Gallagher Apollo 3000 User manual

Apollo 3000
Set-up, Installation & Parts Manual

Safety Operation
In case of damage to your Dispenser or Pump, which creates a safety hazard the following procedures Must
be followed.
A Turn Off Pump at Console then….
Isolate power to the Dispenser or Pump.
Using the remote control switch located on the main electrical supply board.
Lock switch if lock mechanism provided, or take measures to ensure isolator will not be
turned on prior to the safety hazard being rectified
Isolate power to the Submersible Turbine Pump
by the remote control switch located on the main electrical supply board.
Lock switch if lock mechanism provided, or take measures to ensure isolator will not be
turned on prior to the safety hazard being rectified
Note: The isolation of the Submersible Turbine Pump could affect other dispenser on the forecourt.
Call your site manager or company representative immediately for further information.
B Do Not Apply power to the Dispenser without a full service inspection.
If there is a fire or injury, call : Emergency Services.
Caution
Should the word “FLUId” appear in Display immediately implement part A & B of this section Refer
page 06 of this Manual Apollo 3000 Set Up Procedure Std. Fuel paragraph 06 for details
Caution
This equipment contains components that can be damaged by Electrostatic Discharge.
Should you ever need to service this equipment, you must follow full anti-static precautions.
Prior to servicing, earth all equipment and wear an anti-static strap.
Component must be transported in anti-static material.
PEC Fuel Pumps Ltd.
All rights reserved. No part of this manual may be copied or reproduced in any form or by any means without the prior written
consent of PEC Fuel Pumps Ltd.
The information in this manual is subject to change without notice and should not be construed as a commitment by PEC. Fuel
Pumps
PEC Fuel Pumps has taken great effort to verify the accuracy of this manual but assumes no responsibility for any technical
inaccuracies or typographical errors.
File @ gme c:/pec/apollo/safety.doc
Updated 23/02/01

1.
Apollo 3000 Manual Pt No. 89903 v2
Contents
Safety Operations
Page 1 Contents
Page 2 Stage 1 Under Ground Sump Enclosure Installation.
Page 3 - 4 Stage 2 Vertical Delivery Pipe Assy Installation
Page 4 Stage 3 Vent Box Assy Installation.
Page 5 Stage 5 Modules & Delivery Pipe Assy Installation.
Page 6 - 7 Apollo 3000 Set Up Procedure Standard Fuel
Page 8 Pump Stack Test Spec.
Page 9 Feed Line Details
Page 10 Rear Grade ID Spec.
Page 11 Float Switch
Page 12 Head Cable Entry
Page 13 Head Cabinet Rear Display
Page 14 Head Cabinet Assy Inside View
Page 15 Head Cabinet Front Displays
Page 16 Head Cabinet Internal
Page 17 Logic Box (Cabling/Hoses)
Page 18 Inside Enclosure Layout
Page 19 Apollo Sump & Module Assy Layout
Page 20 Vertical Pipe/Vent Box Assy
Page 21 Fig 1 Sump Position
Page 22 Fig 2 Sump/Column Position
Page 23 Fig 3 Service Area
Page 24 Fig 4 Mounting Positions
Page 25 Fig 5 Vent Box Position & Sealing
Page 26 Fig 6 Safety Hose Position
Page 27 Apollo 3000 Hydraulic & Intrinsic Connections New Zealand
Page 28 Apollo 3000 Hydraulic & Intrinsic Connections Australia.
Page 29 Mains Wiring Connections AC Control & Power Supply
Page 30 Logic Box Connections
Page 31 Dip Switch Setting/Location
Page 32 Main Processor lay out Circuit
Page 33 Apollo 3000 Display Layout
Page 34 Hose Assy Specifications
Page 35 – 40 Error Codes
Page 41 PEC Fuel Pump Fluid/Float Switch Operation in Dispensers
This is an Interim Manual intended to cover Apollo trial sites, and will be reviewed once trials are
complete and design is finalised.
Note also that the Apollo units are based on PEC standards 1000 & 8000 Dispensers and therefore this
manual should be used in conjunction with PEC Modular Pumps Installation & Service Manual 87386
First Issued 18/12/00
Updated 01/03/01 16/05/01 04/02/02
File @ gme d:/docum/pec/apollo2/intal3000.doc

