Raymarine RayPilot 650 Professional System Quick start guide

RayPilot 650
Professional
System
Upgrade
Instructions
Document number: 85017-2
Date: July 2001
85017_2.book Page 1 Monday, July 16, 2001 3:05 PM

2 RayPilot 650 Professional System
Autohelm, HSB(High SpeedBus),SailPilot,SeaTalkandSportPilot
are registered trademarks of Raymarine Ltd.
Raymarine,AST (AdvancedSteeringTechnology),AutoAdapt,
AutoLearn, AutoRelease, AutoSeastate, AutoTack, AutoTrim,
FastTrim,GyroPlus,RayGyro,RayPilotand WindTrimare
trademarks of Raymarine Ltd.
Handbook contents © Raymarine Ltd 2001.
85017_2.book Page 2 Monday, July 16, 2001 3:05 PM

Upgrade Instructions 3
Introduction
Thisbookletis intendedtobe used in conjunctionwith thestandard
Raypilot 650 manual. The bookletcovers:
• Upgradingthe standard Type 100/300course computer to the
RayPilot 650Professional version (see below)
• Calibratingthe Raypilot 650 Professional(see page 7)
• UsingtheRaypilot650 Professionalin Workboatmode
(see page 15)
Upgrading the Course Computer
Disassembly
1. Remove the terminal cover (1).
2. Unscrew and remove the four M3screws (12)on the lower case
(11). Remove the lower case.
3. To remove the PCB (8),unscrew and remove the five M2screws
(9). Unscrewby twoor three turns the location combscrews (5).
(Note that recent computers use machine screwsand require a
2.5 mm hexagon key). Access to thesescrews is gainedthrough
two holes in the PCB, one of which is shown in the following
figure, behind and to the left (as viewed)of the line ofFETs (13).
Donotremovethescrewsatthisstage.LiftthePCBout ofthe
uppercase (2).
4. Remove the location comb (4)by removingthe two screws (5).
5. If the insulation strip(3) isdamaged, outof position or a new
location comb is to be fitted (see assembly instruction 4),
carefully peel off the old strip and clean any remaining adhesive
andheat transfercompoundoffthecase.
6. The PCB insulating strip (10) fitsover the legs of the connectors
andcan beremoved if necessary.
7. Remove the EPROM (14) fromits socketby gently prising itout
with a screwdriver.
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4 RayPilot 650 Professional System
1. Terminal cover
2. Top case
3. Insulation strip
4. Location comb
5. Location comb screw (2 off)
6. Fuse cover
7. Fuse
8. PCB
9. PCB screw, M2 (5 off)
10. PCB Insulating strip
11. Lower case
12. Case screw, M3 (4 off)
13. FET
14. EPROM
1
2
3
4
5
13
Pin 1
14
6
7
8
9
10
11
12
D2131-1a
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Upgrade Instructions 5
Assembly
1. Insert the new EPROM (14) intothe socket. Make sure that the
EPROM iscorrectly orientated andall the legsare located
properly.
2. Apply heat sink compound (15) to the area of the case where the
insulationstrip (3)fits.Applydoublesidedstickytape(16)tothe
case andattach the insulation strip asshown. Bend the stripover
theedge andapply asecond layer ofheat transfercompound.
3. Fit the location comb (4)into the uppercase (2) withthe two M2
screws (5). Do nottighten the screws at this stage.
Note: Check that the location comb has thenew shape as shown.
Ifnot,use CourseComputerModificationKit (part number:
Q098) toreplace the oldshape comb with anew shape comb.
1 2
3. Insulation strip
4. Location comb
15. Heat sink compound
16. Double sided sticky tape
3 4
D3103-1a
Old shape
3
15
16
2.5 mm hexagon key
15
New shape
4
85017_2.book Page 5 Monday, July 16, 2001 3:05 PM

6 RayPilot 650 Professional System
4. To replace the PCB (8) in the uppercase (2), hold the lower case
so that the location comb falls away from the insulation strip (3).
Make sure thatthe lip ofthe location combdoesnot come out of
theflangein the case.
5. Positionthe PCBnext tothe upper case (2) and bring the two
together so that the FETs (13) are between the location comb (4)
and the insulation strip (3). Make sure that the lip ofthe location
comb remains in the flange in the case.
6. Insert and screw in the five M2screws (9) tosecure the PCB.
Tighten the location combscrews through the holes in the PCB.
7. Pressthe insulatingstrip(10) over thelegs ofthe connectorson
the PCB
8. Positionthelowercase(11)overtheuppercase,insertandtighten
thefour M3screws (12)
9. Replace the terminal cover (1).
85017_2.book Page 6 Monday, July 16, 2001 3:05 PM

