Intelligent Cube Hopper MKII Rev 2.0
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CUBE HOPPER® MKII
Instruction - Service Manual
Intelligent Cube Hopper
Model 10-18XX-XX
Version 2.0 / Apr 2013
A new design to solve most of your payout problems!
Approved
Intelligent Cube Hopper MKII Rev 2.0
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TABLE OF CONTENTS
REFERENCE CHART ............................................................................................................................. 3
Instruction Manual ................................................................................................................................... 5
1. Standard hopper for different applications ....................................................................................... 5
1.1. Features ................................................................................................................................... 5
1.2. Disassembly ............................................................................................................................ 5
Service Manual ........................................................................................................................................ 6
2. Electrical features ............................................................................................................................. 6
2.1. Connections ............................................................................................................................. 6
3. Interface signals ............................................................................................................................... 7
3.1. Low Level Pins......................................................................................................................... 7
3.2. Start input ................................................................................................................................ 7
3.3. Mode input ............................................................................................................................... 7
3.4. Busy / Ready output ................................................................................................................ 7
3.5. Coin Exit output ....................................................................................................................... 7
3.6. VIN ........................................................................................................................................... 7
3.7. Signal Gnd ............................................................................................................................... 7
3.8. Motor control ............................................................................................................................ 8
3.9. Current consumption ............................................................................................................... 8
3.10. Power supply requirements ..................................................................................................... 8
3.11. Coin counting ........................................................................................................................... 8
4. Hopper Operation ............................................................................................................................. 9
4.1. Mode’s ..................................................................................................................................... 9
4.2. Continuous mode .................................................................................................................... 9
4.3. Continuous mode normal operation ........................................................................................ 9
4.4. Continuous mode anti-jam operation ..................................................................................... 10
4.5. Logic mode ............................................................................................................................ 11
4.6. Logic mode normal operation ................................................................................................. 11
4.7. Logic mode anti-jam operation ............................................................................................... 12
4.8. Pulsed mode .......................................................................................................................... 13
4.9. Pulsed mode normal operation .............................................................................................. 13
4.10. Pulsed mode anti-jam operation ............................................................................................ 13
5. Mechanical features ....................................................................................................................... 14
5.1. Dimensions & Weight ............................................................................................................ 14
5.2. Removing the Motor and Gearbox ........................................................................................ 14
5.3. Coin routing ........................................................................................................................... 14
6. Maintenance ................................................................................................................................... 15
6.1. Removing and re-installing the hopper .................................................................................. 15
6.2. Cleaning and Materials .......................................................................................................... 15
7. Troubleshooting .............................................................................................................................. 15
7.1. Coins fail to unjam ................................................................................................................. 15
7.2. Motor fails to run. ................................................................................................................... 15
7.3. Over payout of coins. ............................................................................................................. 15
7.4. Under payout of coins. ........................................................................................................... 15
7.5. No payout signal .................................................................................................................... 15
8. Optional add-ons ............................................................................................................................ 16
8.1. Cup extension (Part No. 10-0200) ......................................................................................... 16
8.2. Cube Hopper spillage cover (Part No. 10-0005) ................................................................... 16
Intelligent Cube Hopper MKII Rev 2.0
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REFERENCE CHART
Model no.10-18XX-10
Diameter 15.40 to 17.55mm. Thickness 1.30 to 1.70mm.
Disc is marked "1" (Part no. 10-0240-1).
Use coin insert plate 9 (Part no. 10-0238-9)
Coin bridge no mark (Part no. 10-0239).
Model no.10-18XX-15
Diameter 18.00 to 18.99mm. Thickness 1.50 to 2.09mm.
Disc is marked "2" (Part no. 10-0240-2).
Use coin insert plate 11 (Part no. 10-0238-11).
Coin bridge no mark (Part no. 10-0239).
Model no.10-18XX-18
Diameter 18.00 to 18.99mm. Thickness 2.10 to 3.20mm.
Disc is marked "3" (Part no. 10-0240-3).
Use coin insert plate 11 (Part no. 10-0238-11).
