CDA BVB4 manual Disposal of Household Appliances, Installing the Appliance

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4.DISPOSAL OF HOUSEHOLD APPLIANCES

Under the European directive 2002/96/EC on waste from electrical and electronic equipment (WEEE),

household appliances may not be disposed of at normal landfill sites. Old appliances must be collected separately to optimise the recovery and recycling of their materials and to prevent potential harm to health and the environment. The symbol of a bin with a cross is affixed on all products, to remind users that

they must dispose of the product separately. For further information on how to dispose of household appliances, users should contact a public authority or their dealers.

CE This appliance has been manufactured in compliance with EN 60204 –1 ; and conforms to the

directives: -98/37/EG -89/336/EWG EMV -73/23/ EWG

5.INSTALLING THE APPLIANCE

(fig. 2)

568

400

450

G

458

 

550

 

445

595

350

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Make sure the beer dispenser can fit into the cabinet (fig 2).

1.Drill a Ø 5 cm hole at the back of the cabinet base (fig. 2) to pass the beer flow line through (fig. 2).

2.Position the dispenser, after connecting the mains lead and passing the beer flow line “G” (fig. 2) through the cabinet base (where the keg is stored) (fig 2).

3.Secure the dispenser to the base using the 2 screws provided, inserted in the two holes in the drip tray storage area.

4.Fit the tray and rack.

5.Fit the control unit on the side of the cabinet, placing it against the base and secure with the 4 screws provided (fig. 2).

6.Insert the adaptor (same type as the dispense head) in the washing attachment.

7.Carefully connect fitting “H” (fig. 1), positioned at the end of the beer flow line “G” (fig. 1) to the beer outlet connection of the dispense head “I” (fig. 1).

8.Carefully connect fitting “K” (fig. 1) , positioned at the end of the CO² flow line “M” (fig. 1) to the CO² inlet connection of the dispense head “I” (fig. 1).

9.Fit the dispense head on the keg attachment and secure lowering the dispense head lever and making sure it is fitted properly to avoid beer and CO² leaks. Click to secure.

Always check with your keg retailer which system is compatible with the keg you require (Sankey S-System, Grundy G-System).

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IC43

 

 

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Contents BVB4 Draught Beer Dispenser Beermachine afb./fig Contents Technical SpecificationsSafety and Instructions Technical SafetyInstalling the Appliance Disposal of Household AppliancesConnecting and Replacing the CO² Cylinder Regulating CO², Temperature and Serving BeerRegulating CO² Pressure To remove the empty cylinder, proceed as followMaintenance and Cleaning Regulating Beer TemperatureServing Beer Done every time the keg is changed or at least every 15 days Wash the dispenser as followsIC43 Cleaning and Caring for the Dispenser Replacing the KEG

BVB4 specifications

CDA BVB4 is a cutting-edge battery voltage balancer designed to enhance the performance and lifespan of lithium-ion battery packs. This innovative device is engineered for applications across various industries, including electric vehicles, renewable energy storage systems, and consumer electronics. By ensuring that all cells within a battery pack maintain equal voltage levels, the CDA BVB4 significantly improves overall efficiency and reduces the risks associated with cell imbalance.

One of the main features of the CDA BVB4 is its active balancing technology. Unlike traditional passive balancers, which merely bleed off excess energy from higher voltage cells, the CDA BVB4 redistributes energy throughout the battery pack actively. This process helps to equalize voltage levels, ensuring that all cells contribute optimally to the overall power output and extending the life of the battery system.

The device utilizes advanced monitoring capabilities, allowing real-time assessment of each cell's voltage and temperature. This feature is crucial for maintaining safety, as it can detect potential issues such as overheating or overcharging, enabling the system to take preventive measures to avoid damage or failure. The built-in diagnostics function provides users with valuable insights into the health of their battery pack, facilitating proactive maintenance and timely interventions.

CDA BVB4's modular design allows for scalability, making it suitable for a wide range of battery configurations. Whether used in small consumer devices or large-scale energy storage solutions, the CDA BVB4 can be easily adapted to meet specific requirements. Additionally, the lightweight and compact form factor of the device contributes to its versatility, making it an ideal choice for applications where space is limited.

In terms of connectivity, the CDA BVB4 features an array of communication interfaces, including CAN bus and RS-485 protocols, allowing seamless integration with existing battery management systems. This connectivity ensures that the balancer can communicate effectively with other components, enabling coordinated operation and enhanced system performance.

The CDA BVB4's robust design is constructed to withstand harsh environmental conditions, making it suitable for outdoor and industrial applications. Its high-quality components ensure reliability and durability, providing peace of mind for users who demand performance without compromise.

In summary, the CDA BVB4 is an essential tool for anyone looking to optimize the performance and longevity of lithium-ion battery packs. With its active balancing technology, real-time monitoring, modular design, and comprehensive connectivity options, it stands out as a premier solution in the burgeoning field of energy storage and management.
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