2
.
BP Apollo 3000 Dispenser
Supply & Installation Procedure
Stage 1 Under Ground Sump Enclosure Installation
Components supplied by PEC to site.
Components include; Sump Enclosure Box Assy with, Cable Duct, Delivery Ducts with Internal Delivery
Pipe Assys. fitted.
Bulkhead Seals (Pre fitted into Sump Enclosure)
Sump Box Lid with Handles
Sump Cover & Sub-frame, Securing Screws & divider skirt fitted
Main Wiring Looms & Junction Box (Fitted into Sump Box)
Float Switch & Cable Assy (Fitted to Mtg. Brkt.)
Installation Procedure
•Establish proposed/final Forecourt ground level, mark this point on Column.
•Install Sump Box Enclosure into correct position below proposed ground level as shown in figs 1,2 &3
•Ensure Pipe Delivery Ducts protrude 50mm above ground level & 20mm proud of Column. Also
ensure top edge of Sump is 60 mm below ground & level. End face of Enclosure is 300 mm out from
Column (Fig 1) Note Ensure underside of Enclosure is firmly packed to prevent Enclosure sinking or
moving.
•Pack filling material around Sump Enclosure approximately up to a point just under Bulkhead Fittings,
this is to ensure Enclosure does not move while further work is being conducted.
•Plug or cover Pipe Delivery Ducts to stop any foreign matter entering.
•Install Main Product Feed Lines Into Sump (refer Apollo Hydraulic & Intrinsic Connections Pg. 27 NZ
& Pg. 28 Aus.) for correct positioning etc. (Refer page 09 for Feed Line installation Details)
•T connector terminated with ¾” Ball Valve & ¾- ¾” BSP Elbow
B22 22 12 12
•Ensure Ball Valves Face toward BOTTOM of Sump no more than 10 dec. off Vertical,
with lever side towards Column
•Check & tighten all Seals
•Check for Leaks
•Recheck Sump position in relation to Column & Forecourt Surface as per Refer Figs. 1, 2 & 3.
•Secure Pipe Delivery Ducts & Main Feed Lines into position to prevent movement while Back Filling.
•Temporarily pack internal side walls of Sump using timber or similar to eliminate walls collapsing
inwards during back filling.
•Install all Servicing Cabling & Pipe work as required for operation. Ensure all services are positioned
correctly to clear Vent Box, Head Mtg. & GRP Cladding etc. Ref. fig 2 & 3 for details.
•Recheck Seals & Sump Position.
•Backfill to cover Feed Lines & secure Sump Enclosure position.
•Position & Secure Sump Lid Frame (Centralise around Sump Box) check with Forecourt Level (Note
Frame & cover can be raised locally above general Forecourt level if required to prevent water
ingress.(Possibly 10 –20 mm above general Forecourt level
•Back Fill & Compact to within 150 mm of Forecourt surface, 30 –50 mm up Skirting walls
•Concrete Forecourt as per Site requirements.

3
.
Stage 2 Vertical Delivery Pipe Assys Installation Procedure
Components Supplied by PEC
Front & Rear Vertical Pipe Assys
Head Cabinet Assy. (Fitted with Grade ID Decals)
Head Cabinet mtg. Brkts
Flexible Safety Hose Assys
External Hose Assy, fitted with Nozzles, Grade Covers & Gas Guards
Nozzle Grade ID Decals
Vent Box Assy Front & Rear (2 x Top Caps)
Serial Name Plate. (Name Plate to be Adhered to Top LH corner of GRP head access Door)
•Installation Procedure
•Using a Sprit level find the highest point on Forecourt out to a distance of 160 mm from Main
Column(in any direction).Transfer this point onto Front face of Column (Front =Sump @ right hand
side of Column) clearly mark as datum point on Column Face. (This is a datum point to start
measuring from regards positions of components & mtg. brkts. etc. (See Sketch below) This point
must be established to obtain mounting heights & ground clearances etc. for Final Cladding.
•From the above, mentioned Datum Line, transfer & mark a point 2.3 m Vertically up Column. If
preferred a second but lower point could be marked @ 1.405m.up Having both these Datum points
marked on Column could be advantageous as they could then both serve as a double checks. Note:
Marks should be made Horizontally, as they will later be used to align Vertical Pipe & Holster Assy
Mtg. Brkts. etc. (Details refer Fig 4 )
•Place Front Vertical Pipe Assy 89826 onto front face of Column, top angled section of Pipe Assy.
should be pointing out to right hand side. (eg. towards Sump ) (Note: Front of Dispenser = Column on
Left with Sump on Right) Both of the middle two Mounting brkts on Vertical Pipe Assy have a right
angle Lug welded to them, these Lugs are location lugs & should be positioned up against right hand
face of column.
•With Lugs positioned against Column side face, slide Pipe Assy up until top face of second horizontal
Brkt. up Assy aligns with lower mark 1405.4mm Son Column and/or top face of second horizontal
Brkt. down Assy aligns with upper mark on Column. Secure into position with “G”or “F”Clamps.
(Or Ratchet Ties)
•Check Column Stops on second & third horizontal brkts are hard against Column Face, also check
Vertical Pipe Assy is vertical. (If not this could indicate Column is not truly Vertical, in this instance
move either top or bottom of Pipe Assy. to obtain true Vertical reading, secure Clamps, recheck
heights from Forecourt datum marks.
160 mm
Column
Mark
Level
on
Column Forecourt