Coin bridge no mark (Part no. 10-0239).
Model no.10-18XX-20
Diameter 19.00 to 22.09mm. Thickness 1.50 to 2.09mm.
Disc is marked "2" (Part no. 10-0240-2).
Use coin insert plate A (Part no. 10-0238).
Coin bridge no mark (Part no. 10-0239).
Model no.10-18XX-22
Diameter 19.00 to 22.09mm. Thickness 1.30 to 1.45mm.
Disc is marked "22" (Part no. 10-0240-22).
Use coin insert plate A (Part no. 10-0238).
Coin bridge no mark (Part no. 10-0239).
Model no.10-18XX-30
Diameter 19.00 to 22.09mm. Thickness 2.10 to 3.20mm.
Disc is marked "3" (Part no. 10-0240-3).
Use coin insert plate A (Part no. 10-0238).
Coin bridge no mark (Part no. 10-0239).
Model no.10-18XX-40
Diameter 22.10 to 23.89mm. Thickness 1.50 to 2.09mm.
Disc is marked "4" (Part no. 10-0240-4).
Use coin insert plate B1 (Part no. 10-0238-1).
Coin bridge no mark (Part no. 10-0239).
Model no.10-18XX-41
Diameter 23.90 to 25.59mm. Thickness 1.50 to 2.09mm.
Disc is marked "4" (Part no. 10-0240-4).
Use coin insert plate B2 (Part no. 10-0238-2).
Coin bridge no mark (Part no. 10-0239).
Model no.10-18XX-44
Diameter 22.10 to 23.89mm. Thickness 1.30 to 1.45mm.
Disc is marked "44" (Part no. 10-0240-44).
Use coin insert plate B1 (Part no. 10-0238-1).
Coin bridge no mark (Part no. 10-0239).
Model no.10-18XX-50
Diameter 22.10 to 23.89mm. Thickness 2.10 to 3.20mm.
Disc is marked "5" (Part no. 10-0240-5).
Use coin insert plate B1 (Part no. 10-0238-1).
Coin bridge no mark (Part no. 10-0239).
Model no.10-18XX-51
Diameter 23.90 to 25.59mm. Thickness 2.10 to 3.20mm.
Disc is marked "5" (Part no. 10-0240-5).
Use coin insert plate B2 (Part no. 10-0238-2).
Coin bridge no mark (Part no. 10-0239).
Model no.10-18XX-80
Diameter 30.10 to 31.00mm. Thickness 1.50 to 2.09mm.
Disc is marked "8" (Part no. 10-0240-8).
Use coin insert plate 5 (Part no. 10-0238-5).
Coin bridge no mark (Part no. 10-0239).
Model no.10-18XX-83
Diameter 25.60 to 27.89mm. Thickness 1.50 to 2.09mm.
Disc is marked "8" (Part no. 10-0240-8).
Use coin insert plate C1 (Part no. 10-0238-3).
Coin bridge no mark (Part no. 10-0239).
Model no.10-18XX-84
Diameter 27.90 to 30.09mm. Thickness 1.50 to 2.09mm.
Disc is marked "8" (Part no. 10-0240-8).
Coin bridge no mark (Part no. 10-0239).
Model no.10-18XX-85
Diameter 30.10 to 31.00mm. Thickness 1.50 to 2.09mm.
Disc is marked "8" (Part no. 10-0240-8).
Use coin insert plate 5 (Part no. 10-0238-5).
Coin bridge no mark (Part no. 10-0239).
Model no.10-18XX-93
Diameter 25.60 to 27.89mm. Thickness 2.10 to 3.20mm.
Disc is marked "9." (Part no. 10-0240-9).
Use coin insert plate C1 (Part no. 10-0238-3).
Coin bridge no mark (Part no. 10-0239).
Model no.10-18XX-94
Diameter 27.90 to 30.09mm. Thickness 2.10 to 3.20mm.
Disc is marked "9." (Part no. 10-0240-9).
Use coin insert plate C2 (Part no. 10-0238-4).
