Download Service Manual Poseidon

Poseidon 7
Service Manual
TsJ 6-03.02
Index
1
A
TechnicalData
B
Construction
C
Function
D
Trouble-shooting
E
Service/Repair
F
Adjustment/Test
G
WiringDiagrams
H
SparePartsProposal
I
SpecialInformation
Index
Poseidon
Technical Data
A
Poseidon 1200
Primary data
Voltage
Frequency
Motor coupling
Number of phases
Power consumption
High voltage
Leakage current
Resistance in ground circuit
Absorption power
Axel power
Revolutions
Control voltage
Signal voltage microprocessor
IP classification
Bypass time auto start/stop
Bypass time manual
Water volume, high-pressure
Water volume, low-pressure
Machine's pressure gauge
Pump pressure, high-pressure
Pressure, h-p pump outlet
Opening pressure, pump outlet
Bypass pressure
Suction capacity
Suction height, primed
Max. water inlet temperature
Max. water inlet pressure
Reaction force, max.
Acoustic pressure level
Oil volume
Oil type
Poseidon_GB01
Unit
VAC
Hz
Pce.
A
KV
mA
Ohm
kW
kW
Min-1
VAC
VAC
Sec
Min
l/min
l/min
Bar
Bar
Bar
Bar
Bar
Bar
m
°C
Bar
N
dBA
Litre
General
200
240
50
Nominal values
400 415 440
50
50
50
3
12
3
3
440
60
Tolerances
+6/-10%
3
+-1.5
2.4 in 2 sec.
0.75
0.2
200
240
6.7
5.5
1440
400
5
45
20
5
17.6
19.1
175
158
152
185
11
0.17
3
85
415
440
440
1420-1470
+-10%
+-10%
+-8.5%
+-7
+-4
10
54
75.4
0.5
Pump oil 100
1
Technical Data
A
Poseidon 1280
Primary data
Voltage
Frequency
Motor coupling
Number of phases
Power consumption
High voltage
Leakage current
Resistance in ground circuit
Absorption power
Axel power
Revolutions
Control voltage
Signal voltage microprocessor
IP classification
Bypass time auto start/stop
Bypass time manual
Water volume, high-pressure
Water volume, low-pressure
Machine's pressure gauge
Pump pressure, high-pressure
Pressure, h-p pump outlet
Opening pressure, pump outlet
Bypass pressure
Suction capacity
Suction height, primed
Max. water inlet temperature
Max. water inlet pressure
Reaction force, max.
Acoustic pressure level
Oil volume
Oil type
Poseidon_GB01
Unit
VAC
Hz
Pce.
A
KV
mA
Ohm
kW
kW
Min-1
VAC
VAC
Sec.
Min
l/min
l/min
Bar
Bar
Bar
Bar
Bar
Bar
m
°C
Bar
N
dBA
Litre
General
200
240
50
Nominal values
400
415 440
50
50
50
3
13
3
3
440
60
Tolerances
+6/-10%
3
+-1.5
2.4 in 2 sec.
0.75
0.2
200
240
8.3
6.5
1440
400
5
45
20
5
18.6
20.3
195
178
170
200
12
0.17
3
85
415
440
440
1420-1470
+-10%
+-10%
+-8.5%
+-7
+-4
10
75.4
0.5
Alphasyn T 150
2
Technical Data
A
Poseidon 720
Primary data
Voltage
Frequency
Motor coupling
Number of phases
Power consumption
High voltage
Leakage current
Resistance in ground circuit
Absorption power
Axel power
Revolutions
Control voltage
Signal voltage microprocessor
IP classification
Bypass time auto start/stop
Bypass time manual
Water volume, high-pressure
Water volume, low-pressure
Machine's pressure gauge
Pump pressure, high-pressure
Pressure, h-p pump outlet
Opening pressure, pump outlet
Bypass pressure
Suction capacity
Suction height, primed
Max. water inlet temperature
Max. water inlet pressure
Reaction force, max.
Acoustic pressure level
Oil volume
Oil type
Poseidon_GB01
Unit
VAC
Hz
Pce.
A
KV
mA
Ohm
kW
kW
Min-1
VAC
VAC
Sec
Min
l/min
l/min
Bar
Bar
Bar
Bar
Bar
Bar
m
°C
Bar
N
dBA
Litre
General
Nominal values
230
50
3
1
12
Tolerances
+6/-10%
+-1.5
2.4 in 2 sec.
