After completing installation this
Maintenance Manual should be
placed with the Sterndrive for the
Owner’s future use.
Series 600B
Maintenance Manual
All rights reserved. Reproduction or use, without express permission, of editorial or pictorial content, in any manner, is prohibited. No patent liability is assumed with respect to the use of the
information contained herein. While every precaution has been taken in the preparation of this book,
the publisher assumes no responsibility for errors or omission. Neither is any liability assumed for
damages resulting from use of the information contained herein.
All instructions and diagrams have been checked for accuracy and ease of application; however,
success and safety in working with tools depend to a great extent upon individual accuracy, skill and
caution. For this reason, the publishers are not able to guarantee the result of any procedure contained herein. Nor can they assume responsibility for any damage to property or injury to persons
occasioned from the procedures. Persons engaging in the procedure do so entirely at their own risk.
600 B SERIES MAINTENANCE MANUALPAGE iiJULY 2016 - V1.0
600B Series Models
MAINTENANCE MANUAL
Version 1.0
Part # 13-657
*Core Content Originated by Randall J. Soe, October 2007
*Adapted for 600 Series, November 2011
* Adapted for 600 B Series, July 2016
600 B SERIES MAINTENANCE MANUALJULY 2016 - V1.0PAGE iii
The Konrad 600B Series sterndrives are designed to accommodate engines that generate up to 1200 Nm
(885 lb. ft.) of torque at rated / maximum RPM. Maximum torque ratings are drive model and application
dependent.
There is a sixteen degree (16°) trim range to optimize vessel performance while underway. There is an
additional 30 degrees (30°) of lift range that may only be used in an emergency or when the sterndrive is
being serviced or transported.
The Konrad 600B Series sterndrives are designed for applications where the vessel transom angle is 13
degrees (13°). Applications that do not meet this criteria may require extra equipment or modications,
or may not be possible at all. The Konrad 620B and 680B sterndrives are designed to accommodate
propellers (aluminum or stainless steel) with a maximum diameter of 20 in (50.8 cm). The Konrad 660B
can accommodate propellers (stainless steel) with a maximum diameter of 16 in. (40.6 cm).
Safety Notices
Read and understand all of the safety precautions and warnings before performing any installation or repair.
This list contains the general safety precautions and warnings that MUST be followed to provide personal
safety. This list is only a suggested safety guideline. Working conditions vary greatly, consequently safety
measures will vary upon your individual circumstances. Always use caution. Make sure the work area
surrounding the product is safe. Be aware of hazardous conditions that can exist.
ALWAYS wear protective eyeglasses and protective footwear when working.
DO NOT wear loose-tting or torn clothing. Remove all jewelry when working.
DO NOT work on anything that is supported ONLY by lifting jacks or a hoist. ALWAY S use blocks or
proper stands to support the product before performing any service work.
TO AVOID PERSONAL INJURY, use a hoist or get assistance when lifting drive components. Make
sure all lifting devices such as chains, hooks, or slings are in good condition and are of the correct
capacity.
ALWAYS use tools that are in good condition. Make sure you understand how to use them before doing
any service work.
ALWAYS use the same fastener part number (or equivalent) when replacing fasteners.
DO NOT use a fastener of lesser quality if replacements are necessary.
ADDITIONAL SAFETY PRECAUTIONS ARE INCLUDED IN THE PROCEDURES WHEN
APPLICABLE.
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0PAGE 1
Chapter 1 - Sterndrive (continued)
Operation
The engine produces power (clockwise or counterclockwise) that is transmitted through a reversing
transmission. Either a coaxial planetary-style reversing transmission or a twin shaft vertically offset
standard reversing transmission (with coaxial additions available) are normally used depending upon your
application, and vessel design. The transmission is connected via close couple or drive shaft. The power is
then transmitted through a series of shafts and gears and then to the propeller(s).
WARNING: If a u-joint style drive shaft is used, the drive shaft angle may not exceed one-half
degree (.5º). If the angle exceeds one-half degree (.5º), any warranty offered with your application
is void.
Break-In Procedure
Make sure the sterndrive and gimbal carrier are properly lled with gear oil prior to operation.
Any new Konrad sterndrive unit, whether a lower, upper or complete, requires a ten (10) hour break-in
running period. Please use the following guidelines during the rst ten (10) hours to assure optimum
performance from your new Konrad sterndrive.
1. Avoid full throttle starts.
2. Avoid straining or heavy loading of the sterndrive.
3. To achieve even wear patterns on your new drive gear sets, operate at intermittent throttle
levels throughout the entire break-in period.
4. DO NOT exceed seventy-ve percent (75%) of full throttle during the rst ve (5) hours.
5. During the next ve (5) hours of the break-in period, operate periodically at full throttle.
6. The sterndrive should be shifted into forward gear a minimum of ten (10) times during
the rst ten (10) hours with moderate (but not excessive) RPM’s after each shift.
7. Change or lter (Using Konrad lter kit 13-389) the gear oil when the break-in period is
complete.
NOTE: When the initial oil change is done, small metal particles may be found in the break-in oil. Do
not be alarmed. This is typical during break-in and will decrease as you run the drive.
PAGE 2
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0
Chapter 1 - Sterndrive (continued)
Torque Specications for Fasteners
Listed below are the torque specications for those fasteners that have a specied torque value. Securely
tighten all other fasteners. Internal drive component torque specications are stated in the Konrad
Series 600B Technical Manual.
Gimbal Ring Center Pin Cover, Hex Head Cap Screw (2)35 lb. ft. (47.5 Nm)
Gimbal Ring Center Pin Retaining Hex Head Cap Screw (1)50 lb. ft. (67.8 Nm)
Trim Sender Cover Button Head Cap Screws (2)13 lb. in. (147 Ncm)
Trim Sender Housing Socket Head Cap Screws (2)8 lb. ft. (10.8 Nm)
Trim Sender Socket Head Cap Screws (2)8 lb ft. (10.8 Nm)
Upper Gear Housing Cap, Socket Head Cap Screws (4)20 lb. ft. (27 Nm)
Gimbal Carrier Compression Ring Socket Head Cap Screws (4)
Tail piece Compression Ring Hex Head Cap Screws (5)
620B Propeller Nut (1) 80 lb. ft. (109 Nm)
70 lb. ft. (95 Nm)
50 lb. ft. (67.8 Nm)
45 lb. ft. (61 Nm)
35 lb. ft. (47.5 Nm)
660B Forward Propeller Nut (1)100 lb. ft. (136 Nm)
660B Aft Propeller Nut (1)60 lb. ft. (81 Nm)
680B Forward Propeller Nut (1)100 lb. ft. (136 Nm)
680B Aft Propeller Nut (1)80 lb. ft. (109 Nm)
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0PAGE 3
Chapter 1 - Sterndrive (continued)
600 Series Stern Drive
Weight Descriptions
620B Stern Drive
Item Description 620B Weight
600B Transom assembly (with trim and steering cylinders)115 lbs52.2 kg
Trim pump13 lbs5.9 kg
Upper housing and Intermediate151 lbs68.5 kg
Lower housing assembly84 lbs38.1 kg
Total Dry Weight 363 lbs 164.7 kg
Standard 620B Propellers Propeller Weight
3 Blade, Stainless Steel, 18.5” Diameter24 lbs10.9 kg
4 Blade, Stainless Steel, 18.5” Diameter28 lbs12.7 kg
5 Blade, Stainless Steel, 18.5” Diameter30 lbs13.6 kg
660B Stern Drive
Item Description 660B Weight
600B Transom assembly (with trim and steering cylinders)115 lbs52.2 kg
Trim pump13 lbs5.9 kg
Upper housing and Intermediate151 lbs68.5 kg
Lower housing assembly67 lbs30.4 kg
Total Dry Weight 346 lbs 156.9 kg
Standard 660B Propellers Propeller Weight
3 Blade, Stainless Steel, 16” Diameter14 lbs6.4 kg
4 Blade, Stainless Steel, 15.25” Diameter15 lbs6.8 kg
680B Stern Drive
Item Description 680B Weight
600B Transom assembly (with trim and steering cylinders)115 lbs52.2 kg
Trim pump13 lbs5.9 kg
Upper housing and Intermediate151 lbs68.5 kg
Lower housing assembly115 lbs52.2 kg
Total Dry Weight 394 lbs 178.7 kg
Standard 680B Propellers Propeller Weight
3 Blade, Stainless Steel, FWD, 18.5” Diameter21 lbs9.5 kg
4 Blade, Stainless Steel, AFT, 17.25” Diameter26 lbs11.8 kg
PAGE 4
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0
Chapter 1 - Sterndrive (continued)
Konrad Marine - Maintenance Schedules
All applications will be assigned a Maintenance Schedule "A", "B", or "C",
depending on usage characteristics, which must be followed to ensure warranty coverage.
Maintenance Schedule
USE SERVICE HOURS OR TIME INTERVAL, WHICHEVER OCCURS FIRST!!
