Electronic charts displayed by the GPS Chart Plotter are believed to be accurate and
reliable, but that are not intended to be a substitute for the official charts, which
should remain your main reference for all matters related to the execution of safe
navigation.
For this reason we would like to remind you that you should carry on board and use
the official published and approved nautical charts.
FCC Compliance Statement
This device complies with Part 15 of the FCC limits for Class A digital devices. This
equipment generates, uses, and can radiate radio frequency energy and, if not
installed or used in accordance with the instructions may cause harmful interference
with radio communications.
There is no guarantee that interference will not occur in a particular instance. If this
equipment does cause harmful interference to other equipment, try to correct the
problem by relocating the equipment.
Consult an authorized STANDARD HORIZION dealer or other qualified service
technician if the problem cannot be corrected. Operation is subject to the following
conditions: (1) This device cannot cause harmful interference, and (2) this device
must accept any interference received, including interference that may cause
undesired operation.
Page 2CPV550
Congratulations on you purchase of the GPS Chart Plotter!
Whether this is your first GPS Chart Plotter, or if you have other STANDARD
HORIZON equipment, the STANDARD HORIZON organization is committed
to ensuring your enjoyment of this GPS Chart Plotter. STANDARD HORIZON
technical support personnel stand behind every product we sell, and our
Product Support team invites you to contact us should you require technical
advice or assistance, at 800/767-2450.
CAUTION
- The GPS Chart Plotter is designed for maritime use. Please give attention to avoid
water intrusion into the C-MAP NT
- Extensive exposure to heat may result in damage to the GPS Chart Plotter.
- The GPS Chart Plotter contains dangerous high voltage circuits which only
experienced technicians can handle.
- STANDARD HORIZON will not be liable for errors contained herein, or for
incidental or consequential damages in connection with the performance or use
of this material.
CLEANING PROCEDURE FOR THE GPS CHART PLOTTER SCREEN
Cleaning of the Chart Plotter screen is a very important operation and must be done
carefully. Since the surface is covered by a antireflective coating, the procedure for
cleaning all the surfaces can be performed using the following procedure: You need
a tissue or lens tissue and a cleaning spray containing Isopropanol (a normal spray
cleaner sold for the PC screen, for example PolaClear by Polaroid). Fold the tissue
or lens tissue into a triangular shape, moisten the tip and use the index finger behind
a corner to move the tissue across the surface, in overlapping side to side strokes.
If the tissue is too wet, a noticeable wet film will be left in its path and you will need
to repeat the process. If too dry, the tissue won’t glide easily, and may damage the
surface.
The GPS Chart Plotter is a precision-crafted, high-performance receiver for the Global
Positioning System (WAAS GPS) constellation of satellites, providing precise location data
with a host of navigation features. Ideal for nautical use and sealed against water ingress.
The GPS Chart Plotter is housed in a rugged, impact-resistant case with outstanding
ergonomic design, for effortless operation.
GPS Chart Plotter features include:
y 12-inch 256-Color TFT sunlight viewable LCD display (Screen Resolution: 800x600)
y Capable of using optional Radar domes and open array's
y C-MAP NT+/MAX cartography compatible
y Improved Worldwide background showing C-MAP NT+/MAX detail up to 2.0 NM
y 16 Channel GPS WAAS Smart antenna, bracket and flush mounting hardware
included
y 3000 Waypoints (Marks) / 50 Routes storage
y User selectable data fields
y NMEA Data pages
y 4 NMEA Outputs and 4 Inputs
y 3 year limited warranty, lifetime flat rate
Marine VHF features include:
y Commercial grade ITU Class D VHF transceiver
y Complete Digital Selective Calling (DSC).
y Position request and send functions
y CLEAR VOICE noise reduction microphone with 16/9 key and channel selection
y Tri-station capability (RAM+ and/or VH-310 required)
y 30W loud hailer with listen back, 4 foghorns, bells, and whistles
y Oversized rotary channel selector
y Channel name capability
y User Programmable Scan, Priority Scan, and Dual Watch
y Fully adjustable backlighting and LCD contrast
y Voice scrambler (optional)
Page 8CPV550
1.1PACKING LIST
When the package containing the GPS Chart Plotter is first opened, please check for the
following contents.
If any parts are missing contact the dealer this GPS Chart Plotter was purchased from.
