:
A. Reserve 2 consecutive memory locations in the same group of four.
B. Suppose the first location you chose is No. 3. Select it by
keying [PROG], <3>, [#] .
C. Suppose the area code is 01767 and the telephone number is
682-4725. Key in the data as exemplified in Figure 6.
D. Press [#] to confirm the data just entered.
E. Select the next memory location by keying: [PROG], <4>, [#]
0 1 7 6 7
ENTRIES INTO LOCATION 3 (LEFT TO RIGHT)
6 8 2 4 7 2 5
PAGER'S
AREA CODE
PAGER'S
TEL. NO.
HEX "E" - DATA LETTER
(SWITCH TO THE
NEXT LOCATION)
4
[
∗
][4] produces a Hexadecimal E, a cue for data in the next memory location.
Figure 6. Programming the Pager's 1st Location
F. Suppose the target pager requires a 5 second interval
between the end of dialing and the beginning of the message.
Also suppose that the PIN number is 9876 and the message
is 39051. Key the data as shown in Fig.7.
HEX "E" – DATA
DESIGNATOR
9 8 7 6
ENTRIES INTO LOCATION 4 (LEFT TO RIGHT)
3 9 0 5 1
HEX "E" –
LETTER
FOR
PLAYING
THE
RECORDED
VOICE
PIN
NUMBER
NUMERIC
MESSAGE
4
INTERVAL
(UP TO 99
SECONDS)
0 5
4
1
1
SEPARATOR
(IF REQUIRED)
– SEE NOTE
Figure 7. Programming the Pager's 2nd Location
Notes: If the required separator is # - key [
∗
][1]
If the required separator is
∗
- key [
∗
][2].
In case of a pager that does not forward voice messages -
skip the last [
∗
][4].
If you need a 5-second delay anywhere within the
message, key [
∗
] [3].
G. Press [#] to confirm the data just entered.
5.7. Programming Summary
The dialer can be programmed equally well in the installer's office
or at the installation site. Follow the PROGRAMMING CHART
(Para. 5.8) row by row, and enter the appropriate variables. The
code options are explained in the second column, and the full
programming sequence for each variable is given in the fourth
column. Each programming step is enclosed in square brackets,
and may include more than one keystroke. The fifth column
shows the default values, and the last column (Prog) is left blank
for you to fill in your own programmed values.
Note: If no key is pressed for 30 seconds, programming will be
aborted and the selected location will revert to the previously
saved value.
To quit programming at any stage, press the [STOP] key.
5.8 Programming Chart
Loc. No.
Description of Parameters & Code Options
Entry Limits
Programming Format
Factory
Default
Prog.
Record
1
1st telephone number associated with input Z-1
20 digits
[PR] [1] [#] [Num] [#]**
None
2
2nd telephone number associated with input Z-1
20 digits
[PR] [2] [#] [Num] [#]**
None
3
3rd telephone number associated with input Z-1
20 digits
[PR] [3] [#] [Num] [#]**
None
4
4th telephone number associated with input Z-1
20 digits
[PR] [4] [#] [Num] [#]**
None
5
1st telephone number associated with input Z-2
20 digits
[PR] [5] [#] [Num] [#]**
None
6
2nd telephone number associated with input Z-2
20 digits
[PR] [6] [#] [Num] [#]**
None
7
3rd telephone number associated with input Z-2
20 digits
[PR] 7] [#] [Num] [#]**
None
8
4th telephone number associated with input Z-2
20 digits
[PR] [8] [#] [Num] [#]**
None
9
Inaccessible to installers or users
–
10
Inhibit or permit the listen-in function:
0 - inhibited; 1 - permitted
0 or 1
[PR] [10] [#] [Code] [#]
1
11
Select Dialing method: 0 - DTMF; 1 - Pulse
0 or 1
[PR] [11] [#] [Code] [#]
0
12
No. of dialing attempts for alarms at input Z-1
1 - 15*
[PR] [12] [#] [Num] [#]
4
13
No. of dialing attempts for alarms at input Z-2
1 - 15*
[PR] [13] [#] [Num] [#]
4
14
Delay (in seconds) between trigger and action (to permit
the user to clear a false alarm)
1 - 255*
[PR] [14] [#] [Sec] [#]
3