TASK
Sterndrive Unit Oil
- Check Level
Sterndrive Unit Oil
- Filter or Change Break in oil
Sterndrive Unit Oil
- Change
Power Trim Pumpl Oil
- Check Level
Power Steering Fluid
- Check Fluid
Transmission Fluid
- Check Level
Anodes
- Inspect for Erosion
Maintenance Service
Schedule "A"
Daily Daily Daily
After First 10 HoursAfter First 10 HoursAfter First 10 Hours
Every 400 Hours
or once a year
DailyDailyDaily
DailyDailyDaily
DailyDailyDaily
MonthlyMonthlyMonthly
Maintenance Service
Schedule "B"
Every 600 Hours
or once a year
Maintenance Service
Schedule "C"
Every 800 Hours
or once a year
Continuity Circuit Check
- Check Components for continuity, loose connections,
and broken or fraying wires
Hoses
- Inspect for cracks, swelling, or signs of deterioration
- Check for proper tightness
Propeller Shaft - Saltwater Use
- Lubricate shaft, check shaft seals for leaking and
damage, check propeller hardware torque
Propeller Shaft - Freshwater Use
- Lubricate shaft, check shaft seals for leaking and
damage, check propeller hardware torque
Universal Joints
- Replace
Engine / Tailpiece
- Check Alignment
Transom Assembly Bushings
- Check for wear at the gimbal ring, trim cylinder, and
steering cylinder mounts
Bellows and Clamps
- Inspect for proper installation and wear
Every 60 daysEvery 60 days Every 60 days
Every 120 DaysEvery 6 monthsOnce a year
Every 60 daysEvery 60 daysEvery 60 days
Every 120 daysEvery 120 daysEvery 120 days
Every 200 hoursEvery 400 hoursEvery 800 hours
After initial 50 hours
then every 200
Every 200 hoursEvery 400 hoursEvery 800 hours
Every 200 hoursEvery 400 hoursEvery 800 hours
After initial 50 hours
then every 400
After initial 50 hours
then every 800
Transom and Sterndrive Unit
- Inspect for corrosion or impact damage, including
propeller
WeeklyWeeklyWeekly
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0PAGE 5
Lubricant Capacity 600B Series (standard conguration) **
Complete Sterndrive, 620 model - approximately eighteen (18) quarts (17 liters).
Complete Sterndrive, 660 model - approximately sixteen (16.5) quarts (15.1 liters).
Complete Sterndrive, 680 model - approximately eighteen (18) quarts (17 liters).
** Oil capacities will vary depending on application congurations, such as spacers, by 1-3 quarts
(.95-2.84 liters)
Make sure the drive is completely lled to the top and purged of air prior to operating.
KVD Transmisson
Dextron III automatic transmission uid Part number
1 Quart (.95 Liters) (10-585)
Fluid capacity
Refer to the owners manual for uid capacity and how to check the uid level.
Trim / Lift pump
Dextron III automatic transmission uid Part number
1 Quart (.95 Liters) (10-585)
Fluid capacity
Trim Pump Reservoir - approximately (1) quart (.95 liters)
Steering system
Dextron III automatic transmission uid Part number
1 Quart (.95 Liters) (10-585)
Fluid capacity
Capacity will vary depending on the type of steering system used and length of the vessel.
PAGE 6
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0
Chapter 1 - Sterndrive (continued)
A.
Removal of 620B/680B all build dates; and 660B built after 26 January 2016
1A. Remove the two (2) M6 X 14mm S.H.C.S. (12-
951) from each forward upper side of the upper
housing cover.
Remove the two (2) M6 X 25mm S.H.C.S. (11-
897) from each forward bottom side of the upper
housing cover.
Remove the aft two (2) M8 X 18mm S.H.C.S.
(13-369) from the back of the upper housing
cover, and remove the cover from the upper
housing.
2A. Remove the oil supply hose (30-997) from the
connector on the upper housing assembly (11-
772) and install cap (13-251).
3A. Disconnect the steering cylinder(s) (30-986)
from the drive leg by removing the aft cotter pins
(13-368), washers (12-352), and the clevis pins
(13-341) from the steering cylinder. Repeat the
process for the port and starboard sides. Secure
the steering cylinders and lines out to the side of
the transom.
4A. Rig the Konrad drive for lifting. Secure the
sterndrive to the lifting device with a nylon strap
or other fastener. An overhead lifting device is
the preferred method of lifting the sterndrive,
though a lifting cart or forklift may be used as an
alternate lifting device.
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0PAGE 7
Chapter 1 - Sterndrive (continued)
A.
Removal of 620B/680B all build dates; and 660B built after 26 January 2016
5A. Loosen the aft bellows clamp, (10-336) and push
the bellows (10-230) forward off of the drive.
6A. Remove the two (2) H.H.C.S. (13-310) from
the lower pivot pin cover (13-320) and remove
cover.
7A. Remove the pivot pin retaining H.H.C.S.
(13-560) from the front of the intermediate
section of the drive. Slide the pivot pin (13-561)
downward and remove from the gimbal ring.
8A. Remove the continuity cable (30-907) from the
intermediate housing, and slide the drive aft,
away from the gimbal ring and housing.
PAGE 8
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0
Chapter 1 - Sterndrive
B.Installation 620B/680B all build dates; and 660B built after 26 January 2016
2B. Pull the alignment pin (10-494) out of the recess
in the input yoke and grease the input yoke splines
and the alignment pin. Insert the alignment pin
1/4 of the way back into the yoke.
3B. Slide the drive toward the transom assembly,
aligning the center of the gimbal ring with the
drive’s intermediate pivot point making sure the
gimbal ring bushings are in place. Carefully
slide the alignment pin and end yoke into the
bellows and into the splines of the drive shaft
carrier or transmission tailpiece. Reinstall the
u-joint bellows onto the drive and tighten the
clamp.
4B. Reinstall the center pivot pin (13-561) into the
lower gimbal ring and upward through the drives
intermediate section, align the hole in the pin for
the retaining bolt by using the slot on the bottom
of the pin. Secure the pin by reinstalling the
retaining H.H.C.S. (13-560) Apply red Loctite
263 to the threads of the retaining H.H.C.S. and
tighten to 50 lb. ft. (67.8 Nm).
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0PAGE 9
Chapter 1 - Sterndrive (continued)
B.
Installation 620B/680B all build dates; and 660B built after 26 January 2016
5B. Reinstall the top pivot pin cover by applying red
Loctite 263 to the H.H.C.S. (12-378).
Reinstall the bottom pivot pin cover by applying
red Loctite 263 to the H.H.C.S. (13-310).
Tighten to 35 lb.ft. (47.5 Nm).
NOTE: When reinstalling the top cover with a
rudder indicator, be sure to align the sensor
pin with the slot on top of the drive pivot pin.
6B. Reattach the steering cylinders to the drive
leg by installing the aft clevis pins (13-341),
washers (12-352), and the cotter pins (13-368)
to the steering cylinder. Repeat the process for
the port and starboard sides.
NOTE: Make sure the steering cylinder bushings
(13-319) are installed on each side of the rod end
prior to installing steering cylinders into the drive
steering tabs.
7B. Remove the lifting ring and install the plug (10-
010) and gasket (10-285). Remove the cap (13-
251) on the oil supply line tting, and reinstall
the oil supply line (30-997) from the transomusing blue Loctite 243 on the tting, and tighten
the tting.
Secure the continuity cable (30-907) that was
previously removed in step 8A by installing the
self tapping screw (10-479).
8B. Reinstall the cover onto the upper housing.
Install blue Loctite 243 onto the S.H.C.S. before
placing them through the at washers and hand
tightening.
Install the two (2) M6 X 14mm S.H.C.S. (12-
951) into the forward upper side of the cover.
Install the two (2) M6 X 25mm S.H.C.S. (11-
897) into each forward bottom side hole in the
cover. Reinstall the aft two (2) M8 X 18mm
S.H.C.S. (13-369) from the back of the upper
housing cover, and reinstall the cover from the
upper housing.
PAGE 10
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0
Chapter 1 - Sterndrive (continued)
C.
Sterndrive Removal 660B built prior to 26 January 2016
1C. Remove the two (2) M6 X 14mm S.H.C.S.
(12-951) from each forward upper side of
the upper housing cover.
Remove the two (2) M6 X 25mm S.H.C.S.
(11-897) from each forward bottom side
of the upper housing cover. Remove the
aft two (2) M8 X 18mm S.H.C.S. (13-
369) from the back of the upper housing
cover, and remove the cover from the upper
housing.
2C. Remove the oil supply hose (30-997)
from the connector on the upper housing
assembly (11-772) and install the (13-251)
cap onto the supply line tting. Secure the
oil supply line out of the way.
3C. Remove the steering lines (30-993)
from both the port and starboard steering
cylinders.
4C. Remove the two (2) B.H.C.S. (13-600) from
each of the outer side cover caps (13-573)
on both the port and starboard side.
5C. Remove the two (2) S.H.C.S. (10-551) from
each of the inner trim sender housings (13-
572) on both the port and starboard side.
Be careful not to turn the trim sensor shaft.
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0PAGE 11
Chapter 1 - Sterndrive (continued)
C.
Sterndrive Removal 660B built prior to 26 January 2016
6C. Remove the shoulder bolt (13-406) from the
gimbal ring hinge pin (13-562) on both the
port and starboard sides.
7C. Remove the end of continuity cable (30-
905) from the gimbal housing.
8C. Loosen the aft end of the bellows clamp
(10-336), and slide the end of the bellows
(10-230) off of the drive.
9C. Remove the two (2) H.H.C.S. (12-378)
from the top rudder indicator plate / pivot
pin cover (13-574).
Be careful not to rotate the sensor shaft
when removing.
PAGE 12
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0
Chapter 1 - Sterndrive (continued)
C.
Sterndrive Removal 660B built prior to 26 January 2016
10C. Remove cotter pin (12-352) from the
trim cylinder retaining clevis pin
(13-315),and remove the washer
(12-352) and pin from both the port and
starboard sides.
Secure the drive for lifting and removal.
11C. Remove the gimbal ring hinge pins
(13-562).