Accessories and replacement parts may be ordered from STANDARD HORIZON’s Parts
Department at 562/404-270 Ext. 351 or via the web at www.standardhorizon.com.
1.1.0Packing List
CPV550 GPS Chart Plotter with VHF FM Marine Transceiver ........................... 1
CMP25 - RAM+ Microphone
VH-310 - Telephone Style Handset
CT-100 - 23-feet Extension Cable for Second Station Remote Microphone
Voice Scrambler
CVS2500 - 4 code voice inversion
Video Adapter Cable
ACVC10 - 12 inch cable with 3 pin to RCA phono connector. Allows DVD or video camera
Front Panel Microphone Remote kit
MEK-4 - 20FT cable with Panel mount and hardware
connection.
Page 9CPV550
1.3SAFETY / WARNING INFORMATION
The CPV550 contains a Class D VHF and is restricted to occupational use, work related
operations only where the radio operator must have the knowledge to control the exposure
conditions of its passengers and bystanders by maintaining the minimum separation
distance of 0.6 m (2 feet). Failure to observe these restrictions will result in exceeding the
FCC RF exposure limits.
1.3.0VHF Marine Antenna Installation
The antenna must be located at least 0.6 m (2 feet) away from passengers in order to comply
with the FCC RF exposure requirements.
1.3.1On-Line Wattanty Registration
Please visit www.standardhorizon.com to register the CPV550. It should be noted that
visiting the Web site from time to time may be beneficial to you, as new products are released
they will appear on the Marine Division of Vertex Standard Web site.
1.3.2Product Support Inquiries
If you have any questions or comments regarding the use of the CPV550, you can visit the
Marine Division of Vertex Standard Web site to send an E-Mail or contact the Product
Support team at 800-767-2450 M-F 7:00- 5:00PST.
Page 10CPV550
1.4FCC RADIO LICENSE INFORMATION
Vertex Standard radios comply with the Federal Communication Commission (FCC)
requirements that regulate the Maritime Radio Service.
1.4.0Station License
An FCC ship station license is no longer required for any vessel traveling in U.S. waters
(except Hawaii) which is under 20 meters in length. However, any vessel required carrying
a marine radio on an international voyage, carrying a HF single side band radiotelephone
or marine satellite terminal is required to have a ship station license. FCC license forms,
including applications for ship (506) and land station licenses can be downloaded via the
Internet at www.fcc.gov/forms. To obtain a form from the FCC, call (888) 225-5322.
1.4.1Radio Call Sign
Currently the FCC does not require recreational boaters to have a Ship Radio Station
License. The USCG recommends the boats registration number and the state to be used.
1.4.2Canadian Ship Station Licensing
You may need a license when traveling in Canada. If you do need a license contact the
nearest field office or regional office or write:
Industry Canada
Radio Regulatory Branch
Attn: DOSP
300 Slater Street
Ottawa, Ontario
Canada, KIA 0C8
1.4.3FCC / Industry Canada Information
The following data pertaining to the transceiver part of the CPV550 and is necessary to fill
out the license application.
Type Acceptance ........................................................................................... FCC Part 80
Output Power ................................................................. 1 Watt (low) and 25 Watts (high)
Frequency Range ...................................................................... 156.025 to 163.275 MHz
FCC Type Number ...................................................................................... K6630163X3S
Industry Canada Type Approval .............................................................. 511B-30163X3S
Page 11CPV550
2. GETTING STARTED
2.0MOUNTING THE GPS CHART PLOTTER
The GPS Chart Plotter is supplied with hardware for bracket or flush mounting. Below are
pictures showing actual examples of the two types of installations.
2.1BRACKET MOUNTING
The CPV550 can be mounted using the supplied bracket. Before installing ensure the area
the CPV550's bracket is mounted to is strong enough to support the weight of the CPV550
especially while under way especially while under rigorous conditions.
After the location is found, attach the mounting base to the area using the supplied hardware.
The CPV550 is supplied with a flush mount template for the cutout hole and screw holes
required to install the GPS Chart Plotter.
NOTE
Before drilling holes ensure there are no obstructions behind the location that could interfere with
the mounting and there is physically enough room to mount the CPV550.
1. After a location is found, peal the template label from the backing and apply the label
to the mounting area.
