DIGI-TROLL 5
DIGI-TROLL 5 TS
Owner’s Manual
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Introduction
Overview
Thank you for purchasing the Cannon Digi-Troll 5 electric downrigger. We have designed your new down-
rigger to be an accurate and reliable tool that will enhance fishing control and improve your ability to catch
fish.
This manual covers installation and the functions of both the Digi-Troll 5 and Digi-Troll 5 TS. The Tourna-
ment Series version of the Digi-Troll is fitted with a cast stainless steel reel, brushed finish stainless steel
boom, and a white frame.
Safety and Cautions
Your Cannon downrigger should only be used for its intended purpose. Improper use will void the warranty
and may be a safety risk.
We hope that you enjoy the use of your new downrigger and enjoy the benefit of controlled depth fishing for
years to come by always following safe boating practices and laws for wherever you are fishing.
Read this manual carefully before operating your new Cannon Downrigger. Retain this manual for future
reference.
Warranty and Registration
To receive all the benefits for your product warranty please fill out and mail the registration card. You may
Digi-Troll 5
Digi-Troll 5 TS
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CANNON LIMITED WARRANTY
CANNON® SERVICE POLICY
AFTER THE APPLICABLE WARRANTY PERIOD
Johnson Outdoors Marine Electronics, Inc. warrants to the original
purchaser that if the accompanying product (see exclusions below)
proves to be defective in material or workmanship within the following
warranty periods, Johnson Outdoors Marine Electronics, Inc. will, at its
option, either repair or replace same without charge (but no cash
refunds will be made):
After the applicable warranty period, or, if one of the above exclu-
sions applies, Cannon products will be repaired for a charge of parts
plus labor. All factory repairs, after the applicable warranty period,
carry a 90-Day Limited Warranty, subject to the exclusions and limita-
tions stated above.
1) The boom, motor, and reels, plus all composite parts, including
but not limited to frames and bases, will be free from defects in
materials and workmanship, subject to normal wear and tear,
for the original purchaser's lifetime.
TO ENFORCE WARRANTY OR TO
2) All other items will have 1-year limited warranties from the
date of original retail purchase, except THE FOLLOWING
ITEMS THAT HAVE NO WARRANTY WHATSOEVER: boot
covers, clothing, Dacron line, rubber bands, swivel lock pin,
weights, and wire cable.
This limited warranty may be enforced only by the original
purchaser; all subsequent purchasers acquire the product "as
is" without any benefit of this limited warranty. Repair or
replacement of the product as set forth in this limited warranty
shall be the original purchaser’s sole and exclusive remedy
and Johnson Outdoors Marine Electronics, Inc.’ sole and
exclusive liability for breach of this warranty.
OBTAIN REPAIRS AFTER WARRANTY
To obtain warranty service in the U.S., the downrigger or part be-
lieved to be defective and the proof of original purchase (including the
date of purchase) must be presented to a Cannon Authorized Service
Center or to Cannon’s factory service center in Mankato, MN. Except
as noted below, any charges incurred for service calls, transportation
or shipping/freight to/from the Cannon Authorized Service Center or
Cannon’s factory, labor to haul out, remove, re-install or re-rig prod-
ucts for warranty service, or any similar items are the sole and exclu-
sive responsibility of the purchaser. Downriggers purchased outside of
the U.S. (or parts of such downriggers) must be returned prepaid with
proof of purchase (including the date of purchase and serial number)
to any Authorized Cannon Service Center in the country of purchase.
Warranty service can be arranged by contacting a Cannon Authorized
Service Center listed on the enclosed sheet, or by contacting the fac-
tory at 1-800-227-6433 or Fax 1-800-527-4464. If the necessary re-
pairs are covered by the warranty, we will pay the return shipping
charges to any destination within the United States.
EXCLUSIONS
This warranty does not apply in the following circumstances:
• When the product has been connected, installed, combined,
altered, adjusted, serviced, repaired, or handled in a manner
other than according to the instructions furnished with the
product
DO NOT return your Cannon downrigger or parts to your retailer. Your
retailer is not authorized to repair or replace them.
• When the motor housing is opened by anyone other than
Cannon® Authorized service repair personnel.
Major parts, such as the motor and main frame, must be returned
to Johnson Outdoors Marine Electronics, Inc. in Mankato, Minnesota,
or a Cannon Authorized Service Center, for repair or replacement. To
reduce shipping costs, we suggest removal of loose parts such as the
boom and rod holders. Small parts that can be easily removed such
as the handle and/or the counter, may be removed from the downrig-
ger and returned for repair or replacement.
• When any defect, problem, loss, or damage has resulted from
any accident, misuse, negligence, carelessness, or abnormal
use, or from any failure to provide reasonable and necessary
maintenance in accordance with the instructions of the owner's
manual
LIMITATION AND EXCLUSION OF IMPLIED WARRANTIES AND
CERTAIN DAMAGES
Retain your sales receipt! Proof of purchase must accompany
product when returned.