0.75
0.2
2.9
2.1
1430
230
5
45
20
5
11.5
12.5
105
101
93
125
10.5
0.17
3
85
1420-1470
+-10%
+-10%
+-8.5%
+-7
+-4
10
54
75.4
0.5
Pump oil 100
3
Construction
B
Frame
The frame is built of Ø25mm steel pipes. One nozzle can be stored on each side of the machine.
2, Ø250mm wheels and 1, Ø100mm swivel wheel are mounted to the frame.
A bent bar is attached to the front of the frame to protect hose attachments. The bar is also used for lifting the
machine both manually and by crane.
The back bar is equipped with fixtures for mounting hose reel, a U-bar for placing nozzles, and winding reel for
electrical cable.
The steering handle is made of plastic.
Cabinet
The cabinet is made of vacuum-shaped plastic.
On the cabinet’s top side there is room for storing small auxiliary articles.
All hoses are connected through the hole at the front of the cabinet.
Motor/pump
The motor/pump unit is attached to the frame with four taptite screws in the electric motor’s stator. This
way the pump can be accessed from the front of the machine, and those parts of the pump susceptible
to wear are easily serviced.
The pump is a 4-cylinder axial piston pump with a wobble disc system and solid ceramic pistons. Suction
and pressure valves are made of stainless steel.
The oil system is closed, and the oil level can be checked through a liquid indicator on the side of the
cabinet.
The pump’s water connection is mounted using ¾” quick-acting coupling.
The pump’s pressure outlet is mounted with a 3/8” quick-acting coupling
nipple.
The pump pressure can be read in bars (CPA) on an adapted pressure gauge.
Start/stop system
The machine’s start/stop system is controlled by a microprocessor that stops/interrupts the signal from
a reed switch. The reed switch is activated by the flow of a magnetic piston mounted in the pump outlet’s
flow control through the pump.
The start switch has 3 settings:
0 = Machine stopped.
I = Aut. start/stop. Machine stopped with automatic stop function if the spray handle is not activated
after 20 seconds.
Man = Manuel. Machine started in manual position. The machine stops automatically, however, if the
spray handle is not activated after 5 minutes.
Use the manual position if the machine is set to suction without water inlet pressure.
Poseidon_GB01
1
Construction
B
Electrical system
The electrical system is located in electrical casing placed on the motor/pump unit.
All automatic functions are controlled by a microprocessor built into a circuit board.
Equipment
The machine’s standard equipment consists of:
Ergo 3000 spray handle.
10 mtr. Double wire high-pressure hose.
Tornado nozzle.
¾” quick coupling nipple.
Poseidon_GB01
2
Function
C
Pump Function
The illustration below shows a cross-section of the Poseidon pump.
The pump’s job is to move a given amount of water from the suction side to the high-pressure nozzle.
The volume of water depends on the pistons’ quantity, diameter, impact length, and number of impacts
per minute.
When wobble disc A is turned, the piston is pulled down with the help of retracting spring B, and water
is sucked through suction valve C.
When the piston rises again, the suction valve closes, and pressure valve D opens.
From here, water is propelled towards the pump’s bypass valve.
Because of the high-pressure nozzle’s small opening, considerable force is needed to move the pistons
forward.
In order to reduce lost friction, the force of the motor is transferred to the pistons via the wobble disc’s
oil-soaked E roller bearings.
The pistons are composed of a stainless steel portion, which is controlled by the cylinder and sealed
with oil sleeve F. The upper portion of the piston is ceramic, the seal on the water side consists of a gasket
system.
At the top is textile sleeve G, which seals out high-pressure. A smaller leakage current passes down
to low-pressure sleeve H, and between these two sleeves, the lubrication is drained back to the suction
side through a small channel.
Poseidon_GB01
1
Function
C
Bypass Valve Function
The bypass valve has 4 functions:
1. Protect the machine against excess pressure.
2. Relieve the pressure in bypass.
3. Fast conversion to high-pressure.
4. Ensure 0 pressure when the machine is stopped.
Operation:
The water from the pump is led into chamber A of the bypass valve.
From there, the water passes through hole B in piston C and out of the machine.
This leads to a pressure imbalance in piston C, which keeps valve disc D closed to valve seat E.
Bypass:
When water consumption stops (the spray handle is released), pressure increases briefly until safety valve F
opens upon reaching the pressure setting, which should be adjusted to 25-30 bars over working pressure. This
causes the pressure drop in piston C to disappear, and valve disc D moves from valve seat E. The machine is
now running in bypass.
