LCS PowerPong 2000 User manual

Table Tennis Robot
PowerPong 2000-2001
developed by Csaba Lukács
Operation Manual
Πcertificated!

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Important: Please read instructions carefully prior to use!
The chapter Control Panel (Summary Description) explains the basic preparations for the operation of the
Table Tennis Robot PowerPong 2000
1. Assembly
3-4.
2. Control Panel
(Summary Description)
5.
3. Operation
Turning on the Machine, Adjustments
Type of the balls
Ball Placement, Random placing
Rally programing
Height of the Head
AFC function
Memory
Ball Frequency
Turning off the Machine, transport
6-
6.
6-7.
7.
8.
9.
9.
9.
10.
4. Maintenance and Repair
10-11.
5. List of Replacement Parts
11.
6. Error Management
12.
7. Technical Data
Further developing steps
12.
PowerPong 2000 Table Tennis Robot
from novice to professional, from defender to attacker,
... ideal for every type of player and every level of play
You are now the owner of a Table Tennis Robot by Butterfly, developed by Csaba Lukács (Hungary).
The manufacturer offers a 2 year full warranty and a 5 year service for repairs and replacement
parts, starting with the date of purchase. Please keep your receipt!
•World novelty: A unique head with 3 discs
•Discs made of tough foam with a special coating for longevity
•Compact, solid, functional workmanship, built together with a big collecting net (6 kg)
•Well thought-out and easy to use control panel
•Programmed and random throwing of balls with different spin, speed, direction and trajectory
•Computer-controlled adaptation for length (equal length to corners and the centre of the table)
•Memory and AFC (Automatic Frequency Control) functions
•Remote control
•All functions adjustable from the player’s side on the control panel
•Adjustable height of the balls
If you take this advice into account, your " PowerPong 2000 " will always be a great training partner and
a friend (Amicus is Latin for „Friend“).
Please note:
•Please read this operation manual carefully before using the machine!
•The ball machine may only be connected 100-230 V voltage!
•The ball throw discs rotate at high speed. For that reason, avoid touching the discs during operation!
•The Table Robot PowerPong 2000 should only be used in closed and dry rooms!.

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1. Assembly
You should assemble the following main parts of the machine:
- Integrated throw mechanism with net - DC 24V adapter (100-240 V net)
- Control box - Extension cord
- Control box holder
Other belongings: Allan keys, throw disc, tube for setting distance, reserve rubber for the net, sticker vel-
cro for fixing the robot
1. Put the machine on the table with the net closed and with the connectors towards you. (Fig. 1.)
2. Connect the cable coming from the throw head to the 15 pole connector found on robot body (the upper
one), then connect the coaxial DC plug of the adapter close near the 15 pole connector, finally connect
one end (the smaller connector)of the extension cord in the 26 pole connector found under the 15 pole
one. (Fig. 2).
Attention: Connect the cables very carefully, because the pins could get wraped (twisted) very easily.
3. Turn down the net keeping poles until the first collision, then turn out the hanging poles (used for hang-
ing the machine on the table) in the position seen on the photo, and put the adapter and the extension cord
on the floor. (Fig. 3.)
4. Hang the machine on the table as you can see on the photo and turn the head in the table’s direction with
the help of the big screw found on the body. (Fig. 4.)
Fig 4.
kép
Fig. 4a.
kép
Fig 1.
kép
Fig 2.
kép
Fig 3.
kép