12C. Slide the drive and gimbal ring away
from the gimbal housing.
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0PAGE 13
Chapter 1 - Sterndrive (continued)
D.
Sterndrive Installation 660B built prior to 26 January 2016
1D. Pull the alignment pin (10-494) out of the
recess in the input yoke and grease the input
yoke splines and the alignment pin. Insert
the alignment pin 1/4 of the way into the
yoke.
2D. Slide the sterndrive and gimbal ring into the
transom assembly. Align the gimbal ring
with the trim cylinders and the pivot pin
area.
The splined shaft and u-joint assembly
must be held up and guided into the gimbal
carrier or tail piece assembly.
WARNING! Do not impact or apply force
to the drive while engaging the input
shaft as this will damage the gimbal
carrier seal.
NOTE: It may be necessary to rotate
the splined end yoke shaft (this can be
achieved by sliding the propeller onto the
propeller shaft and rotating it back and
forth), or re-orientating the input yoke
using a screwdriver, or re-orientating the
yoke assembly so the splines line up for the
drive to be fully seated against the transom
assembly.
NOTE: If the sterndrive does not engage
easily, pull sterndrive back, reset engagement
pin and reattempt.
PAGE 14
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0
Chapter 1 - Sterndrive (continued)
D.
Sterndrive Installation 660B built prior to 26 January 2016
3D. Install the gimbal ring hinge pins (13-562)
on both sides of the gimbal housing and
align the retaining bolt hole with the one in
the gimbal ring.
4D. Place blue Loctite 243 on the shoulder bolt
(13-406) and install into the gimbal ring
hinge pin on both the port and starboard
sides.
5D. Install the clevis pins (13-315) into the
lower part of the gimbal ring, through the
trim cylinder rod ends and bushings. Secure
the clevis pin by sliding washer (12-352)
over the clevis pin and place cotter pin
(12-352) through the hole at the end of the
clevis pin and bending the ends of the cotter
pin back around the outside of the clevis
pin.
6D. Install the top sensor plate (13-574) by
applying red Loctite 263 on the two (2)
H.H.C.S. (12-378) and tightening to 35
lb.ft. (47.5 Nm). Align the senor shaft with
the slot on top of the center pivot pin when
placing the plate into position.
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0PAGE 15
Chapter 1 - Sterndrive (continued)
D.
Sterndrive Installation 660B built prior to 26 January 2016
7D. Install the u-joint bellows (10-230) onto
the drive and tighten the clamp (10-336).
8D. Install the continuity cable (30-905) onto
the gimbal housing and tighten screw.
9D. Install the trim sender housings on both
port and starboard sides of the gimbal
housing with the openings facing forward
and placing blue Loctite 243 onto the two
S.H.C.S.(13-600)
10D.Install the outer housing covers and
place blue Loctite 243 onto the two (2) B.H.C.S.(13-572) and tighten.
11D. Install the top steering hose from the gimbal
housing to the outer steering cylinder tting.
Then install the lower steering hose to the
inside steering cylinder tting and repeat
this process on both the port and starboard
sides.
PAGE 16
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0
Chapter 1 - Sterndrive (continued)
D.
Sterndrive Installation 660B built prior to 26 January 2016
12D. Remove the lifting ring and install the
plug (10-010) and gasket (10-285)
Remove the cap (13-251) on the oil
supply line tting, and reinstall the oil
supply line (30-997)from the transom and
tighten the tting.
13D. Reinstall the cover onto the upper
housing. Install blue Loctite 243 onto the S.H.C.S. before placing them through the
at washers and hand tightening.
Install the two (2) M6 X 14mm S.H.C.S
(12-951) into the forward upper side of
the cover. Install the two (2) M6 X 25mm
S.H.C.S (11-897) into each forward
bottom side hole in the cover.
Reinstall the aft two (2) M8 X 18mm
S.H.C.S. (13-369) from the back of the
upper housing cover, and reinstall the
cover from the upper housing.
14D. Bleed air from steering system.
.
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0PAGE 17
Chapter 2 - General Maintenance
Filling
Pour Method Is Recommended:
1. Remove:
- the two upper (12-951), and
- lower (11-897) S.H.C.S. and
- washers (12-335) from each side of the
upper housing cover (13-333, or 13-587).
Remove the two aft (13-369) S.H.C.S. and
washers (13-436) from the back of the upper
housing cover, and remove the cover from the
upper housing.
2. Remove the top cap (13-421) of the sterndrive
by removing the socket head cap screws (12-
951).
3. Pour in gear oil until it reaches just below the
top cap.
4. Wait fteen (15) minutes. Rotate the
propeller ve or six (5-6) times in both
directions during those fteen (15) minutes.
5. Repeat steps 3 and 4.
6. Replace the top cap (13-421) and torque the
S.H.C.S. (12-951) to 80 lb in (9 Nm).
NOTE: Make sure top cover o-ring (12-759) is
greased and properly seated.
7. Reinstall the upper housing cover (13-333 or
13-587) onto the drive housing. Apply blue
Loctite 243 to the S.H.C.S. and secure the
cover onto the drive.
PAGE 18
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0
Chapter 2 - General Maintenance (continued)
Removing Lubricant
1. Trim drive unit to full “OUT” or “UP” position.
2. Remove:
- the two upper (12-951), and
- lower (11-897) S.H.C.S. and
- washers (12-335) from each side of the upper
housing cover (13-333, or 13-587).
Remove the two aft (13-369) S.H.C.S. and
washers (13-436) from the back of the upper
housing cover, and remove the cover from the
upper housing.
3. Remove the top vent plug (10-010) located on
the top cap (13-421).
4. Remove the bottom ll/drain plug (10-155).
Allow lubricant to drain completely.
5. Trim drive unit to full “In” or “Down” position
(with anti-ventilation plate level) to complete
draining process.
6. Refer to previous pages for lling procedure
and required lubricant.
NOTE: Discharge of oil or oily waste into or
upon the water is a direct violation of today’s
laws. Dispose of or recycle these substances
properly.
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0PAGE 19
Chapter 2 - General Maintenance (continued)
Checking Lubricant Level
NOTE: The sterndrive oil level is checked at the remote oil reservoir. There is only one (1) reservoir used
per drive. The four (4) quart (3.79 l) reservoir assembly has a part number of 30-992.
30-992
Reservoir Assembly
4 Quart
CAUTION: If the lubricant in the reservoir is milky brown or the lubricant is not level with the “ll line”,
there may be a leak in the drive unit. Before further use, the area where the leak occurs should be identied
and corrected. Then rell the unit with new lubricant.
IMPORTANT: Always check oil level when the drive is cool and engine is shut down. Oil level in the
reservoir will rise and fall during drive operation.
If the lubricant reservoir is empty, DO NOT attempt to ll drive unit through reservoir, as air may be
trapped in the drive unit and the sterndrive could be damaged from lack of lubrication.
After cause for low lubricant has been found and corrected, rell drive unit with lubricant, as outlined under
“Filling” on the previous pages.
PAGE 20
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0
Chapter 2 - General Maintenance (continued)
Hydraulic Fluids
Filling
1. Remove cap (10-689) from the trim/lift pump reservoir.
2. Fill reservoir with specied uid to indication line (maximum level).
IMPORTANT: Check uid level with sterndrive unit in the full down position.
Bleeding
1. Fill the trim/lift pump reservoir to appropriate level (if not already done).
2. Remove the down line from trim pump and place it in a container to catch any purged uid. Hold one
(1) nger over the down line port of the trim/lift pump to prevent the intake of air. Trim the drive all the
way up using the toggle switch on the side of the trim pump cover.
NOTE: Fluid may need to be added if the reservoir bottle level goes below the minimum.
3. With the drive in the “UP” position, attach the down line to the trim/lift pump.
4. Cycle the drive all the way to the “DOWN” position and then all the way to the “UP” position.
Repeat this step three or four (3-4) times to purge any remaining air out of the system.
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0PAGE 21
Chapter 2 - General Maintenance (continued)
Propeller and Hardware
Model 620B Description and Parts Breakdown
WARNING: Remote Control must be in NEUTRAL, the engine turned off and ignition key
removed from switch before removing and/or installing propeller.
When a stainless steel propeller is used, care must be taken to maintain good continuity between the prop
and the prop shaft to prevent corrosion. Periodic removal of the propeller, a thorough cleaning of its hub,
the prop shaft and all mounting components, and lubrication of the shaft with marine grade grease (or
equivalent) will help maintain good continuity and prevent corrosion. A continuity washer can be installed
between the propeller and the splined washer on all models to help maintain continuity.
Inspection
1. Check propeller shaft nut for correct torque, 80 lb. ft. (108 Nm).
2. Check propeller blades for any indication of damage.
3. Check tab washer - verify at least two (2) tabs are bent over.
Removal
1. Unbend retaining washer tabs using Konrad Tool TO-063.
2. Place a block of wood between the propeller and cavitation plate.
3. Remove propeller nut.
4. Remove additional propeller hardware (see diagram on previous page).
5. Slide propeller off of splined shaft.
6. Remove thrust washer.
Installation
1. Grease and slide thrust washer onto propeller shaft.
NOTE: Tapered end of thrust washer must be towards the drive.
2. Grease splined area and the threads of the propeller shaft.
3. Place the propeller on the propeller shaft followed by the appropriate hardware.
(see diagram previous page).
4. Torque the propeller nut, using a 1 7/16” socket tool, to 80 lb. ft. (108 Nm). When approaching 80 lb.
ft. (108 Nm), make sure that the tabs on the tabbed retaining washer (at least 2 out of 6) line up with the
grooves in the splined washer/hub.