4
.
•Stage 2 Vertical Delivery Pipe Assys & Modules Installation Procedure Continued
•Drill pilot holes into Column through holes provided in horizontal fixing Brkts. (Min. 2 per Brkt.
required) Uses 12 Gauge 32mm (12/24 x 23 Hex Hd. Buildx 500 Series or similar Screw.
•Repeat process on rear side. Ensuring brackets on rear Pipe Assy. are horizontal with front set. Also
ensure Column Stops on rear Pipes are positioned exactly in same relationship from Column as per
front set.
•Assemble Head Cabinet Mounting Brkts. 89711 (Pg. 20) onto Head Cabinet, over M5 Studs provided
in Head Cabinet, Nuts supplied. Note: Cut out section of brkts positioned towards bottom of Cabinet.
•Position lower Head mtg. brkt. onto top face of second horizontal fixing Brkt of Vertical Pipe Assy.
Cut out section in lower Head Mtg. Brkt. locates over fixing brkts as mentioned above.(Pg. 21)
•Secure Head into position with Clamps, drill pilot holes & fix with Screw as per Vertical Pipe Assy.
(Refer Fig 4
•Attach Logic Box Assy to under side of Head Cabinet Assy. (Studs pre positioned) ,(Pg. 18)
Stage 3 Vent Box Installation
Refer Fig 5 (pg.25) for details. (Dispenser Front shown)
•With top Cap removed insert Vertical Pipes into gap in Body, & manoeuvre Vent Box up behind
Vertical Pipe Assy. into position as shown fig 5. Ensuring base edge contacts against Forecourt.
•Place Top Cap into gap of Vent Box as shown in Fig 5 (Ensure Cap is fitting correctly into recess.)
•Cut a 70 mm long section of 50 mm wide Aluminium Adhesive Tape. Fold in half length wise into the
non adhesive side (eg. folded along length with adhesive sides exposed to out side & non Adhesive
sides touching )
•Place the hinge or folded side of above mentioned tape section up into the inside of vent Box at the
junction of the Top Cap and inside wall, equally space length over width of Cap. Manoeuvre tape to
adhere to either to top or side wall inner face, then unfold tape section to adhere onto adjacent face
also. Press tape into place to seal. Repeat process on opposite side
•Cut a section of tape to the approximately length of the Box Width, adhere this section equally over
under side of long joint between Box Body & Top Cap. Shorter pieces could also be applied to under
side joints between & on each end of where Vertical Pipes protrude through Assy.(Refer Fig 5)
•Using a Bostik Matrix 600 or 700FC Polyurethane Sealant, Seal all joints as indicated in Fig 5 Ensure
a good size Fillet @ intersection of Vent Box to Forecourt.(Note: Ensure inside of Vent Box Assy. is
seal sufficiently to eliminate the potential to leak out into the inside of Dispenser Cladding.
•Fit Safety Flex Hose Assys between Delivery Pipe Assys (in Ducting) & Vertical Pipe Assy’s. (Fig 6 )
•Repeat above process @ Rear side of Dispenser.

