Eagle CUDA 240I S Betriebsanleitung

Pub. 988-0152-081

Addendum I

Additional Instructions for

Eagle Cuda 240i S/GPS

Your sonar/GPS unit, the Cuda 240i, functions exactly like the Cuda

240 described in the manual provided (part 988-0152-012). In addition,

the Cuda 240i contains a communications port for NMEA 0183 output.

The instructions for connecting data cables and setting up the

communications port appear in this addendum.

NMEA 0183 Data Cable Connections

NMEA is a standard communications format for marine electronic

equipment. The Cuda 240i can send information to any device that

receives NMEA 0183 data. This allows the unit to work with VHF

marine radios equipped with the Digital Selective Calling (DSC)

distress call feature.

To send NMEA 0183 data, the Cuda 240i has one NMEA 0183 version

2.0 communication port. The com port can be used to send NMEA

formatted data such as your current position.

The provided Cuda 240i data cable plugs into the accessory socket on the

right side of the back of your unit's case. The data cable ends in two wires

that connect to your VHF radio or other NMEA device. The Cuda 240i uses

the yellow wire to transmit and the black shield wire for signal ground.

NOTE:

Some VHF radios, such as the popular Unidenbrand, have input

levels which require use of an additional diode and resistor built into

the Cuda 240i data cable. This is Wiring Diagram A, which is

described on page 2. The majority of the DSC radios will work with the

resistor and diode as provided by Eagle.

A few other radio brands (and other electronic devices) that meet the

NMEA 0183 standard won't need these adapters and you will have to

remove the resistor and diode to make those work. This is Wiring

Diagram B, which is described on page 4.

Consult your other device's owner’s manual, then read through all of

the following instructions before you begin. Use the installation

diagram most suited to your brand of radio or other device. If your

device manual indicates an RS-232 connection (i.e., a computer),

remove the resistor and diode and connect using Wiring Diagram B.

Most other connection types (TTL; NMEA + and NMEA –;

differential) will require Wiring Diagram A.

Recommended Tools and supplies

Recommended tools for this job include: wire pliers or wire stripper and a

wire cutter. Required supplies for this job include: two gray (18 gauge) or

blue (16 gauge) wire nuts and electrical tape. Supplies are not included.

Wiring Diagram "A"

Begin by stripping the wire ends of the device you're connecting to the Cuda

240i. (You'll notice the Cuda 240i's data cable comes pre-stripped, with wire

ends exposed.) Use a pair of wire pliers to strip about 1/4-inch (6.35 mm) of

insulation from each of the radio's or other device's data wires.

Strip the ends of the VHF radio's data wires. Connect them to the pre-

stripped wires of the Cuda 240i's data cable (shown right).

Twist the exposed wires together as shown in the following figures. If

you're using a Uniden or similar radio, connect the radio's NMEA Wire

to the Cuda 240i data cable's yellow wire, and the radio's

Ground/Shield wire to the Cuda 240i data cable's black shield wire. If

you're using another radio brand or NMEA device, see Wiring Diagram

B instructions at the end of page 3.

Com port wiring to transmit NMEA information

to a Uniden or similar VHF radio or other device.

Twist the appropriate wires together, making sure that the exposed

ends make good contact. Secure the wire ends with wire nuts, then

wrap each wire nut securely with electrical tape to protect against

moisture, as shown in the figure on the right.

Ground/Shield or NMEA – To Uniden

radio or other

device

Com port to

Cuda 240i

Yellow (Transmit)

NMEA Wire (Receive) or NMEA +

Shield (Ground)

After taping the wire ends individually, wrap the entire connection

with electrical tape as shown. This will help protect from moisture and

prevent the wires from breaking contact.

Wiring Diagram "B"

If your VHF radio or other device requires true RS-232, you will need to

remove the diode and resistor built into the end of the Cuda 240i data cable.

You will notice near the end of the cable a segment protected with black

heat-shrink. To connect the Cuda 240i to a true RS-232 radio, first

remove the Uniden adapter segment of the cable as shown in the

following figures.

For Wiring Diagram B installations, remove the Uniden adapter

segment at the end of your data cable as shown at left. Snip off the end

of the cable protected by the black heat-shrink. At right, we have used

clear heat-shrink for clarity, so you can see the diode and resistor

protected within. Remove this portion of the cable.