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Please note: A sticker velcro can be found on the inner surface of the hanging unit that is mounted to the
table. It is advised to stick the pair of this sticker found in the other belongings on the table, because so the
machine stands much more stable on the table. It is important to do that especially when children play ar-
round the table. (Fig.4a.)
5. Turn down the poles of the net in a way, that standing behind the machine and gripping the top points of
the net keeping poles pull those down in the two directions. (Fig. 5.) Then the back vertical part of the
net mechanism lifts up automatically. Fit the plastic corner elements found on the ends of the net
keeping poles exactly to the corners of the table how you can see below.(Fig. 6.)
Please note: There can be found sticker velcros on the inner surfaces of the plastic corner elements.
When the companion pieces (found among the other belongings) are put on the corners of the table then
the net can be fixed more stable to the table.
Then pull the end of the ball collecting net between the table tenis net and its metal net holder and fix
the rubber bands at the fastening screws of the table tenis net (Fig. 7). Push the sticker velcro fixed to the
side of the ball collecting net to its companoin piece fixed to the plastic corner as it can be seen on (Fig. 8.)
Hang the control box to its holder found on the side of the table.( Fig. 10.)
Fig. 6.
kép
Fig. 5.
kép
Fig. 7.
Fig. 10.
Fig. 8.
Fig. 10.
Fig. 7.

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2. Control box (Short description)
-With the help of the 1-6 rotary buttons for setting the ball place it is possible to set such 6 different
places (points) along the latitude of the table, where we would like the robot to place the balls. For example:
Ball 1 ⇒middle, Ball 2 ⇒left, Ball 3 ⇒right, Ball 4 ⇒right … Like it is shown on the drawing.
- Ball designator press-buttons (+) (-) Selecting the number of the placing points
- Buttons for setting the spin and display: Ball spin level setting and feedback
- Buttons for setting the speed and display: Ball speed level setting and feedback
- Buttons for setting the sidespin and display: Ball sidespin level setting and feedback
- Buttons for setting the ball traject. and display: Ball trajectory level setting and feedback
- Rotary button for setting the ball frequency Control. the ball frequency approx. 0-100 ball/min
- Rotary button for selecting memory place: Selecting 11 possible memory places
- Press-button for selecting memory and for saving Saving in memory (pushing it for long) and
(MEMORY Select/save) activating the memory place (pushing it for short)
-Button for Random function and display LEDs Switch on/off of two types of random functions
- AFC switch button and display LED Switch on/off of the automatic frequency control
- Button helping the setting (Backstep) Buttons for stepping back from the actual balls
- Button helping the setting (Sample) Giving actual balls while it is continuously pushed
(during making the setting). It has two functions:
1. Keeping it pushed the robot gives continuously the actual ball which can be set in the meantime.
2. Pushing it shortly – independent of the stage of the Ball/min button – it gets in „stop” position (the red
light starts to flash). Now it is possible to change any of the sets. Pushing it again shortly the ball feeding
starts if the „Ball/min” is not is „0” position.
Buttons for
setting sidespin
and display
Buttons for
setting spin and
display
Buttons for
setting speed and
display
Up and
down button
for setting ball
trajectory
and display
Ball designator
press-button
Ball designator
press-button (+)
1-6 rotary buttons
for setting ball place
Press button for selecting
memory and for saving
1-6 yellow LEDs for
showing the desiganted
balls
Rotary button
for selecting
memory place
Rotary
button for
setting ball
frequency
Buttons
helping the
setting
Button for Random
function and
display LEDs
Button for AFC
and display
LED