Coin bridge no mark (Part no. 10-0239).
Model no.10-18XX-95
Diameter 30.10 to 31.00mm. Thickness 2.10 to 3.20mm.
Disc is marked "9." (Part no. 10-0240-9).
Use coin insert plate 5 (Part no. 10-0238-5).
Coin bridge no mark (Part no. 10-0239).
THE “EURO-HOPPERS”
Model no.10-18XX-25, "Euro-hopper"
Special hopper for €0.20 coins.
Disc is marked "99". (Part no. 10-0240-99).
Use coin insert plate 7 (Part no. 10-0238-7).
Coin bridge marked 10-0239-3 (Part no. 10-0239-3).
Special Euro Coin Bridge€0.20, €0.50, €1.00 and €2.00
coins.
Model no.10-18XX-99, "Euro-hopper"
For €0.50, €1.00 and €2.00 coins.
Disc is marked "99". (Part no. 10-0240-99).
Use coin insert plate B1 (Part no. 10-0238-1).
Coin bridge marked 10-0239-3 (Part no. 10-0239-3).
Special Euro Coin Bridge€0.20, €0.50, €1.00 and €2.00
coins.
THE “SPECIAL-HOPPERS”
Model no.10-18XX-82 “Special-hopper”
For 50 pence UK coins.
Disc is marked "8" (Part no. 10-0240-8).
Use coin insert plate B2 (Part no. 10-0238-2)
Coin bridge no mark (Part no. 10-0239).
Model no.10-18XX-88 “Special-hopper”
For CHF 0.50 coins.
Disc is marked "22" (Part no. 10-0240-22).
Use coin insert plate 11 (Part no. 10-0238-11)
Coin bridge no mark (Part no. 10-0239).
Intelligent Cube Hopper MKII Rev 2.0
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Payout discs
Mark on disc
New Old Diameter* Thickness* Part no.
1 15.40 - 17.55 1.30 - 1.70 10-0240-1
2 A 18.00 - 22.09 1.50 - 2.09 10-0240-2
22 18.00 - 22.09 1.30 - 1.45 10-0240-22
3 AA 18.00 - 22.09 2.10 - 3.20 10-0240-3
4 B 22.10 - 25.59 1.50 - 2.09 10-0240-4
44 22.10 - 25.59 1.30 - 1.45 10-0240-44
5 BB 22.10 - 25.59 2.10 - 3.20 10-0240-5
6. C 25.60 - 30.09 1.50 - 2.09 10-0240-6
7 CC 25.60 - 30.09 2.10 - 3.20 10-0240-7
8 25.60 - 31.00 1.50 - 2.09 10-0240-8
9. 25.60 - 31.00 2.10 - 3.20 10-0240-9
99 €0.20 - €0.50 - €1.= - €2.= 10-0240-99
Coin insert plates
Mark on plate Diameter* Part no.
9. 15.40 - 17.55 10-0238-9
11 18.00 - 18.99 10-0238-11
A 19.00 - 22.09 10-0238
B1 22.10 - 23.89 10-0238-1
B2 23.90 - 25.59 10-0238-2
C1 25.60 - 27.89 10-0238-3
C2 27.90 - 30.09 10-0238-4
5 30.10 - 31.00 10-0238-5
7 special €0.20 10-0238-7
*all sizes are in millimetres (mm)
PLEASE NOTE:
Changes have been made to the previously used
configuration of the Cube Hopper.
Payout disc 10-0240-6: replaced by 10-0240-8.
Payout disc 10-0240-7: replaced by 10-0240-9.
Hopper 10-1800-60: replaced by 10-1800-83.
Hopper 10-1800-61: replaced by 10-1800-84.
Hopper 10-1800-70: replaced by 10-1800-93.
Hopper 10-1800-71: replaced by 10-1800-94.