Upgrade Instructions 7
Calibration
This section replaces the relevant chapter in the standard Raypilot
handbook.It allows the user to configure thesystem tomake full use
of the Workboatoperating mode.
Note:The boat’scompassandthe fluxgatecompasswillnotagree
until the calibrationprocedure has been carried out (refer to the
RayPilot650Owner’sHandbookfor details).
Calibration cycle
The following table lists the calibration options available when the
systemisconfiguredforWorkboatmode.Detailsofeachfunctionare
described in the paragraphs that follow this list.
For calibration details of thissystem in the standard operating mode,
please refer to the main handbook.
•Vessel type
•Calibration lock
•Ruddergain (high level)
•Rudder gain (lowlevel)
•Rate level
•Rudderoffset(Alignrudder)
•Rudderlimit(high level)
•Rudderlimit(low level)
•Default cruise speed
•Off course limit
•AutoTrim level
•Powersteer type
•Drive type
•Rudderdamping (deadband)
•Variation
•AutoAdapt
•Latitude
•Responselevel
•Turn rate
•Speedthreshold
•Rudderdatum selection
•Auto Workboat Mode selection
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8 RayPilot 650 Professional System
Selecting Calibration mode
To select Calibration mode:
1. Pushandhold STBY for 16 secondsuntil the display shows CAL.
2. MomentarilypresstheSTBY andAUTO keys:theRayPilotisnow
in Calibration mode.
3. Use the AUTO key to page through each ofthe calibration
features.
4. Adjustsettingsasrequiredusingthe▲and▼ keys ortheCourse
Changeknob.
Saving calibration settings
Thecalibration settings are savedby pressingand holding theSTBY
keyfor 2 secondsuntilthe pilotreturns to Standbymode.
To exitcalibrationmode withoutsavingnew settings push STBY
momentarily.
Workboat vessel type settings
A number of the calibration optionshave twosettings, which allow
differentsteeringcharacteristicstobesetupforpassagemaking(high
speeds) orworking(low speeds). The threshold speed for changing
between these settings can also be preset in calibration (speed
threshold).
Vessel type
Vessel type relates to type of craft the RayPilot 650 will be used on:
1. Displacement
2. Semi displacement
3. Planing
4. Sterndrive
5. Workboat (default)
Calibration lock
Calibration lock allows you to protect the calibration settingsyou
haveselected againstunauthorizedadjustments:
•0= Off(default)
•1= On
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Upgrade Instructions 9
Rudder gain
Ruddergaincontrolstheamountofrudderthepilotwillapplytoturn
onto a new heading.
A correctly set rudder gain will, for example, turn the boat crisply
ontothenewheadingwithan overshootofnomorethan2°to5°fora
40°coursechange.Ahighruddergainsettingwillresultin oversteer,
recognized as anovershoot ofmore than 5°.
Aruddergainlevelthatistoolowwillresultinundersteergivingpoor
steeringperformance.
WARNING:
It is most importantthat the rudder gain iscorrectly seton
planingcraft.Incorrectadjustmentwilllead topoorsteering
performance andis dangerousathigh speeds.
The settingsavailableareasfollows:
•Range= 1to 13
•Default:
•HighSpeed = 5
•LowSpeed= 9
Counter rudder (rate) level
Counter rudder (rate) level determinesthe amount of rudder applied
toreducetherateofturn.Level9appliesthemostcounterrudder.The
settingsavailable areas follows:
•Range:
•HighSpeed=1 to 9
•LowSpeed =0 to 9
•Default:
•HighSpeed= 7
•LowSpeed=0
Rudder offset (Align rudder)
Rudder offset sets the control head to read zero degreesof rudder
when the helm is positioned amidships. The range available is:
•Range = -7°to +7°
•Default = 0
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10 RayPilot 650 Professional System
Rudder limit
Rudderlimitrestrictsautopilotruddermovementto just less thanthe
steering systems mechanical stops. This avoids putting the steering
systemunder unnecessary load.
The range available is as follows:
•Range =15°to 40°
•Default:
•High Speed = 30°
•LowSpeed =30°
Default cruise speed
Defaultspeedshouldbesettotheboat’snormalcruisingspeed andis
used in track mode. The range available is as follows:
•Range =4 to20 knots
•Default=6 knots
Off course limit
Offcourselimitwarnsyouiftheautopilotisunabletomaintainitsset
course and hassubsequently strayed more than the set limit for more
than20 seconds.
The off course alarm settings available are as follows:
•Range= 15°to40°
•Default=20°
AutoTrim level
AutoTrim level sets the level for automatic trim which applies
additional rudderto correct for unbalanced propeller torque on twin
engine installations, or weather helm –a high trimlevelprovides
fastertrimcorrection.TheTrimlevelsettingsavailableareasfollows:
•High Speed:
•Range=0 to4
•Default = 2
•LowSpeed:
•Range= 0 (Off)or1(On athigh speed level)
•Default =1
85017_2.book Page 10 Monday, July 16, 2001 3:05 PM