5
.
Stage 4 Modules & Delivery Pipe Assys Installation Procedure
Components Supplied by PEC
Meter Module Assy. including AC Control Box Assy. (Per Addressed)
Module Hinge Pin
Product Feed Line Hose Assys. x 3 (Feed Line to Modules)
Product Delivery Hose Assys 3 Sets. (Module to Delivery Pipe Assys in Ducts)
Installation Procedure
(Start with Module C closest to Column)
•(Ensure Product Position is Correct (Refer Pg. 27 NZ or 28 Aus.) Apollo 3000 Hydraulic & Intrinsic
Connections
•Connect Internal Delivery Hoses to Internal Delivery Pipe Assys (these exit into Sump from Ducts)
(Refer Pg18) Inside Enclosure Layout
•Attach Internal Product Feed Hose Assys x 3 to Fixed Main Feed Lines through Sump.
•Install Module Assy. “C”fit Hinge Pin lift module & Position Hold Up Brace (Refer Pg. 27 NZ or 28
Aus. to Ensure Correct Feed Path.)
•Attach Feed & Delivery Hoses to Meter Module.
•Repeat previous procedure for Module “B”then Module “A”
•Connect Mains & Switched Phase Cables into AC Control Boxes (Refer Drawing Mains & Switched
Active Cabling Layout Pg. 29. Secure Cables into Trunking provided, refer Pg. 18 & 19 (Inspection of
Cabling required)
•Assemble Float Switch/Bracket Assy onto Studs provided @ RH. end of Sump Enclosure. Position
Float down into Secondary Sump as low as possible. Ensure Float is free to travel upwards without
obstructions etc.
•Using a Draw Cord, Pull Encoder, Float Switch & AC Signal Cables through Cable Duct. Also feed
Steel Wire Amour Cable up Cable Duct.
•Plug Cables into Logic PCB Assy (see Drawing Control Logic Box Distribution PCB 87111 Pg. 30)
(Cables are Marked.)
•Fit Steel Wire Armoured Cable, Mains Feed Line into Head Cabinet via Flp. Gland connect as per
Drawing Pg. 29 (inspection of connections required) (Note Glands into Head Cabinet not Supplied)
•Insert Pump & LAN Comm’s Cables into Head Cabinet & Connect (through FLP. Glands)
Pump Comms Refer Pg. 32. Plug LAN Comms. direct to FST unit (Plug Supplied with FST)
•Attach Nozzle Holster Switch Cables to Logic Box (see Drawing Pg.30 + Pg17.)
•Check all Hydraulic & Electrical connections ( Electrical connection etc. to be Certified)
•Program Dispenser as per pages 6,7 & 8 (Also refer PEC Modular Pumps Manual 87372)
•External Cladding to be fitted. Refer instructions from FDL (Fibreglass Development Ltd
•Note: External Hoses can be fitted at this stage if required for testing etc. However they will need to be
remove to assemble GRP Cladding
•Once Cladding & External Hoses fitted Test run checking for leaks etc. (Use Pump Stack test Pg. 08)
•Check operation of Float Switch by lifting to activate. (if software VA 2.30P or greater fitted,
Dispenser will fatal error with FLUid showing in Dollar display. Power down to reset.(Refer Pg. 6, 7
& 42 for details & explanation)
•Check Cover is replaced over Power Supply PCB.

6
.
Apollo 3000 Set Up Procedure Standard Fuel
1. Set Up Addresses Dip Switches
Set addresses on AC Control PCB as shown in table below
Note AC Control Boxes number from right to Left as viewed with Column on your left, refer
Apollo 3000 Hydraulic & Intrinsic Connections layout Section Pg. 28 & 29
Box no. Dip Switches
4 3 2 1
A on on on off
B on on off on
C on on off off
2. Preset Display PCB Dip Switch Setting
3 Product front = 3,5 & 12 are on rest are off
3 Product rear = all set off
3. Power up
Apply Power, for Software Version VA 2.21 & > listen for single beep -pause-single- followed
by six short beeps
Displays should show as follows
FRONT Pn - A REAR Pn - b
Fn - _ _ Fn - _ _
Note if you get FUEL OFF then toggle Managers Switch to get required display.
4. Setting Hoses Active.
Empty RAM by Switching managers Swt. & pressing Service Agent Button, enter 10-Fill-Fill .
wait for Displays to return as per above.
Activate as follows.
Hose F1 = Enter 22-Fill-1-Fill Hose R1 = Enter 23-Fill-1-Fill
Hose F2 = Enter 42-Fill-1-Fill Hose R2 = Enter 43-Fill-1-Fill
Hose F3 = Enter 62-Fill-1-Fill Hose R3 = Enter 63-Fill-1-Fill
5. Check Pricing Displays read as indicated on Graphic Panel
Cents per Litre = “0.0”for Cents & Dollars per Litre = 0.000 for Dollars
Refer PEC Manual 87372 section “Dip Switch Settings Multipec”for corrections
Set Product Price
Product A = Enter 31-Fill-$ amount (eg 993-Fill = 99.3c)
Product B = Enter 51-Fill-$ amount-Fill
Product C = Enter 71-Fill-$ amount-Fill
Note To test Comms. And Console control is working correctly, enter a non real price for each product
and then switch unit over to Console control price should then change as set on console. Check both
sides
6Pump Number (Comms. Connection)
To connect to Console unit has to be numbered both front & rear.
To number Front Enter 20-Fill (Display shows PF-00)
Enter Required # (Display shows = PF- (number entered)- enter Fill
To number Rear Enter 21-Fill (Display shows = PF-00)
Enter Required # (Display shows = PF- (number entered)- enter Fill
Switch Managers Switch to normal
Note (#) = Pump/Console number

