01 PLANET ECLIPSE: GEO CS1 USER MANUAL / ENGLISH GEO:CS1 .
02 WARNINGS READ CAREFULLY BEFORE USE ! THE PLANET ECLIPSE CS1 IS NOT A TOY. PAINTBALL SAFETY RULES MUST BE FOLLOWED AT ALL TIMES. ! areless or improper use of the CS1, including failure to follow C instructions and warnings within this User Manual could cause serious injury or death. ! Do not remove or deface any warnings attached to the CS1.
03 WARNINGS READ CAREFULLY BEFORE USE ! Persons under 18 years of age must have adult supervision when using or handling the CS1. ! Use only professional paintball fields where codes of safety are strictly enforced. ! se compressed air/nitrogen only. Do not use any other U compressed gas or pressurised liquid including CO2. ! lways follow instructions, warnings and guidelines given with any A first stage regulator you use with the CS1. ! Use 0.68 inch calibre paintballs only.
04 CONTENTS CS1 USER MANUAL QUICK START (06-16) RESET (38-39) 06 08 09 10 11 12 13 14 16 38 39 Setting up the CS1 Switching the CS1 On/Off User interface run-screen Velocity adjustment Solenoid Flow Restrictor (SFR) Trigger adjustment The tournament lock button Unloading the CS1 Storage and transportation MAINTENANCE 17 On-line maintenance videos ELECTRONICS (18-37) 18 19 20 21 22 34 Breech sensor (BS) indicator Trigger detection indicator User interface Navigating the user interface User interfac
05 GEO:CS1
QUICK START SETTING UP THE CS1 06 FIG-1 HEX H 1 A 5/32 K J GEO:CS1 F E 4 3 G I 5 D C B 2 2
QUICK START SETTING UP THE CS1 07 FIG-1 A Ensure the marker is switched Off before you begin. B Attach both ends of the barrel together. Screw the barrel tip counter-clockwise into the barrel back. C Attach the complete barrel to the marker. Screw the barrel clockwise into the marker body. D Fit a barrel blocking device for safety. E nsure the marker is de-gassed. E Push in and hold the POPS button and pull the POPS bonnet away from the POPS body. F Attach the pre-set air system.
QUICK START SWITCHING THE CS1 ON/OFF 08 FIG-1 D FIG-1 B The navigation console A houses the Select button B the LCD screen C the LCD display navigation buttons Up D and Down E and the rear grip screw F . Use the navigation console to switch the CS1 On/Off and change the marker settings. E Switching On the CS1 Press and hold the Select button B , or double-click it, until the Planet Eclipse logo is displayed.
QUICK START USER INTERFACE RUN-SCREEN 09 FIG-1 B C A FIG-1 After power-up the run screen will be displayed. The run screen has the following information displayed: A User selectable information, tap the Up push button to cycle between game timer, shot counter peak ROF, average ROF and splash screen. B The breech sensor (BS) indicator (see page 18 for BS indicators and their meanings). C The trigger detection indicator (see page 19). D The sound indicator. E The lock indicator.
QUICK START VELOCITY ADJUSTMENT 10 FIG-1 FIG-1 The CS1 velocity adjustment screw is accessed from the underside of the POPS bonnet. With the POPS bonnet in the rear (engaged) position, insert a 1/8 hex key A into the velocity adjuster screw B to adjust the velocity of the CS1. 1 Turn the hex key clockwise to reduce velocity. 2 Turn the hex key counter-clockwise to increase velocity. 3 Fire two clearing shots after each velocity adjustment for an accurate velocity reading.
QUICK START SOLENOID FLOW RESTRICTOR (SFR) 11 FIG-1 FIG-1 The Solenoid Flow Restrictor (SFR) A controls the exhaust flow from the bolt through the solenoid. Adjusting the SFR will change the speed of the bolt’s forward stroke. Use a 1/8 hex key B and turn clockwise to decrease the flow (reducing the speed of the bolt) or counter-clockwise to increase the flow (increasing the speed of the bolt). Minimum flow (fully clockwise) will improve the smoothness of the firing cycle but will lower the cycling rate.
QUICK START TRIGGER ADJUSTMENT FIG-1 HEX HEX 1/16 1/16 – + FIG-1 The pre-travel screw C adjusts the distance the trigger travels before being pulled. Clockwise reduces the amount of travel (shortening the trigger), counter-clockwise increases the trigger pull distance. HEX The trigger shoe retaining screw B is only to be removed to change to a new shape trigger shoe (sold separately). Remove the frame to access the screw. Counter-clockwise removes the screw, clockwise tightens it.