Poseidon_GB01
2
Function
C
P O S E ID O N S P R A Y
D
F
E
A
B
B
C
Poseidon_GB01
3
Function
C
P O S E ID O N B Y - P A S S
D
F
E
C
B
Poseidon_GB01
A
B
4
Function
C
Flow Control
Flow control consists of:
1.
2.
3.
4.
Casing
Piston w/ magnet
Spring
Reed switch
Operation:
A drop in pressure in the piston pushes the piston forward, causing the magnet to activate the reed switch.
A drop in pressure on the piston’s end face causes the piston to remain in this position.
Bypass:
When water is not being consumed, the drop in pressure in the piston stops, and the piston is pushed back
by the spring, deactivating the reed switch.
The pressure is balanced out through the hole in the piston, and the force of the spring holds the piston in a
neutral position.
5 V O L T
S P R A Y .
0 V O L T
B Y - P A S S .
Poseidon_GB01
5
Function
C
PC Board
The circuit board has the following functions:
1. To start the electric motor when starting the machine.
2. To stop the electric motor when operation of the machine is finished.
3. To record and store data concerning the machine’s work situations, operation, and bypass.
The circuit board is protected against excess pressure thanks to a circuit breaker (0.63A- SLOW) placed on
the board.
Start switch positions
0:
The machine is not in operation; there is no power from the Start/Stop switch to print and the contactor’s
magnetic pole.
1:
The machine is set to automatic start/stop operation.
When you activate the spray handle and water is flowing through the machine, the flow sensor’s reed switch
signals the circuit board’s microprocessor, and the machine runs uninterrupted.
When you release the spray handle, and water flow through the machine stops, the signal to the PC board’s
microprocessor is interrupted. After a 20-second delay, power to the contactor’s magnetic pole is cut off, and
the electric motor stops.
Man:
The machine is set to manual operation.
The flow sensor is monitored via the reed switch but is not active.
The electric motor runs uninterrupted regardless of whether or not the reed switch registers water flow.
When you release the spray handle and the water flow through the machine stops, the power to the Start/Stop
switch and to the contactor’s magnetic pole is cut off after 5 minutes.
The machine must then be restarted using the Start/Stop switch.
Service functions:
1.
2.
3.
4.
Identification of machine and software type.
Read-out of number of starts.
Read-out in hours/minutes of operating time under flow.
Read-out in hours/minutes of bypass time.
These read-outs are made with ALTO SB Datalogger .
A description of SB Datalogger will be added later.
Poseidon_GB01
6
Trouble-shooting
D
Operating Requirements
To ensure error-free operation, the following requirements must be met:
Water quality must be free of impurities > 50 µ.
5.
Water supply must be sufficient at all times.
6.
Ambient temperature must not exceed 40°C.
7.
Supply voltage must not vary by more than 6% of the given value.
Poss. cause/ Check
Symptom:
Suction sleeve
Flow control
4.
Water temperature
Suction height
Suction cup on bypass valve
Oil sleeve + oil hoses
In suction mode, water temperature must be significantly lower, depending on the suction
height. Make sure the pump does not cavitate (water boils under vacuum).
Air in pump
Safety valve
Water supply
3.
Pressure sleeve
Water temperature must not exceed 85°C when inlet pressure on water supply.
Piston for bypass valve
Pump pressure + h-p nozzle
Suction valve + seat
Pressure valve + seat
Leaks in hoses
Bypass valve + disc
O-ring in cylinder head
Water filter
2.
Electrical connections + plug
Temperature sensor in motor
Start switch
Print + reed switch
Machine and equipment must be free of air and without leaks.
Circuit breakers
Contactor + coil
1.
Motor doesn't start
X X X X X X
X
Motor doesn't stop
X
Motor stops
X X X X
X
X
Max. pressure too high
X
Max. pressure too low
X X X X X X X X X X X X
Max. pressure irreg. in suction
X
X
X
X
X X X
X
Max. pressure 50-70 bars
X
X X
Max. pressure pulsating
X
X
X
Bypass pressure too high
X
X
X
Oil consumption too high
X
Pump run only bypass
X
X
Bypass valve "thumps"
X X
X
Uneven pressure during operation
X
X
Pump doesn't go into bypass
X
X
Poseidon_GB02
1
Service/Repair
E
Safety valve
The safety valve’s factory setting for opening pressure = working pressure + 25 to +30 bars.
Upon each service inspection the setting must be tested and, if necessary, adjusted.
