Furuno GP-80 User manual

INSTALLATION MANUAL
GPS NAVIGATOR
GP-80
1. EQUIPMENT LIST ............................................................................................1
2. DISPLAY UNIT..................................................................................................2
3. ANTENNA UNIT................................................................................................3
4. WIRING .............................................................................................................5
5. INITIAL SETTINGS...........................................................................................7
6. OPTIONAL DGPS...........................................................................................21
PACKING LISTS AND INSTALLATION MATERIALS
OUTLINE DRAWINGS
INTERCONNECTION DIAGRAM
Back

Your Local Agent/DealerYour Local Agent/Dealer
9-52 Ashihara-cho,9-52 Ashihara-cho,
Nishinomi
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Tele
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p
hone : 0798-65-21110798-65-2111
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0798-65-42000798-65-4200
::
F
IRST EDITION :
F
IRST EDITION : SEP.SEP. 19951995
Printed in JapanPrinted in Japan
A
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hts reserved.
A
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hts reserved.
Q1Q1 :: OCT.OCT. 06,200306,2003
PUB.No.PUB.No. IME-43740-Q1IME-43740-Q1
*00080734101**00080734101*
*00080734101**00080734101*
(( TENITENI )) GP-80GP-80
* 0 0 0 8 0 7 3 4 1 0 1 ** 0 0 0 8 0 7 3 4 1 0 1 *
*IME43740Q10**IME43740Q10*
*IME43740Q10**IME43740Q10*
* I M E 4 3 7 4 0 Q 1 0 ** I M E 4 3 7 4 0 Q 1 0 *

SAFETY INSTRUCTIONS
WARNING
Do not work inside the
equipment unless totally
familiar with electrical
circuits.
Hazardous voltage which can
cause electrical shock, burn
or serious injury exists inside
the equipment.
Turn off the power at the
mains switchboard before
beginning the installation.
Post a sign near the switch
to indicate it should not be
turned on while the equip-
ment is being installed.
Fire, electrical shock or
serious injury can result if the
power is left on or is applied
while the equipment is being
installed.
Ground the equipment to
prevent electrical shock
and mutual interference.
Confirm that the power supply voltage
is compatible with the voltage rating
of the equipment.
Connection to the wrong power supply
can cause fire or equipment damage. The
voltage rating appears on the label at the
rear of the display unit.
Use the correct fuse.
Use of a wrong fuse can cause fire or
equipment damage.
Keep the following compass safe
distances:
Standard Steering
Display unit 0.6 m 0.5 m
CAUTION

1
1. EQUIPMENT LIST
Standards
Name Type Q'ty
Mass
(kg)
Remarks
GPA-017S
GPA-018S
1 Antenna Unit GPA-019S 1
for DGPS
GPR-020 Without Beacon RX
2 Display Unit
GPR-020 1 2.2 With Beacon RX
CP20-01900
3
Installation
Materials
CP20-01920 1 set
See lists at end of
manual.
4 Spare Parts SP20-00500 1 set
Options
Name Type Code No. Remarks
1 Flush Mount Kit S OP20-24 004-393-000
2 Flush Mount Kit F OP20-25 004-393-280 For display unit.
CP20-01700 004-372-110 3 Antenna Cable Set
CP20-01710 004-372-120
See page 3.
4 Right Angle Antenna Base No.13-QA330 000-803-239
5 L-Type Antenna Base No.13-QA310 000-803-240
6 Handrail Antenna Base No.13-RC5160 000-806-114
7 Mast Mount Kit CP20-01111 004-365-780
For antenna unit.
8 Cable Assy MJ-A6SPF0011-050
(03S9202) 000-132-244 5m, 6p-4p
MJ-A6SPF0011-100
(03S9226) 000-132-336 10m, 6p-4p
MJ-A7SPF0003-050
(20S0241) 000-136-730 5m, For DATA4
20S0093 000-117-603 5m, MJ type 6P
MJ-A6SPF0012-050
(64S4073) 000-134-424 Cross cable 5m
MJ-A6SPF0012-100
(64S4071) 000-133-817 Cross cable 10m
9 Beacon Receiver Set GR-800 –
10 Rectifier PR-62 000-013-485 For 100VAC mains
000-013-486
For 220VAC mains