FIG-1 A B FIG-1 To access the tournament lock button use the 5/64” (2mm) hex key A to remove the grip screws on the right hand side of the grip B . FIG-2 Lift the front part of the grips away from the frame to access the tournament lock button C . The rear grips D do not need to be removed for access. To lock/unlock your marker push the button once. The LCD will display the locked/unlocked mode status (see page 09). Replace the rubber grips and screws as per Fig-1. 1 DO NOT over-tighten the screws.
QUICK START UNLOADING THE CS1 14 FIG-1 5 F HEX 1 5/32 E A G B 2 GEO:CS1 H 6 D C 4 3
QUICK START UNLOADING THE CS1 15 FIG-1 A B Ensure that a barrel blocking device is fitted for safety. Switch the marker off. C e-gas the marker. D Push in and hold the POPS button and pull the POPS bonnet away from the POPS body. D Remove the pre-set air system. Unscrew the air system counter-clockwise from the POPS body. E Loosen the clamping feed neck. Open the feed neck lever away from the feed neck. Unscrew the feed neck lever screw counter-clockwise. F emove the loader.
QUICK START STORAGE AND TRANSPORTATION 1 Your CS1 must be clear of all paint and propellant during transportation or storage. 2 Make sure the CS1 marker is switched off. 3 Remove the barrel from the marker. 4 Make sure the marker is clean of any paint residue, dirt and moisture. 5 Store your CS1 in a clean, cool, dry place. 6 Keep your CS1 away from any unauthorized and unsafe users. 7 Remove the batteries when storing your CS1 to prevent unauthorized use.
MAINTENANCE ON-LINE MAINTENANCE VIDEOS To help demonstrate how to maintain and service essential parts of the CS1 we’ve created a collection of dedicated marker maintenance videos to guide the user through each step. From basic, to more advanced parts of the CS1, we’ve got your back. Visit our Tech Room YouTube channel and check out the CS1 Maintenance playlist. www.youtube.
ELECTRONICS BREECH SENSOR (BS) INDICATOR 18 FIG-1 FIG-1 The BS indicator A displays the various states of the breech sensor. BS enabled and a ball is detected The CS1 can be fired at the maximum firing mode Selected. BS fault has been cleared and a ball is detected The CS1 can be fired at the maximum firing mode Selected. BS disabled The CS1 can be fired at the BS OFF ROF setting (page 18).
ELECTRONICS TRIGGER DETECTION INDICATOR 19 FIG-1 FIG-1 The trigger detection Indicator (TDI) A relays the state of the trigger, ranging from fully released to fully depressed: OPTO sensor selected, reading 0% OPTO reads 0% meaning the trigger is fully released. OPTO sensor selected, reading below RELEASE point OPTO senses that the trigger is in a released state. OPTO sensor selected, reading above PULL point OPTO senses the trigger is in a pulled state.
ELECTRONICS USER INTERFACE 20 FIG-1 The user interface is clear and simple to make it easy for all players to alter or restore their marker settings. The menus shown opposite contain a series of editable parameters within them. For the complete menu tree, see pages 34 to 37. Some of the parameters affect the way the CS1 shoots and are tournament locked from the factory. The menus also contain the TURN OFF action which immediately switches the CS1 Off.
ELECTRONICS NAVIGATING THE USER INTERFACE 21 FIG-1 B A FIG-1 C Once on, the CS1 LCD menu system is navigated using the Up and Down buttons B and C to scroll the menu options. The Select button A is used to select the parameter options you wish to adjust and the Up and Down buttons are then used to scroll the editable parameter options for that selection. The Select button is used to confirm any adjustments you make and returns you to the top level menu options. FIG-2 - EXAMPLE NAVIGATION 1 CS1 is On.
ELECTRONICS USER INTERFACE PARAMETERS FIG-1 FIG-1 - PRESET MENU The CS1 preset firing modes automatically adjust the marker settings to comply with the rules of the major paintball leagues. There are also two pre-sets for the user to save their own custom settings. FIG-2 - LOAD PARAMETERS This parameter is used to load the required pre-set configuration: 1,2 > USER1: Load a set of custom firing mode parameters saved by the user.