7
.
Apollo 3000 Set Up Procedure Standard Fuel continued
7Plug in Batteries
8Test Diagnostics (Refer Pg.08)
9Version VA 2.30P or Greater Software
Version VA 2.30P has optional settings between Air Sense & Fluid Float Switch Operation.
Explanation of operation:
Air Sense Operation = No Link present or Link Cut @ position 10 @ Dip Switches positioned on
Front Preset Display PCB Assy.
Fluid/Float Switch Operation = With Link in place @ position 10 @ Dip Switches positioned on
Front Preset Display PCB Assy.. Air Sense Operation This mode allows for Air to be detected when an
Air Sense device is fitted. Air Sense operate such that when Air is detected, the Main Valve of the fluid
being dispensed will shut down for a period of one Minute, delivering on Final/Slow stage only. Should
the Air source not be eliminated within that period of one minute then Pump will shut down completely &
display Fatal Error between 32 & 37 depending on product being dispensed (Air Sense operation set with
No Link or Link Cut @ position 10)
Fluid/Float Switch operation allow for a Float Switch which is positioned within under ground Sump
Enclosure, to detect the presents of Fluid which then shuts Dispenser down. (Reset required)
If Dispenser is in idle stage (eg. Non Delivery) & Float Switch is activated (Fluid detected), FLUId
with appear immediately in both Front & Rear Main Displays.
However if one side of Dispenser is operational (delivering) & Float Switch is activated (Fluid
detected), Dispenser will shut down immediately with FLUId appearing in opposite side Display to that
being used. On the side that was operational, Displays will retain present delivery values but will start to
flash once Nozzle has been returned to Holster for a period of 1 minute. FLUId will appear in that side
Display only once Nozzle has been removed.
Power should be immediately shut off to Dispenser.
To reset Dispenser : Remove fluid from Sump Enclosure, repair source of Fluid leak , ensure Float
Switch is returned to normal operating position. Return Power to Dispenser, operation should commence
as normal.
Note To switch Dispenser to LOCAL mode (Non Console control )
With Managers Switch on Enter 04-Fill middle display shows LOCAL enter Fill again, Switch
Managers Switch to normal.
(Note Comms Cable must be disconnected for Local mode to operate)

8
.
Pump stack test 30*
50* 70*
This test cheeks the operation of the pump motors (internal or submersible).
The motor can be switched on and off, as can the slow and fast flow rates.
The flow rate is displayed in the Price per litre display.
Pump motor Function number
F1 & R1 30
F2 & R2 50
F3 & R3 70
Initially, the display appears as shown in the illustration. Decimal points between each set of two figures indicate
whether nozzles switches are open. A central decimal point indicates air in the flow detected by the air sensor (if
installed). The first digit gives the rate of flow for the hose, in tens of litres per minute, and the second digit
counts the number of encoder errors received.
Note Encoder errors can be any number
but must not change (eg change indicates error)
Diagnostic Testing of Motor & Valve Operation
This function can be used to turn Motor, Final & main stages of Solenoid valves idea for checking connection and correct
operation etc.
Note Managers Switch must be on to access these functions & Diagnostic Switch pressed
Function 30 for Product ‘A’
Function 50 for Product ‘B’
Function 70 for Product ‘C’
Once in any of the above Function press key once as listed below to activate and a second time to deactivate.
Note Numbers being activated show in ‘Dollars Display”
Key Function
1 Motor
2 Sol/Valve final stage (front)
3 Sol/Valve main stage (front)
4 Sol/Valve final stage (rear)
5 Sol/Valve main stage (rear)
Front Hose
R
ear Hose
Nozzle Switches Rear
Encoder Errors
Encoder Flow Rate
Nozzle Switches Front
Encoder Errors
Float Switches Encoder Flow Rate