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3. Setting the features of the balls
The switch on of the machine
Put enough (50-60 pcs) balls in the net and turn the ”Ball/min” button to 0 position before connecting the
adapter to the power. After this connection the robot starts a short (approx. 10 s long) self positioning pro-
cedure. Then the control box automatically finds its basic position. The 1. yellow LED stats flashing, and the
robot is ready for play. If you turn up the “Ball/min” button to a higher position, then the throwing motors
start to work and the robot gives balls.
Attention: In case there wasn’t at all enough ball in the robot, then it fills up itself, which takes approx.
10 sec, and it throws the first ball only after this procedure.
We can define the following elements in order to set the PowerPong 2000 easier.
The features of the thrown balls
When setting the balls it is necessary to set the type and the place of the balls which parameters are defined
by the following parameters:
a. ) Spin (side spin)
b. ) Speed Ball type
c. ) Trajectory (the height of the shot)
d. ) Right-left placing }Ball placing
One type ball given to one point
The „Ball/min” button must be in 0 position!
Attention: It is possible to set the parameters of that ball (actual ball), which ones yellow light is flashing.
The first yellow light is flashing after the switch on of the robot. The parameters of this ball (Trajectory,
Sidespin, Speed, Spin) can be changed with the help of the buttons for setting the ball curve, sidespin, speed
and spin.
-The ball traject. can be set upwards with the upper and downwards with the lower button.
One short push changes 1 unit, approx. 0,5 degree on the curve of the ball which can not be seen on the
display because the lights change only after 8 units (fine set).
In case pushing longer one of the buttons, then after approx. 1 sec it is possible to step quickly (with 8
jumps) the setting of the ball trajectory, which is also shown on the display (quick set).
-The setting of the side spin it is possible by 15 degrees to right and to left. (each push results a 15
degrees bigger spin to right or to left)
-It is possible to set the speed in 19 positions.
-It is possible to set the speed in 11 positions: (0) position (empty ball); (-1) – (-4) positions (backspin
balls); (1) – (5) positions (topspin balls).
-The place of the ball can be set to right or to left with the turning button found under the yellow light.
-The ball frequency can be set with the “Ball/min” button turning it continuously in the 0-100 ball/min
range.
Setting the ball first it is a procedure of continuous tryings (at least until the user is not practiced enough),
which is, of course, helped a lot by the software of the robot. Therefore in case pushing the “Sample” button
the machine gives an actual ball (one that is set momently) during the setting procedure. The robot throws
such balls until the “Sample” button is pushed. It is possible so to set exactly a ball with the desired speed,
trajectory and spin.

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Remark: All the values can be continuously changed also in case the “Sample” button is pushed.
Tip: Exclusively when only the first ball is assigned, the values can be also changed when the “Ball/min”
is not in 0 position!!!
A certain type of ball given to more different places
In case a ball - that is set as it is described above - has to be given to more different places then as many balls
have to be assigned with the Ball designator button (+) as many beats we want to have in the combination
(max. 6) that will be played. (One more yellow LED goes up with each push. So many LEDs go up as
many balls play in the program)
Attention: The robot uses always the parameters of the actual ball (except the place of the ball) when a
new ball is designated, and the new designation will be the actual one. Therefore it is worthy to set cor-
rectly the type of the first ball, and then it is not necessary anymore to set the ball type (only the place)
later in case of the other balls.
Then it is nothing more to do, just to set the place belonging to each ball with the help of the Turning but-
tons for setting the place.
After starting to throw the balls with the help of the “Ball/min” button the robot starts to give the designated
balls one by one until the last one, and then jumping again to the first ball, and then the procedure is re-
peated.
Random ball placing (RND)
rnd play (small random)
In case the rnd is switched on with the Button for random function (RND) then the robot plays the set
rally (described above) but not exactly to the set places, but to 20 cm big surrounding of those, which is
closer to the real game. Do not set the ball placing to the edge of the table when using the „rnd”, because
the machine can throw the balls near the table by reason of the ball spread!
(It is enough the assigned ball to this finction.)
Rnd play (big random)
In case switching on the Rnd (pushing ones more the RND button) the machine doesn’t throw anymore the
set balls in their set order, but in random way, jumping here and there among the designated balls. Therefore
it can not be foreseen where the robot throws the next ball. It is sure only the fact that the balls are thrown to
one of the set places.
(It needs at least 2 assigned balls to use this function.)
Tip:In case one place is set more times within the program, then this place will be chosen randomly of
course but with bigger probability then the other set places.
Rnd and rnd together play
Rnd and rnd functions will be available together with pushing thrid time the RND button.
So as it is described above the robot throws the balls arround the places selected random out of the set
positions. With pushing the button fourth time is possible to get out of the RND function.

