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General| Brand | Azkoyen |
|---|---|
| Model | HOPPER U-II |
| Category | Cash Counters & Coin Sorters |
| Language | English |
Lists the different Hopper U-II models available in the product family.
Describes the redesign of the Hopper U-II and its compatibility with the previous Hopper U model.
States the document's focus on the new product's characteristics and benefits.
Explains the hopper's function as an intelligent mechanism for coin return or payout in various machines.
Defines the multicoin system and the dimensions of coins it can handle.
Highlights the product's high reliability and a useful life guaranteeing minimum coin extractions.
Details the four hopper models and the possibility to increase capacity with supplements.
Specifies coin dimensions that affect the storage capacity of the hopper.
Lists the accepted coin thickness and diameter range for the multicoin extraction system.
Explains the infrared photocell system used for detecting an empty coin bay.
Describes the two methods for detecting a full coin bay: photocells and scales.
Details the optic system that provides added protection against fraud through double counting.
Defines the "Hopper U-II Plus" feature and its availability across models.
Explains how to convert a standard Hopper U-II ccTalk to a Plus version.
Explains how to convert a standard Hopper U-II parallel to a Plus version.
States the payout speed of up to 8 coins per second and factors influencing it.
Mentions support for parallel and ccTalk communication protocols.
Describes configuring two hoppers side-by-side to maximize space utilization.
Explains the jam detection mechanism that reverses the motor to free jammed coins.
Describes the span detection system that reverses the motor for coin pile management.
Specifies the acceptable voltage range for the hopper's operation.
Details the current consumption for start-up, standby, and coin payout operations.
Presents the physical dimensions of different hopper models.
Shows the electrical circuit diagram for the ccTalk driver.
Shows the electrical circuit diagram for the parallel driver.
Explains the function, design, and coin storage of the coin bay.
Lists the coin capacities for various hopper models and coin types.
Describes how the moving flap doses coins from the coin bay to the extractor disk.
Explains the use and differences between large and short flaps.
Details the photocell system used for detecting an empty coin bay.
Details the photocell system used for detecting a full coin bay.
Explains the blade's role in slicing coins for extraction from the hopper.
Lists blade types, accepted thickness, diameter, and cavities in the disk.
Describes the trigger's function in compressing the spring and ejecting coins.
Explains the control board's role in governing the hopper and communicating with the machine.
Shows the connectors and switches located on the ccTalk control board.
Details the pinout of the 10-pin connector used for ccTalk communication.
Details the pinout of the 6-pin connector for Azkoyen programming tools.
Explains the use of dip switches for configuring address and other functions.
Shows the components and connectors on the Parallel Control Board.
Details the pinout of the 10-pin connector for parallel communication.
Explains how to configure logic and working modes using connector 6.
Describes how the disk picks up, carries, and ejects coins.
Details the three types of disks, their ridges, pivots, and payout speeds.
Provides electrical characteristics for the disk coin extractor motor.
Explains how infrared photocells count coins based on beam interruption.
Describes the accessory used to attach the hopper to the machine.
Details the disk support assembly holding extraction components and the control board.
Explains how the cover protects components and provides guides for in-line installation.
Describes an accessory to increase hopper capacity, with different models and sizes.
Explains the mechanical system that uses gravity for coin overflow.
Details the detection system based on weight control to detect a full hopper.
Describes the TL20 programming device and HEUS software for updates and coin programming.
Specifies power transformer requirements and installation inclination limits.
Lists the storage and working temperature ranges and maximum humidity.
Details compliance with various emission, immunity, and electric security norms.
Outlines required maintenance, including general cleaning and sensor area cleaning.
Provides warnings against using specific cleaning products and submerging the hopper.
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