THERE ARE NO EXPRESS WARRANTIES OTHER THAN
THESE LIMITED WARRANTIES. JOHNSON OUTDOORS MARINE
ELECTRONICS, INC. DISCLAIMS LIABILITY FOR INCIDENTAL AND
CONSEQUENTIAL DAMAGES, AND IN NO EVENT SHALL ANY
IMPLIED WARRANTIES (EXCEPT ON THE BOOM, MOTOR,
REELS, AND ALL COMPOSITE PARTS), INCLUDING ANY IMPLIED
WARRANTY OF MERCHANTABILITY OR FITNESS FOR
PARTICULAR PURPOSE, EXTEND BEYOND ONE YEAR FROM
THE DATE OF PURCHASE (AND IN THE CASE OF THE BOOT
COVERS, CLOTHING, DACRON LINE, RUBBER BANDS, SWIVEL
LOCK PIN, WEIGHTS, AND WIRE CABLE, JOHNSON OUTDOORS
MARINE ELECTRONICS, INC. DISCLAIMS ALL IMPLIED
WARRANTIES). THIS WRITING CONSTITUTES THE ENTIRE
AGREEMENT OF THE PARTIES WITH RESPECT TO THE
SUBJECT MATTER HEREOF; NO WAIVER OR AMENDMENT
SHALL BE VALID UNLESS IN WRITING SIGNED BY JOHNSON
OUTDOORS MARINE ELECTRONICS, INC.
Return Address:
Cannon
121 Power Drive
Mankato, MN 56001
FOR YOUR INFORMATION:
______________________Serial No.
__________________Date Purchased
____________Store Where Purchased
RETAIN THIS SECTION FOR YOUR RECORDS
Some states do not allow limitations on how long an implied warranty
lasts or the exclusion or limitation of consequential damages, so the
above limitation or exclusion may not apply to you. This warranty
gives you specific legal rights, and you may also have other rights that
vary from state to state.
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Introduction to Controlled Depth Fishing
Undoubtedly there are many fishermen familiar
with the methods and use of controlled depth fishing.
During the mid 1960's the state of Michigan intro-
duced Pacific salmon into the Great Lakes in an at-
tempt to revitalize its sport fishing industry. From this
successful transplant, new fishing techniques and
equipment were developed. One such method was
controlled depth fishing which enabled fishermen to
place a lure at a desired depth by utilizing downrig-
gers.
Because of the varying factors (water tempera-
ture, thermocline, weather, tides, time of day, or time
of year) it is necessary for successful fishing to main-
tain specific water depths that coincide with fish
movements and feeding patterns.
One essential feature of the downrigger is the depth
meter or gauge that indicates lure depth. This allows
the angler to control as well as return to specific
depths where fish have been caught.
Due to the success of controlled depth fishing,
downriggers are now being used throughout the
world to catch a wide variety of species in both fresh
and salt water. Whether fishing for blues off Rhode
Island, walleyes in Lake Erie, sailfish off the coast of
Florida, or stripers in Tennessee, the use of down-
riggers will make your fishing more successful and
more enjoyable.
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1
5
8
4
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Digi-Troll 5 TS
Parts Description
1. Reel
This is used to spool the cable, available in lengths ranging from 150 to 400 feet.
2. Boom
This is used to extend the weight out from the body of the downrigger and has a pulley fixed
to its end. Boom lengths range from 24 to 53 inches.
3. Swivel Head
4. Cable
This relays the cable at the end of the boom to lower the weight.
This connects to the weight. Cable material is 150 lb. test stainless steel cable.
5. Keypad/LCD
Keypad is used to control the functions of the downrigger. The LCD display provides
feedback of the downrigger functions.
6. Mounting Base This attaches to the boat, enabling you to place the downrigger where you choose.
7. Rod Holder This holds your fishing rods while trolling and may also be used for storing rods.
8. Boom Clamps These lock the boom sections together after the boom has been extended or retracted.
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Downrigger Mounting on Boats
A downrigger should be mounted wherever it is
easy to operate and observe. You want to be able to
see your fishing rod and to react quickly. So,
choosing a good location to mount your downrigger
on your boat is very important.
Arrows Indicate
Typical Mounting
Locations
Due to the great variety of boats available,
mounting your downrigger can be a difficult decision.
Cannon has a complete line of mounting and fishing
accessories to aid in your fishing experience. Before
making any permanent changes to your boat consider
what accessories might be used in your application.
Decks up to
7/16" Thick
Installing the Base on Your Boat
Decks up to 7/16" thick
Where access to the underside of the deck is not
available, the mounting base can be mounted using
wellnuts. Use the base as a template to mark locations
and drill four wellnut clearance holes. Mount the base
using four 1/4-20 x 1-1/2" truss head screws and four
wellnuts. Tighten the screws so the wellnuts are firmly
compressed as pictured.
Decks Thicker
Than 7/16"
Thick
Decks thicker than 7/16"
For decks thicker than 7/16", or where the
underside of the deck is accessible, mount the base
with screws, nuts, and washers. Use the base as a
template to mark the locations and drill four 9/32" holes.
Use four 1/4-20 x 2" truss head screws and four each
flat washers and nuts. Fasten the base to the deck as
pictured. NOTE: Wellnuts SHOULD NOT be used on
decks thicker than 7/16".
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Decks thinner than 1/4"
The Low-Profile Swivel Base mounting follows the same
procedure as for the deck plate except that four 1/4"-20
x 1-1/2" truss head screws are used to fasten the
mounting base and four additional 1/4"-20 x 2" truss
head screws fix the swivel base to the boat deck.
Use a Cannon deck plate (PN 2200693) to prevent
deflection and add stability to decks thinner than 1/4".
Use the deck plate as a template to mark the hole
locations.
If access to the underside of the deck is not
available, the deck plate can be mounted using screws
and wellnuts. Use the deck plate as a template to mark
locations and drill 4 wellnut clearance holes. Use four
1/4-20 x 1-1/2" flat head screws and four wellnuts to
mount deck plate. Tighten the screws so the wellnuts
are firmly compressed.