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Throwing different type of balls
The PowerPong 2000 robot is suitable to throw different type of balls one after the other to differ-
ent places.
This time the set described above differs only in the fact that not only the place but any other parameters of
each newly assigned ball can be changed with buttons speed, spin, trajectory, side spin. (see page 5.: Control
box (short description))
Do not forget that the newly assigned ball takes the parameters of the previous ball (except the place).
Therefore we want to have an assigned ball more times in the program, it’s advisable to step back to
this earlier set ball (and make it actual) with the help of the “Backstep” button and then to assign the
new ball. (So it is not necessary to set again the desired ball parameters, only the place.)
After finishing with the set of all the balls the robot starts to play the set point with turning up the
“Ball/min” button, and the parameters of the actually thrown ball appear on the display during play-
ing the point.
This is necessary because it could turn out that the set parameters of either of the balls has to be changed. In
this case the “Ball/min” button has to be set on “0” position, then step with the “Backstep” button to the ball
that needs to be changed – making it actual – and changing the parameters that appear there, and it is also
possible to try it immediately with the “Sample” button. In case the change is OK, the point can be started.
The rnd” and the „Rnd” functions can be used here in the same way like it is described in chapter “A cer-
tain type of ball given to more different places”
Tip: This function is suitable to set points with service, or to give more services – also different ones - one
after the other, just the curve and the speed - as it is typical to a service – has to be set in a way that the
ball to snap on that side of the table where the robot stands.
The height of the release head
Most table tennis robots do not have this possibility; however, with the PowerPong 2000 the ball is re-
turned at different heights in a realistic match play manner.
In case of the PowerPong 2000 the release height is adjusted in
the following way: it is quite easy to push down the net thanks to its
spring holding mechanism (Fig. 11.) The curved tube which holds
the release throw head can be pulled up and down in the ball tube
found under it when the
hand screw is loosened
(Fig. 12.). Finally adjust
the desired height in a way
that one of the silver signs
found on the thinner
internal tube to the top
margin of external thicker
tube,then tighten the hand
screw.
Fig. 12.
Fig. 11.

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AFC function
The application of the “AFC” (automatic frequency control) may have sense in case there are given different
type of balls (slow and fast ones in turn) within a rally. (See the above described.)
The robot takes into consideration that it has thrown a quick or a slow ball, and depending on it can give
more often or more seldom balls, getting closer this way to the real game.
Remark: This function has been born based on the experience that usually the quick balls are given
back quickly, but usually it needs more time to give back the slow and short balls. (Of course this is not
available to all situations.)
Memory
The above described settings and their play have been made with the help of the programs set on the operat-
ing board.
The set exercise perishes with switching off the machine.
Regarding that it takes minutes to set a really good exercise, therefore in case of the PowerPong 2000 it
is possible to save quite easy 11 pcs of such points that are desired to be used more times.
Saving points in the memory
Turn the “MEMORY place” button to that position where you want to save the point set on the operating
board (0-10 places).
Push for long (approx. 2 sec) the “MEMORY Select/save “button until the light starts to flash. This flash
means that the point is saved in the memory cell.
Playing the saved point from the memory
In case the “MEMORY Select/save “ button is pushed for short then that program appears on the operating
board which is saved in that memory to which the “MEMORY place” button shows. (except the values of
the ball place).
In such case all the lights change to flashing mode showing that the robot is in memory function and it
plays from the memory.
Then the earlier saved point can be played with starting the „Ball/min”.
Only the set of “Ball place”„Ball/min”, „AFC” and „RND” values can be changed in such case. It is not
possible to change the parameters of the balls.
Changing programs in the Memory
(Or „Ball/min”= 0, or „Sample” to be in stop position)
It is possible to change easily the set of the balls in the already saved programs with stepping with the
„Backstep” button on the ball which is selected to be changed in the program taken out from the memory.
After making the changes the program has to be saved again in the memory with using the „MEMORY
select/save” button.
Ball Frequency (Balls/min)
With rotary switch “Ball/min”, the ball frequency can be chosen continuously. An adjustment of 0 to 100
balls per minute is possible. When turning the Ball/min button in “0” position, in addition to the feeding
motor also the three throwing motors will stop.
Attention: In this case it seems like the robot is switched off, because the motors stop turning and the ro-
bot is silent, however the whole robot remains under current which can be seen from the fact that the lights
found on the control panel are still on. Plug off the adapter from the current if you want to switch off the
machine entirely!