Which hopper to use for which Euro-coin:
€0.01 10-1800-10 €0.20 10-1800-25
€0.02 10-1800-15 €0.50 10-1800-99
€0.05 10-1800-20 €1.00 10-1800-99
€0.10 10-1800-20 €2.00 10-1800-99
Intelligent Cube Hopper MKII Rev 2.0
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Congratulations on your purchase of this INTELIGENT CUBE HOPPER MKII
and thank you for having confidence in our SUZOHAPP quality products
Instruction Manual
1. Standard hopper for different applications
The CUBE HOPPER is a single coin payout system made universal by using the relevant payout disc and
coin insert plate (see Reference Chart).
It can be used with all round coins with a diameter between 15.40 and 31.00mm and a thickness ranging
from 1.30 to 3.20mm.
1.1. Features
The hopper is square and easy to mount by means of a standard mounting-bracket (included).
By using a unique “sun and planet” gearbox system this hopper offers the possibility to contain and count
up to 1,000 coins of €0.50 (if fitted with two cup-extensions).
The hopper is protected by an auto-reverse anti-jam system and has an indirect optical readout.
A low level sensing detection is integrated into the coin cup and can be connected to pin 1 and 2 of the
connector.
When using the correct pin on the connector, the hopper operates on a low safe voltage
(12VDC or 24VDC).
PLEASE NOTE:
This unit was not designed to be used solely as a coin counter. Before starting a payout, there should
already be coins present in the coin cup. These coins should be at rest before payout occurs. The motor
should only be active while a payout is in progress.
1.2. Disassembly
How to remove the disc
a) Slide the yellow button on the back to “down” position.
b) Remove the coin cup by sliding it upwards and lift the cup from the platform.
c) You are now able to remove the disc from the platform.
How to remove the coin insert plate
a) Remove the cup and disc from the platform as described above.
b) Remove the outlet bridge by pulling it up firmly.
c) Gently lift up the coin insert plate using a small screwdriver.
How to re-configure the Cube Hopper
a) Remove the coin cup.
b) Remove the disc and/or coin insert plate (if necessary) and replace them with the ones necessary to
achieve the desired configuration.
Before placing the new disc onto the platform:
I) Please check that the correct coin insert plate is mounted on the platform under the bridge.
(See Reference Chart)
II) Don't forget to put the black Teflon bearing in the centre of the platform. Make sure that the
metal ring in the disc is present as well.
c) Bring the coin cup onto the platform and slide the yellow button to the up position to lock it in place.
NOTE: Please look up the correct configuration for your hopper in the Reference Chart.
Intelligent Cube Hopper MKII Rev 2.0
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HOPPER
RS232
Service Manual
2. Electrical features
2.1. Connections
Pin 1 low level
Pin 2 low level (common).
Pin 3 start input.
Pin 4 mode input.
Pin 5
Busy / Ready output
Pin 6
Coin Exit output
Pin 7
Power Supply (12 or 24VDC)
.
Pin 8 Signal common ground.
Pin 9
Power ground (0V)
.
You can use a 9-pin Molex connector (Suzo Part no. 22-01-2095) and crimp terminals
(Suzo Part no. 08-50-0032) or equivalent with a pitch of 0.1” (2.54mm).
Be careful with the pin numbering of the connector, because not all manufacturers start
numbering from the same pin.
Furthermore, all assemblies are connected to the main PCB with JST connectors.
+Motor
-
Motor
TxD
RxD
Gnd
Low Level Low
Level Start Input
Mode
Input
Busy ready Output
Coin Exit Output
VIN
Signal Gnd
0V
JP3
JP2
Processor
JP1
LEVEL
TRANS
Figure 1: Hopper Control Board
- The RS232 connector can be used to perform serial communication with the processor on the board.
IC 6 (Max202CPE) must also be fitted. The software contains a few commands that can be used to
control the hopper. It's not recommended to use this serial protocol for applications other then for test
purposes. Other more sophisticated protocol like CCtalk should be used for serial communication.
- The HOPPER connector should be connected to the host machine.
Refer to Table 1 for a complete pin description.
- JP1 en JP2 are jumpers that define the operation mode of the hopper. Refer to section 2 for the
jumper definitions.
- JP3 set the power supply voltage of the board.
12VDC : short pin 1 and 2.
