RPR 550IS Series
Page 2A - 2
TM1188 Issue B
Table 1: Engineering States
ENGINEERING
STATE
DESCRIPTION
E0
Bytes 0-3 of EEPROM displayed
E1
Bytes 4-7 of EEPROM displayed
E2
Bytes 8-B of EEPROM displayed
E3
Bytes C-F of EEPROM displayed
E4
Address displayed
E5
Quiet tone
E6
Normal tone
E7
Out-of-range buzz
E8
Vibrate
E9
Speech channel open
E10
All segments displayed
Engineering Mode Characters
4.
Engineering states E0-E3 contain 16 hexadecimal numbers representing eight bit binary
words stored in the EEPROM. Interpretation of the binary words relating to the first two
screens indicate the options programmed into the pager.
5.
To establish the programmed options convert each hex digit to its four bit binary number
using Table 2. Align these groups of binary numbers to their respective positions in Table 3
and extract the programmed options as shown in Table 4. See below for sample engineering
mode displays of the first two screens.
E0:90 15 6C E6
E1:43 85 E1 03
b
b
Summary of Contents for RPR 551IS
Page 10: ...RPR 550IS Series TM1188 Issue 1 AL2 Oct 98 Page viii INTENTIONALLY BLANK...
Page 20: ...RPR 550IS Series TM1188 Issue 1 Page 1 10 INTENTIONALLY BLANK...
Page 36: ...RPR 550IS Series TM1188 Issue 1 Page 2 16 INTENTIONALLY BLANK...
Page 70: ...RPR 550IS Series Page 4 2 TM1188 Issue 1 INTENTIONALLY BLANK...
Page 77: ...PSG 10444 1 RPR 550IS Series TM1188 Issue 1 Page 5 7 Figure 2 Case Removal...
Page 125: ...TM1188 Issue 1 AL2 Oct 98 Figure 4 RPR 552IS Radio Board Circuit Diagram Page 7 9 10...
Page 126: ...TM1188 Issue 1 AL2 Oct 98 Figure 10 RPR 550IS Main Board Circuit Diagram Radio Page 7 21 22...
Page 127: ...TM1188 Issue 1 AL2 Oct 98 Figure 11 RPR 550IS Main Board Circuit Diagram Radio Page 7 23 24...