NOTE: A block of wood can be placed between the propeller and the lower drive housing to prevent the
propeller from spinning, while torquing the propeller nut.
5. Bend over the tabs using appropriate tools.
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0PAGE 23
Chapter 2 - General Maintenance (continued)
Propeller and Hardware
Model 660B Description and Parts Breakdown
WARNING: Remote Control must be in NEUTRAL, the engine turned off and ignition key
removed from switch before removing and/or installing propeller.
When a stainless steel propeller is used, care must be taken to maintain good continuity between the prop
and the prop shaft to prevent corrosion. Periodic removal of the propeller, a thorough cleaning of its hub,
the prop shaft and all mounting components, and lubrication of the shaft with marine grade grease (or
equivalent) will help maintain good continuity and prevent corrosion. A continuity washer can be installed
between the propeller and the splined washer on all models to help maintain continuity.
Inspection
1. Check Aft propeller shaft nut for correct torque, 60 lb. ft. (81 Nm).
2. Check propeller blades for any indication of damage.
3. After removal of aft propeller, check forward propeller shaft nut for correct torque, 100 lb. ft. (136 Nm).
Removal
1. Once procedure below is completed for the aft propeller, repeat steps to remove the forward propeller.
2. Place a block of wood between the propeller and cavitation plate.
3. Remove aft propeller nut with 17/16” socket and breaker bar (for forward propeller, use hex wrench
TO-121).
4. Remove additional propeller hardware (see diagram on previous page).
5. Slide propeller off of splined shaft.
Installation
FORWARD Propeller:
AFT Propeller:
1a. Slide forward thrust hub onto forward prop
shaft so the tapers meet. Some grease can be
used on tapers to hold in place.
1b. Slide aft thrust hub onto aft prop shaft so the
tapers meet. Some grease can be used on tapers
to hold in place.
2a. Grease splined area and the threads of the
forward propeller shaft.
2b. Grease splined area and the threads of the aft
propeller shaft.
3a. Place the forward propeller on the propeller
shaft until it seats against thrust hub.
4a. Torque the forward propeller nut to 100 lb.ft.
(136 Nm) using hex wrench TO-121.
3b. Place the aft propeller on the propeller shaft
until it seats against thrust hub.
4b. Torque the aft propeller nut to 60 lb.ft. (81
7
Nm) using 1
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0PAGE 25
/16” socket wrench.
Chapter 2 - General Maintenance (continued)
Propeller and Hardware
Model 680B Description and Parts Breakdown
WARNING: Remote Control must be in NEUTRAL, the engine turned off and ignition
key removed from switch before removing and/or installing propeller.
When a stainless steel propeller is used, care must be taken to maintain good continuity between the prop
and the prop shaft to prevent corrosion. Periodic removal of the propeller, a thorough cleaning of its hub,
the prop shaft and all mounting components, and lubrication of the shaft with marine grade grease (or
equivalent) will help maintain good continuity and prevent corrosion. A continuity washer can be installed
between the propeller and the splined washer on all models to help maintain continuity.
Inspection
1. Check Aft propeller shaft nut for correct torque, 80 lb. ft. (108 Nm).
2. Check propeller blades for any indication of damage.
3. After removal of aft propeller, check forward propeller shaft nut for correct torque, 100 lb. ft. (136 Nm).
Removal
1. Once procedure below is completed for the aft propeller, repeat steps to remove the forward propeller.
2. Place a block of wood between the propeller and cavitation plate.
3. Remove aft propeller nut with 1
13
/16” socket and breaker bar (for forward propeller, use hex wrench
TO-129).
4. Remove additional propeller hardware (see diagram on previous page).
5. Slide propeller off of splined shaft.
Installation
FORWARD Propeller:
1a. Slide forward thrust hub onto forward prop
shaft so the tapers meet. Some grease can be
used on tapers to hold in place.
AFT Propeller:
1b. Slide aft thrust hub onto aft prop shaft so the
tapers meet. Some grease can be used on tapers
to hold in place.
2a. Grease splined area and the threads of the
forward propeller shaft.
2b. Grease splined area and the threads of the aft
propeller shaft.
3a. Place the forward propeller on the propeller
shaft until it seats against thrust hub.
4a. Torque the forward propeller nut to 100 lb.ft.
(136 Nm) using hex wrench TO-129.
3b. Place the aft propeller on the propeller shaft
until it seats against thrust hub.
4b. Torque the aft propeller nut to 80 lb.ft. (108
Nm) using 1
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0PAGE 27
13
/16” socket wrench.
Chapter 2 - General Maintenance (continued)
Anodes
Description and Parts Breakdown
Model 620B
Individual Components - 620B
Item
#
1Anode, Cylinder 2-11-27712-472
2Screw411-278--
3Plate Inhibitor2-10-43312-475
4Anode, 600 Upper113-02513-640
5Plate Inhibitor110-43212-473
DescriptionQuantityPart #
Complete Assembly Kit for 620B Part # 31-097
All Anode Kits are created with Aluminum Anodes
Zinc Part #
(superceded by
aluminum)
Aluminum
Part #
PAGE 28
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0
Chapter 2 - General Maintenance (continued)
Anodes
Description and Parts Breakdown
Model 660B
Individual Components - 660B
Item
#
1Anode, Cylinder2 -11-27712-472
2Screw411-278--
3Anode, 600 Upper1 -13-02513-640
4Anode1-12-82013-666
DescriptionQuantityPart #
Complete Assembly Kit for 660B Part # 31-098
All Anode Kits are created with Aluminum Anodes
Zinc Part #
(superceded by
aluminum)
Aluminum
Part #
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0PAGE 29
Chapter 2 - General Maintenance (continued)
Anodes
Description and Parts Breakdown
Model 680B
Individual Components - 680B
Item
#
1Anode, Cylinder 2-11-27712-472
2Screw411-278--
3Plate, Inhibitor2-10-43312-475
4Anode, 600 Upper1-13-02513-640
DescriptionQuantityPart #
Complete Assembly Kit for 680 Part # 31-099
All Anode Kits are created with Aluminum Anodes
Zinc Part #
(superceded by
aluminum)
Aluminum
Part #
PAGE 30
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0
Chapter 2 - General Maintenance (continued)
Anodes
Placement on Sterndrive
1
3
2
4
5
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0PAGE 31
7Shaft, End Yoke110-365
8H-Yoke110-366
9O-Ring110-493
10Pin, Engagement110-494
Complete U-Joint Assembly
30-831
Individual Component
DescriptionQuantityPart #
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0PAGE 37
Chapter 3 - Complex Maintenance (continued)
Maintenance U-Joint
NOTE: Sterndrive must be removed for inspection, removal and installation of the u-joint assembly.
Inspection
Inspection Before Disassembly
1. U-joint cross and bearings should be inspected for wear and possible replacement following the
maintenance schedule for your application. Some applications may require shorter intervals.
2. Check cross and bearing for roughness and excessive side-to-side play.
3. Check splines on coupling end yoke for wear.
4. If troubleshooting a u-joint knocking condition, inspect for evidence of interference with bearing caps
hitting center socket.
Cleaning and Inspection
1. Clean all parts except the bearing in fresh solvent. Blow dry with compressed air.
IMPORTANT: DO NOT clean bearing with solvent, as this will wash away the lubricant that
retains needle bearings.
2. Inspect crosses for the following:
Bearing surfaces - for pitting, scratches and grooves
Ends - for galling
Seal - for cracks or other signs of deterioration
3. Inspect coupling and gear end of u-joint - for spline wear.
4. Clean all corrosion from the coupling.
5. Replace coupling yoke if splines are partially corroded away.
NOTE: If wear or corrosion is found in the u-joint assembly, contact Konrad for new parts and/or
service.
PAGE 38
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0
Chapter 3 - Complex Maintenance (continued)
Removal
Universal Joint Shaft Assembly
U-joint cross and bearings should be replaced in accordance with your assigned Mainteance Schedule A, B,
or C, at two hundred (200) to eight hundred (800) hours (or before if necessary depending on usage). The
u-joint assembly requires two (2) cross and bearings, (10-373).
CAUTION: New snap rings should be installed whenever new cross and bearing kits are installed. The 600 sterndrive utilizes a special snap ring (10-518), different than many of those found on other sterndrives
or with after market cross and bearing sets. It is required that only these snap rings be used.
1. Remove external snap rings.
2. Remove bearing cup.
3. Remove second bearing.
4. Remove yoke.
Installation
Universal Joint Shaft Reassembly
Lube Specications
Use only non-lithium soap base or equivalent E.P. grease with an operating temperature of three hundred
twenty-ve degrees Fahrenheit (+325º F) (163º C) to minus ten degrees Fahrenheit (-10º F) (-23º C),
meeting N.L.G.I. grade one (1) or two (2) specications or DIN51. The use of any other lubricant will
decrease the life of the bearings.
1. Press bearing caps into yoke and onto cross. If a press is unavailable, use a large c-clamp.
2. Install external snap rings (10-518)
3. Repeat same procedure for other bearing caps.
4. Lubricate cross and bearings with a liberal amount of above specied lube.
NOTE: When u-joint assembly is completely removed from the upper housing of the sterndrive for u-joint
maintenance, it is recommended that a new front seal (12-018) be used when reinstallation occurs.
