Bunn FPGA-2 DBC Electrical Requirements, CE Requirements, Operating Controls, Initial SET-UP

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ELECTRICAL REQUIREMENTS

This grinder has an attached cordset and requires 2-wire, grounded service rated: 120 volts ac, 15 amp, single phase, 60 Hz, for domestic grinders.

230 volts ac, 10 amp, single phase, 50 Hz, for most international grinders.

100 volts ac, 15 amp, single phase, for some international grinders.

CE REQUIREMENTS

This appliance must be installed in locations where it can be overseen by trained personnel.

For proper operation, this appliance must be installed where the temperature is between 5°C to 35°C.

Appliance shall not be tilted more than 10° for safe operation.

An electrician must provide electrical service as specified in conformance with all local and national codes.

This appliance must not be cleaned by water jet.

This appliance is not intended for use by persons (including children) with reduced physical, sensory or mental capabilities, or lack of experience and knowledge, unless they have been given instructions concerning use of this appliance by a person responsible for its safety.

Children should be supervised to ensure they do not play with the appliance.

If the power cord is ever damaged, it must be replaced by the manufacturer or authorized service personnel with a special cord available from the manufacturer or its authorized service personnel in order to avoid a hazard.

• Machine must not be immersed for cleaning.

OPERATING CONTROLS

Grind Pad (a)

 

Pressing GRIND initiates a timed grind cycle.

 

Stop Pad (b)

d

Pressing STOP ends the operation of the grinder.

® PAD (c)

 

Pressing the ® pad allows programming access

 

(see page 5).

a

c

d

b

Hopper/Batch Selector Pads (d)

These pads are located on the funnel depictions on each side of the grinder with a total of 6 pads. Selecting one of these pads will select the amount of grind and side from which to grind.

Example: Selecting the lower pad on the left side will grind enough beans from the left side of the grinder to brew the amount programmed into grinder.

Control Board

The control board determines the amount of beans that will leave the hopper in a grind cycle. The timer por- tion can be adjusted to dispense a different amount from each hopper and each batch size. The scale is from 0.4 to 99.9 seconds. Refer to the Adjustments section for timer setting chart (page 5).

INITIAL SET-UP

1.Open the top lid. Clear all foreign objects and shipping material from the hopper compartment and the en- trance to the grind chamber.

2.Plug in the grinder.

3.Fill the hopper compartments with whole bean coffee. (Capacity 6 pounds each). The grinder is now ready for use.

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Contents FPG-2 DBC FPGA-2 DBC FPGB-2 DBC BUNN-O-MATIC Commercial Product Warranty Introduction User NoticesElectrical Requirements CE RequirementsOperating Controls Initial SET-UPCleaning Preventive MaintenanceAdjustments Coffee GrindingTimer Adjustment Control Board Approximate Amount in Ounces

FPGB-2 DBC, FPGA-2 DBC specifications

The Bunn FPGA-2 DBC and FPGB-2 DBC are advanced digital signal processing platforms designed for high-performance applications across various industries, including telecommunications, aerospace, and data centers. These devices represent a leap forward in the capabilities of field programmable gate arrays (FPGAs) and digital signal processing (DSP) technology, providing users with enhanced flexibility, efficiency, and power.

One of the main features of the Bunn FPGA-2 DBC is its ability to accommodate a diverse range of applications. With multiple configuration options and support for various communication protocols, including Ethernet and PCIe, this device can easily be integrated into existing infrastructures. This versatility makes it ideal for industries that require rapid adaptation to changing requirements or technologies.

The FPGB-2 DBC variant complements the FPGA-2 DBC by providing additional processing power and bandwidth capabilities. This model is particularly designed for applications that demand high-speed data processing, such as real-time video encoding, signal analysis, and machine learning tasks. The combination of both models allows for scalable solutions that can grow with the evolving needs of businesses.

In terms of technologies, both the FPGA-2 DBC and the FPGB-2 DBC leverage cutting-edge semiconductor technologies to deliver reduced power consumption while maintaining impressive processing speeds. The advanced architecture allows for parallel processing, enabling the execution of multiple tasks simultaneously, which can significantly enhance overall system performance.

Among their key characteristics, these devices feature high-speed I/O interfaces that ensure efficient data transfer between the FPGA and other components. Additionally, they boast a large onboard memory capacity that aids in complex computations and stream storage, an essential aspect for applications involving large datasets.

Moreover, both models are equipped with robust development tools and software support, allowing engineers and developers to quickly prototype and deploy their designs with ease. This software interface streamlines the development process, making it accessible even for teams with limited FPGA experience.

In summary, the Bunn FPGA-2 DBC and FPGB-2 DBC stand out as exemplary solutions in the field of digital signal processing and FPGA technology. Their versatility, advanced architecture, and comprehensive support ecosystem make them valuable assets for any organization aiming to enhance its digital capabilities and responsiveness in a rapidly evolving technological landscape.