24VDC : short pin 2 and 3.
Intelligent Cube Hopper MKII Rev 2.0
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3. Interface signals
Table 1 lists all signals.
Pin
Signal Type
Description
1 High impedance (internal 100K pull up to 5V)
Connected to Hopper Low Level signal plate
2 Low impedance (internal 100 ohm to 0V)
Connected to Hopper Low Level ground plate
3 Opto Coupler LED (Anode) with 4K7 serie resistor
Start input
4 Opto Coupler LED (Anode) with 4K7 serie resistor
Mode input
5 Opto Coupler open collector output
Busy / Ready output
6 Opto Coupler open collector output
Coin Exit output
7 Power supply input
Power Supply (12 or 24VDC)
8
Opto Coupler Input LEDs(-) and output transistors
emitter are connected to this pin.
Signal common ground
9 Power supply ground
Power ground (0V)
Table 1: Pin description
3.1. Low Level Pins
Pin 1 and 2 are connected directly to the low level plates of the hopper.
Pin 2 is also internal connected to the power supply ground through a 100 ohm resistor.
Any charge that is build up by the friction of the moving coins is discharged through this resistor.
Pin 2 is also connected to the microcontroller via a buffer. The busy /ready signal (pin 5) in influenced by
the status of this low level pin.
3.2. Start input
The start input is connected to the microcontroller via an opto coupler. The signal common (pin 8) is
usually connected to the signal ground of the machine controlling the hopper.
The start input must be set to a voltage between 5-24 VDC (input high) in order to activate the start
signal.
3.3. Mode input
This input can be used to put the hopper in logic mode (input low) or pulsed mode (input high).
3.4. Busy / Ready output
This open collector output is used to indicate the status of the hopper.
The output is active low if pin 8 (signal common) is 0V.
The Busy / Ready output is set active low if the hopper is busy paying out coins or if the low level
plates do not make contact anymore through the coins.
3.5. Coin Exit output
The coin exit output is active low if pin 8 (signal common) is 0V.
The coin-sensor may be a normally open or normally closed type.
In mode 1 and 2, after a coin has left the hopper, a active low pulse of 50ms is transmitted.
In mode 0, the coin exit signal follows the opto-sensor signal of the hopper in such a way, that when a
coin passes the opto-interrupter, the coin exit signal will go low.
3.6. VIN
The power supply must be 12 or 24VDC depending on JP3. The power supply must be able to deliver
2.5 amps continuously and 5 amp peaks during 50 ms.
3.7. Signal Gnd
This signal is the common minus(-) input of the opto-coupled inputs and outputs. It is usually
connected to the power ground pin (pin 9) of the interface connector.
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3.8. Motor control
Connecting and interrupting the +12 or +24VDC supply controls the motor.
The motor is automatically stopped when the power-supply is switched off.
Motor duty cycle is 2:1.
An electronic overload detection system protects the motor and in case of a coin jam it will temporarily
turn the hopper disc several times in the opposite direction until the jam is solved if not the motor switches
itself off.
3.9. Current consumption
With maximum coin load: 850mA average.
Current is zero whilst stopped (hopper disconnected).
Motor start-up and reversing surge: 2A falling to approx. 850mA (hopper full) or 400mA (hopper empty)
after 200ms.
3.10. Power supply requirements
12VDC and 24VDC nominal (± 10%)
maximum ripple voltage ± 2.4V
absolute maximum voltage: 26.4VDC
minimal voltage when using 24VDC connection: 18VDC
minimal voltage when using 12VDC connection: 10.8VDC
switch / reverse current: 2A
3.11. Coin counting
Coin counting speed is 6 to 7 coins per second. All paid out coins pass by the optical sensor indirectly.
The coin exit output changes from high impedance to low impedance status.
This output stays high as long as the hopper is in the “Off” status (power disconnected).
When a coin appears at the counter pawl under the exit bridge the PCB controls the coin verification
and releases a logic signal. The opto-coupler and the counter pawl detect paid-out coins.
Payout signal: open collector NPN - active low, maximum sink of 25mA at 35Volt maximum.