ELECTRONICS USER INTERFACE PARAMETERS > SEMI: Default mode. 1 shot per trigger pull. Select and edit the firing mode of the CS1 outside of the pre-set modes. > RAMP: See ramp setup (page 24). FIG-2 - ROF CAP PARAMETER > FIG-1 - FIRE MODE PARAMETER > CANCEL: Editing is cancelled and unchanged. ON: ROF limited to the BS ON ROF value. This implements a cap to the maximum rate of fire the CS1 will achieve. > OFF: ROF limited to loader speed. FIG-3 - BS ON ROF PARAMETER > Range: 4.0 - 30.
ELECTRONICS USER INTERFACE PARAMETERS FIG-1 - RAMP SET-UP MENU FIG-1 This menu is only available when ramping has been chosen from the FIRE MODE menu. FIG-2 - TYPE PARAMETER Select the type of ramping based on the options below: > > TEP: The CS1 will be fired in semi-automatic until a number of trigger pulls (set by SEMI S SHOTS) have been made at a minimum pull rate (set by KICK IN). The CS1 will then STEP up to the maximum rate of fire (set by BS ON ROF).
ELECTRONICS USER INTERFACE PARAMETERS FIG-1 - SEMI SHOTS PARAMETER FIG-1 This sets the number of shots in semi-automatic required at the KICK IN rate before ramping starts. This parameter can be set between 3 and 9 pulls in 1 pull increments. FIG-2 - KICK IN PARAMETER FIG-2 This sets the maximum rate at which the user has to pull the trigger to start ramping. This parameter can be set between 3.3 and 10.0 pulls per second in 0.1 pulls per second increments.
ELECTRONICS USER INTERFACE PARAMETERS FIG-1 - TIMING MENU FIG-1 The following TIMING parameters control the timing of the solenoid valve. FIG-2 - DWELL PARAMETER FIG-2 Sets the amount of time the solenoid valve is energised, therefore how much gas is used per shot. Too low will result in low velocity shots and excessive velocity/shot fluctuations, too high will waste gas. This parameter can be set between 15.0 and 35.0 milliseconds (default is 27.0).
ELECTRONICS USER INTERFACE PARAMETERS FIG-1 FIG-1 - FILTER MENU The FILTER menu parameters tune the CS1 software filters which prevent the CS1 from firing unless all of the necessary conditions are met. Factory default settings are suitable for most set-ups however, certain loader and trigger set-ups may require more modification. FIG-2 - DEBOUNCE PARAMETER This sets the amount of trigger bounce that may be present and can be set from level 1 to level 9. > LEVEL1: Least filtering (most bounce).
ELECTRONICS USER INTERFACE PARAMETERS FIG-1 - PULL TM PARAMETER FIG-1 This sets the minimum amount of time that the trigger must be pulled for in order to be recognised as a valid trigger pull. This parameter can be set between 3.0 and 20.0 milliseconds in 0.1 millisecond increments. FIG-2 - RELEASE TM PARAMETER FIG-2 This sets the minimum amount of time that the trigger must be released for in order to be recognised as a valid trigger release. This parameter can be set between 3.0 and 25.
ELECTRONICS USER INTERFACE PARAMETERS FIG-1 FIG-1 - HARDWARE MENU The HARDWARE menu contains low level functionality from the CS1 electronic hardware. FIG-2 - TRIGGER PARAMETER This allows the user to select their trigger detection system preference. > OPTO: OPTO-Electronic trigger pull sensor. > SWITCH: Microswitch trigger pull detection. FIG-2 > CANCEL: Editing is cancelled and unchanged. OPTO is the factory default selection. FIG-3 - SOUND PARAMETER > ON: Default sounds On.
ELECTRONICS USER INTERFACE PARAMETERS FIG-1 - BACKLIGHT PARAMETER FIG-1 This sets the time that the LCD backlight is illuminated for after a push-button is pressed. This parameter can be set between 00.00 and 00.20 seconds. At 00.00 no backlight will be present. FIG-2 - RED LEVEL PARAMETER FIG-2 This sets the percentage of red in the LCD backlight colour. This parameter can be set between 0% and 100% increments.
ELECTRONICS USER INTERFACE PARAMETERS FIG-1 FIG-1 - CONTRAST PARAMETER This sets the contrast level of the LCD screen. This parameter can be set between 0 and 30 and in increments of 1. FIG-2 - DBL CLICK PARAMETER This enables/disables the option to double-click the Select button as opposed to holding it down to switch the CS1 on and off. > NONE: Double-click disabled. > POWER UP: Double-click to power up only. > ALL: Double-click to also access menus.