2. Drill a hole in one area of the cut area that will allow the blade of a jig saw to be inserted.
Insert and cut out the area on the panel using the jig saw.
3. Next drill the four holes required to insert the CPV550 with the mounting studs.
4. Install the mounting studs on the CPV550 and insert into the mounting hole.
5. Attach the CPV550 to the mounting location by attaching the supplied hardware to the
mounting studs.
Figure 2.2 - Installing GPS Chart Plotter (Flush)
Page 13CPV550
2.3CONNECTIONS
The CPV550 has a cable or connectors that are used to connect to a power supply, the
CPV350 to Power Supply, to the GPS WAAS Smart antenna, optional FF520 50/200kHz
BLACK BOX FISH FINDER, RADAR antennas and to NMEA devices such as VHF's, digital
instruments and autopilots.
2.3.0Rear Panel Connections
c
d
e
jikl
Figure 2.5 CPV550 Rear Panel
f
g
h
DC INPUT Cable
c
Connects the radio to a DC power supply capable of delivering 12V DC.
PA Horn
d
Connects to 220SW, 240SW or any 4 Ohm 30W PA Speaker
External Speaker
e
Connects to the MLS-300, MLS-310 or any 8 Ohm 6Watt external speaker
ENHANCED SECOND RAM+ MIC Connectors
f
Connects to the enhanced RAM+ MIC (Remote Access Microphone) or the VH-310
Handset.
VHF ANTENNA Jack
g
Connects an antenna to the transceiver. Use a marine VHF antenna with impedance
of 50 ohms.
Page 14CPV550
REMOTE MIC Connector
h
Connects the supplied Hand Microphone if desired. This connector is connected to the
front panel's MIC connector in parallel. Do not connect the microphones to both MIC
connectors at same time.
VIDEO Jacks
i
Connects the after-market VIDEO device, such as DVD player.
GPS Antenna Jack
j
Connects the GPS antenna to the CPV550. Only use the GPS Smart antenna supplied
with the CPV550
AUX Jack
k
Allows connection of optional FF520 fish finder module and connections for AIS receiver
and other NMEA devices.
I/N Jack
l
Connects the after-market NMEA device.
2.3.1VHF Antenna
ABOUT VHF RADIO
The radio frequencies used in the VHF marine band lie between 156 and 158 MHz with
some shore stations available between 161 and 163 MHz. The marine VHF band provides
communications over distances that are essentially “line of sight” (VHF signals do not travel
well through objects such as buildings, hills or trees). Actual transmission range depends
much more on antenna type, gain and height than on the power output of the transmitter.
On a fixed mount 25W radio transmission expected distances could be greater than 15
miles.
2.3.2Selecting a Marine VHF Antenna
Marine antennas are made to radiate signals equally in all horizontal directions, but not
straight up. The objective of a marine antenna is to enhance the signal toward the horizon.
The degree to which this is accomplished is called the antenna’s gain. It is measured in
decibels (dB) and is one of the major factors in choosing an antenna. In terms of effective
radiated power (ERP), antennas are rated on the basis of how much gain they have over
a theoretical antenna with zero gain. A 3-foot, 3dB gain antenna represents twice as much
gain over the imaginary antenna. Typically a 3-foot 3dB gain stainless steel whip is used on
a sailboat mast. The longer 8-foot 6dB fiberglass whip is primarily used on powerboats that
require the additional gain.
Page 15CPV550
2.3.3Coaxial Cable
VHF antennas are connected to the transceiver by means of a coaxial cable - a shielded
transmission line. Coaxial cable is specified by its diameter and construction. For runs less
than 20 feet, RG-58/U, about 1/4 inch in diameter is a good choice. For runs over 20 feet
but less than 50 feet, the larger RG-8X should be used for cable runs over 50 feet RG213
should be used. For installation of the connector onto the coaxial cable refer to the figure
below. Figure 2.4.0 Installing the VHF antenna To get your coax cable through a fitting and
into your boat's interior, you may have to cut off the end plug and reattach it later. You can
do this if you follow the directions that come with the connector. Be sure to make good
soldered connections.
1/16''
3/4''
1 1/ 8''
Figure 2.4.0 Installing the VHF antenna
Adapter
3/4''
1/8''
5/8''3/8''
To get your coax cable through a fitting and into your boat’s interior, you may have
to cut off the end plug and reattach it later. You can do this if you follow the
directions that come with the connector. Be sure to make good soldered
connections.