Minimum time obstructs optics 30ms - minimum.
Time between coins: ±100ms.
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4. Hopper Operation
4.1. Mode’s
The hopper can be set in one of 3 different operating modes:
1. Continuous mode (JP1 shorted, JP2 shorted)
2. Logic mode (JP1 open, JP2 open)
3. Pulsed mode (JP1 open, JP2 shorted)
These modes are described in the next chapters.
4.2. Continuous mode
The Continuous mode is activated if JP1 is shorted and JP2 is shorted. The power must be put off / on
in order for the continuous mode to be activated.
4.3. Continuous mode normal operation
In this mode (JP1 shorted, JP2 shorted), the hopper starts immediately ejecting coins after the
power supply (24VDC) is present on pin 7 of the interface connector.
The hopper stops as soon as the power is gone.
In this mode, the Coin Exit signal output on pin 6 of the interface connector follows any level changes
of the coin-sensor of the hopper. The Coin Exit signal will always be active low however. This is done
in order to be compatible with existing hopper control boards, and gives the machine total control over
the hopper.
When the power is removed just before a coin is being ejected from the hopper, the coin may not
leave the hopper properly and will be stuck in the coin sensor of the hopper.
It is important to remove the power only after the coin has left the hopper entirely. See Figure 2.
Power (pin 7)
Busy (pin 5)
Hopper running
Hopper running and not empty
24V
0V
Coin-Sensor (NC)
Coin Exit (pin 6)
After the Rising edge the
coin has left the hopper
Remove power after Rising
edge of the Coin Exit signal
Figure 2: Timing in Continuous mode
Intelligent Cube Hopper MKII Rev 2.0
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4.4. Continuous mode anti-jam operation
If the hopper for some reason blocks (jams) the motor current will rise fast. When the current exceeds
a certain trip level (around 1.6 Amp), the motor will be reversed for T_clear ms. This is done to
withdraw any coins from the coin exit port that may have caused the block.
After the first reverse period the hopper is started again. If the hopper still blocks, the motor will be
reversed again for T_jamrev ms, and then started again. This procedure is repeated until the hopper
starts ejecting coins again. If the jam is not cleared, the motor will stop due to its thermal fuse
protection.
See timing figure below.
Clear coin exit port
Try to payout again
Anti-Jam
Forward
Motor Stopped
Reverse
T_clear
T_jamrev
Coin-Sensor (NC)
coin enters exit port coin withdrawn from
exit port
Coin Exit (pin 6)
Jam occurs here
false pulse
Hopper
still jammed
Figure 3: Anti-Jam timing in continuous mode
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4.5. Logic mode
The Logic mode is activated if JP1 and JP2 are open. The power must be put off / on in order for the
logic mode to be activated.
4.6. Logic mode normal operation
In this mode, the hopper in started by setting the start level to a voltage between 5 - 24V. The hopper is
stopped if the start level changes again to 0V. When the hopper is started in the logic mode, the
software inside the microcontroller of the hopper board will check the level of the coin-sensor first,
which can be a normally open (NO) or normally closed (NC) type. The software needs this information
in order to determine if a coin has left the hopper during payout. Then the motor is started forward, and
coins will be ejected. After a coin has fully left the hopper, the software transmits an active low pulse of
T_exit ms on the Coin Exit signal of the interface connector. See figure below.
Start
Busy (pin 5)
start level set high
hopper is started
Start level set low, hopper is
stopped.
Stop as soon as the Coin Exit
pulse appears.
5 - 24V
0V
Hopper running and not empty
Coin-Sensor (NC)
Coin Exit (pin 6)
Start payout Opto Level read
coin enters exit port
coin leaves exit port
T_exit
Stop motor here
Figure 4: Hopper payout timing
The Busy signal (pin 5) will be low as long as the hopper is running. It will also be low if the low level
plates do not make contact anymore. The hopper is empty then.
When the Busy signal is high, the hopper is ready to accept another payout.