When mounting, affix ball and pressure plate to the spring with lubrication.
The seat is screwed on using a 10mm socket wrench (no gasket required).
Before testing with a pressure gauge, make sure that two threads are visible behind the locknut.
Warning: Before starting the pump, check that the test manometer valve is open. Close the valve slowly;
pressure must never exceed 250 bars.
Pressure side
10mm special wrench
no.: 1206754
6mm Allen wrench
Suction side
M a x . 2 5 0 b a r.
M a n
o
1
Poseidon_GB01
1
Service/Repair
E
Valve cylinder head 1
Removal and mounting is done manually.
Lubricate the large O ring with grease.
Lubrication duct
K
en
ne
y
Pressure valve seat
Suction valve seat
Nylon ring
Textile sleeve (hard)
Back-up ring
Rubber sleeve (soft)
Remove the suction valve seat using impact piercer no. 1216506.
Press out the pressure valve using a 2 mm piercer.
Check valve seats.
Mount again with fingers.
Poseidon_GB01
2
Service/Repair
E
Valve cylinder head 2
Lock/back-up ring
O-ring
Rubber sleeve secondary
Thrust collar
Back-up ring
Textile sleeve
Expansion/back-up ring
ey
nn
K e
Suction valve
Pressure valve
O-ring
When mounting textile sleeves, use tool no.: 1220090.
It helps to place the sleeves in a water bath 3-4 hours before mounting.
Remember to blow through the lubrication ducts with compressed air.
Poseidon_GB01
3
Service/Repair
E
Cylinder block 1
Oil filling
Plate
O-ring
Torque: 37 Nm
Oil sleeve
Back-up ring
Oil draining
Always replace secondary sleeves when
replacing pressure sleeves.
Check for free passage in the thrust
collar’s drainage holes.
Drain the oil by loosening the plug at the bottom of the cylinder
block.
Loosen the 8 nuts evenly in consideration of the pressure from
the piston springs.
Use special head no. 1206762.
Mount new O rings on stay bolts using tool no. 1206812.
When changing the oil, loosen the hose connection above
the cylinder block.
Oil (0.5 litres) is poured into the threaded hole.
Testing has shown that the pump does not consume oil
during normal operation.
In other words, under normal circumstances you do not
need to refill oil in the pump.
Nevertheless, the oil level and quality must be checked
regularly through the liquid indicator.
Poseidon_GB01
4
Service/Repair
E
Cylinder block 2
Carefully lift the oil
sleeves out with a
suitable screwdriver and
dispose of them.
Be careful not to scrape
the surface.
Before inserting the new
sleeves, it is a good idea
to moisten the sleeves
with soapy water.
Insert new oil sleeves
using piercer no.
1220429.
Gently tap or press in.
Oil sleeve
Contact surface
Poseidon_GB01
Stainless steel
Low-pressure
Ceramic
High-pressure
Inspect the piston for
wear on the contact
surface and in the
area for oil sleeves.
Examine the ceramic
for cracks, and wipe
clean any deposits.
5
Service/Repair
E
Motor / wobble disc 1
The motor consists of a stator with windings, a rotor with an axel that is held in place with a bearing in
the N-bearing cover and the wobble disc’s innermost needle bearing in the D-bearing cover.
Ventilator 4 is pressed onto the rotor over locking bush 5 and is mounted with two screws.
The wobble disc’s pressure plate 23 is held in place with peg 22. Plate 21 ensures that needle bearing
24 is held apart from oil sleeve X.
4
N
s ta to r
ro to r
D
23
2 2
x
2 1
2 7
5
Remove locking ring 27.
The wobble disc is easily removed with
wheel dresser no. 1205715 and special
leg no.1206150/1206168.
Remember to remove parallel key 17 before
removing D-bearing cover.
Check bearing surfaces for wear.
If in doubt, replace set 28 completely.
Poseidon_GB01
6
Service/Repair
E
Motor / wobble disc 2
When mounting complete D bearing cover,
protect the oil sleeve using tool no. 1206598,
and place it on the axel before mounting
24
25
26
27
30
31
32
When mounting the wobble disc, lubricate the bearings with oil. The large roller bearings 25 and 31 are
identical. Remember to place locking ring 27 on the axel.
No. 26
No. 32
Inspect the bearing surfaces for wear. As long as there is only regular wear without holes or ridges, as in the
pictures above, the wobble disc can be used again.