Low-Profile Swivel Base
Where the underside is accessible, the deck plate
can be mounted using screws, nuts, and washers. Drill
9/32" holes. Use four 1/4-20 x 1-1/2" flat head screws,
nuts and washers (flat and lock). Fasten plate to deck.
To secure the mounting base to the deckplate use four
1/4-20 x 1" truss head screws.
NOTE: When using the telescopic boom, we
strongly recommend the use of a deck plate on all
boats to provide adequate stability for the downrig-
ger.
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INSTALLING THE BOOM AND BALL HOOK
1) Remove the ball hook collar, ball hook, and 1/4-20
nut from the included hardware bag assembly.
2) Thread the nut onto the ball hook, then thread the ball
hook into the ball hook collar. Do not tighten yet.
(Figure 1)
3) Slide ball hook collar onto the end of the boom and
leave it loose. (Figure 2)
4) Insert boom with ball hook collar assembly into frame
(Figure 3) and line up holes in boom with holes in frame
(Figure 4).
FIGURE 1
FIGURE 2
FIGURE 3
5) Remove 1/4-20 x 2” bolt and 1/4-20 nylon locknut
from included hardware bag assembly.
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FIGURE 4
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6) Insert the 1/4-20 nylon locknut into the hex pocket on
the nose of the frame (motor side of frame). (Figure 5)
7) Insert 1/4-20 x 2” bolt into reel side of frame nose.
With a Phillips head screw driver, thread bolt into the
nylon locknut from step 6. Tighten bolt until the end of
the bolt is flush with the top of the nut. (Figure 6)
8) Slide ball hook collar to your preferred location. Hand
tighten the ball hook into boom tube. Tighten enough so
that there is no movement on the boom. (Figure 7)
Important: Do not overtighten ball hook or perma-
nent deformation of the boom is possible.
FIGURE 5
FIGURE 6
FIGURE 7
FIGURE 8
9) Once ball hook is secure, with a 7/16” wrench, tighten
the 1/4-20 nut until secure with ball hook collar.
(Figure 8)
**TELESCOPIC BOOM ONLY**
To adjust the boom length (with the boom extending
away from you) rotate the clamps (See item # 8 on page
5) approximately ¼ turn counter-clockwise to unlock and
slide the boom section to the desired position. Once in
place, lock the clamps by rotating clockwise until tight.
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BOOM END PULLEY
Telescopic Boom
1) Remove boom end assembly from hardware bag.
2) Remove #8 self tapping screw from hardware bag.
3) Insert boom end post into end of the small tube of the
telescopic boom assembly. (Figure 9)
4) Align hole in boom post with hole in small end tube.
(Figure 10)
FIGURE 9
5) Secure boom end with #8 screw as shown. Tighten
with Phillips head screw driver.
FIGURE 10
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REMOVABLE SPOOL COVER
Your new downrigger comes with a removable spool
cover. By removing this cover, you are able to gain
easy access to your spooled cable and easy spool
removal. This feature allows you to easily access
tangled line, get it repaired and get you back into ac-
tion quickly.
This feature also allows you to have multiple reels
for different types of line. By purchasing additional
reels, you can wind each with a different type of cable
(i.e. Uncoated cable, Coated Cable, Mono, etc.). This
allows you to switch out desired cables quickly and
easily.
FIGURE 11
NOTE: Remove all tension from the line before
removing or replacing the spool.
Follow the below steps to remove the side cover:
1) Loosen and remove the clutch knob. Turn the
clutch knob clockwise until it is free of the motor shaft.
(Figures 11 & 12)
2) Loosen the two 1/4-20 Phillips head screws on op-
posite sides on the cover. (Figure 13)
NOTE: Screws are captured in the cover and will not
come out completely.
FIGURE 12
3) Remove the cover and you now have complete
access to the spool. (Figures 14 & 15)
4) Reassemble by reversing the above steps.
Note: Take care when removing the spool over
open water so that the clutch pad or clutch disk
doesn’t get pulled off as well.
WARNING: Do not touch the cable reel while the
downrigger is in use.
FIGURE 13
11
FIGURE 14
FIGURE 15
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REPLACING THE CLUTCH PAD
To replace the clutch pad, follow the steps for removing
the spool. Once the spool is removed, you have access
to the clutch pad. (Figure 16) Simply pull it off the shaft
and replace. Reassemble the spool and cover in the
reverse order.
FIGURE 16
FIGURE 17
FIGURE 18
ATTACHING THE ROD HOLDER(S)
The locking rod holder(s) incorporate a locking tooth
design which can be easily adjusted every 15° with the
soft grip knob. The symmetrical design will allow
mounting of the rod holder on either side of the downrig-
ger or two rod holders at the same time. The unique
two piece design allows independent adjustment of the
rod holder and the rod holder arm in two axes.
(Figure 17)
Caution: This rod holder is intended for use of up to 30
lb. test line only and is not recommended for use with
any tackle IGFA (International Game Fish Association) rated
higher than 30 lb. A safety strap (not included) is rec-
ommended for all applications.
NOTE: The rod holder assembly is not covered un-
der warranty when used with tackle above 30 lbs.
Equipment placed in the rod holders and the loss
thereof is the responsibility of the user and is in no
way warranted by Johnson Outdoors, Inc. Mounting
must be in accordance with the above instructions
and pictures to comply with the product warranty.