Page 16CPV550
2.3.4Optional Enhanced Second VHF/PA Station
INSTALLATION
The CPV550 is capable of using up to 2 Enhanced RAM+ mics or VH-310 Handset to
remotely control the Radio, DSC, and Distress functions. In addition the CPV550 can
operate as a full function intercom system.
1. Connect the Routing Cable to the one of the Remote Mic eight pin connector on the rear
panel, then tighten the Cable Nut.
2. Referring to Figure 3, make a 1.2” (30 mm) hole in the wall, then insert the Routing Cable
into this hole. Connect the Gasket and Mount Base to the Routing Cable Connector
using the Nut.
3. Drill the four Screw holes (approx. 2 mm) on the wall then install the Mounting Base to
the wall using four screws.
4. Put the Rubber Cap on to the Nut. The installation is now complete.
5. Wires for an external speaker are provided on the Routing Cable. Connect any 8 Ohm
external speaker. When connected the RAM+ (or VH-310 Handset) controls the volume
level of this speaker.
Wall
External Speaker Connections
Gasket
Cap
Routing Cable
Mounting Bracket
Nut
Page 17CPV550
Remote Mic or External Speaker Selection
By default the RAM+ or VH-310 Handset internal speaker is turned on, however using the
RAM+ mic (or VH-310 Handset) this speaker can be turned off so the external speaker can
be used.
RAM+ mic procedure
1. Press and hold the [CALL/SET] key.
2. Press the [S] or [T] key to select
RADIO SETUP.
3. Press the [CALL/SET] key.
4. Press the [T] key to until
EXT SPK is shown and press the [CALL/SET]
key.
5. Press the [S ] or [T] key to select
oF (External speaker off) or on
(External speaker on).
6. Press the [CALL/SET] key to save the selection.
7. Press the [16/9] key to exit this mode.
VH-310 Procedure
1. Press and hold the [CALL(MENU)] key.
2. Press the [S] or [T] key to select
RADIO SETUP.
3. Press the [ENT] key
4. Press the [T] key to until
5. Press the [S ] or [T] key to select
EXT SPK is shown and press the [ENT] key.
oF (External speaker off) or on
(External speaker on).
6. Press the [ENT] key to save the selection.
7. Press the [16/9] key to exit this mode.
Page 18CPV550
2.4GPS ANTENNA
CUTTING TEMPLATE
2.4.0Mounting the GPS WAAS Smart Antenna
The CPV550 is supplied with a 12 Channel GPS WAAS Smart antenna. This antenna is
designed to be mounted on a base, installed on an extension or even flush mounted.
Choose a location for the antenna that has a clear view of the sky and is not located within
3 FT of Radar or other transmitting antenna. Ensure there are no major obstructions or
fixtures in the immediate proximity to the antenna. The antenna relies on direct “line of sight”
satellite reception. If you are unsure of the chosen location, temporarily mount the antenna
in the desired location to verify correct operation. If mounted close to Radar, and after the
CPV550 has a fix, turn on the Radar to ensure the CPV550 holds the fix (use the GPS Status
Page).
2.4.1Mounting on a Pole
The thread used on the antenna is an industry standard (1 inch 14TPI) used on a wide range
of mounting brackets. Due to the manufacturing process of these mounting brackets you
may see some slop when tightening down the antenna to the bracket. This is no concern
however as the antenna must be tightened until the antenna stops rotating.
NOTE
The antenna cable can be cut and spliced to ease installation. Care must be taken when
reconnecting the antenna cable to protect from water and corrosion.
2.4.2Flush Mounting
NOTE
Before drilling holes, it is recommended the antenna be positioned where the location is planned
to be drilled, cable connected to the CPV550 and the CPV550 turned on to ensure a GPS Fix is
received.
1. Remove the threaded base from the antenna dome.
2. To ease installation a flush mounting template for the antenna has been included.
3. Apply the mounting template sticker to the area that was verified for GPS reception.
4. Then, drill out the 0.63” (16 mm) and 0.16” (4 mm) holes, and remove the template.
5. Insert the cable into the 0.63” (16 mm) hole and route to the CPV550.
6. Apply a small amount of RTV to the under side of the antenna.
7. Place the antenna and then screw it into place using the screws. In some cases the
screw may not be long enough, if this happens simply apply more RTV to the underside
of the antenna to glue it into place.