2
2. DISPLAY UNIT
The display unit can be installed with either of four methods as shown below. Refer to the
outline drawing page D-2, D-3, and D-4.
• Locate the unit away from exhaust pipes and vents.
• The mounting location should be well ventilated.
• Mount the unit where shock and vibration are minimal.
• Keep the display unit away electromagnetic field generating equipment such as motor,
generator.
• Allow sufficient maintenance space and a sufficient slack in cables for maintenance and
repair.
• If vibration is a problem, tilt the display unit so it contacts the vibration absorbers attached to
the inside of the hanger (tilted within 5 °).
Table Top and Overhead Mounting
TABLETOP OVERHEAD
Display unit mounting methods
Flush mounting type F
An optional flush mount kit type F is required. For details, see outline drawing page D-2.
Name Type Code No.
Flush Mount Kit F OP20-25 004-393-280
Flush mounting type S
An optional flush mount kit type S is required. For details, see outline drawing page D-3.
Name Type Code No.
Flush Mount Kit S OP20-24 004-393-000

3
3. ANTENNA UNIT
Mounting
Install the antenna unit referring to the installation diagram on page D-4. When selecting a
mounting location for the antenna unit, keep in mind the following points.
• Select a location out of the radar beam. The radar beam will obstruct or prevent reception
of the GPS satellite signal.
• Be sure the location offers a clean line-of-sight to satellite. Objects within line-of-sight to
a satellite, for example, a mast or funnel, block reception and cause prolonged acquiring time
or interruption of position fix.
• Mount the unit as high as possible. Mounting the antenna as high as possible keeps it free
of water spray, which can intercept reception of GPS satellite signal, if water spray is frozen.
• The antenna unit GPA-018S must be grounded. Connect ground wire of 1.25 sq or larger
(local supply) between unit and a stainless steel screw fastened to the mast.
Extending Antenna Cable Length
The standard cable is 15m long. 30m and 50m long extension cable sets are optionally
available. See page 4.
!Extension cable line-up
Fabricate the end of antenna cable and attach the coaxial connector. Details are shown
on next page.
1 m Antenna Cable
30 m or 50 m 1 m
Fabricate locally. (See the next page.)
To display unit
: Connector
Conversion
Cable Assy.
Antenna Unit
GPA-018S GPA-017S
20cm
GPA-019S
Extension Cable Line-up
!Waterproofing the connector
Wrap connector with vulcanizing tape and then vinyl tape. Bind the tape end with
cable-tie.
How to waterproof the antenna

3. ANTENNA UNIT
4
How to attach the N-P-8DFB connector
Outer SheathArmor Inner Sheath Shield Remove outer sheath and armor by the dimensions
shown left.
Expose inner sheath and shield by the dimensions
shown left.
Cut off insulator and core by 10mm.
Twist shield end.
Clip on clamp nut, gasket and clamp as shown left.
Fold back shield over clamp and trim.
Cut aluminum foil at four places, 90°from one
another.
Fold back aluminum foil onto shield and trim.
Expose the insulator by 1mm.
Expose the core by 5mm.
Slip the pin onto the conductor. Solder them together
through the hole on the pin.
Insert the pin into the shell. Screw the clamp nut into
the shell.
(Tighten by turning the clamp nut. Do not tighten by
turning the shell.)
Cover with heat-shrink tubing and heat.
30 10
Clamp
Nut Gasket
(reddish
brown)
Clamp
Aluminum Foil
Trim shield here.
Trim aluminum
tape foil here.
Insulator
1
5
Clamp Nut Pin
Shell
Solder through
the hole.
50 30

5
4. WIRING
The figure below shows the connection of cables on rear of display unit.
Ground the receiver to
prevent loss of sensitivity
and mutual interference.
CAUTION
Rear of Display Unit
Ground
External Equipment
FUSE 2A
Black Red
DATA1
DATA3DATA4
DATA2
INPUT
10.2~31.2VDC
Antenna Unit
GPA-018S GPA-017S
20cm
GPA-019S
ANT
+
–
Connection of cables on display unit