Intelligent Cube Hopper MKII Rev 2.0
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4.7. Logic mode anti-jam operation
If the hopper for some reason blocks (jams) the motor current will rise fast. When the current exceeds
a certain trip level (around 1.6 Amp), the motor will be reversed for T_clear ms. This is done to
withdraw any coins from the coin exit port that may have caused the block.
After the first reverse period the hopper is started again. If the hopper still blocks the motor will be
reversed for T_jamrev ms, and started again. This procedure is repeated until the hopper starts
ejecting coins again. If the jam is not cleared, the motor will stop due to its thermal fuse protection.
Any coin-sensor level changes during the anti-jamming procedure are discarded.
See timing figure below.
Clear coin exit port Try to payout again
Anti-Jam
Forward
Motor Stopped
Reverse
Coin-Sensor (NC)
Coin Exit (pin 6)
T_clear
T_jamrev
coin enters exit port
coin withdrawn fromexit
port
Jam occurs here
Discard false pulse
Hopper
still jammed
Figure 5: Anti-Jam timing in logic mode
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4.8. Pulsed mode
The Pulsed mode is activated if JP1 is open and JP2 is shorted. The power must be put off / on in
order for the pulsed mode to be activated.
4.9. Pulsed mode normal operation
In this mode, for each active high or active low pulse on the start input, the hopper ejects a coin.
When the hopper is started in the pulsed mode, the software inside the microcontroller of the hopper
board will check the level of the coin-sensor first, which can be a normally open (NO) or normally
closed (NC) type. The software needs this information in order to determine if a coin has left the
hopper during payout. Then the motor is started forward, and coins will be ejected. After a coin has
fully left the hopper, the software transmits an active low pulse of T_exit ms on the Coin Exit signal of
the interface connector. See figure below.
T_pulse
Start
Ready (pin 5)
Hopper running and
not empty
Coin-Sensor (NC)
coin enters exit port
coin leaves exit port
hopper stops
Coin Exit (pin 6)
Start payout Opto Level read
T_exit
Coin has left
the hopper
Figure 6: Pulse mode timing
4.10. Pulsed mode anti-jam operation
Refer to section 3.2.2 for a description of the anti-jam operation.
Intelligent Cube Hopper MKII Rev 2.0
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5. Mechanical features
5.1. Dimensions & Weight
Dimensions:
D: 125mm
W: 125mm
H: 152mm
Weight:
780 grams
5.2. Removing the Motor and Gearbox
The motor is controlled by the PCB and operates the disc by means of gears
and shafts.
The gearbox is constructed according to the sun and planet system.
The motor can easily be exchanged by first unplugging the connector from
the PCB and then dismounting the motor holder which is connected to the
gear box by means of a bayonet catch.
Press down the engraved slide on the motor housing and turn the motor
housing in an anti-clockwise direction to take it off.
Now take a new motor and refit into the motor holder.
The gearbox can also be removed completely by unscrewing the three
screws, which attach the gearbox to the platform and removing the rollingpin on top of the motor shaft.
The Counter Pawl fits an Opto output detector with a transmitter inside the
Hopper. The Counter Pawl makes sure that the coin always leaves the
Hopper and the construction is done in such a way that once the coin leaves
the disc it can never return to the Hopper.
5.3. Coin routing
The coins enter the hopper via the top of the Coin Cup and are ejected sideways
via de Coin Exit.
Intelligent Cube Hopper MKII Rev 2.0
Page 15
6. Maintenance
Important: shut-off power from the host machine before starting any cleaning activities.
6.1. Removing and re-installing the hopper
The hopper can easily be removed by pressing on the yellow release button on the mounting plate
and then removing the connector.
Re-installing the hopper:
First plug the connector into the Hopper at the reverse side and slide it into the two yellow hooks on
the mounting bracket, then press the yellow button with lever slightly backwards and push the hopper
onto the bracket.
6.2. Cleaning and Materials
All reachable places where the coins pass through the hopper should be cleaned
at least every 6 months or after counting 500,000 coins (whichever situation occurs first)
with a moist cloth with dry silicon spray (Part No. 20-0124-1).
