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1 Sta t u s
2 S M S
5 U n i t I n f o
6 I D
1 Ve r s i o n
2 M a i n t e N o .
3 AD E
4 B D E
Unit Info menu screen
IMSI:
234
MSISDN1:
234
Alarm bit display
(from left, 1 is displayed when abnormal )
(1st line)
1. ADE communication error
2. Core Module communication error
3. Handset communication error
4. Cable Calibration error
5. Core Module reset
6. Core Module does not reply at AT level
7. GYRO communication error
8. GYRO I/F interruption does not occur although Sync is selected
9. GYRO I/F detected non-existed signal when Sync is selected
10. GYRO I/F detected non-existed signal when Step is selected
(2nd line)
11. GYRO I/F detected signal on R1 R2when Step is selected
12. GYRO I/F WDT over flow
13. GYRO I/F program memory error
14. IB software update is failed
15. ADE software update is failed
Fig. 8.1.5c Each status display screen of Unit Info(3/3)
4. BDE status display screen
SAT:
APAC E143.5
Spot Beam:
128
N 10.10 10
OK
E130.20 24
REC:
50
CH TYPE
T025Q
Cable loss:
10.0
IMEI:123456-
78-901234-5
JRC No:
GV12345
Delivery:
01/JAN/2008
UE Class:
9
IMSI:
012345678901
MSISDN1:
012345678901
MSISDN2:
No Data
MSISDN3:
No Data
Update Err:
XX,YY,ZZ
A:0000000000
00000
S:0000000000
00
87
8. Handset Menu system
....Current Satellite
....Spot Beam Number
....Current Position
....RECeiving level
....Received channel type
....Offset value of cable calibration
....IMEI (International Mobile Equipment
Identity number)
.....Manufacturer's serial number
....Delivery date
.....User Equipment class
....IMSI (International Mobile Subscriber
Identity number)
....MSISDN (Mobile Subscriber ISDN)
number 1
....MSISDN number 2
....MSISDN number 3
....Software updating error display*
(Refer to p86)
Normally ， "None" is
displayed.
Status bit display (from left)
(1st line)
1. Backup application of IB
(0：not activated, 1：activated)
2. Tracking type (0：Signal tracking, 1：GYRO)
3. GYRO type (0：NMEA, 1：Sync/Step)
4. Heading request (0:off, 1: on)
5. Type (0:Sync, 1:Step)
6.-7. Ratio (00:360X, 01:90X, 10:180X, 11:36X)
8. Direction of GYRO rotation (0:NORM, 1:REV)
9-10. Serial output timing
(00:50ms, 10:100ms, 01:1s, 11:RESERVE)
(2nd line)
11. Test status without GYRO signal
(0:NORM, 1:TEST)
12. Error detection time (0:0.2s, 1:5s)
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