CUTTING TEMPLATE
4 mm [0.155"]
0
16 mm [0.63"] or greater
0
4 mm [0.155"]
0
GPS OVERALL SHAPE
4 mm [0.155"]
0
Figure 2.3.2 - Installing the GPS WAAS Smart antenna
Page 19CPV550
2.4.3SMART GPS Connector Table
NOTE
This table shown only as a reference for the GPS Smart Antenna. The Smart Antenna is capable
of being directly plugged into the CPV550.
PinWire ColorDescriptionConnection Example
1RedBattery PositiveConnect to Battery Positive and Red wire of GPS Antenna
2GreenSmart GPS NMEA InputConnect to Smart GPS Input
3BrownSmart GPS NMEA OutputConnect to Smart GPS Output
4N C----- 5N C----- 6Black/Yellow Battery GroundConnect to battery ground and Black wire of GPS Antenna
2.5PA HORN CONNECTIONS
The CPV550 can be connected to the 220SW or 240SW PA horn to hail other vessels or
send FOG, bells or whistles.
2.6NMEA CONNECTIONS
The CPV550 may be connected to external AIS receivers, Depth Sounders, Speed Logs,
Wind Instruments, temp instruments, VHF radios with NMEA 0183 output.
Pilot
Red
Bare Shield
Red
Black
6A
Fuse
BATTERY
White
Bare Shield
Black No Connection
Red No Connection
Green NMEA Common
Blue Port 1 Input
Brown Port 1 Output
Gray Port 2 Input
White Port 2 Output
Yellow Port 3 Output
I/O Cable
Note:
Gray and White wires should
not be connected to other
devices when the FF520 is
connected.
Black NMEA common
Red No Connection
Green NMEA common
Blue No Connection
Brown No Connection
White Port 4 Output
Yellow No Connection
AUX Cable
Note:
Gray and White wires should
not be connected to other
devices when a RADAR antenna
is connected.
The CPV550 is supplied with two accessory cables used with AUX 1 and I/O connectors on
the rear panel. Below is the pin out and connection examples of the cables.
2.6.3I/O Connector Table
Pin Wire Color DescriptionConnection ExampleAdditional Information
1Black-- -No Connection
2Red---No Connection
3GreenNMEA CommonCommon for NMEA devices
4BlueNMEA Input Port 1Conncect to output of NMEA device Default is NMEA0183
5BrownNMEA Output Port 1 Conncect to intput of NMEA device Default is NMEA0183 with GLL. RMB, RMC, and XTE sentences
6GrayNMEA Input Port 2Conncect to output of NMEA device Default is NMEA0183
7WhiteNMEA Output Port 2 Conncect to intput of NMEA device Default is NMEA0183 with GLL. RMB, RMC, and XTE sentences
8YellowNMEA Output Port 3 Connect autopilotDefault is NMEA0183 with APA. APB, XTE, COG, and BOD sentences
2.6.4AIS Receiver Setup
Connect the NMEA output and NMEA common wires of the AIS receiver to the Port 1 (blue
and Green wires. For the Chart Plotter to show AIS targets the NMEA in/out Connections
menu must be changed to AIS 38400 as shown below.
1. From the Chart page, press [MENU]. Move the ShuttlePoint knob to highlight
SETUP
MENU and press the [ENT].
2. Move the ShuttlePoint knob to highlight
3. Move the ShuttlePoint knob to highlight
ADVANCED SETUP and press the [ENT] key.
IN/OUT CONNECTIONS and press the [ENT]
key.
4. Move the ShuttlePoint knob to highlight
5. Move the ShuttlePoint knob up/down to select
PORT1 INPUT and press the [ENT] key.
AIS 38400 and press the [ENT] key.
6. Press [CLR] or move the ShuttlePoint knob to the left until the Chart page is shown.
Page 21CPV550
2.7FF520 FISH FINDER SETUP
When a FF520 is connected to the GPS Chart Plotter:
a. The Gray and white wires cannot be used to connect to external NMEA devices.
b. Port 2 of the NMEA in/out Communication setup menu must be changed so the GPS
Chart Plotter can communicate with the FF520.