ELECTRONICS USER INTERFACE PARAMETERS FIG-1 - TRAINING PARAMETER This simulates the firing cycle (in unloaded state) using a BEEP on each trigger pull, so the user can practice their trigger technique off the field. > ON: TRAINING mode enabled. > OFF: TRAINING mode disabled. FIG-1 > CANCEL: Editing is cancelled and unchanged. FIG-2 FIG-2 - SHOT COUNT MENU This menu controls controls the shot counter parameters.
ELECTRONICS USER INTERFACE PARAMETERS FIG-1 FIG-1 - GAME TIMER MENU The following parameters control the game timer. FIG-2 FIG-2 - GAME PARAMETER This sets the game timer, which counts down from the time set, to zero. When the timer reaches zero the audible alarm will sound (if the alarm parameter is set to On) and GAME OVER shows on the LCD screen. This parameter can be set between 00:00 and 60:00 minutes in 10 second increments. FIG-3 FIG-3 - ALARM (1 AND 2) PARAMETER This sets the Alarm(s).
ELECTRONICS THE MENU TREE 34 Turn off the CS1 TURN OFF PRE-SET LOAD SAVE MAIN MENU USER1 LOAD USER1 Settings USER2 LOAD USER2 Settings FACTORY (Default) LOAD the default FACTORY settings (semi-automatic) PSP10 LOAD the PSP 10 bps compliant settings (divisional teams only) MS10 LOAD the Millennium Series 10 bps compliant settings (2010) CANCEL Cancel the LOAD operation USER1 SAVE the current settings as the USER1 settings USER2 SAVE the current settings as the USER2 settings CANCEL Can
ELECTRONICS THE MENU TREE 35 RAMP SET-UP * Fire mode dependant STEP (Default) STEP ramping LINEAR LINEAR ramping CANCEL CANCEL Selection 0 - 100% Percentage LINEAR RAMP rate (TYPE dependant). Default 50% 3-9 Number of shots before ramping can start. Default 3 3.3 - 10.0 pps Rate which the trigger has to be pulled in pulls per second (pps) before ramping starts. Default 5 pps 3.3 - 10.0 pps Rate which the trigger has to be pulled in pulls per second (pps) to maintain ramping.
ELECTRONICS THE MENU TREE 36 HARDWARE TRIGGER SOUND OPTO (Default) Use OPTO to detect trigger operation CANCEL CANCEL TRIGGER detection Selection SWITCH ON (Default) OFF CANCEL TONES ON (Default) OFF CANCEL MAIN MENU Use micro-switch to detect trigger operation Turn On audible indicators Turn Off audible indicators CANCEL audible SOUND indicator Selection Turn On audible tone when any button is pressed (SOUND dependant) Turn Off audible tone when any button is pressed (SOUND dependant) CANCEL
ELECTRONICS THE MENU TREE 37 SHOT COUNT GAUGE GAUGE MAX ON (Default) Shot gauge On OFF Shot gauge Off CANCEL CANCEL GAUGE Selection 100 - 2000 Shot gauge maximum (reset value - GAUGE dependant). Default 140 shots BACK GAME TIMER MAIN MENU GAME 00:00 - 60:00 Countdown game timer start time in minutes. Default 10:10 m ALARM 1 00:00 - 60:00 Alarm activation time in minutes. Default 01:00 ALARM 2 START 00:00 - 60:00 Alarm activation time in minutes.
RESET FACTORY RESET 38 FIG-1 A Follow these steps in order to set the CS1 to the way that it left the factory. FIG-1 Load the factory preset from the LOAD menu (page 22). FIG-2 FIG-2 Using the 1/8 hex key A turn the velocity adjuster screw B 6 turns clockwise from it’s fully screwed-out position. DO NOT turn the adjuster screw in too far. This will prevent the CS1 from firing.
RESET INSTALLING THE BATTERIES 39 FIG-1 B The CS1 uses 2 x AA (LR6, 1.5V) batteries situated in the foregrip. Switch off the CS1 and place on a flat surface - with the feed neck facing away from you and the barrel pointing to the right. FIG-1 Pull the foregrip A away from the body to expose the battery holder B . 1 A FIG-2 / FIG-3 Insert a new AA battery in the rear recess C with the positive terminal pointing down as shown.
FAULT FINDING FAULT FINDING TABLES SYMPTOM The CS1 does not cycle fully. The CS1 is inconsistent. The CS1 is inefficient. CS1 leaks down the barrel. GEO:CS1 POSSIBLE CAUSE SOLUTION The bolt assembly is dirty or incorrectly lubricated. Clean, re-lubricate and replace the o-rings on the bolt as necessary. The DWELL parameter is set too low. Increase the DWELL parameter. The Solenoid Flow Restrictor (SFR) is set too low. Increase the flow setting on the SFR.