4. WIRING
6
Grounding
The display unit contains several CPUs. While they are operating, they radiate noise, which
can interfere with other radio equipment. Ground the unit as follows to prevent it.
• The grounding wire should be 1.25sq or larger.
• The grounding wire should be as short as possible.
External Equipment
The DATA1, DATA2, and DATA3 ports are used to connect an external equipment such as
autopilot, remote display, navigation equipment. Refer to the interconnection diagram on
page S-1 for connection of DATA1, DATA2 and DATA 3 port. The DATA4 port is used to
connect NMEA equipment, IBM-PC or DGPS beacon receiver as follows;
Connection of DATA4 port
DATA4
TD-A
TD-B
RD-A
RD-B
S·G
1
2
3
4
5
6
7
RS-422 level
IBM PC
Beacon Receiver
NMEA equipment
In case of RS-422 Level
DATA4
RD
NC
SD
S·G
1
2
3
4
5
6
7
In case of RS-232C Level
RS-232C level
IBM PC
Beacon Receiver
NMEA equipment
NOTE: See page 15 for selection of input/output signal.

7
5. INITIAL SETTINGS
Checking Operation
1. Turn on the GP-80.
2. Confirm that "OK" and "BEACON RCVR INSTALLED" are display on the self-test
display.
Confirm that "BEACON RCVR
INSTALLED" is displayed when
DGPS function is provided.
BEACON RCVR INSTALLED
DATA #3: LOG PULSE OUTPUT
PROGRAM MEMORY =OK
SRAM =OK
=OK
Internal Battery
Self-test display at equipment start up
3. At the GP-80, press [MENU ESC], [8] and [1]. Confirm that "BEACON OK" is displayed.
DGPS Setup
The default setting is "manual".
Automatic DGPS setup
The GR-800 can automatically select optimum reference station by feeding it position data.
If it takes more than 5 minutes to fix DGPS position at the automatic mode, switch to
manual mode. Use at manual mode when a external beacon receiver has no automatic
function of station selection.
1. Press [MENU ESC], [9] and [7] to display the DGPS SETUP menu.
These items appear when
"MAIN" is selected.
DGPS SETUP
Freq. 288.0kHz
ENT: Enter MENU: Escape
Baud Rate 200 bps
DGPS MODE
Ref. Station Auto Man(ID= )___
:Select
On Off
DGPS SETUP menu
2. Press
! or " to select DGPS MODE and press # to select On.
3. Press
! or " to select Ref. Station.
4. Press
# to select Auto.

5. INITIAL SETTINGS
8
5. Press the [NU/CU ENT] key.
6. Press the [MENU ESC] key.
Manual DGPS setup
Enter four digit ID number, frequency and baud rate of station, referring to the DGPS list in
the GP-80 operator's manual.
1. Press [MENU ESC] [9] and [7] to display the DGPS SETUP menu.
2. Press
! or " to select DGPS MODE and press # to select On.
3. Press
! or " to select Ref. Station.
4. Press
$ to select Man.
5. Enter four digit ID number. You can clear an entry by the [CLEAR] key. If the number
entered is invalid, the buzzer sounds and the message "INVALID ID" appears on the
display for three seconds.
If there is no ID number, press the [NU/CU ENT] key.
6. Press the [NU/CU/ENT] key.
7. Enter frequency in four digits (283.5 kHz to 325.0 kHz).
8. Press the [NU/CU ENT] key. "Band Rate" appears in reverse video.
9. Press
# or $ to select band rate; 25, 50, 100 or 200bps.
10.Press the [MENU ESC] key.
DGPS Operation checking
1. Press [MENU ESC] and [7].
2. Press [ ] several times to display the following.

5. INITIAL SETTINGS
9
83 21 Error rate of connection data
Beacon signal status
Reference station status
DGPS signal strength
This value is between 1
and 84.The higher the
value, the stronger the
signal. If a noise appears
at reception band width,
the value becomes bigger.
This value is between 1 to 22.The higher
the value, the better the reception of
beacon signal.When this value is less
than 20, the error is included in the
correction data. In this time, position
fixing is done by using past position data.
When the ship is in the service area of a
beacon station, this value should be 21 or
22. If not, check as follows.
•Check the grounding.
•Check the radar beam interference.
•Check the noise of power generator of
the ship.
Input/Output Setting
The GP-80 can output navigation information to external equipment. For example, it can
output position data to a radar or echo sounder for display on their display screen. You can
convert a Loran Plotter to a GPS Plotter with position data from the GP-80.
Before selecting data to output, confirm what data the external equipment requires. Output
necessary data only. Outputting unnecessary data can cause receiving problems at the
external equipment.
Talker
All data transmitted by marine electronics equipment is prefixed with a two character code
which tells external equipment what equipment is transmitting data. This two character code
is called the talker. The GP-80 contains the talkers GP, LC and DE.
Because GPS is a relatively new system some early model equipment do not recognize the
GP talker name. In this case transmit data using a conventional talker, one the equipment
recognizes, such as Loran C.

