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NAM Programming
Test Mode NAM Programming Sequence
Advances to the next programming step; also programs the NAM
after the last programming step is entered.
Clears the entered information and displays previously entered
data for the current programming step.
Exits the programming mode without programming the NAM.
Table 5: Test Mode NAM Programming Sequence
Step
Factory
Default
Description
01 00000
System ID Number.
Number assigned by system operator for system
identification.
02 10101100
A OPTION BYTE.
The display for step 02 represents the status of eight
options, A7 through A0. Bit A7 (msb) is programmed first, followed by A6-
A0. Bits enter display on the right and scroll left.
1
Local Use (Bit A7).
If set to 1 phone will respond to local control orders in
the home area or when the group ID is matched. Assigned by system
operator.
0
Preferred System (Bit A6).
Applies to units capable of operating on two
service systems (A or B). 0TA = system B; 1 = system A.
1
End-to-End Signaling (Bit A5).
When enabled, the phone is equipped for
DTMF signaling during a call. 1 = enabled, 0 = disabled.
0
Bit not used (Bit A4).
Enter 0.
1
Bit not used (Bit A3).
Enter 1.
1
Auxiliary Alert (Bit A2).
When enabled, the user can place an Extended
System in auxiliary alert mode and be notified of incoming calls via head-
lights, horn etc. 1 = enabled, 0 = disabled.
0
Bit not used (Bit A1).
Enter 0.
0
MIN MARK (Bit A0).
Supplied by system operator. When enabled the
user’s area code will be sent with each call initiated or answered.
1 = enabled, 0 = disabled.
03 1111110111
User 10 digit radiotelephone phone number.
Number is assigned by
system operator.
04 14
Station class mark.
A 2 digit number assigned by the system operator.
Indicates maximum power step, VOX capability, and number of channels
used.
05 0x
Access overload class.
Specifies the level of priority assigned to the
phone when accessing the system. Assigned by system operator. Default
valve is 0x; where x=last digit of phone number.
*
CLR
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