Poseidon_GB01
7
Adjustment/Test
F
Adjustment of reed switch
Place the reed switch in the plastic case with the screw loose enough so that the switch can still be moved
back and forth.
Place the reed switch as far forward in the direction of the water outlet as possible.
Start the machine on setting 1, without a water connection.
After approx. 20 seconds, the machine stops, and you can then adjust the reed switch.
Slowly push the reed switch back until the machine starts.
Next pull the reed switch approx. 3 mm away from the machine, and tighten the screw in the plastic
casing.
Finally, test the start/stop function with a water connection to the machine.
This adjustment can also be made with an ohmmeter. In that case, remember to disconnect the machine
from the power source.
B Y - P A S S .
3 - 4 m m .
Poseidon_GB01
1
Adjustment/Test
F
Torque
Poseidon_GB01
2
Poseidon_GB01
1
2
3
4
5
6
7
8
9
1 0
1 1
1 2
1 3
1 4
1 5
1 6
1 7
1 8
1 9
2 0
A 1
0
1
2
S 1
b l
L 3
L 2
X 1
0 V
X 2
2 3 0 V
X 3
4 0 0 V
X 4
S c h ü tz
2 a
2
b r
s w
L 1
X 5
P ro g ra m m
1 a
1
F lo w
1
B 2
X 7
S te u e r p la tin e
C o n tro l
P C B
B 2
B 3
S tro e m u n g s w a e c h te r
T h e r m o s c h a lte r
M o to r
F lo w
s e n s o r
T h e r m a l s w itc h
K 1
S c h u e tz
C o n ta c to r
m o to r
S u c k in g
2
1
S 1
X 6
2
3
4
3 p h
M o to r
Wiring Diagrams
P E
A 1
3 p h
M 1
M o to r
4
S 1
D r e h s c h a lte r
R o ta ry
4 a
X m a /b
X 1 0
M o to rs te c k e r
S a m m e lk le m m e
M o to r c o n n e c to r
C o n c e n tr a tio n
te r m in a l
s w
s c h w a rz
b ra u n
b la u
b la c k
b ro w n
b lu e
s w itc h
Q
1
K 1
2
3
5
4
6
A 1
A 2
b r
b l
X 1 0
X m a
X m b
1
2
3
6
5
U 1
4
7
(1 4 )
9
V 1 W 1
M 1
M
3 ~
U 2
Ä n d e ru n g
D a tu m
V 2
W 2
B 3
N a m e
g e z .
D a tu m
N a m e
2 7 .0 9 .0 1
P o e s c h l
B e z .
3 p h
S te rn
R
Z e ic h n .- N r .:
7 1 1 8 6
B l.
1
v o n
1
P r o je k tb e z .
g e p .
G
P o s e id o n
1
Poseidon_GB01
1
2
3
4
5
6
7
8
9
1 0
1 1
1 2
1 3
1 4
1 5
1 6
1 7
1 8
1 9
2 0
A 1
0
1
2
S 1
b l
L 3
2
b r
L 2
s w
L 1
X 1
0 V
X 2
2 3 0 V
X 3
4 0 0 V
X 4
S c h ü tz
2 a
1
X 5
P ro g ra m m
1 a
P E
F lo w
X 7
1
1
3
1
2
S u c k in g
X 6
2
3
4
5
2
4
4
B 2
6
Wiring Diagrams
K 1
S 1
Q
4 a
1 4
K 1
1 3
R 1
1
2
3
4
5
6
7
8
1 a
2 a
3 a
4 a
5 a
6 a
7 a
8 a
S 2
2 5
2 6
K 1
A 1
S te u e r p la tin e
C o n tro l
P C B
B 2
B 3
S tro e m u n g s w a e c h te r
T h e r m o s c h a lte r
M o to r
F lo w
s e n s o r
T h e r m a l s w itc h
K 1
S c h u e tz
C o n ta c to r
M 1
M o to r
R 1
W id e r s ta n d
R e s is to r
S 1
S 2
D r e h s c h a lte r
S te r n - D r e ie c k - S c h a lte r
R o ta ry
s w itc h
S ta r - tr ia n g le
X m a /b
X 1 0
M o to rs te c k e r
S a m m e lk le m m e
M o to r c o n n e c to r
C o n c e n tr a tio n
te r m in a l
s w
s c h w a rz
b ra u n
b la u
b la c k
b ro w n
b lu e
m o to r
A 1
3 p h
M o to r
3 p h
A 2
X m a
X m b
1
2
3
6
5
4
7
9
s w itc h
(1 4 )
U 1
V 1 W 1
M 1
M
b r
3 ~
U 2
Ä n d e ru n g
D a tu m
V 2
N a m e
g e z .
b l
B 3
D a tu m
N a m e
1 6 .1 1 .0 1
P o e s c h l
S 2
Z e ic h n u n g
S 2
D r a w in g
S c h a lte r s te llu n g
s w itc h
S te rn
p o s itio n
s ta r
B e z .