5. INITIAL SETTINGS
10
Data format and data output availability
Output data sentence of IEC 61162-1 and NMEA 0183 Ver. 1.5/V2.0.
AAM: Waypoint arrival alarm
APB: Autopilot sentence B
magnitude of cross track error, direction to steer, arrival alarm, bearing to waypoint
("Heading to steer to destination waypoint data" not used)
BOD: Bearing-origin to destination
BWC: Bearing and distance to waypoint-great circle
BWR: Bearing and distance to waypoint-rhumb line
BWW: Bearing-waypoint to waypoint
DTM: Datum reference
GGA: Global positioning system (GPS) fix data
time of fix, latitude, longitude, quality indicator, number of satellites in use, DOP,
altitude, geoidal separation
("age of dgps data" and "differential reference station ID" not used)
GLL: Geographic position-latitude/longitude
GNS: GNSS fix data
RMB: Recommended minimum navigation information cross track error, direction to steer,
origin and destination waypoint ID, destination waypoint latitude and longitude,
range and bearing of destination waypoint, destination closing velocity, arrival
alarm
RMC: Recommended minimum specific GPS/TRANSIT data
UTC of position fix, latitude and longitude, ground speed and course, date,
magnetic variation
RTE: Routes
VTG: Course over ground and ground speed
WCV: Waypoint closure velocity
WNC: Distance-waypoint to waypoint-great circle
WPL: Waypoint location
XTE: Cross-track error, measured
ZDA: Time and date
ZTG: UTC and time to destination waypoint
Also, following NMEA 0183 Ver. 1.5 sentences are output.
APA: Autopilot sentence "A"
magnitude of cross track error, direction to steer, arrival alarm, bearing origin to
destination.
WNR: Distance-waypoint to waypoint-rhumb line
ZLZ: Time of day
UTC, local time, local zone

5. INITIAL SETTINGS
11
Input data sentence of NMEA 0183 Ver. 1.5/2.0
Checksum is checked if attached, and if any errors are found, the sentence becomes invalid.
Talker ID is not distinguished.
DBT: Depth below transducer
$--DBT, 1234.5, f, 1234.5, M, 1234.5, F*12<CR><LF>
a b c d e f g
a, b: Water depth, feet
c, d: Water depth, m
e, f: Water depth, fathoms
g: checksum
DPT: Depth
$--DPT, 1234.5, 1234.5*23<CR><LF>
a b c
a: Water depth relative to the transducer, meters
b: Offset from transducer, meters...not used
c: checksum
MTW: Water temperature
$--MTW, 23.4, C*34<CR><LF>
a b c
a, b: Temperature, degrees C
c: checksum
TLL: Target latitude and longitude
$--TLL, 00, 3445.678, N, 13521.234, E, abcd, 121530, T, R*A5<CR><LF>
a b c d e f g
h i j
a: Target number...not used
b, c: Latitude
d, e: Longitude
f: Target name...not used
g: UTC...not used
h: Target status...not used
i: Reference target...not used
j: checksum
FURUNO proprietary sentences

5. INITIAL SETTINGS
12
AGFPA: Autopilot information from FURUNO autopilot equipments
Port Input Output
DATA1
DATA2 NMEA 0183 Ver. 1.5 /2.0
AGFPA , DBT, DPT,
MTW, TLL
IEC 61162-1/NMEA 0183 Ver.1.5/
Ver.2.0
AAM, APA, APB, BOD, BWC, BWR,
BWW, GGA, GLL, GNS, RMB, RMC,
VTG, WCV, WNC, WNR, WPL, XTE,
ZDA, ZLZ, ZTG, Rnn, RTE, DTM
LOG PULSEDATA3 External MOB Same as the data output form “DATA1”
General dataDATA4 DGPS or general data
(Selected by menu) IEC 61162-1/NMEA 0183 Ver.1.5/
Ver.2.0
AAM, APA, APB, BOD, BWC, BWR,
BWW, GGA, GLL, GNS, RMB, RMC,
VTG, WCV, WNC, WNR, WPL, XTE,
ZDA, ZLZ, ZTG, Rnn, RTE, DTM
General data
1) Input of buoy information
Floppy disk stored buoy information is supplied from PC connected at DATA4 port.
2) Input of waypoint data
Connect YEOMAN equipment to DATA4 port.
3) Input and output of waypoint / route data
Rate of operation
The TX rate of operation is the percentage of data output in one second, and it appears on
the screen. If short intervals are assigned to many sentences, the rate of operation
increases as illustrated below
TX TX TX
A rate of operation exceeding 100% is impractical. For better performance, the rate of
operation should be less than 90%.
When the external equipment cannot display correct data input from the GP-80, the rate of
operation should be lowered.
For example, set a rate of operation less than 60% for the Temperature Indicator TI-20.