9.
Feed Line Detail
Note distance between test point seals on assy. shown above must be min possible .
Inside distance between Bulkhead Seals in Hydraulic Enclosure is, 0.432m
therefore feed line Tee termination arrangement must fit within this distance.
Above view is as viewed from enclosure (sump) end away from Column (RH end ).
Tee & Shut off Valve hang down towards floor of enclosure with ¾ Elbow facing to back face of
enclosure. Handle of shutoff valve operates in the same plan as feed line, (eg front to rear.
Elbow
B 22-22-12-12
3-4 CR 33 MS

10.
Rear Grade ID
Tote grade ID Decal not shown
front only
89717 Graphic
Panel Rear
89716 Graphic
Panel front (not
shown
)
89939 “BP Ultimate” or
89941 “Diesel”
or
89919 Low Sulp. Diesel
89935 “Super”
89937 Unleaded
or
89922 Pre. Unleaded
or
89954 Ultmate Hi
- - 1 + V1
Swivel x 6
89883 Hose Assy “C” Short
@ 3.025m x 2 *
89884 Hose Assy “B” Mid
@ 3.25m x 2 *
89885 Hose Assy “A” Long
@ 3.4m x 2 *
89938 “:BP Ultimate”
or
89940 “Diesel”
or
89918 Low Sulp. Diesel
89947 Hol Panel
+
89825 Holster. Panel
Mtg Brkt
(Not Shown)
83780 Holster Assy
83694 Holster only
89936
Unleaded
89934 “Super”
or
89921 “Pre. Unleaded”
or
89952 “Ultmate Hi” NZ
•+ 87793 Drybreak Hose Assy x 6
+ ..3360 Inline Safety Break x 6
ID Roundals (Badge)
EK 145
Pre. Unleaded 89923
Super LRP 89932
Diesel 89931
Ultmate 89930
Unleaded 89929
Cover
EK 144 = Black
EK 144/GD = Gold
EK 144/G = Green
EK 144/S = Silver
EK 144/R = Red

1
1.
Float Switch
89778 Float Swt Mtg
Angle (only) 89749 Float Switch &
Bracket Assembly

1
2.
Head Cable Entry
FLP Gland 823450
F
LP Plug 44024 x 4
Dury Lock Nut
803220 x 9
89773 Cable
Assy
89717 Graphic Rear
or
89716 Graphic Front 89715 Door

1
3.
Head Cabinet Rear Display
866570 Spacer (Typ.)
803520 Nut (Typ)
87276 Main Display.
Refer Pg.??
for Cable Layout 87271 Price
Display x 3
Clip 824080
89727 Switch
Assy.
89755 Brkt only
87281 Preset
Display
.87711 Hinge Plate
88327 Hinge
Screw M4 x 10 Csk.
Hd
89715 Door
825960 Lock
89713 Cam
827350 Tape Seal

1
4.
Head Cabinet Inside View
87151 Pwr. Sup PCB Assy (not shown)
89752 Cover
862820 Terminal Strip (not shown)
83665 PCB Cover Mtg. (not shown)
83638 Mtg. Boss (not shown)
+ M3 x 8 Pan Hd. Screw
859570 Fluo. Light
859615 Batten Holder.
89719 Mtg. Brkt
867105 Light
Cable @ 1m
89779 FST Mtg. Brkt.
800620 Screw M4 x 10
Pn. Hd
802220 Screw Self Tap.
AB Pan. Hd 6 x ¼”
88230 Battery Assy
87750 Battery Mtg Brkt

1
5.
Head Cabinet Front Displays
87281 Preset
PCB Assy.
87271 Price
Display PCB
Assy.
87276 Main Display
PCB Assy.
Refer Pg.??
for Cable Lay out
87195 Mem.
Key Pad
89710 Head Cabinet Assy.
89711 Head Cab. Mtg. Brkts.
x 2 not show

1
6.
Head Cabinet Internal
88310 Cable Assy.
(Logic Box –Processor)
40 Way Housing 861230
83210 Cable Assy
Proc. - Power
83202 Cable Assy
Pump Comms.
87380 Pro. Eprom.
881730 Label
Intrinsic
87338 Tote
Cable Assy.
824510 Cable Clip