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Turning the PowerPong 2000 off and Putting out of Service
1. Pull the adapter from current when going out from the place where the machine works. Do not let the robot
switched on without control.
2. If the robot is taken temporarily from the table, then put the adapter, the control box and the extension cord
in the ball holder part, fold the net in middle stage and get down the robot from the table. The robot can be
put away so easily and quickly until the next practice.
Transport
When the robot is to be transported to another place, also the net keeping poles have to be turned until the
first collision. (Fig. 3)
Turn the hanging poles and the head in the direction of the robot and turn the net keeping poles in totally
upper position.
Transport the robot in such position.
Do not forget to pack the adapter, the control box and the extension cord.
4. Maintenance and Repair
Important: Before executing maintenance and repair works, always first unplug from the mains!
−During the operation of the ball machine, make sure that no small parts (for example hairs, in-
dented balls, etc.) get into the collection net and thus into the machine, because they can lead to ball
jams.
−The ball shooting discs are very durable (at least 500 hours). Nevertheless, these discs will finally wear
off after intense use. One sign for a worn disc is that the machine releases the balls at irregular lengths at
high speed. This means that the surface of the discs does not have enough grip on the balls. For that rea-
son, the distance of the discs has to be adjusted.
Put the plastic adjusting tube in the release hole found between the discs (Fig. 13.). Loosen first, for ex-
ample, the black imbus “adjusting” screw near the cover- with the bigger allan key found among the ac-
cessories - of he lower motor (Fig. 14.) and turn up the motor (gripping its cover) towards the adjusting
tube until the disc touches it. (Fig. 15.) Do all this also with the other two motors.
Please note: The correct distance is 35-36 mm. This is the diameter of the adjusting tube. The release
mechanism functions perfectly up to a distance of 37-38 mm.
Fig. 12.
Fig. 13.
Fig. 13.
Fig. 14.
Fig. 15.

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−When the distance cannot be adjusted anymore, the ball throw discs have to be replaced. Therefore
loosen the screws (Fig.16.) found in the plastic disc holders – with the smaller allan key found among the
accessories - (regarding all 3 discs), then remove the “adjusting screws” found at the two upper motors (it
is not enough only to loosen those) (Fig. 17.) Then totally turn up the two upper motors gripping their
casings and turning those away from the throwing hole in order to make possible the pull down of the
throw discs from the shafts of the motors. (Fig. 18.)
Then the ball throw disc is pulled off the motor shaft. (Fig. 19.a,b,) Take away the plastic discs from the
ball throw foam (it is held together by three screws) and insert those onto the new foam disc. Fix this set
again with the three screws.
Slide the new disc onto the shaft in a way that the end of the shaft to be 0,5-1 mm out (Fig. 18.), and tighten
the warm screw. Then adjust the correct distance of the discs with the help of the adjusting tube as it is de-
scribed above.
−If a ball jam should occur, the machine tries automatically to remove the
machine tries automatically to remove the jam by turning the motor and
remove the jam by turning the motor and the throw discs forwards and
motor and the throw discs forwards and backwards (7-8 times). In case the
wards and backwards (7-8 times). In case the feeding motor and the three
times). In case the feeding motor and the three throwing motors jam for
motor and the three throwing motors jam for any reason the machine stops
motors jam for any reason the machine stops in self-defence. Then the
machine stops in self-defence. Then the fault signal is the following: all
Then the fault signal is the following: all the 6 yellow lights start to flash
following: all the 6 yellow lights start to flash on the control box. You
have no other choice than, to take out the head from the machine, and
take out the offending balls from the bottom part of the robot with the
help of a pencil or screwdriver, etc. through the cleaning hole found
there. (Fig. 20.)
Fig. 16.
Fig. 15.
Fig. 16.
Fig. 19b.
Fig. 19a.
Fig. 20.
Fig. 17.
Fig. 18.