5. INITIAL SETTINGS
13
DATA 1 output setting
1) Press [MENU] [9] and [3]. The DATA 1, 3 OUTPUT SETUP menu appears.
Talker ID GP LC DE
Output Data (00-90 sec)84%
1. AAM:00 APA:00 APB:01 BOD:00
2. BWC:00 BWW:00 GGA:01 GLL:00
3. RMB:01 RMC:01 VTG:01 WCV:00
4. WINC:00 WPL:00 XTE:00 ZDA:01
5. GNS:00 ZTG:000 Rnn:00 RTE:00
DATA3. Log Pulse
400ppm
DATA 1, 3 OUTPUT SETUP
MENU : Escape
ENT : Enter
200ppm
Settings shown here are default settings.
This line appears only when LOG is
selected by internal jumper wires.
Data Fmt. V1.5 IECV2.0
Figure 5-1 DATA 1, 3 OUTPUT SETUP menu
2) Press
! or " to select Data Fmt.
3) Press
# or $ to select V1.5, V2.0 or IEC.
4) Press the [ENT] key. Talker ID appears in reverse video.
5) Press
# or $ to select GP, LC or DE.
6) Press the [ENT] key.
7) Enter Tx interval for each output data sentence in line 1. Tx interval is available in 00,
01, 02, 03, 04, 05, 06, 10, 15, 20, 30, 60, and 90 sec.
8) Press the [ENT] key.
9) Enter Tx interval for each output data sentence in lines 2 through 5. Press the [ENT] key
after setting each line.
In great circle calculation, BWC and WNC are output but BWR andWNR are not. In rhumb
line navigation, BWR and WNR are output but BWC and WNC are not.
The total data output are shown by percentage on the third line.
For best results the total output should be less than 90%; lengthen the Tx interval of less
important data to make the total output less than 90%.

5. INITIAL SETTINGS
14
DATA 2 output setting
1) Press [MENU] [9] and [4]. The DATA 2 OUTPUT SETUP menu appears.
183/V2.0
Talker ID GP LC DE
Output Data (00-90 sec)80%
DATA2 OUTPUT SETUP
MENU : Escape
ENT : Enter
NMEA Fmt. 183/V1.5
: Select
Setting shown here are default settings.
1. AAM:00 APA:00 APB:04 BOD:00
2. BWC:00 BWR:00 BWW:00 GGA:00
3. GLL:01 RMB:01 RMC:01 VTG:01
4. WCV:00 WNC:00 WNR:00 WPL:10
5. XTE:00 ZDA:01 GNS:00 ZTG:00
Figure 5-2 DATA 2 OUTPUT SETUP menu
2) Follow the procedure for setting DATA 1 output.
DATA 3 output setting
The DATA 3 can output NMEA 0183 (V1.5/V2.0) /IEC 61162-1 data or log pulse by
selecting inner jumper wire. For NMEA 0183 (V1.5/V2.0) /IEC 61162-1, the same signal of
DATA 1 is output from DATA 3.
Selection of NMEA0183 or log pulse
Output data
NAV board NMEA 0183 (V1.5/
V2.0)/IEC 61162-1 Log pulse
JP4 (2 pcs.) ON OFF
JP5 (3 pcs.) OFF ON
Rate of log pulse output
500 mA Max.
50 VDC
Procedure for setting of log pulse rate
1) Press [MENU] [9] and [3].
2) Press
! or " to select DATA 3. Log Pulse.
3) Press
# or $ to select log pulse for external equipment; 200ppm or 400ppm.
4) Press the [ENT] key.
5) Press the [ESC] key.

