Summary of Contents for Suzohapp Evolution EV01000
- Page 1 Technical Manual Evolution Hopper Standard Interface Model (EV01000) Evolution Hopper EV01000 Product Manual Version 1.1 / Oct 2007 Page 1 of 22 22-10-07...
- Page 2 Technical Manual Evolution Hopper Standard Interface Model (EV01000) Revision History Revision Date Comment 5 Sept 2005 Initial Release R.T. Added hopper application information (chapter 7) 12 Sept 2005 R.T. Renumbered chapters 18 Sept 2005 Added section 6.8.4 R.T. 1 Nov 2005 Part-numbers, spelling E.S.
- Page 3 Technical Manual Evolution Hopper Standard Interface Model (EV01000) 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.
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Page 4: Table Of Contents
Technical Manual Evolution Hopper Standard Interface Model (EV01000) Contents 1. Introduction............................6 2. Safety Note ............................6 3. General Description..........................6 3.1 Description ............................. 6 3.2 Options............................7 3.2.1 Track options........................... 7 3.2.2 Connector position ........................7 3.2 Level Sensing ..........................7 3.3 Connectors............................. - Page 5 Technical Manual Evolution Hopper Standard Interface Model (EV01000) Tables Table 1: Hopper Capacity for Some Popular Coins ................6 Table 2: Coin Size vs. Track Type ......................8 Table 3: Mode Selection Input Logic ..................... 11 Table 4: Coin Size vs. Track type......................16 Table 5: Electrical Interface ........................
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Page 6: Introduction
Technical Manual Evolution Hopper Standard Interface Model (EV01000) 1. Introduction The Suzo-Happ Group has now introduced its own version of a belt driven hopper. After the successful Cube hopper, the Gold series, the Excel Casino Hoppers and the Escendo escalator hopper Suzo-Happ has made its own improved version of this unique hopper concept. Easier serviceability and higher speed are the two key elements for developing this product. -
Page 7: Options
Technical Manual Evolution Hopper Standard Interface Model (EV01000) 3.2 Options 3.2.1 Track options The standard Evolution Hopper handles coins in the diameter range of 21.01 – 30.00 mm, An Euro coin track is available for all Euro coins (between 19.00 – 26.40 mm). The small coin Evolution Hopper handles coins in the diameter range of 16.25 mm 20.90 mm. -
Page 8: Coin Sizes
Technical Manual Evolution Hopper Standard Interface Model (EV01000) 3.4 Coin Sizes Track type Coin sizes Color Part. nr. Standard 21.01 – 30.00 mm x 1.25 – 3.30 mm EV0050 (€2, €1, €0.50, €0.20) Euro 19.00 – 26.40 mm x 1.50 – 2.50 mm Yellow EV0050-3 (€2, €1, €0.50, €0.20, €0.10, €0.05) -
Page 9: Installation
Technical Manual Evolution Hopper Standard Interface Model (EV01000) 4. Installation Important: Shut-off the power from the host machine until any installation work is completed. 4.1 Baseplate 1. Secure the base-plate in position using the six fixing holes. The hole positions are shown in Figure 8: Base plate dimensions. -
Page 10: Mechanical Description
Technical Manual Evolution Hopper Standard Interface Model (EV01000) 5. Mechanical Description 5.1 General The hopper is mounted in a machine via the base plate. Electrical connection to the hopper is made via the 12-pin socket on the base plate which mates with the corresponding plug on the hopper body. -
Page 11: Electronic Description
Technical Manual Evolution Hopper Standard Interface Model (EV01000) 6. Electronic Description 6.1 General Electronic Description Operation of the hopper is controlled by an 8-bit microprocessor. The firmware allows the choice of 3 different operating modes. It also provides PWM motor control drive via a MOSFET bridge and an optical pay-out detection output. -
Page 12: Reset Function
Technical Manual Evolution Hopper Standard Interface Model (EV01000) At power up in mode 2, IN3 is high. The first falling edge will be recognised as the first pulse and the hopper motor will start running. Pulsing on IN3 should not commence earlier than 130ms after the logic supply has been established. -
Page 13: Coins With Holes
Technical Manual Evolution Hopper Standard Interface Model (EV01000) If the current rises above a pre-set value, then a jam is deemed to have occurred. The motor is braked for 50ms then reversed for 150ms. After a further 50ms braking, the motor is started in the forward direction again. -
Page 14: Hopper Application
Technical Manual Evolution Hopper Standard Interface Model (EV01000) 7. Hopper Application 7.1 Power Supply For ease of use and maximum noise suppression, the 0 volt logic line (pin 2) and the motor 0 volt line (pin 1) are not commoned inside the hopper. This means the outputs from the hopper (Coin Exit and Security) are noise free. -
Page 15: Hopper Control
Technical Manual Evolution Hopper Standard Interface Model (EV01000) The power switches are optional. These switches can be used for additional security regarding hopper payout. By powering the hopper first with the logic supply, the presence and hopper status can be checked by testing the security and coin exit outputs. -
Page 16: Technical Specifications
Technical Manual Evolution Hopper Standard Interface Model (EV01000) 8. Technical Specifications 8.1 Coin Sizes Track type Coin sizes Color Part. nr. Standard 21.01 – 30.00 mm x 1.25 – 3.30 mm EV0050 (€2, €1, €0.50, €0.20) Euro 19.00 – 26.40 mm x 1.50 – 2.50 mm Yellow EV0050-3 (€2, €1, €0.50, €0.20, €0.10, €0.05) -
Page 17: Logic Inputs
Technical Manual Evolution Hopper Standard Interface Model (EV01000) 8.5 Logic Inputs Description Value (Vin) Recommended logic 0 input <= 0.6V Recommended logic 1 input >= 2.6V Figure 5: Logic inputs 8.6 Logic Outputs Description Value Output level 0 <= 0.3 at 50mA Max sink current 100mA Max pull-up voltage... -
Page 18: Dimensions
Technical Manual Evolution Hopper Standard Interface Model (EV01000) 9. Dimensions Figure 7: Hopper dimensions Page 18 of 22 22-10-07... -
Page 19: Figure 8: Base Plate Dimensions
Technical Manual Evolution Hopper Standard Interface Model (EV01000) Figure 8: Base plate dimensions Page 19 of 22 22-10-07... -
Page 20: Exploded Views
Technical Manual Evolution Hopper Standard Interface Model (EV01000) 10. Exploded Views Figure 9: 21.01 – 30.00 mm series Page 20 of 22 22-10-07... -
Page 21: Figure 10: 19.00-26.40 Mm Series
Technical Manual Evolution Hopper Standard Interface Model (EV01000) Figure 10: 19.00–26.40 mm series Page 21 of 22 22-10-07... -
Page 22: Figure 11: 16.25 - 20.90 Mm Series
Technical Manual Evolution Hopper Standard Interface Model (EV01000) Figure 11: 16.25 – 20.90 mm series Page 22 of 22 22-10-07...
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