ZETRON 15P, Руководство по эксплуатации

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Section 5. Programming
5-33
Table 5. PROGRAMMING-32 Inserting Messages in a Stack for POCSAG
Display Keystrokes Explanation
St 100 Type in 100 for the stack number.
St 100 ENTER Press ENTER to input the stack number.
Alrt 0 4 Type in 4 to give a “fast siren” Alert.
Alrt 4 ENTER Press ENTER to input the Alert value.
TALH 0 1 Type in 1 to enable talk for the stack.
TALH 1 ENTER Press ENTER to input the talk value.
CAP 61234562 Type in the first capcode.
61234562 ENTER Press ENTER to input the capcode.
CAP PAGE Press the PAGE key to enter a zero length (null) message.
CAP 61234563 Type in 61234563 as the second capcode.
61234563 ENTER Press ENTER to input the capcode.
CAP 8206363 Type in 8206363 as the message to be sent for the last capcode
entered.
8206363 ENTER Press ENTER to input the message.
CAP Press ENTER without any data to exit capcode entry mode.
St Ready to program another stack.
The POCSAG entries shown here are eight digits long (format leading digit + seven capcode
digits) because they do not have any of the capcode digits strapped. They do, however, have
their function code strapped or that would have had to entered here long with each capcode.
The more digits you strap in a given paging format, the fewer digits will need to be entered
to place a page from that format into a stack. This directly affects how many pages can be
placed into a single stack. See the Custom Stack Memory Requirement worksheet at the end
of Section 7.
Important Things to Remember When Programming Stacks
When the capcodes are entered into stack memory, they are stored as long strings of digits,
with a terminating character between each group of digits. The encoder does not do any
checking at this time to see if each of these entries is a valid capcode. That is, it does not
check to see if each “leading digit + c function code (if required)” combination
would have produced a valid page if entered manually at the normal page prompt.