5. INITIAL SETTINGS
15
Setting DATA 4 to Data Output
1) Press [MENU] [9] and [5]. The DATA 4 I/O SETUP menu appears.
DATA 4 I/O SETUP 1/2
To Next Page
ENT : Enter MENU : Escape
Appears only when external
DGPS receiver is used.
DATA 4. Level RS232C RS422
Data Out Com. DGPS
: Select
Figure 5-3 DATA 4 I/O SETUP menu
2) Press
! or " to select Level.
3) Press
# or $ to select level of external equipment; RS232C or RS422.
4) Press the [ENT] key.
5) Press
# or $ to select Out.
6) Press
" to select to Next Page. The DATA 4 I/O SETUP menu appears.
To Previous Page
Talker ID GP LC DE
Output Data (00-90 sec) 84%
DATA 4 I/O SETUP <Out> 2/2
MENU : Escape
ENT : Enter
Data Fmt. V1.5 V2.0 IEC
1. AAM:00 APA:00 APB:01 BOD:00
2. BWC:00 BWW:00 GGA:01 GLL:00
3. RMB:01 RMC:01 VTG:01 WCV:00
4. WNC:00 WPL:00 XTE:00 ZDA:01
5. GNS:00 ZTG:00 Rnn:00 RTE:00
Figure 5-4 DATA 4 I/O SETUP menu
7) Follow "DATA 1 output setting" from step 2.

5. INITIAL SETTINGS
16
Setting DATA 4 to “COM.” (general data)
Waypoints and Routes data can be received from a personal computer, through the DATA
4 port.
1) Press [MENU] [9] and [5].
2) Press
! or " to select Level.
3) Press
# or $ to select level of personal computer; RS232C or RS422.
4) Press the [ENT] key.
5) Press
$ to select Com.
6) Press
" to select To Next Page. The DATA 4 I/O SETUP menu appears.
To Previous Page
Baud Rate 9600 bps
L WPT
Command Stop Start
Save Data WPT/RTE
Command Stop Start
DATA 4 I/O SETUP <Com.> 2/2
MENU : Escape
ENT : Enter : Select
Load Data L.House* WPT/RTE
*: Not used.
Figure 5-5 DATA 4 I/O SETUP menu
7) Press
! or " to select Baud Rate.
8) Press
# or $ to select baud rate; 4800bps, 9600bps, or 19200bps.
9) Press the [ENT] key.
10)Press
# or $ to select WPT/RTE.
11)Press
" to select Command. Stop, on the same line as Command, appears in reverse
video.
12)Press
$ to select Start. The message shown in Figure 5-6 appears.
Loading erases current data
and stops Route navigation
Are you sure to load?
ENT:Yes MENU: No
Figure 5-6
13)Press the [ENT] key. The message shown in Figure 5-7 appears while data is being
loaded.
Now loading
Waypoint/Route data !
MENU: Stop
Figure 5-7

5. INITIAL SETTINGS
17
14)Output data from the computer. When data is loaded, the cursor shifts to Stop.
15)Press the [ESC] key.
Setting DATA 4 to DGPS
An external DGPS receiver can be connected to the DATA 4 port.
Follow the procedure below to setup the GP-80 according to the specifications of the DGPS
receiver.
1) Press [MENU] [9] and [5].
2) Press
! or " to select Level.
3) Press
# or $ to select level; RS232C or RS422.
4) Press the [ENT] key.
5) Press
# or $ to select DGPS.
6) Press
" to select To Next Page.
DATA 4 I/O SETUP "DGPS" 2/2
To previous Page
First Bit
Parity
Stop Bit
Baud Rate
: Select
ENT: Enter MENU: Escape
MSB LSB
EVEN ODD NONE
12
4800 9600
Figure 5-8 DATA 4 I/O SETUP "DGPS" 2/2 menu
7) Press
! or " to select First Bit.
8) Press
# or $ select first bit; MSB or LSB.
9) Press
" to select Parity Bit.
10)Press
# or $ to select parity bit; EVEN, ODD or NONE.
11)Press
" to select Stop Bit.
12)Press
# or $ to select stop bit; 1 or 2.
13)Press
" to select Baud Rate.
14)Press
# or $ to select baud rate; 4800 or 9600.
15)Press the [ENT] key.
16)Press the [ESC] key.