To install the rod holder(s):
1) Fasten rod holder to rod holder elbow using supplied
spring and knob.
2 ) Attach the rod holder to the downrigger on either
side using the supplied spring and knob. (Figure 19)
3) Repeat the above steps for the other side if (2) rod
holders are to be mounted.
The rod holders can be adjusted by loosening either
knob until the locking teeth are free from each other.
Rotate the rod holder or arm to the desired position and
re-tighten knob. (Figure 19)
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FIGURE 19
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TERMINATING THE DOWNRIGGER CABLE
TIP: Use only straight cable when routing through the terminator. Worn or kinked cable can be
stressed and may break prematurely when retrieving trolling weights.
ATTACHING THE LINE RELEASE (UNI-RELEASE)
The Cannon Uni-Release attaches directly to the
downrigger weight. Attach fishing line to the clip at the
end of the release, and then click through a series of
increasing tension settings. The release can be used
with any test line on salt or fresh water and may be
adjusted from 2 to 22 pounds of grip tension on the
line.
To change line release tension, turn tension knob to
(+) to increase or (-) to decrease. Tension also may
vary according to where the line is placed in the grips.
Higher tension is on the line if it is set back toward the
hinge, and lower if set closer to the opening. To open
the release, spread the release arms with thumb and
forefinger applying pressure to the sides.
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USING YOUR DIGI-TROLL WITH THE INTELLITROLL
ACCESSORY
Both the Digi-Troll 5 and Digi-Troll 10 are compatible
with the IntelliTroll accessory. The Digi-Troll 5 receives
the IntelliTroll data and sends it to your Humminbird
fishfinder (using the Cannonlink accessory). You can
also use the Intellitroll monitor and antenna cable as-
sembly to display sensor information. The Digi-Troll 10
also displays the IntelliTroll information on the internal
LCD display.
FIGURE 20
FIGURE 21
FIGURE 22
To install the Intellitroll on the Digi-Troll follow the below
steps:
1) Locate the antenna mounting bolt in the location
shown. (Figure 20)
2) With a 1/4” wrench, loosen the bolt and remove.
(Figure 21)
3) Install the antenna spring that came with the Intellitroll
sensor kit. Insert bolt into the closed loop on the spring.
(Figure 22)
4) Tighten bolt until tight. (Figure 23)
Caution: Do not over tighten as the stainless steel
bolt head may shear with too much torque.
5) Once the antenna is installed, run downrigger cable
through center of spring. (Figures 24 & 25)
Note: It is recommended that you use the coated
cable that came with your Intellitroll sensor for
proper sensor operation. The use of non-coated
could result in poor display performance and/or a
loss of data signal. Refer to your Intellitroll owners
manual for more detailed instructions.
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FIGURE 23
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6) Terminate cable as previously described.
Your Digi-Troll is now Intellitroll compatible. Once you
attach your Intellitroll to the cable per the instructions
included, your Digi-Troll 5 will pass this data on to the
Cannonlink for display on your Humminbird fish finder.
FIGURE 24
FIGURE 25
FIGURE 26
FIGURE 27
USING THE INCLUDED POWER LOSS MANUAL
CRANK HANDLE
In case of a dead battery, your downrigger comes
equipped with a power loss manual crank handle. This
handle allows for the retrieval of your weight should you
lose power or have an electrical failure. To utilize the
handle follow the below steps.
WARNING: LOOSENING OR REMOVING THE
CLUTCH KNOB WILL RELEASE THE SPOOL AND
ALLOW IT TO RUN FREE. MAKE SUIRE YOU HOLD
THE SPOOL BEFORE REMOVING THE CLUTCH
KNOB.
1) Unplug downrigger and secure reel. See note above.
2) Rotating clockwise, remove the clutch knob.
(Figure 26)
CAUTION: Take care when removing the clutch
knob over open water.
3) Install the handle’s hex pattern to match the hex pat-
tern on the spool. Once installed, you can start cranking
up your weight. (Figure 27)
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Wiring Your Downrigger
Your Boat's Electrical Condition
It is important to make sure that your boat is properly set up before installing your Digi-Troll with Positive Ion
Control (PIC). Whenever a boat is in water, various submerged parts interact to create weak electrical currents.
These weak electrical currents must be controlled to extend the life of the boat's metal parts and ensure a good fish
catching environment.
Check the zinc sacrificial anodes on your boat and on the outboard/outdrive. If they are more than 50% dis-
solved they should be replaced. Any coating of slime or growth should be cleaned off. All metal parts including the
hull (if metal) must be interconnected by a grounding wire. This includes motor shafts, outdrives, and through hull
fittings. If your boat and zinc anodes are set up correctly, the voltage on the stainless steel downrigger wire should
be positive when in contact with the water.
With your boat in the water and the downrigger cable deployed in the water, measure the dc voltage from the
cable to a grounded metal surface of the boat touching the water. It should be 0.6-0.8VDC (fixed PIC) or it should
match your Digi-Troll setting if properly wired.
•
•
The use of Cannon vinyl coated lead weights is recommended.
Use the trolling weight insulators supplied with your downrigger. This insulates your weight from the positive
charge on the cable. This will also ensure that the trolling weight will stop at water level when retrieved.
•
•
•
The cable on your downrigger should be replaced every 2 years. Etching of the cable can weaken it physically
and electrically.