In particular the opto coupler needs to be kept clean.
Dirt could obstruct or disrupt the optic signal, resulting in unreliable coin counting.
7. Troubleshooting
7.1. Coins fail to unjam
a. Are you using the correct coin insert plate? (see Reference Chart)
b. Are you using the right disc? (see Reference Chart)
c. Be sure Opto Coupler is clear!
d. Are there bad or incorrect coins in the hopper?
7.2. Motor fails to run.
a. Check the hopper fuse of the host machine.
b. Protection device tripped - wait for 30 seconds with the power switched off.
7.3. Over payout of coins.
a. Check the opto coupler for accumulated dirt or dust.
b. Check exit monitoring by the host machine.
c. Check if the hopper's power is not disconnected too slowly. Power should be disconnected directly
after the registration of the ejection of the last coin of the payout.
d. Are you using the correct coin insert plate? (see Reference Chart)
7.4. Under payout of coins.
a. Make sure the hopper has sufficient coins.
b. Incorrect registration by the host machine.
c. Incorrect exit output, debouncing by the host machine.
d. Bad contact with the hopper.
7.5. No payout signal
a. Please check coin insert plate.(for reference, see page 2).
Intelligent Cube Hopper MKII Rev 2.0
Page 16
8. Optional add-ons
8.1. Cup extension (Part No. 10-0200)
A 65mm high extension together with standard coin-cup increases the
capacity of the cup from 300 to 500 coins of €2.00 (25.75mm in
diameter, 2.2mm thick). It can be used with all coins with diameters up
to 31mm.
A second extension is possible for coins with a maximum diameter of
25.75mm. This increases the capacity to 700 coins of €2.00.
Hopper dimensions - with one extension: Weight
D: 122mm W: 122mm H: 218mm 860 grams
Hopper dimensions - with two extensions:
D: 122mm W: 122mm H: 284mm 940 grams
8.2. Cube Hopper spillage cover (Part No. 10-0005)
Designed to prevent coin spillage.
TECHNICAL SPECIFICATIONS
Nominal Operating Voltage
12VDC ±10% or 24VDC -25% +10%
Minimal Operating Voltage
10.8VDC by 12V or 18V DC by 24V
Storage temperature
- 20ºC to + 70ºC.
Operating temperature
- 0ºC to + 50ºC.
Humidity
Min. 20% - Max. 75%
Motor Duty Cycle
2:1
Payout speed
6 to 7 coins per second
Payout position
4 sides
Max. current not loaded
400mA
Max. current loaded
850mA
Max. current
2A (when jamming)
Machine Connector
9-way connector, Part No. 22-01-2095
+ Pins, Part No. 08-50-0032
Payout signal
Open collector-active low 25mA-35V
Coin Diameter size
15.40mm – 31.00mm
Coin Thickness size
1.3mm - 3.2mm
Min. time between coins
100ms
Min. time obstructs optics
30ms
MCBF
500.000
Maintainable life
>3 millions
Maintainable disk
750.000 – 1.000.000
Intelligent Cube Hopper MKII Rev 2.0
Page 17
Design and specifications are subject to change without notice.
Wijzigingen in ontwerp en technische gegevens voorbehouden, zonder kennisgeving.
La conception et les spécifications sont modifiables sans préavis.
El diseño y especificaciones están sujetos a cambios sin previo aviso.
This manual is intended only to assist the reader in the use of this product and therefore Suzo
International shall not be held liable for any loss or damage whatsoever arising from the use of any
information or particulars in, or any omission from this manual or any incorrect use of the product.
WARNING!
Failure to observe the interface requirements specified in this technical manual may result in
miscounts, damage to the electronics and the motor of the hopper or create unacceptable
voltage drops, affecting other units depending on the same power supply.
Antonie van Leeuwenhoekstraat 9
3261 LT Oud Beijerland The Netherlands
TEL: +31 (0)186 643333 * FAX: +31 (0)186 643322
E-MAIL: info@suzohapp.nl
WEB: eu.suzohapp.com
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