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0PAGE 39
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0PAGE 41
Chapter 3 - Complex Maintenance (continued)
Removal
1. Bend down tab on tab washer (12-784).
2. Remove cover nut (10-783) from lower housing using tool TO-148.
3. Remove tab washer (12-784).
4. Remove bearing carrier (12-797) using TO-036, remove o-ring (12-796), thrust washer (12-799), and
load ring (12-798).
NOTE: If bearing carrier cannot be removed, try to heat up lower housing.
NOTE: Recover key (10-017).
5. Remove propeller shaft (10-360 Left Hand) or (10-363 Right Hand).
Rebuilding
1. Remove both (13-641) seals using a seal driver or punch.
2. Remove bearing (10-394) using a bearing driver or punch.
3. Clean carrier unit (12-797) thoroughly.
4. Press new bearing (10-394) into carrier unit using tool TO-019.
5. Apply red Loctite 263 to outside of rst seal (13-641) and grease inner seal surface. Press into carrier
unit with raised numbers printed on the seal facing up using the long side of tool TO-030 with the thick
shoulder.
Apply red Loctite 263 to outside of second seal (13-641) and grease inner seal surface. Press into
carrier unit with the raised numbers printed on the seal facing downward using the opposite, shorter
side of tool TO-030 with the thin shoulder. Fill the space in between the two seals with grease.
Installation
1. Install a new crush ring (12-798). The old one may not be reused.
2. Install thrust washer (12-799), propeller shaft (10-360 Left Hand) or (10-363 Right Hand) and key
(10-017) into housing.
3. Install bearing carrier (12-797)
4. Bend tabs up thirty degrees (30°) on tab washer (12-784) and insert into housing.
5. Lubricate cover nut (12-783) with 90w oil and install into housing. Tighten until 25-30 lb ft (34-41
Nm) of rolling torque is achieved on the propeller shaft.
6. Bend tab over on tab washer (12-784) into open slot on cover nut (12-783).
7. Install tool TO-103 and pressurize drive to 10-12 psi. Let set for 10-15 minutes and check gauge for
pressure loss. If pressure loss is noted, repressurize drive and spray with soapy water and check for
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0PAGE 43
Chapter 3 - Complex Maintenance (continued)
Model 660B Prop Shaft Parts
12-515
12-518
12-525
12-520
12-521
12-526
12-513
12-95412-517
12-510
12-522
12-527
12-838
12-839
PAGE 44
12-502
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0
Chapter 3 - Complex Maintenance (continued)
Removal
1. Remove four (4) (12-839) S.H.C.S. using a standard allen socket wrench.
2. Using a needle nose pliers, remove tab washer (12-838).
3. Remove outer retaining nut (12-954) from lower housing using tool TO-142. Turn counter clockwise
to loosen. Remove carrier (12-510) from lower housing using tool TO-151.
4. Remove retaining nut (12-513) from lower housing using tool TO-119. Turn counterclockwise to
loosen.
5. Remove forward propeller shaft assembly (12-502) by pulling straight out and over the aft propeller
shaft. The race of bearing (12-521) from the lower housing should pull out with this assembly.
NOTE: The gear assembly and thrust cap will come out with the propeller shaft as they are assembled to
the shaft.
6. Recover shims (12-515) from lower housing and/or stuck to bearing race.
Rebuilding
1. Remove both seals (12-517) and (12-525) from propeller shaft assembly (12-502) using slide hammer
TO-028.
NOTE: Be careful not to damage surface of thrust cap on the opposite end of the propeller shaft.
Protect with some sort of cloth.
3. Apply red Loctite 263 to outside of rst seal (12-525) and grease inner seal surface. Press into propeller shaft using long end of tool TO-116. Apply red Loctite 263 to outside of second seal (12-517) and grease inner seal surface. Press into propeller shaft using opposite side of tool TO-116.
Fill space in between two seals with grease.
4. Remove both seals (12-518) and (12-526) from carrier (12-510) using punch or slide hammer
TO-028.
5. Remove o-ring (12-527) from carrier (12-510).
6. Clean carrier unit (12-510) thoroughly.
7. Place new o-ring (12-527) in groove on carrier and grease o-ring.
8. Apply red Loctite 263 to outside of rst seal (12-526) and grease inner seal surface. Press into carrier
unit using long end of tool TO-117. Apply red Loctite 263 to outside of second seal (12-518) and
grease inner seal surface. Press into carrier unit using opposite side of tool TO-117. Fill space in
between two seals with grease.
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0PAGE 45
Chapter 3 - Complex Maintenance (continued)
Installation
1. Install forward propeller shaft assembly (12-502) by sliding it over aft propeller shaft.
2. Install shims (12-515) into lower housing. If shims look damaged or were damage during
disassembly, replace with the same thickness as came out.
3. Slide race of bearing (12-521) into lower housing until it seats against bearing on gear assembly. May
need to guide race down with retaining nut (12-513) in next step.
NOTE: This should not be a press t.
4. Lubricate outer diameter of retaining nut (12-513) with 90W oil and install into lower housing.
*Torque nut to 200 lb. ft. (271 Nm) using spanner wrench (TO-119).
*NOTE: Please refer to the appropriate table in the Konrad Technical Manual to see what reading to set
torque wrench to achieve 200 lb. ft. (271 Nm) of torque.
5. Check rolling torque of lower unit as described in the Konrad Technical Manual.
6. Slide carrier (12-510) into lower housing, be sure to align dowel pins on carrier to retaining nut
(12-513). Grease outer retaining nut with Teon/anti-seize lubricant (12-954) tighten retaining nut
using tool TO-142 and **Torque to 100 ft. lb.
7. Install tab washer. Look to see if threaded hole lines up to hole in tab washer.
If bolt lines up, put Loctite on threads and install S.H.C.S.
If bolt holes don’t line up, remove tab washer and tighten carrier until holes line up.
**NOTE: Please refer to the appropriate table in the Konrad Technical Manual to see what reading to
set torque wrench to achieve 100 lb. ft. (136 Nm) of torque.
8. Install tool TO-103 and pressurize drive to 10-12 psi. Let set for 10-15 minutes and check gauge for
pressure loss. If pressure loss is noted, repressurize drive and spray with soapy water and check for
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0PAGE 47
Chapter 3 - Complex Maintenance (continued)
Model 680B Prop Shaft Parts
12-242
13-641
13-547
12-721
13-641
12-714
12-925
12-723
12-706
12-722
12-955
PAGE 48
12-952
12-705
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0
Chapter 3 - Complex Maintenance (continued)
Removal
1. Remove (4) S.H.C.S. (12-952) from tab washer (12-925) and remove tab washer using needle nose
pliers.
2. Remove outer retaining nut (12-955) from lower housing using tool (TO-149).
3. Remove bearing carrier (12-706) using carrier remover (TO-171).
4. Remove inner retaining nut (10-242) from lower housing using inner nut wrench (TO-150).
5. Remove forward propeller shaft assembly (12-705) by pulling straight out and over the aft propeller
shaft. The race of bearing (12-721) from the lower housing should pull out with this assembly.
NOTE: The gear assembly and thrust cap will come out with the propeller shaft, as they are assembled to
the shaft.
6. Recover shims (12-714) from lower housing and/or stuck to the bearing race.
Rebuilding
1. Remove both (13-641) seals from propeller shaft assembly (12-705) using slide hammer TO-028.
NOTE: Be careful not to damage the surface of thrust cap on the opposite end of end of the propeller shaft.
Protect with some sort of cloth.
3. Apply red Loctite 263 to outside of rst seal (13-641) and grease inner seal surface. Press into propeller
shaft with the raised numbers printed on the seal facing up using the long end of tool TO-030 with the
thick shoulder. Apply red Loctite 263 to outside of second seal (13-641) and grease inner seal surface.
Press into propeller shaft with the raised numbers printed on the seal facing down using opposite end of
tool TO-030 with thin shoulder. Pack space in between the two seals with grease.
4. Remove both (13-547) seals from carrier (12-706) using punch or slide hammer TO-028.
5. Remove o-ring (12-722) from carrier (12-706).
6. Clean carrier (12-706) thoroughly.
7. Apply red Loctite 263 to outside of rst seal (13-547) and grease inner seal surface. Press into carrier
unit with the numbers printed on the seal facing up using the long end of the tool TO-131 with the thick
shoulder. Apply red Loctite 263 to outside of second seal (13-547) and grease inner seal surface. Press
into carrier unit with the numbers printed on the seal facing down using opposite thin end of tool TO-131
with the thin shoulder. Pack space in between the two seals with grease.
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0PAGE 49
Chapter 3 - Complex Maintenance (continued)
Installation
1. Install forward propeller shaft assembly (12-705) by sliding it over aft propeller shaft.
2. Install shims (12-714) into lower housing. IF shims look damaged or were damage during disassembly,
replace with the same thickness as came out.
3. Slide race of bearing (12-721) into lower housing until it seats against bearing on gear assembly. May
need to guide race down with retaining nut (10-242) in next step.
NOTE: This race should not be a press t into lower housing.
4. Lubricate threads with 90W oil and install retaining nut (10-242) into lower housing. *Torque nut to
200 lb. ft. (271 Nm) using spanner wrench (TO-150)
*NOTE: Please refer to the appropriate table in the Konrad Technical Manual to see what reading to set
torque wrench to achieve 200 lb. ft. (271 Nm) of torque.
5. Check rolling torque of lower unit as described in the Konrad Technical Manual.
6. Grease outer diameter of carrier and install carrier unit (12-706) into lower housing, aligning dowel
pins on carrier to retaining nut (10-242).