In saltwater, make sure the sacrificial zinc anodes are replaced when half dissolved. This ensures that the boat
will run with a neutral or slightly positive charge. Clean zincs on a regular basis with a non-corrosive brush.
Always make sure the boat is properly grounded to the water. This will help ensure proper PIC voltage on the
cable and that the Short Stop will function properly.
NOTE: To ensure proper operation of your Digi-Troll, ground the battery to your boat’s electrical system’s ground.
Malfunctions with the PIC, communication between units, or loss of operation result from faulty grounding. Always
check to see if your boat is properly grounded first.
Electrical Specifications & Wiring Instructions
The Digi-Troll is rated at 30 amps (full load), 12 volts DC and is protected by a 25 amp manual reset circuit
breaker (located under motor housing). Be sure to measure the battery voltage of your boat.
WARNING! - DO NOT RUN THIS DOWNRIGGER ON A 24 VOLT BATTERY SYSTEM. THIS WILL DAMAGE
THE UNIT AND VOID YOUR WARRANTY.
Connecting to the Battery:
It is strongly recommended that a fuse or manual reset circuit breaker be installed at the battery on the positive
lead of the power cable or that you connect the downrigger to a battery selector switch. (See Fuse and Wire Speci-
fications) Connect the positive lead (RED) to the (+) post on your battery and the negative lead (BLACK) to the (-)
post on your battery or the downrigger will not operate. Use the quick disconnect plug to remove the downrigger
without touching the battery.
NOTE: It is strongly recommended to power your Digi-Troll with a Deep-Cycle marine battery. Only run a Digi-Troll
from a Starter battery if it is recharged by an alternator while trolling.
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FUSE / BREAKER SPECIFICATIONS:
An over-current protection device (circuit breaker or fuse) must be used with this downrigger. Coast Guard require-
ments dictate that each ungrounded current-carrying conductor must be protected by a manually reset, trip-free
circuit breaker or fuse.
The following breaker size is a recommended guideline:
1 downrigger—30A @ 12 vdc
2 downriggers—60A @ 12 vdc
For additional information, please consult appropriate ABYC (American Boat and Yacht Council) and Coast Guard
requirements.
Reference:
United States Code of Federal Regulations: 33 CFR 183—Boats and Associated Equipment
ABYC E-11: AC and DC Electrical Systems on Boats
Powering Multiple Downriggers
When operating multiple Digi-Trolls, run a maximum of 2 downriggers per dedicated battery. The advanced
features of the Digi-Troll can keep the unit working virtually all the time. (See below for the recommended wiring
setup.)
Typical Operating Time*:
1 Digi-Troll per battery –
2 Digi-Trolls per battery –
24 hours.
10 hours.
*Time based on lab results using a 15lb weight and Deep-Cycle batteries. Actual run time will vary.
Red ( + )
Black ( – )
Connect Multiple
Batteries in Parallel
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GETTING STARTED
Operating the Digi-Troll 5
The Digi-troll 5 offers you the most advanced features available in a downrigger.
•
•
•
•
•
•
•
•
Variable Positive Ion Control.
Large LCD digital display for weight depth and easy programming.
Networking operation allowing you to chain several Digi-Troll 5s together for use with Cannonlink.
AUTO-UP key to quickly raise the weight to water surface.
A permanent storage memory to retain all the settings.
Variable speed operation through Cannonlink.
High efficiency motor.
Compatibility with Cannonlink and Humminbird fishfinders (1100, 900, 700, or Matrix Series).
Digi-Troll 5 Display
When the power cord is plugged in, press the power button on the keypad to turn on the downrigger. In normal us-
age, the display will indicate the depth of the weight in feet.
(Note: A negative depth indicates distance above the water surface).
During programming of special features, the display is used to indicate various settings.
LCD Icon Layout
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Digi-Troll 5 Keypad
The Digi-Troll 5's keypad has six keys located below the display.
Power
The ON/OFF key functions:
1) Turn the Digi-Troll ON - Simply press and release.
2) Turn the Digi-Troll OFF - Press and hold power button for three seconds.
MENU
The Menu moves the display through up to four
screens for programming (see section on program-
ming for details). After 7 seconds of inactivity on the
key pad, the screen reverts back to the weight line out
display.
UP
During manual operation, this key raises the
weight when pressed. In programming mode, the
UP key increases numeric values.
DOWN
During manual operation, this key lowers the
weight when pressed. In programming mode, the
DOWN key decreases numeric values.
WATER ZERO
The water zero key provides a reset option for
depth. When pressed and held, the line out
count will reset to zero.
MENU
The menu key provides access to all program-
ming submenus.
AUTO UP
Press AUTO UP to raise the weight to the water
zero set point at any time. AUTO UP uses the
speed 5 regardless of your setting and cancels
any other mode of operation (bottom following,
cycling, etc.) when used.
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Programming the Digi-Troll 5
The Digi-Troll 5 contains four menus that enable you to program and customize its operation. Any changes made
using the menu system are automatically saved in permanent memory when the downrigger is turned off.
NOTE: The downrigger must be turned off with the power button for the settings to be saved.
The MENU key is used to enter each of the menus starting from the default screen (referred to as the depth
screen).
The Menu System
The chart below summarizes the Digi-troll 5's menu system in the order of occurrence.
While programming, the UP key is used to increase the value and the DOWN key is used to decrease the
value. Remember during programming, if there is no activity on the keypad for 7 seconds, the menu reverts back to
the main screen.