1. From the Chart page, press [MENU]. Move the ShuttlePoint knob to highlight
MENU and press [ENT].
2. Move the ShuttlePoint knob to highlight
3. Move the ShuttlePoint knob to highlight
ADVANCED SETUP and press the [ENT] key.
IN/OUT CONNECTIONS and press the [ENT]
key.
4. Move the ShuttlePoint knob to highlight
5. Move the ShuttlePoint knob up/down to select
PORT2 INPUT and press the [ENT] key.
FF520 and press the [ENT] key. Press
[CLR] or move the ShuttlePoint knob to the left until the Chart page is shown.
Figure 2.7 IN/OUT CONNECTION menu
2.7.0AUX Connector Table
SETUP
Pin Wire Color DescriptionConnection ExampleAdditional Information
1BlackNMEA CommonCommon for NMEA devices
2Red---No Connection
3GreenNMEA CommonCommon for NMEA devices
4Blue- --No Connection
5Brown-- -No Connection
6GrayNMEA Input Port 4Conncect to output of NMEA device Default is NMEA0183
7WhiteNMEA Output Port 4 Conncect to intput of NMEA device Default is NMEA0183 with GLL. RMB, RMC, and XTE sentences
8Yellow- --No Connection
Page 22CPV550
2.8OUTPUTTING NMEA TO A PERSONAL COMPUTER
The CPV550 can be connected to output Marks, Routes, and tracks to many PC programs
available in the aftermarket. To send or receive User Points the PC Program must be able
to receive NMEA WPL and RTE sentences.
2.8.0Serial PC Connection
CPV550 Connection (Port 1)PC DB9 Connection
BrownPin 2
BluePin 3
GreenPin 4
2.9NMEA DATA PAGE
The NMEA Data Page is very useful to see if an External device (example: Depth Sounder)
is transmitting NMEA sentences to the GPS chart plotter. This page can also be used to see
if the GPS chart plotter NMEA output is being loaded down by an external NMEA device.
Example:
Autopilot connected but the CPV550 but is not receiving NMEA data.
Usually the Autopilot will be connected to the yellow wire.
To check to see if the GPS chart plotter is transmitting the Autopilot sentences:
1. Press [MENU]. Move the ShuttlePoint knob to highlight
[ENT].
2. Move the ShuttlePoint knob to highlight
3. The
NMEA DATA page is shown.
DATA and press [ENT].
4. Connect the Blue Wire on the GPS chartplotter to the junction of the yellow wire and the
autopilot. The display should look similar to the picture below.
5. If no data is shown press the [ZOOM] and move the knob on right side up to change
port.
NMEA DISPLAY and press
Page 23CPV550
2.10BATTERY CONNECTIONS
CAUTION
Reverse polarity connections will damage the radio!
1. Connect the red power wire to a 13.8 VDC ±20% power source. Connect the black
power wire to a negative ground.
2. If an optional remote extension speaker is to be used, refer to next section for
connections.
3. It is advisable to have a Certified Marine Technician check the power output and the
standing wave ratio of the antenna after installation.
2.11OPTIONAL BLACK BOX FISH FINDER
STANDARD HORIZON offers an optional BLACK BOX FISH FINDER called FF520.
Please refer to the Owner’s Manual supplied with the Fish Finder for connections and
operation.
When the FF520 is connected, port 2 input must be changed to “FF520.” To do this, press
[MENU] two times, move the ShuttlePoint konb to highlight
ADVANCED SETUP, IN/OUT
CONNECTIONS, PORT2 INPUT, FF520.
2.12OPTIONAL VHF EXTENSION SPEAKER AND PA HORN
THE CPV550 has connections for an external VHF speaker for louder audio. Use Standard
Horizon 220SW or 240SW 4Ohm 30W PA horns for best PA/Fog performance.
Shield
Red
Shield
White
Figure 2.9 - External Speaker Connection
PA Speak er
External Speaker
Page 24CPV550
2.13 VIDEO INPUT
By accessing this menu it is possible to see images on the CPV550 display from an external
video signal source, if connected to the CPV550.
It allows the “picture-in-picture” functionality, so a Video Input image can be shown on a
window and placed over the Chart, Navigation, Highway, Celestial and NMEA pages image
at full screen.
