DazeTechnology DazeBox - Page 13

▪ The DazeBox device must be permanently connected to the electrical system through its own             
differential switch. No other electrical circuits must be connected to this differential switch.
▪ The differential switch must be at least type A (30 mA tripping current) for installation in Italy. For                 
installation in another country of the European Community, a type B differential is required.
▪ In addition, the differential switch can be of type A for single-phase installations, while it must               
necessarily be type B for three-phase installations (CEI 64-8-7 -722).
▪ The nominal current chosen must be suitable for the circuit breaker and the fuse.
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The earth connection is ensured by the user's system.
The device does not have its own electric grid switch. The differential switch and / or the magnetothermal                 
switch of the power supply line act as a grid separation device.
The electrical connection (power supply line) must have been prepared.
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Current setting for Dazeboxes without power management.
The current is regulated by means of the selector on the board (figure 7). Each combination of the dip                  
switches corresponds to a specific current of use. The relative power at which the Wallbox operates is                
shown in table 6.1 for both the single-phase (1F) and the three-phase (3F) wallbox.
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Figure 7. Selector to adjust the current.
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ENG - June 2020 - Rev. 1