FAULT FINDING FAULT FINDING TABLES SYMPTOM The CS1 has low rate of fire. The CS1 leaks from the solenoid assembly. The CS1 is breaking paintballs in the barrel or the breech. GEO:CS1 POSSIBLE CAUSE SOLUTION The Solenoid Flow Restrictor (SFR) is set too low. Increase the flow setting on the SFR. The force setting on the loader is too low. Adjust the loader force feed setting. The breech sensor (BS) is switched off. Switch the breech sensor (BS) on. The breech sensor (BS) is in default mode.
FAULT FINDING FAULT FINDING TABLES SYMPTOM The CS1 has low velocity on the first shot. The CS1 has high velocity on the first shot. CS1 has velocity drop-off during rapid fire. Constant low velocity. The breech sensor does not appear to be reading correctly. Two or more balls are being fed into the breech. GEO:CS1 POSSIBLE CAUSE SOLUTION The FSDO parameters are set too low to overcome o-ring stiction. Adjust FSD COMP and FSD DLY parameters. The bolt assembly is dirty or incorrectly lubricated.
FAULT FINDING FAULT FINDING TABLES SYMPTOM POSSIBLE CAUSE The breech sensor is dirty. Clean the breech sensor. The breech sensor defaults after firing. The breech sensor is faulty. Replace the breech sensor. The breech sensor is out of place. Re-install the breech sensor then check the alignment. The trigger is permanently depressed. Adjust the trigger until the selected trigger detection method is de-activated when the trigger is released. The CS1 is not powered on.
TECHNICAL INFORMATION PARTS LIST 44 FIG-1 1 2 4 3 20 5 8 7 19 15 11 6 9 10 12 16 14 13 17 GEO:CS1 18
TECHNICAL INFORMATION PARTS LIST 1 Clamping feed tube assembly 11 Trigger assembly 2 Marker body 12 Battery holder 3 Quick-release bolt 13 Foregrip 4 Bolt assembly 14 SL5 inline regulator assembly 5 Rubber detent 15 Secondary circuit board 6 Breech sensor (BS) unit 16 Navigation console 7 Solenoid assembly 17 AT2 Push On Purge System (POPS) 8 Rear frame screw 18 AT2 POPS bonnet 9 Front frame screw 19 Primary circuit board 10 Frame assembly 20 Barrel o-ring #016 NB
TECHNICAL INFORMATION SL5 INLINE REGULATOR 46 1,2 FIG-1 #015 NBR70 POPS screws 10-32 UNF x 1.25” cap head socket #016 NBR70 Internal #008 NBR70 POPS seal POPS assembly POPS filter Piston o-ring #015 NBR70 Purge poppet 4 Regulator piston Regulator body Regulator spring 3 Adjuster top Regulator seal Purge poppet spring 4 Adjuster o-ring #011 NBR70 Adjuster bottom GEO:CS1 1 Reset the SL5 regulator to factory after re-assembly. 2 Only use the SL5 regulator with the CS1.
TECHNICAL INFORMATION CS1 BOLT ASSEMBLY 47 FIG-1 Bolt bonnet Propshaft back cap 3 x 1 o-ring Propshaft Pin plunger Plunger spring #021 NBR70 14 x 2 NBR70 Propshaft bumper 7 x 1 NBR70 14 x 2 NBR70 #015 NBR90 ST Bolt Retaining ring #013 NBR70 14 x 2 NBR70 22 x 1 NBR90 #020 NBR70 Propshaft tip #015 NBR90 ST3 bolt 14 x 2 NBR70 ST3 bolt tip GEO:CS1 Bolt can #017 NBR70
TECHNICAL INFORMATION SOLENOID ASSEMBLY 48 FIG-1 Solenoid manifold gasket Solenoid plug Solenoid manifold Solenoid plate gasket #6 Solenoid spool seal 6 x 1 o-ring Solenoid plate Solenoid body gasket Solenoid body Solenoid pilot section Solenoid spool #4 Solenoid spool seal M2.5 x 8 socket cap-head retaining screws GEO:CS1 M2 x 12 cross pan-head screw M2.
TECHNICAL INFORMATION PUSH ON PURGE SYSTEM (POPS) ASSEMBLY 49 FIG-1 #005 NBR90 Pin #004 NBR70 Insert #007 NBR70 POPS pin #004 NBR70 POPS bonnet GEO:CS1 Latch spring Latch button
TECHNICAL INFORMATION TRIGGER ASSEMBLY 50 FIG-1 A A B FIG-1 A Bearing carrier screws (M2.
