4
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Remote administration of Pager Database. Pager database can be modified using specially formatted TAP
paging messages.
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Programmable Timed Messaging function, allowing the paging system to monitor the host system, and
automatically deliver alert paging messages if the host system does not communicate to the paging system
within a one minute time cycle. The Timer Triggered Messaging function can be enabled or disabled via
programming, and can be used as a repetitive RF ping for fully supervised applications. Predefined alert
messages can be up to 60 characters in length.
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Programmable Alarm Monitoring function, causing delivery of alert paging messages upon a Contact
Close or Contact Open event, or both events. Contact monitoring input is a wet voltage input, ranging
from 5 to 24V, wired into an RJ-45 jack on the paging system. Predefined alert messages can be up to 60
characters in length.
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Programmable maximum batch size for batch messaging, ranging from 1 to 32 messages per batch. Batch
messaging allows higher message throughput by outputting a single POCSAG preamble for the batch of
messages. Default maximum batch size is 10 messages per batch.
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Programmable Pager ID as Capcode mode. This mode allows a pager ID value in the COMP2 or TAP
protocols to be treated as a capcode, allowing a bypass of the pager database, and allowing direct encoding
of the pager ID value as the pager capcode. This method reduces database configuration efforts and opens
the paging encoder up to use of the full approximately 2 million POCSAG capcode values. NOTE: When
Pager ID as Capcode mode is active, all paging messages are output at 512 bps RF data rate.
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Programmable Carrier Detect Polarity, supports integration of the WaveWare paging encoder to a variety
of radio transmitters.
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Programmable Data Encoding Polarity, supports use of Normal or Inverted polarity on the encoding of
messages.
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Programmable busy terminal flow control signaling, using either serial port response code flow control or
CTS/XOFF (hardware/software) flow control. The default is serial port response code flow control. If
serial port response code flow control mode is disabled, DIP 1 of the DIP switch bank toggles between
hardware and software flow control.