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Positive Ion Control Menu
This menu lets you control the PIC level from 0.2 vdc to 1.2 vdc.
Press the Menu one (1) time from the depth screen or once from the up/down screen.
Line On Reel Menu
This menu lets you set the amount of line on the reel. Increments are in 50 ft. This setting is important in determin-
ing true line out.
Press the Menu (2) two times from the depth screen or once from the PIC screen.
Units Menu
This menu lets you switch between English and Metric units.
Press the Menu (3) three times from the depth screen or once from the Line On Reel Screen
NOTE: The PIC and Line On Reel menus are NOT accessible through the
downrigger when connected to Cannonlink.
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Un/Coated Menu
This menu lets you switch between Cannon coated and uncoated cable. This setting is important as well in deter-
mining accurate line out.
Press the Menu (4) four times from the depth screen or once form the Units screen.
Digi-Troll Factory Settings
Your Digi-Troll 5 was shipped with the following factory settings so that you can use your downrigger immediately
without further programming.
Line on Reel
PIC
400 feet
0.6 vdc
Cable setting
Units
Uncoated
English
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Networking your Digi-Trolls
Up to six Digi-Troll series downriggers can be networked together with the Cannonlink accessory. To network your
downriggers you will need the Relay Cable Accessory (019634) between each downrigger you would like to link.
The Cannonlink cable will install to the Data In connector on the first downrigger. Connect all other downriggers by
connecting the Relay Cable Accessory from the Data Out to the Data In of the next downrigger. A terminator is
needed on the last downrigger Data Out in order for the downriggers to properly communicate. This terminator is
included in the Cannonlink accessory.
DATA OUT
CIRCUIT BREAKER
POWER CABLE
FIGURE 28
DATA IN
Optional Intellitroll Accessory
The Digi-Troll series is compatible with the Cannon Intellitroll Speed and Temp sensor. The Intellitroll sensor gives
the user the speed, temperature, and depth at the weight. The Digi-Troll 5 downriggers are compatible with the In-
tellitrol but only when connected to the Cannonlink system. The Digi-Troll 5 will pass the Intellitrol data to the Hum-
minbird fishfinder for display on the fishfinder screen.
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Fishing With Your Downrigger
The Positive Ion Control System
After programming your Digi-Troll, release some line
from your rod and reel so that the lure is anywhere from
5 to 100 feet behind the boat. This is called drop back.
Attach the fishing line firmly into the line release. Press
and hold the down key to lower the weight to the desired
depth as indicated on the display or select a pre-
programmed weight depth. Place the fishing rod in the
rod holder and reel up the slack so that your rod has a
slight bend in it. When a fish strikes the lure, the line will
separate from the release. Then you will be free to fight
the fish and bring it in on your rod and reel.
Your boat has an electrical charge around the hull in
water. If a boat is properly grounded and has a proper
zinc anode, that charge should be slightly positive when
measured from ground to the downrigger cable. Positive
Ion Control (PIC) is the use of electricity to control that
charge and its fluctuation so that it is always maintained
at a specified set voltage.
The practice of setting up and maintaining a slight
positive charge on fishing gear has been used by com-
mercial fishermen for many years. This practice has en-
abled some fisherman to increase yield when used
along with other good fishing and boating practices.
Cannon's electric downriggers offer fishermen a big
advantage in being able to stabilize and control the posi-
tive charge around their boat. Because of the composite
construction of the frame, Cannon downriggers are insu-
lated from your boat's hull charge.
Manual Descent
By turning the clutch knob gently clockwise (toward
the boom), you can let your trolling weight descend as
fast or as slowly as you wish. Turning the knob counter-
clockwise (away from the boom) stops the weight. This
gives you control to let it plunge rapidly or sink slowly to
a predetermined trolling depth. With multiple downrig-
gers, you could start all your weights creeping down,
one at a time, and then stop them each in turn.
When the stainless steel downrigger cable is low-
ered into the water, the natural ionization between the
cable and the boat creates a positive charge of 0.7 to
0.9 volts in saltwater and 0.3 to 0.6 volts in fresh water.
This natural voltage is dependent upon salinity and min-
eral content of the water. Your actual voltage may vary.
Note: In order to track line out, the Digi-Troll must
be turned on.
WARNING—DO NOT TOUCH THE CABLE REEL
WHILE THE DOWNRIGGER IS IN USE!
The Short Stop System
The Short Stop system is composed of three critical
components: the electronic unit, the reel conductive
path, and the trolling weight insulator.
Cable Terminator
While the downrigger cable is in the water, there is a
minute electrical current that flows between the cable
and the grounded metal boat components in the water.
When the cable clears the water, this current flow will
stop. The Short Stop system senses this interruption
and turns off the motor. The trolling weight insulator is
used to break the cable contact to the water while the
weight is still in the water. The reel conductive path al-
lows the circuit path to be made through the structure of
the downrigger.
Weight Insulator
NOTE: It may be necessary to use two trolling
weight insulators.
NOTICE: Short stop and Positive Ion
Control features do not function when
spooled with monofilament or super
lines.
Stopping the weight at water level eliminates the
cable strain caused by bouncing weights or weights hit-
ting the boom end. Stopping at water level will also keep
the weight from hitting the boat hull.
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How the Positive Ion Control System Works
The PIC system uses an internal circuit that passes
the voltage through the drive train of the Digi-Troll to the
shaft. The shaft contacts the cable by means of a ball
bearing, spring and, lastly, a one direction button head
screw. Care must be taken to ensure contact between
the cable and the screw when replacing the cable.