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−Once every 4-6 months, the stop pin, which is needed to adjust the ball throw length, needs a really slight
application of silicon oil (just enough to cover the end of the match-stick).
−The pin is easily accessible in the release head. The rest of the machine needs no maintenance. However,
it is recommended to remove dirt and dust from the surface of the robot with a moist cloth and a mild
cleansing agent from time to time.
5. Error Management
Problem
Solution
The robot does not function after mounting it.
Check the correct connection of the extension
cord on the body and the control box.
When the small green control light found on
the adapter (put under current) is not on, this
means that the adapter is damaged, it has to
replaced.
If the rotary switch V. for ball frequency
(“Ball/min”) is set on "zero" then it has to be
turned on a bigger value.
Ball released with irregular lengths
Check distance of ball throw discs, discs worn
(see page 11.)
The robot sometimes releases balls irregu-
larly: two balls quickly one after the other
then misses to throw a ball.
The silver sign found on the tube of the robot
head was not put exactly to the tp margin of
the body tube. Put of the signs exactly to the
top margin of the tube! (page 8.)
Ball jam; the yellow lights flash on the con-
trol unit
Foreign body or defect ball obstructs ball
transport ⇒remove (see page 11.) and switch
on the robot again.
Random function (RND) on the control panel
cannot be activated, green indicator light can-
not be switched on
At least two balls must be activated, at least
two yellow indicator lights must glow (see
page 7.)
Ball gets stuck between ball throw discs. The
yellow light flash on the control unit.
Pull out the adapter from current, remove ball
from it between the shooting discs, adjust the
Ball/min button to “0” position, then start the
play again.
Attention: If you are not able to solve the problems with the help of this check list, a specialist must be
consulted! Please contact your specialist supplier or the Power Pong service address (page 16.).
Always sign the problem when the power cable is defect. It has to be changed immediately because it
can cause death.

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6. List of Replacement Parts
List of Replacement Parts
 mobil -100 Body with net  mobil -107 Feeding motor
 mobil -101 Robot head  mobil -108 Oscillating head motor
 PowerPong 2000 -102 Control unit  mobil -109 Motor for height adjustment
 mobil -103 Holder for control unit  mobil -110 Ball throw disc
 mobil -104 DC adapter (24V; 2,5A)  mobil -111 Shaft for ball throw disc
 mobil -105 Extension cord  mobil -112 Ball placement mechanism
 mobil -106 Throwing motor  mobil -113 Motor casing (3 pieces)
Further replacement parts on demand!
7. Technical Data
Supply current: 100-230 V, 50-60 Hz alternating current, approximately 40 W
The ball machine can be operated in a temperature range of 0 - 40 °C.
Weight: 6 kg (with net)
Overall dimensions (with net): Height 0,75 m; Width 0.28 m; Depth 0.25 m
A type examination test was done for the electrical adpter device
of conformity a Low Voltage directive 73/23/EEC
as last amended by EEC Directive 93/68/EEC
Registration No.: AN 50091861 0001
Report No.: 17004848 001
as is apparent from Test Report No. NTEK-2010NT1115351E
and NTEK-2010NT1115353SS
The robot PowerPong 2000 is permitted to bear the CE trademark.
Manufacturer : LCS Kft., H- 2100 Gödöllő, Ibolya u. 50.
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