7. Lubricate threads on outer retaining nut (12-955) with a Teon/anti-seize lube and install using tool
TO-149. **Torque nut to 100 lb. ft. (136 Nm) using tool (TO-149)
**NOTE: Please refer to the appropriate table in the Konrad Technical Manual to see what reading to set
torque wrench to achieve 100 lb. ft. (136 Nm) of torque.
8. Install tab washer (12-925) into lower housing. If holes don’t align, tab washer must be removed and
retaining nut must be tightened until both parts have aligning holes.
9. Install blue Loctite on the four S.H.C.S. (12-925) and install into tab washer and outer retaining nut.
Torque to 28 lb. in. (3.2 Nm)
10. Install tool TO-103 and pressurize drive to 10-12 psi. Let set for 10-15 minutes and check gauge for
pressure loss. If pressure loss is noted, repressurize drive and spray with soapy water and check for
leaks, repair as needed.
PAGE 50
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0
HARNESS
K.M. P/N
31-054
THROTTLE TRIM 1 (DN)
THROTTLE TRIM 1 (UP)
NOTES FOR HARNESS 31-054:
1) ALL WIRES ARE PIGAILED AND TO BE ROUTED/CONNECTED TO DESIGNATED LOCATION.
2) ALL THROTTLE CONTOL WIRES ARE INCLUDED; HOWEVER, NOT ALL APPLICATIONS WILL
UTILIZE ANY OR ALL OF THE WIRES.
3) SET 1 FOR SINGLE, SET 1,2 FOR TWIN, SET 1,2,3 FOR TRIPLE APPLICATION. THIS IS
INDICATING THAT EACH DRIVE HAS ITS OWN TRIM CONTROL SWITCH.
4) IF YOUR APPLICATION IS A TWIN OR TRIPLE BUT ONLY UTILIZES ONE THROTTLE
CONTROL(DRIVES ARE SYNCHRONIZED) SET 1 FOR SINGLE.
CONNECTOR *#
3 CAVITY/ 3 WAY FEMALE Y-CONNECTOR
3 CAVITY/ 3 WAY FEMALE Y-CONNECTOR
DRAWING NO.
Chapter 3 - Complex Maintenance (continued)
Trim/Lift Electrical Drawing (12 Volt) single drive, single helm
RD
BAT
BREAKER
5A
AUX
600B SINGLE
DRAWING (12 VOLT)
KONRAD MARINE INC.
RD
6 POSITION
TRIM SYSTEM ELECTRICAL
RD
A
B
AB
SEAL PLUG
ABAB
1813
YL
BK
BK
*10
C
*9
C
HARNESS
CONNECTING
K.M. P/N 13-445
10' K.M. P/N 31-057
CC
*5
SEAL PLUG
K.M. P/N 13-445
PR
YL
BK
C
Y-CONNECTOR
K.M. P/N 13-457
C
TRIM
SENSOR
K.M. P/N 13-554
C
AB
*8
C
CC
AB
*4
SENSOR
RUDDER
K.M. P/N 13-554
RD
YL
*7
C
RESISTOR
K.M. P/N
13-599
C
AB
A
B
*3
61
*1
DIGITAL DISPLAY
K.M. P/N 13-544
712
K.M. P/N
13-438
MOMENTARY
(ON) OFF (ON)
TOGGLE SWITCH
TERMINAL STRIP
K.M. P/N 11-069
123456
AB
AB
SEAL PLUG
13-445
RD
20' K.M. P/N 31-058
30' K.M. P/N 31-059
40' K.M. P/N 31-060
AB
*6
AB
BK
RD
*2
1318
OR
OIL RESERVOIR
BOTTLE + SWITCH
RD
K.M. P/N
PR
YL
TRIM OVER RIDE
RD
56
4
123
BK
SEAL PLUG
13-445
RDBK
BK
TWISTED
PAIR WIRE
TWISTED
PAIR WIRE
6
127
1
PK
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0PAGE 51
BK
11-065
BK
11
GY
GR
BL
1
TN
6
TWISTED
PAIR WIRE
HOT/POSITIVE (8-32V)
NEGATIVE/GROUND
RD
BK
THROTTLE TRIM 3 (DN)
GR
GY
TN
4 POSITION
TERMINAL STRIP
K.M. P/N 11-070
PR
22
33
PK
*11
THROTTLE TRIM 3 (UP)
THROTTLE TRIM 2 (DN)
WT
YL
44
YL
PR
RD
SEAL PLUG
13-445
712
SEAL PLUG
THROTTLE TRIM 2 (UP)
KEYSWITCH
PANEL ILLUMINATION
POWER
RELAY (UP)
10-528
K.M. P/N
BKBK
POWER
RELAY (DN)
12
7
PR
13-445
K.M. P/N 10-430
BL
TN
BK RD
PKGR
*12
GY
YL
61
TWISTED
PAIR WIRE
BL
GR
K.M. P/N 31-048
TRIM/ LIFT PUMP ASSEMBLY
BK
PUMP MOTOR
BKRD
MODULE #1
K.M. P/N 13-543
16
6
1
NOTES:
1) WIRE IDENTIFICATIONS ARE LABELED AS: BK=BLACK,
BL=BLUE, RD=RED, PR=PURPLE, GR=GREEN, OR=ORANGE,
WT=WHITE, GY=GRAY
YL=YELLOW, TN=TAN, BR=BROWN, PK=PINK
2) ALL WIRES PASSING THROUGH THE CONNECTORS REMAIN
THE SAME COLOR
DRAWING BY A.G.
AUGUST 2015
CONNECT TO
NEGATIVE/GROUND
SIDE OF 12VDC CIRCUIT
NOTE:CONDUCTORS
WIRES NOT SUPPLIED
BY KONRAD MARINE
CONNECT TO POSITIVE
SIDE OF 12VDC CIRCUIT
(100 AMP)
12
SEAL PLUG
13-445
*13
HARNESS
K.M. P/N 31-051
7
7
*14
12
*2
*1
*4
*4
*4
*8
*8
*8
*12
*11
*14
*7,*9,*10
3 CAVIY MALE
3 CAVITY MALE
3 CAVITY MALE
3 CAVITY MALE
3 CAVITY MALE
12 CAVITY FEMALE
*5
*6
*7
*8
*9
*10
*11
*13
12 CAVITY MALE
12 CAVITY MALE
12 CAVITY FEMALE
*12
*13
*14
MATING
*3,*5,*6
CONNECTOR
DESCRIPTION
3 CAVITY MALE
18 CAVITY MALE
18 CAVITY FEMALE
*1
*2
*3
*4
Chapter 3 - Complex Maintenance (continued)
PANEL ILLUMINATION
THROTTLE TRIM 1 (UP)
THROTTLE TRIM 1 (DN)
DRAWING NO.
Trim / Lift Electrical Drawing (12 Volt) single drive, dual helm
*2
*1
*4
*4
*4
*8
*8
*8
*12
*11
*14
*13
*16
*16
*18
*20
MATING
CONNECTOR
*3,*5,*6
*7,*9,*10
*19
*15,*17,*18
RD
RD
BAT
K.M. P/N
13-438
BREAKER
5A
AUX
RD
DRAWING (12 VOLT)
KONRAD MARINE INC.
600B SINGLE DUAL HELM
TRIM SYSTEM ELECTRICAL
SENSOR
13-554
RUDDER
K.M. P/N
RD
YL
*7
C
RESISTOR
K.M. P/N
13-599
C
*3
SEAL PLUG
K.M. P/N 13-445
AB
A
B
BK
C
C
61
TRIM
SENSOR
13-554
K.M. P/N
C
AB
*8
C
HARNESS
CONNECTING
Y-CONNECTOR
K.M. P/N 13-457
10' K.M. P/N 31-057
20' K.M. P/N 31-058
30' K.M. P/N 31-059
CC
AB
*4
A
B
AB
40' K.M. P/N 31-060
ABAB
1813
SEAL PLUG
K.M. P/N 13-445
*1
DIGITAL DISPLAY
K.M. P/N 13-544
712
31-054
HARNESS
K.M. P/N
B
B
C
C
*18
A
A
B
B
C
*17
A
C
A
6 POSITION
TERMINAL STRIP
RD
YL
BK
BK
*9
C
C
*10
SEAL PLUG
K.M. P/N 13-445
CC
*5*6
OR
PR
YL
*16
AB
MOMENTARY
(ON) OFF (ON)
TOGGLE SWITCH
TRIM OVER RIDE
K.M. P/N 11-069
RD
123456
AB
A
B
RD
ABAB
BK
RD
127
*2
1318
B
C
*15
A
YL
SEAL PLUG
BK
TWISTED
PAIR WIRE
PK
RESISTOR
K.M. P/N
C
56
4
123
13-445
TWISTED
PAIR WIRE
6
1
13-599
OIL RESERVOIR
BOTTLE + SWITCH
K.M. P/N
11-065
BK
PR
GY
GR
BK
TN
RDBK
RD
BK
BK
4 POSITION
TERMINAL STRIP
K.M. P/N 11-070
PR
11
22
33
PK
BL
1
*11
6
HOT/POSITIVE (8-32V)
NEGATIVE/GROUND
THROTTLE TRIM 3 (DN)
THROTTLE TRIM 3 (UP)
GR
GY
TN
WT
DIGITAL DISPLAY
K.M. P/N 13-544
16
YL
44
YL
PR
RD
SEAL PLUG
13-445
712
SEAL PLUG
13-445
THROTTLE TRIM 2 (DN)
THROTTLE TRIM 2 (UP)
KEYSWITCH
127
*19
1318
POWER
RELAY (UP)
10-528
K.M. P/N
BKBK
POWER
RELAY (DN)
12
BL
TN
BK RD
PKGR
*12
GY
YL
7
PR
PANEL ILLUMINATION
THROTTLE TRIM 1 (UP)
THROTTLE TRIM 1 (DN)
1813
OR
PR
YL
K.M. P/N 31-048
BL
TRIM/ LIFT PUMP ASSEMBLY
BK
PUMP MOTOR
K.M. P/N 10-430
61
TWISTED
PAIR WIRE
CONNECT TO
16
BKRD
6
*14
MODULE #1
K.M. P/N 13-543
1
31-054
HARNESS
K.M. P/N
12
6
HOT/POSITIVE (8-32V)
RD
BK
*20
1
7
PK
DESCRIPTION
3 CAVIY MALE
3 CAVITY MALE
3 CAVITY MALE
3 CAVITY MALE
3 CAVITY MALE
18 CAVITY MALE
18 CAVITY FEMALE
3 CAVITY/ 3 WAY FEMALE Y-CONNECTOR
3 CAVITY/ 3 WAY FEMALE Y-CONNECTOR
*1
*2
*3
*5
*4
*6
*7
*9
*8
CONNECTOR *#
NEGATIVE/GROUND
SIDE OF 12VDC CIRCUIT
CONNECT TO POSITIVE
SIDE OF 12VDC CIRCUIT
(100 AMP)
NOTE:CONDUCTORS
WIRES NOT SUPPLIED
BY KONRAD MARINE
SEAL PLUG
13-445
12
*13
HARNESS
K.M. P/N 31-051
7
7
12
NOTES:
NEGATIVE/GROUND
THROTTLE TRIM 3 (DN)
THROTTLE TRIM 3 (UP)
GR
THROTTLE TRIM 2 (DN)
GY
THROTTLE TRIM 2 (UP)
TN
WT
3 CAVITY MALE
3 CAVITY MALE
3 CAVITY MALE
12 CAVITY MALE
12 CAVITY MALE
12 CAVITY FEMALE
*10
*11
NOTES FOR HARNESS 31-054:
1) ALL WIRES ARE PIGAILED AND TO BE ROUTED/CONNECTED TO DESIGNATED LOCATION.