NOTE
If the Video Input signals are not detected (E.g. the video camera is not connected to the Video
Input connector), the VIDEO INPUT menu item will be grayed out.
2.13.0 Video Camera Input
The CPV550 has two connections for video camera. Any NTSC or PAL camera will operate
correctly. To connect use the video output of the camera and connect to the optional
ACVC10 cable.
2.13.1 VCR or DVD Input
A VCR or DVD may be connected to either Video port. The CPV550 does not have speakers
so the audio from the VCR or DVD would have to be routed to a stereo system. STANDARD
HORIZON offers an optional cable called ACVC10 that allows any VCR or DVD to simply
be plugged into the CPV550.
VCR/DVD
Video Signal Out
Video Signal GND
Audio Out
STEREO
SYSTEM
Figure 2.13.1 - VCR/DVD Input
GND
SIGNAL
The CVP550 has the capability to select the Video Input in three ways.
I. From the menu
1. Press [MENU]. Move the ShuttlePoint knob to highlight
2. Move the ShuttlePoint knob to highlight
VIDEO INPUT and press [ENT] or move the
SETUP and press [ENT].
ShuttlePoint knob to the right. A menu appears with the following options:
a.
ACTIVATE VIDEO, the possible choices are Full Screen View, PiP (Picture in
Picture) View and Auto Switch (*).
If Full Screen View is chosen, the CPV550 will show a warning message with the
instructions to adjust the image from the Video Input. If the user agrees to proceed,
the image from the video input will be shown.
If Picture in Picture (PiP) View is chosen, a Video Input image can be shown on
a window and placed over the selected page at full screen. By moving the
ShuttlePoint knob, the PiP image is moved. When the focus is on the PiP image,
press [CLR] to close the PiP image.
If Auto Switch is chosen, all the menus will be closed and the video input will be
shown switching between the Video Input Full View (if connected) and the selected
page. See next section for details of setting up the switching times. If the user agrees
to proceed, the image from the video input and the CPV550 page will be shown
intermittently. The intermittence time is selected by Switching Timeout item.
Page 25CPV550
b. SWITCHING TIMEOUT, the possible choices are 5,10,30 sec, 1, 5, 10 min. Allows
selecting the timing to change from Video Input and CPV550 display.
RESTORE DEFAULTS, allows restoring the factory defaults for the Input picture
c.
adjustment. When Restore default is executed, the message “OK” is shown next to
the selected menu item.
NOTE (*)
If the video signal is not present on the video connector, the corresponding item in the menu will
be shown with a light color (to identify that the option is not available).
II. Quick Activation by pressing [CLR] for 1 second
Pressing and holding [CLR] for 1 second from the Chart page Display or from any main page
(Navigation, Highway, Celestial, GPS Status, DSC, NMEA DISPLAY); the following Soft
Keys are shown: [FULL SCREEN], [PIP VIEW], [AUTO SWITCH]. If no video signal is
detected on the Video Input connector, the Soft Keys will be shown in light color in order to
identify that they are not active.
III. Quick Activation by Soft Keys
It is possible to assign the Video Input mode to any of the Soft Keys. Press one of the Soft
Keys, the Soft Keys functions are shown. Pressing and holding for 1 second one of the Soft
Keys, the Soft Keys customization list will be shown. By selecting VIDEO option it will be
possible to assign the Soft Key to execute the Video Input function. Once the Soft Key has
been assigned to Video Input, its label will show the message [VIDEO]. If [VIDEO] is
ressed, the Soft Keys will be assigned this way: [FULL SCREEN], [PIP VIEW], [AUTOSWITCH]. From now on, the functioning is identical to case II.
Page 26CPV550
3.C-MAP MAX OVERVIEW
3.0INTRODUCTION
C-MAP MAX is a major evolution of the NT/NT+ product technology. Key points are:
New Data Features
· Tides and Currents (intuitive arrows show direction and strength)
· World Background Charts with terrestrial data
· Value Added Data (Pictures and Diagrams, Land Data)
· Enhanced Port Info
New Presentation Features
· Clear Info (sophisticated "Human Dictionary" to translate Nav-Aid abbreviations found
on paper charts)
· Dynamic Nav-Aids (an innovative and dynamic presentation mode)
· Flexi-Zoom (increased Under and Over Zoom between chart levels, resulting in optimal
scale display for any situation)
· Dynamic Elevation Data (optimized palettes for GPS Chart Plotters; includes new
NOAA palette)
· Perspective View ("Real World" perspective view of the chart, updated real-time during
navigation)
MAX and NT/NT
· When NT
from both charts (depending on the current position).