TECHNICAL INFORMATION CLAMPING FEED TUBE ASSEMBLY 51 FIG-1 A Feed neck lever screw B Short clamping feed screw 10-32 UNF x 1/2” C Feed tube D Feed lever E Feed swivel F Feed swivel o-ring #006 NBR70 FIG-1 F E D A C B GEO:CS1
TECHNICAL INFORMATION FRONT FRAME ASSEMBLY 52 A AA battery B Battery holder C attery holder screws (x4) B 6-32UNC x 5/16 countersunk socket screws D SFR assembly E SFR filter F Frame assembly G Power cable H Wire tidy I Solenoid output seal J Solenoid input seal K Battery terminal circuit board L 4 x 1 o-ring (x2) M Battery jumper FIG-1 H J I G C K B 1 A A 1 F E DO NOT use re-chargeable or poor quality batteries.
TECHNICAL INFORMATION REAR FRAME ASSEMBLY A POPS (built into frame) B Frame plug C Rear grip screw M2.5 x 5 socket cap-head D Rear grip section E Front grip section F Primary circuit board G rip screws x4 G 6-32UNC x 5/16 countersunk socket screws H CS1 Circuit board screws (x3) M2.
TECHNICAL INFORMATION BREECH SENSOR (BS) ASSEMBLY 54 FIG-1 A Breech sensor cover B Breech sensor C Rubber detent D Breech sensor cover retention clip E Battery holder F Spare rubber detent FIG-1 A B F C D E GEO:CS1
TECHNICAL INFORMATION CS1 CIRCUIT BOARDS The CS1 has three circuit boards. Two in the grip frame and the battery terminal board in the top of the foregrip, which powers the main circuit board.
SUPPORT E-PORTAL E-portal is a PC application that lets you connect to your CS1 via a USB cable. Amongst other things you can use E-portal to: 1 Upgrade the CS1 firmware. 2 Change the start-up splash screen. 3 Modify control parameters. E-portal can be downloaded from the Planet Eclipse website (see below). Requirements A USB Type A - Micro B 1 cable is required to connect the CS1 to a PC. This cable is not supplied with the CS1 but is available from any good electrical retailer.
SUPPORT OUR PROMISE SUPPORT QUALITY As an Eclipse customer you will have access to our worldwide technical support network that will help you with any technical problems from localised service centres to on-site* tech support. All Eclipse products undergo meticulous checks by experienced specialists who care about the product that arrives at your door. Stringent quality control and the use of precision materials equals a quality product.
SUPPORT INDEX 58 A Clamping feed tube: 51 FSD DLY: 26 Magnet adjuster screw: 12,50 Adjuster o-ring: 46 D G Maintenance videos: 04,17 DEBOUNCE: 27,35 GAME TIMER: 09,33,37 Adjuster bottom: 46 Adjuster top: 46 Air system: 07,15,40,42,56 ALARM: 33,37 ALL: 02,31,36 AUTO OFF: 31,36 B CONTRAST: 31,36 DBL CLICK: 31 Delay: 27,35 Double-click: 08,31 Down: 08,21 DWELL: 26,35,43 FULL: 27,35,57 GAME: 09,33,37 GAUGE: 32,37 Navigation buttons: 08 HARDWARE: 08,19,28,29,36 O Batteries: 04,16,39,40,42,4
SUPPORT INDEX 59 PRE-SET: 07,15,22,23,34 RESTART: 25,35 Solenoid spool: 48 Solenoid spool seal Pre-travel screw: 12 ROF: 09,18,23,24,34,41 #6 o-ring: 48 Pre-travel adjuster screw: 50 Primary circuit board: 45,53,55 Retaining ring: 47 ROF CAP: 23 Propshaft: 47 Rubber detent: 45 Propshaft back cap: 47 S PSP10: 22,34 PULL PT: 28,35 PULL TM: 28,35 Purge poppet: 46 Push On Purge System: 04,45 Q Quick-release bolt: 45 SAVE: 22,34 Secondary circuit board: 45,55 Select button: 08,21,31,33 SEMI
GET MORE PLANETECLIPSE.COM THIS PRODUCT IS COVERED BY AND/OR LICENSED UNDER ONE OR MORE OF THE FOLLOWING PATENTS: G.B. PATENTS: 2,342,710; 2,345,953; 2,352,022; 2,391,292; 2,391,063; U.S.