1) WIRE IDENTIFICATIONS ARE LABELED AS: BK=BLACK, BL=BLUE,
RD=RED, PR=PURPLE, GR=GREEN, OR=ORANGE, WT=WHITE,
18 CAVITY MALE
12 CAVITY FEMALE
18 CAVITY FEMALE
3 CAVITY MALE RESITOR
3 CAVITY/ 3 WAY FEMALE Y-CONNECTOR
*12
*13
*14
*15
*16
*17
*18
*19
*20
DRAWING BY A.G.
AUGUST 2015
2) ALL THROTTLE CONTOL WIRES ARE INCLUDED; HOWEVER, NOT ALL APPLICATIONS WILL
UTILIZE ANY OR ALL OF THE WIRES.
3) SET 1 FOR SINGLE, SET 1,2 FOR TWIN, SET 1,2,3 FOR TRIPLE APPLICATION. THIS IS
INDICATING THAT EACH DRIVE HAS ITS OWN TRIM CONTROL SWITCH.
4) IF YOUR APPLICATION IS A TWIN OR TRIPLE BUT ONLY UTILIZES ONE THROTTLE
CONTROL(DRIVES ARE SYNCHRONIZED) SET 1 FOR SINGLE.
GY=GRAY YL=YELLOW, TN=TAN, BR=BROWN, PK=PINK
2) ALL WIRES PASSING THROUGH THE CONNECTORS REMAIN THE
SAME COLOR
KEYSWITCH
PAGE 52
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0
Chapter 3 - Complex Maintenance (continued)
HARNESS
K.M. P/N
31-054
THROTTLE TRIM 1 (UP)
THROTTLE TRIM 1 (DN)
NOTES FOR HARNESS 31-054:
1) ALL WIRES ARE PIGAILED AND TO BE ROUTED/CONNECTED TO DESIGNATED LOCATION.
2) ALL THROTTLE CONTOL WIRES ARE INCLUDED; HOWEVER, NOT ALL APPLICATIONS WILL
UTILIZE ANY OR ALL OF THE WIRES.
3) SET 1 FOR SINGLE, SET 1,2 FOR TWIN, SET 1,2,3 FOR TRIPLE APPLICATION. THIS IS
INDICATING THAT EACH DRIVE HAS ITS OWN TRIM CONTROL SWITCH.
4) IF YOUR APPLICATION IS A TWIN OR TRIPLE BUT ONLY UTILIZES ONE THROTTLE
CONTROL(DRIVES ARE SYNCHRONIZED) SET 1 FOR SINGLE.
3 CAVITY/ 3 WAY FEMALE Y-
3 CAVITY/ 3 WAY FEMALE Y-
*14
12 CAVITY FEMALE
*13
Trim / Lift Electrical Drawing (12 Volt) twin drive, single helm
RD
BAT
BREAKER
5A
AUX
600B TWIN
DRAWING (12 VOLT)
KONRAD MARINE INC.
RD
TRIM SYSTEM ELECTRICAL
RD
SENSOR
RUDDER
K.M. P/N 13-554
RD
YL
*7
AB
C
RESISTOR
K.M. P/N
13-599
CONNECTING
RESISTOR
K.M. P/N
13-599
A
C
B
*3
DIGITAL DISPLAY
K.M. P/N 13-544
TRIM
BK
AB
C
HARNESS FROM
TRIM PUMP #2 &
MODULE #2 (13-697)
AB
C
61
*1
SENSOR
K.M. P/N 13-554
C
*8
C
CC
*4
1813
712
A
B
AB
ABAB
YL
BK
*10
C
*9
C
SEAL PLUG
K.M. P/N 13-445
CC
SEAL PLUG
K.M. P/N 13-445
PR
K.M. P/N
13-438
6 POSITION
TERMINAL STRIP
K.M. P/N 11-069
YL
123456
BK
AB
AB
HARNESS
CONNECTING
6' K.M. P/N 31-061
AB
AB
*5*6
RD
1318
OR
OIL RESERVOIR
BOTTLE + SWITCH
RD
BK
K.M. P/N 11-065
4 POSITION
TERMINAL STRIP
BK
PR
YL
MOMENTARY
(ON) OFF (ON)
TOGGLE SWITCH
TRIM OVER RIDE
RD
GY
GR
123456
BK
TN
SEAL PLUG
13-445
SEAL PLUG
13-445
RD
10' K.M. P/N 31-057
14' K.M. P/N 31-062
TWISTED
PAIR WIRE
HARNESS
CONNECTING
10' K.M. P/N 31-057
20' K.M. P/N 31-058
BK
127
TWISTED
PAIR WIRE
BK
B
AA
B
30' K.M. P/N 31-059
40' K.M. P/N 31-060
6
BK
BK
CC
RD
*2
1
PK
KEYSWICH
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0PAGE 53
K.M. P/N 11-070
PR
11
22
PK
BL
1
*11
RD
6
A
C
B
A
C
B
HOT/POSITIVE (8-32V)
THROTTLE TRIM 3 (DN)
THROTTLE TRIM 3 (UP)
GR
THROTTLE TRIM 2 (DN)
GY
TN
WT
YL
33
44
YL
K.M. P/N
PR
RD
SEAL PLUG
SEAL PLUG
13-445
712
A
A
C
B
B
THROTTLE TRIM 2 (UP)
PANEL ILLUMINATION
POWER
RELAY (UP)
10-528
BKBK
POWER
RELAY (DN)
12
BL
TN
BK RD
13-445
PKGR
*12
GY
YL
7
PR
C
61
TWISTED
PAIR WIRE
BL
PUMP MOTOR
K.M. P/N 10-430
GR
BKRD
MODULE #1
NOTES:
1) WIRE IDENTIFICATIONS ARE LABELED AS: BK=BLACK,
BL=BLUE, RD=RED, PR=PURPLE, GR=GREEN, OR=ORANGE,
WT=WHITE, GY=GRAY
YL=YELLOW, TN=TAN, BR=BROWN, PK=PINK
2) ALL WIRES PASSING THROUGH THE CONNECTORS REMAIN
THE SAME COLOR
3) MODULE #1 CONNECTS TO THE PORT DRIVE TRIM PUMP,
MODULE #2 CONNECTS TO THE STARBOARD DRIVE TRIM PUMP
K.M. P/N 31-048
TRIM/ LIFT PUMP ASSEMBLY
B
K
CONNECT TO
NEGATIVE/GROUND
16
DRAWING BY A.G.
SIDE OF 12VDC CIRCUIT
NOTE:CONDUCTORS
WIRES NOT SUPPLIED
BY KONRAD MARINE
CONNECT TO POSITIVE
SIDE OF 12VDC CIRCUIT
(100 AMP)
12
SEAL PLUG
*13
HARNESS
K.M. P/N 31-051
7
6
7
*14
12
*4
*4
*8
*3,*5, *6
CONNECTOR
3 CAVIY MALE
3 CAVITY MALE
3 CAVITY MALE
*4
*5
*6
*7
12 CAVITY FEMALE
*8
*8
*12
*11
*7, *9, *10
CONNECTOR
3 CAVITY MALE
3 CAVITY MALE
12 CAVITY MALE
12 CAVITY FEMALE
*8
*9
*10
*11
*12
K.M. P/N 13-543
1
*2
*1
*4
MATING
CONNECTOR
DESCRIPTION
3 CAVITY MALE
18 CAVITY MALE
18 CAVITY FEMALE
*2
*3
*1
AUGUST 2015
13-445
*14
12 CAVITY MALE
*13
THROTTLE TRIM 1 (DN)
THROTTLE TRIM 1 (UP)
HARNESS
K.M. P/N
31-054
NOTES FOR HARNESS 31-054:
1) ALL WIRES ARE PIGAILED AND TO BE ROUTED/CONNECTED TO DESIGNATED LOCATION.