· When NT
+
C-CARD coexistence
+
data and MAX data cover different areas, the GPS Chart Plotter gets data
+
data and MAX data cover the same area, the GPS Chart Plotter gets data
only from MAX chart.
3.1INSERTING THE C-CARD
Hold the C-CARD by the long inclined side so that you can see the C-MAP label.
Figure 3.1 - Inserting C-CARD <NEW C-CARD>
Page 27CPV550
Open the door, gently push the C-CARD into the slot: push the C-CARD in as far as it will
go, then close the door.
Figure 3.1a - Inserting C-CARD
Page 28CPV550
4.MAP FUNCTIONS
4.0NEW MAX FUNCTIONS MENU
1. From the chart page, press [MENU] twice. Move the ShuttlePoint knob to highlight MAX
FUNCTIONS and press [ENT] or move the ShuttlePoint knob to the right. The MAX
Functions menu appears on the screen:
Figure 4.0 - Map Functions Menu
The available Functions are described in the following.
4.0.0Zoom Type
Allows more expansions or compression of the chart scale while zooming in or out. Zoom
Mode has two options; STANDARD (default) or FLEXI-ZOOM. When in FLEXI-ZOOM
mode, a short zoom push causes a change of chart, while a long zoom push causes a popup window to be displayed on a corner of the screen. The window shows the current Zoom
factor. By pressing [ZOOM] and moving the knob up/down the map is expanded or
compressed according to the zoom factor selected. The window is automatically closed if
[ZOOM] is not pressed for 2 seconds and the selected zoom factor will be used at the next
zoom in/out.
To activate this function follow the procedure:
1. Press [MENU] twice. Move the ShuttlePoint knob to highlight
press [ENT] or move the ShuttlePoint knob to the right.
2. Move the ShuttlePoint knob to highlight
ShuttlePoint knob to the right.
3. The menu now shows two selections,
4. Move the ShuttlePoint knob to select the selection and press [ENT].
5. Press [CLR] until the menu disappears or an easier method is to move the ShuttlePoint
knob to the left a few times.
ZOOM TYPE and press [ENT] or move the
STANDARD or FLEXI-ZOOM.
MAX FUNCTIONS and
4.0.1Fonts & Symbols
On MAX charts it is possible to set the size of all names and symbols drawn on the charts,
selecting between Normal size (the regular characters size) and Large size.
To activate this function follow the procedure:
1. From the chart page, press [MENU] twice. Move the ShuttlePoint knob to highlight
FUNCTIONS and press [ENT] or move the ShuttlePoint knob to the right.
2. Move the ShuttlePoint knob to highlight
the ShuttlePoint knob to the right.
3. The menu now shows two selections,
FONTS & SYMBOLS and press [ENT] or move
NORMAL or LARGE.
MAX
Page 29CPV550
4. Move the ShuttlePoint knob to select the selection and press [ENT].
5. Press [CLR] until the menu disappears or an easier method is to move the ShuttlePoint
knob to the left a few times.
NORMAL sizeLARGE size
Figure 4.0.1 - Example of Normal size (on the left side) and Large side (on the right side) settings
4.0.2Perspective View
Chart data may be projected in perspective mode during navigation. This function allows
setting the panoramic View of the chart. As the upper side of the map is more compressed
than the lower side, a wider map area is visible. The perspective view allows showing more
chart information immediately ahead and around the cursor.
Figure 4.0.2 - Perspective View
To activate this function follow the procedure:
1. From the chart page, press [MENU] twice. Move the ShuttlePoint knob to highlight
MAX
FUNCTIONS and press [ENT] or move the ShuttlePoint knob to the right.
2. Move the ShuttlePoint knob to highlight
PERSPECTIVE VIEW and press [ENT] or
move the ShuttlePoint knob to the right.
3. The menu now shows two selections,
ON or OFF.
4. Move the ShuttlePoint knob to select the selection and press [ENT].
5. Press [CLR] until the menu disappears or an easier method is to move the ShuttlePoint
knob to the left until the chart page is shown.
Page 30CPV550
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