When using coated cable, 3-4 ft of coating must be
striped when terminating the cable to reel. Take care in
ensuring that the striped portion is in contact with the
button head screw.
Maintaining Your Downrigger
Periodically, lightly grease the thrust bearing and
bearing race found behind the clutch knob. Replace the
cable at least every two years.
There are no user serviceable parts internal to the
Digi-Troll. Your warranty will be void if opened by
anyone other than an authorized or factory service
center. For repairs or servicing your downrigger re-
fer to the Warranty Information section of this book-
let.
The Positive Ion Control system applies a variable
0.2 to 1.2 volts on the trolling cable at all times.
Measuring the Natural Electrolysis and PIC Voltage
on Your Boat
A voltmeter with a scale of zero to one volt will
measure the natural electrolysis. Place the ground lead
of the meter on the motor or the battery ground. Place
the positive lead on the stainless steel downrigger cable
while it is in the water. The downrigger must be
unplugged. The voltage you measure on the volt meter
is your boat's natural electrolysis voltage. Use the same
set up to measure the PIC voltage; just plug in the Digi-
Troll and adjust the PIC voltage desired.
Using Positive Ion Control
Positive Ion Control is very effective when trolling.
The zone of attraction created at the downrigger wire
will attract the fish. It is best to use a short drop back
between the downrigger release and the lure. Drop
backs of 10 to 20 ft. are typical. A drop back of 50 to
100 ft. will entirely negate the effects of the PIC circuit.
Fishing depths greater than 125 ft. may require a slightly
higher PIC voltage. If you return to shallow water fishing
remember to turn the PIC voltage down again.
The correct PIC setting for best fishing advantage
varies, depending on fish type and location. To fully
benefit from PIC technology, it is important that you
experiment with the PIC setting to find the proper
voltage for the gamefish in the area.
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Blowback Charts
8-Lb. Weight at 2, 4, and 6 MPH
Blowback
Simply stated, blowback is what happens to the
downrigger weight when you pull it through the water
behind your boat. As your speed increases, so does the
horizontal distance between the weight and your
downrigger. The faster you go, the farther the weight is
behind you. The farther the weight is behind you, the
shallower the weight is.
The following charts provide you with blowback
information for three sizes of Cannon downrigger
weights pulled at three different speeds with no lures
attached and with no current. Current drag, water
salinity and the use of non-Cannon products will affect
your actual trolling depth.
2 MPH
4 MPH
6 MPH
As an example, the first chart shows that if you are
trolling at 4 MPH with an 8 pound weight and you have
100 FT. of cable in the water with no current; the
downrigger ball is actually at a depth of about 80 FT.
Amount of Cable in Water (ft.)
10-Lb. Weight at 2, 4, and 6 MPH
2 MPH
4 MPH
6 MPH
Amount of Cable in Water (ft.)
12-Lb. Weight at 2, 4, and 6 MPH
2 MPH
4 MPH
6 MPH
26
Amount of Cable in Water (ft.)
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Ten Good Trolling Tips
6) Consider special knots and swivels. A good ball
bearing swivel will all but eliminate line twist and will aid
in getting maximum performance from a lure. Many an-
glers add the tiny swivels to split rings already on the
lure itself. On the other hand, a swivel may dampen the
action of a sensitive lure, such as a Rapala. Some fish-
erman tie tiny improved clinch or loop knots. Loop knots
in particular may enhance up and down and side to side
action of lures. Any good fishing manual will explain how
to tie these and other knots.
1) Test your lures over the boat side before sending
them down and back. Do this to make sure the lure wig-
gles and wobbles properly without going belly up or
wandering off. Some lures can be adjusted, fine tuned
actually, to impart maximum action. For example, a
slight bend in the tail of a spoon or twist of the hook eye
in the nose of a plug can make a noticeable difference
in how the lure performs.
Also, when running two or more lures, make sure the
offerings are compatible. Lures that run out of harmony
with each other are bound to tangle and that means
wasted time to straighten out the mess. Testing them
first will avoid the problem.
7) Consider releases for flatline trolling. A good tip
is to secure a piece of downrigger cable or heavy mono-
filament to the water ski hook or handle below the tran-
som of most boats. To the other end of the mono or ca-
ble, add a pinch-r-release. After letting out your lure to
the desire distance, put the rod in its holder, then bend
the tip and secure the fishing line in the release.
2) Consider different sizes, shapes, and colors of
lures. No one has ever figured out with precision what
makes a fish strike or snub a lure. There is no doubt,
that matching the forage (minnows, crayfish, etc.) in
color, shape, action, and size can help trigger those
strikes from hungry fish. On the other hand, if fish such
as bluegills, small mouth bass or Coho salmon are pro-
tecting spawning beds, they may attack whatever is
threatening. So, bright colors in lures may out produce
bland colors.
8) Add a weed guard. Having trouble with weeds
hanging up lures? Consider tying a three-inch piece of
monofilament a foot above the lure. Leaves, smaller
weeds and other debris may catch here momentarily
then fall off to the side of the lure without tangling.
Weedless lures are another smart consideration. Down-
rigger cables are effective weed catchers when trolling
for pike, muskies, or bass in weed-infested lakes.
3) Vary trolling speeds. Goosing the engine now and
then or slowing to a crawl every so often will change the
action of the lures and may get fish to strike them.