2) ALL THROTTLE CONTOL WIRES ARE INCLUDED; HOWEVER, NOT ALL APPLICATIONS WILL
UTILIZE ANY OR ALL OF THE WIRES.
3) SET 1 FOR SINGLE, SET 1,2 FOR TWIN, SET 1,2,3 FOR TRIPLE APPLICATION. THIS IS
INDICATING THAT EACH DRIVE HAS ITS OWN TRIM CONTROL SWITCH.
4) IF YOUR APPLICATION IS A TWIN OR TRIPLE BUT ONLY UTILIZES ONE THROTTLE
CONTROL(DRIVES ARE SYNCHRONIZED) SET 1 FOR SINGLE.
1) ALL WIRES ARE PIGAILED AND TO BE ROUTED/CONNECTED TO DESIGNATED LOCATION.
2) ALL THROTTLE CONTOL WIRES ARE INCLUDED; HOWEVER, NOT ALL APPLICATIONS WILL
UTILIZE ANY OR ALL OF THE WIRES.
3) SET 1 FOR SINGLE, SET 1,2 FOR TWIN, SET 1,2,3 FOR TRIPLE APPLICATION. THIS IS
INDICATING THAT EACH DRIVE HAS ITS OWN TRIM CONTROL SWITCH.
4) IF YOUR APPLICATION IS A TWIN OR TRIPLE BUT ONLY UTILIZES ONE THROTTLE
CONTROL(DRIVES ARE SYNCHRONIZED) SET 1 FOR SINGLE.
HARNESS
CONNECTING
6' K.M. P/N 31-061
10' K.M. P/N 31-057
14' K.M. P/N 31-062
AB
C
C
*36
A
*37*38
B
A
CONNECTING
HARNESS FROM
TRIM PUMP #3 &
MODULE #3 (13-698)
B
*29
*32
*31
*35
*35
*35
*39
*39
*33,*34,*36
*37,*38,*40
3 CAVITY MALE
3 CAVITY MALE
3 CAVITY MALE
3 CAVITY MALE
3 CAVITY MALE
18 CAVITY MALE
*32
*33
*34
*35
*37
*38
*39
*36
*39
3 CAVITY MALE RESISTOR
*40
*30
4 CAVITY MALE
4 CAVITY FEMALE
18 CAVITY FEMALE
*31
*29
*30
Chapter 3 - Complex Maintenance (continued)
Setting the Trim/lift Range and Rudder Indicator
NOTE: If your vessel is a twin or triple application that
uses an external tie bar, you must disconnect the tie bar
from the drives before proceeding.
1. Turn power on to the trim gauge and trim system
The Main Menu will appear once power is supplied.
Use the center arrow button to navigate down to the
enter number of drives option, then press the button
below the word “ENTER” on the screen to select..
NOTE: If you are asked to enter a password, the default
password code is 1111.
2. Use the arrow key to scroll to the number of drives
your vessel has. Once the correct number is shown
on the screen, press the key below the word “ENTER”.
3. Press the key below the word “HOME” to go
back to the main menu. Scroll down using the center
directional key and select the calibrate system
option.
4. Follow the on screen instructions to set the drive
parameters. The rst step is to set the zero trim
position, (this is when the cavitation plate is level)
5. Trim the drive to the zero position, and press the key
below the word enter on the trim control gauge.
Once complete then the maximum, minimum trim,
and rudder indicator will be set. Follow the on screen
instructions to accomplish this.
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0PAGE 63
Chapter 3 - Complex Maintenance(continued)
Setting the Trim/lift Range and Rudder Indicator
Note: Applications that have multiple drives will
require each drive to be recongured, even if only one
sensor is replaced.
Note: In multiple drive applications, the trim system
refers to the drives by number (1,2,3). Drive number
1 by default is the drive on the starboard side, then
proceeds towards the port side.
Note: If the sensor reading jumps around, it maybe
out of position. Check to ensure the sensor wires and
indent on the shaft are aligned towards the front of the
vessel.
Note: Complete sensor assembly has a part number of
31-053. (Includes sensor, wiring with connectors and
transom tting).
PAGE 64
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0
Chapter 3 - Complex Maintenance (continued)
Direct Mount tailpiece/engine alignment
1. Tool TO-189 is used to align the engine,
transmission and tailpiece with the gimbal
housing.
NOTE: The sterndrive will have to be removed to
complete these steps. Please refer to the sterndrive
removal section in this manual.
2. Slide the tailpiece alignment shaft (TO-189-A) all
the way into the tailpiece output.
TO-189-A
3. Hold the top portion of the alignment gauge
against the at surface on the top of the gimbal
housing. Slide the gauge towards the back of the
tailpiece until it is ush with the tailpiece.
Adjust the engine mounts until the gauge slides
over the alignment shaft while sitting ush against
the tailpiece housing, and the top of the gauge is up
against the at on the upper portion of the gimbal
housing.
4. When the correct alignment is made, the
alignment pin will be centered in the alignment
gauge as shown in the picture to the right.
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0PAGE 65
Chapter 3 - Complex Maintenance(continued)
Remote Mount driveshaft alignment
1. We suggest using tool (TO-186) to bolt onto the
ange faces of the transmission and the gimbal
housing to make measuring the distances easier. .
If aligning without Konrad tool (TO-186)
then skip ahead to the NOTES and alignment
specications chart.
2. Place one of the alignment sticks onto the gimbal
ange with the beveled edge facing away from
the gimbal ange and fasten using two 13-625
H.H.C.S.
3. Take the remaining alignment stick and fasten it
to the transmission output ange using two
13-716 bolts and two 11-247 nuts.
PAGE 66
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0
Chapter 3 - Complex Maintenance(continued)
Remote Mount driveshaft alignment
4. Rotate both anges until the alignment sticks are
in a vertical position..
5. Measure the distance between points A-B, C-D,
and A-D, C-B
Adjust the engine mounts until the measured
distance between points A-B and C-D are within
.030 inches or .762mm. of each other.
See alignment specications chart in the following
pages.
6. Rotate the anges until the sticks are horizontal
and remeasure points A-B, C-D, A-D, and C-B
Adjust the engine mounts until the measured
distances between the points A-B and C-D is within
.030 inches or .762 mm. of each other.
AB
CD
Side view
AB
C
Top view looking down
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0PAGE 67
D
Chapter 3 - Complex Maintenance(continued)
Remote Mount driveshaft alignment
NOTE: It is recommended to hold either the horizontal or vertical offset at zero and
achieve the offset in one plane. In most cases it is easier to hold the horizontal measurement
at zero
7. Adjust the vertical or horizontal offset on measure points, A-D, and C-B.
Adjust the engine mounts until the distances between the two points A-D and C-B is within
.047 - .094 inches or 1.19 - 2.39 mm. of each other for a standard Konrad (13-430) 9 inch shaft.
If your application is using another shaft, refer to the notes and chart below.
NOTES:
1) Transmission output ange and gimbal carrier input ange must be parallel within .030 inches or .762 mm.
2) Transmission output ange and gimbal carrier input ange must have a compounded vertical and horizontal
offset angle (a) which is 1.0˚ > (a) > 0.5˚ in a u-joint shaft application.
CV shaft applications have a maximum of 2.0˚ compounded vertical and horizontal offset angle (a) which is
2.0˚ > (a) > 1.0˚.
This dimension is a function of the length of the shaft.
3) To determine vertical offset for a u-joint shaft, see picture below and use the following
formula.
(x): x = tan a (y - 3.0 in.) or(x): x = tan a (y - 7.62 cm)
4) To determine vertical offset for a CV shaft, use the following formula. (see picture below)
(x): x = tan a (y - 5.04 in.) or
(x): x = tan a (y - 12.8 cm)
PAGE 68
600B SERIES MAINTENANCE MANUALJULY 2016 - V1.0
Coupling
Constant
Velocity (CV)
Chapter 3 - Complex Maintenance(continued)
Stern Drive
Carrier Type
Type
Transmission
Compound
Thread Lock
Torque
(Fasteners)
Tools
Coupling
GO-017
Suggested
Orientation
30-999
Output
Flange
Yes
115 Nm
85 ft. lbs.
or
TO-186
N/A
or
TO-187
Output
89 ft. lbs.
or
GO-017
Yoke
30-999
Flange
Yes
121 Nm
or
TO-186
TO-187
Orientation
1 in.
25.4 mm
Offset
between
Compound
< .030 in.
< .762 mm
>9 - <60 in.
23 - 152 cm
13-430
.5°< x <1°
Compensation
ParallelismConcentricityAxial Slip
Length
(Range)
Part #
.0625 in.
1.59 mm
Max 2°Max Offset 2°
32.3 - 140 cm
>12.7 - <55 in.
31-044
Alignment Speci cations Chart for Transmission to Stern Drive Coupling
Type
U-Joint
Carden
600 B SERIES MAINTENANCE MANUALMARCH 2016 - V1.0PAGE 69
1421 Hanley Road Sales 715-386-4203
Hudson, Wisconsin 54016-9376 USA Toll Free 800-927-3545
Fax 715-386-4219
Website: www.konradmarine.com
E-mail: sales@konradmarine.com
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