R
P r o je k tb e z .
3 p h
u m s c h a ltb a r
P o s e id o n
Z e ic h n .- N r .:
7 1 1 9 9
B l.
v o n
1
1
G
g e p .
W 2
2
Poseidon_GB01
1
2
3
4
5
6
7
8
9
1 0
1 1
1 2
1 3
1 4
1 5
1 6
1 7
1 8
1 9
2 0
0
1
A 1
2
S 1
N
X 1
0 V
X 5
P ro g ra m m
P H
2 3 0 V
X 3
4 0 0 V
X 4
S c h ü tz
P E
F lo w
X 7
1
B 2
K 1
2
S te u e r p la tin e
C o n tro l
P C B
B 2
B 3
S tro e m u n g s w a e c h te r
T h e r m o s c h a lte r
M o to r
F lo w
s e n s o r
T h e r m a l s w itc h
C 1
B e tr ie b s k o n d e n s a to r
o p e r a tin g
3
5
A 1
4
6
A 2
Q
S u c k in g
X 6
K 1
S c h u e tz
C o n ta c to r
2
1
S 1
2
3
M 1
M o to r
S 1
D r e h s c h a lte r
R o ta ry
X m a /b
X 1 0
X 1 1 /1 2
M o to rs te c k e r
S a m m e lk le m m e
R e ih e n k le m m e
M o to r c o n n e c to r
C o n c e n tr a tio n
te r m in a l
T e r m in a l
S tr ip
1 p h
M o to r
m o to r
c a p a c ito r
Wiring Diagrams
X 2
1 a
1
1
A 1
2 a
2
1 p h
4
4
4 a
s w itc h
X 1 1
C 1
X 1 0
X 1 2
X m a
X m b
1
5
3
6
4
7
2
9
(1 4 )
U 1
Z 1
M 1
M
1 ~
U 2
Ä n d e ru n g
Z 2
D a tu m
B 3
N a m e
g e z .
D a tu m
N a m e
2 8 .0 1 .0 2
P o e s c h l
Z e ic h n .- N r .:
B e z .
1 p h
R
S ta n d a rd
7 1 2 0 5
B l.
1
v o n
1
P r o je k tb e z .
P o s e id o n
G
g e p .
3
Spare Parts Proposal
H
1
0 7
0 0
6 3
1 8 0 2 5 2 9
6 1 0 0 6 6 6
9 9
9 8
6 3 0 1 1 6 6
2 6 0 2 2 7 4
9 7 = 1 1 1 9 5 7 1
9 8 = 1 1 1 9 8 2 0
9 9 = 1 1 1 9 5 7 0
9 9
9 8
6 1 0 0 6 1 0
9 7
9 9
6 3 0 1 3 3 5
5
1 9
1 9
1 1
1 0 7 1 2 0 7 0 0
0
0 8
0 0
6 3
9
0 7
0 0
6 3
9 7
9 9
9 7
9 9
Poseidon_GB01
1
Spare Parts Proposal
H
1 0 1 1 1 9 4 1 0
3 0 0 1 1 7 9
3 6 0 1 2 6 2
0
5 8
1 8
1 1
6 4 4 1
5
9 2
0 0
6 1
6 1 0 1 0 4 2
3 0 0 1 7 1 6
6 1 0 1 0 6 1
1 6 0 2 9 4 5
6 1 0 0 9 4 1
1 1 1 8 5 1 2
1 0 1 1 1 9 4 1 1
Poseidon_GB01
2
Spare Parts Proposal
H
9 9
6 1 0 0 6 1 1
3 2 0 0 6 2 3
0
7 5
0 1
6 1
6 1 0 1 7 4 9
9 9 9 9
9 8
3 2 0 0 6 5 6
1 8 0 2 5 1 1
3 2 0 0 6 1 5
3 2 0 0 6 1 5
9 8 = 1 1 1 9 8 2 0
9 9 = 1 1 1 9 5 7 0
1 0 7 1 2 0 7 0 4
3 2 0 0 6 6 4
Poseidon_GB01
3