After you've removed the adapter segment, use wire pliers to expose the

ends of the five remaining wires in the cable. Cut off the black, blue and

white wires, then seal their ends with electrical tape.

After removing the adapter segment, prepare to connect by removing

and taping off unneeded wires. Strip the end of the yellow wire.

Strip about 1/4-inch (6.35 mm) of insulation from the yellow wire, then

follow the preceding wire nut and taping instructions to connect the

wires from the radio or other device.

If you're using a true RS-232 radio or other device, connect its (+)

Receive wire to the Cuda 240i data cable's yellow wire and its ground or

(–) Receive wire to the Cuda 240i data cable's bare shield wire.

Com port wiring to transmit NMEA information

to another standard NMEA-compatible device.

When the data cable is connected to your VHF radio, all you have to do

is plug it into the sonar/GPS unit. Attach the data cable's plug to the

accessory socket on the right side of the back of your unit's case.

(–) Receive or ground To another

NMEA device

Com port to

Cuda 240i

Yellow (Transmit) (+) Receive or Receive

Shield (Ground)

Black

Blue

White

Cut black, blue

and white.

Yellow

(tran

mit)

Bare wire

(shield)

Communications Port Configuration

Now that you have the devices connected, use the Com Port command

in the System Setup Menu to make them communicate. This command

opens a menu that allows you to configure the communications port.

Menus for changing Com Port settings.

If you need additional assistance in configuring the unit to communicate

with another device, consult the factory; customer service phone numbers

are in the back of the unit's manual. To set Com Port Configuration:

1. Press MENU|MENU|↓to SYSTEM SETUP|ENT.

2. Press ↓to COM PORT|ENT.

A menu appears with a drop-down Baud Rate selection box highlighted.

The menu also contains an on/off checkbox to activate NMEA Output,

and a button that activates the Configure NMEA command (described

in the following section).

To set Baud Rate:

With the Baud Rate box selected (the title bar should be highlighted in

black, as in the middle figure above), press ENT. A drop-down list

appears, showing available baud rates. Select the one that matches the

baud rate on your VHF radio, and then press ENT.

To activate NMEA Output:

From the Communication Ports menu, press ↓to highlight NMEA

Output. Press ENT to check (turn on) or uncheck (turn off) the NMEA

Output checkbox.

To exit the Communication Ports menu, press EXIT|EXIT|EXIT.

Configure NMEA

Once in the Communication Ports menu, you can configure the unit to

use specific NMEA sentences. (The default setting has all NMEA

sentences turned on.) Press ↓to CONFIGURE NMEA|ENT.

NMEA Sentences selection menu.

A menu appears showing the prefixes of the available NMEA sentences.

A check mark next to a prefix means the prefix is in use. Use ↑↓→←

to select a prefix, then press ENT to turn off the prefix. (Press ENT again

to check the box and turn a prefix on.)

NOTE:

The names of the NMEA sentences are abbreviated in this menu.

These are the functions of the various selectable prefixes:

•GLL transmits latitude and longitude of present position, time of

position fix, and status.

•GGA transmits time, position and fix related data.

•APB transmits autopilot information.

•RMC and RMB transmits navigation information messages.

•GSA and GSV transmits fix mode, DOP values and satellites in

view information.

•DBT transmits the depth below the transducer.

•DPT transmits the depth

•MTW transmits the water temperature.

4. When the desired prefixes are checked or unchecked, press

EXIT|EXIT|EXIT|EXIT to return to the previous page.

Compatibility With Various VHF Radios

The Digital Selective Calling (DSC) feature in marine radios is

relatively new technology. The U.S. Coast Guard, for example,

implemented its first DSC-capable systems in Atlantic City, N.J. and

Chincoteague, VA in September, 2003. However, the entire U.S. DSC

rescue system won't be operational until Sept. 30, 2006.

As more marine electronics manufacturers enter this growing market, other

connectivity issues with your unit may appear. You can check for known

compatibility issues by visiting our web site, www.eaglesonar.com. Look

in the Manuals section for updated documents for your sonar/GPS unit.

This addendum supplements the manual Cuda 240, part number 988-0152-012.

Printed in USA 022704 Eagle Electronics

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