9) Add a stinger hook. When fish short strike, slap at
lures without becoming hooked, adding a stinger hook
can solve the problem. Simply tie a treble hook to one
end of a four inch piece of monofilament and then tie the
extra hook to the last gang of hooks on your lure. The
stinger hook, which trails the lure, provides extra insur-
ance.
4) Vary trolling patterns and lead lengths. The
amount of line you let out often determines how deep
the lure will run and, to some extent, what degree of
action it will impart. For starters, consider running lures
about ten feet behind downrigger weights. If flat line
trolling, put them back about fifty feet, then experiment
depending on what the fish do.
10) Keep hooks sharp. Some of the best fishermen
sharpen all hooks after every fish caught. Hooks get dull
through both use and misuse, and probably more fish
are lost to dull points than anything else.
Trolling patterns affect lure action too, that is why
some anglers like to wheel a lazy S course. On turns,
outside lures will speed up momentarily while inside
lures hang for a moment or two. Fish may nail lures that
change speeds. Also, zigzag patterns allow for more
water coverage, plus it keeps lures out of propeller boil,
an important consideration for browns and other wary
species.
5) Locate fish on a vertical plane. Place lures in ar-
eas where fish might be. Skilled fishermen call these
areas the “strike zones”. They include the edges of the
week beds, structure along bottom, drop-offs, preferred
temperature of the target species, and the thermocline.
Remember that fish occupy certain areas for certain
reasons (sources of food, protective cover, preferred
temperatures, etc.).
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Troubleshooting
PROBLEM:
Clutch slips
SOLUTION:
PROBLEM:
In the UP or AUTO-UP mode the downrigger stops
periodically but the display stays on or the circuit
breaker trips repeatedly.
•
Retighten clutch knob. Clutch knob should be
SOLUTION:
just tight enough that the clutch does not slip
when downrigger is in normal use. Do not use
tools of any kind to tighten the clutch, hand
tightening should always be sufficient.
•
Low battery. The battery voltage at the power cord
is less than 11.5 volts (measure with a volt meter
while the downrigger is pulling up the weight).
•
Check clutch disc condition by removing side
cover and spool. Replace if necessary.
•
•
Power cable is too long or too small in diameter.
Do not overload the downrigger. It is designed to lift
up to 20 lb. weights only.
PROBLEM:
Unit does not stop at water line.
SOLUTION:
Using the up and down buttons, adjust the weight
PROBLEM:
Unit does not turn on.
SOLUTION:
so it is at or a little below the water line. Use the
Water Zero button to set that as the new water zero
point. Note: due to cable stack this water zero point
may shift up or down. It may have to be adjusted
continuously depending on the amount of up and
down cycles.
•
•
Check polarity on power cable.
Check circuit breaker(s)
PROBLEM:
Unit does not count the amount of cable retrieved
correctly.
SOLUTION:
Verify that the correct line type (Coated/Uncoated)
and line on reel is set to the correct length.
PROBLEM:
Unit does not count the depth correctly.
SOLUTION:
•
Current was interrupted and circuit board was reset.
•
Check power cable connections and try to prevent
power interruption.
•
•
Retrieve the trolling weight using UP or AUTO-UP.
Unplug the power cable for 30 seconds and then
reconnect.
•
•
Reset the Zero Depth to your desired position.
Verify that all magnets are present in the spool.
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NOTES:
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ENVIRONMENTAL COMPLIANCE STATEMENT:
It is the intention of Johnson Outdoors Marine Electronics, Inc. to be a responsible corporate citizen, operating in compliance with known
and applicable environmental regulations, and a good neighbor in the communities where we make or sell our products.
WEEE Directive:
EU Directive 2002/96/EC “Waste of Electrical and Electronic Equipment Directive (WEEE)” impacts most distributors, sellers, and manu-
facturers of consumer electronics in the European Union. The WEEE Directive requires the producer of consumer electronics to take responsibility
for the management of waste from their products to achieve environmentally responsible disposal during the product life cycle.
WEEE compliance may not be required in your location for electrical & electronic equipment (EEE), nor may it be required for EEE de-
signed and intended as fixed or temporary installation in transportation vehicles such as automobiles, aircraft, and boats. In some European Union
member states, these vehicles are considered outside of the scope of the Directive, and EEE for those applications can be considered excluded
from the WEEE Directive requirement.
This symbol (WEEE wheelie bin) on product indicates the product must not be disposed of with other household refuse. It must be dis-
posed of and collected for recycling and recovery of waste EEE.
Johnson Outdoors Marine Electronics, Inc. will mark all EEE products in accordance with the WEEE Directive. It is our goal to comply in the collec-
tion, treatment, recovery, and environmentally sound disposal of those products; however, these requirement do vary within European Union mem-
ber states. For more information about where you should dispose of your waste equipment for recycling and recovery and/or your European Union
member state requirements, please contact your dealer or distributor from which your product was purchased.
To download product manuals or purchase Cannon products from an authorized dealer, please visit our web page at
Cannon
Johnson Outdoors Marine Electronics, LLC.
121 Power Drive, Mankato, MN 56001
1-800-227-6433
©2010 Johnson Outdoors Marine Electronics, LLC. All rights reserved. Product conforms to EU EMC directive
204/108/EC and Machinery Directive 2006/42/EC.
WARNING: This product contains chemical(s) known to the state of California to cause cancer and/or reproduc-
tive toxicity.
Form No. 3397131 Rev D ECN 32943 01/11
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