The Alpha Elegant Dual Pager Programmer is a package consisting of a programming fixture, a DB9 serial cable, a 5 VDC 1A power adapter and programming software. All Unication alphanumeric pagers use the same programming fixture, so it is compatible with Alpha Elegant, Alpha Legend Plus, Alpha Legend Dual, and Alpha Elite pagers. The POCSAG based programming software is used with all of these pagers with the exception of the Alpha Elite FLEX pager.
Programmer setup includes connecting the serial cable to both the programming fixture and the computer’s selected COM port and applying power with the adapter. To read or program a pager, install a battery, turn the pager on, and position it in the fixture so the two programming pins fit through the holes in the pager near the battery lock latch. Lower the locking arm into place to hold the pager securely while programming. Install the programming software, configure and run the application.
Alpha Elegant Dual Programming Software
Software Version
R08.12.00
Date Published
29 Jan 2018
File Size
2.0 MB
The Alpha Elegant Dual is a 4-Line alphanumeric pager with two frequency capability. The pager can be programmed to automatically scan both frequencies or allow the user to manually select between receiving modes of primary frequency, secondary frequency, or scan. The Alpha Elegant Dual is identical to the Alpha Elegant pager with the exception of the two frequency capability. It is also identical to the Alpha Legend Dual pager with the difference being the number of available alerting addresses. The Alpha Elegant Dual has 8 addresses and 32 sub-addresses (functions) while the Alpha Legend Dual has twice the number of addresses and sub-addresses. The pager can display 20 characters per line on its 4-Line display and has a zoom feature that will display 10 larger characters per line in 2-Line format. 19 personal messages can be stored in memory, each with up to 2025 characters. Maildrop information messages can contain up to 5052 characters each. 10 important messages can be locked and not replaced when memory becomes full.