AudioQuest Niagara 1000 Manuel Du Propriétaire
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For proper operation, the Niagara 1000 requires a safety ground (supplied via the
power utility AC wall outlet).
power utility AC wall outlet).
Placement
The Niagara 1000 is manufactured with four rubber feet for safe, secure placement
on any table, cabinet, shelf, or floor. The Niagara 1000’s design obviates the need for
compliant or high-Q isolation feet. Although many audio/video products benefit
greatly from these devices, the Niagara 1000 does not.
on any table, cabinet, shelf, or floor. The Niagara 1000’s design obviates the need for
compliant or high-Q isolation feet. Although many audio/video products benefit
greatly from these devices, the Niagara 1000 does not.
Placement or proximity to other components is not critical, and, under standard use,
the Niagara 1000 does not produce any heat.
the Niagara 1000 does not produce any heat.
Connection to Audio/Video Components
AC Cable Routing
Once the Niagara 1000 is placed, an appropriate 15-amp-rated AC cord must be
connected to the AC inlet (IEC-C14) connector. The AC cord must have an IEC-C13
female end connector and a grounded male 120VAC Edison/NEMA plug for use in North
America or Taiwan. We highly endorse the use of any AudioQuest NRG Series 15-amp-
rated AC cord, but the Niagara 1000 will function properly with any appropriate AC
cord that meets the aforementioned requirements.
connected to the AC inlet (IEC-C14) connector. The AC cord must have an IEC-C13
female end connector and a grounded male 120VAC Edison/NEMA plug for use in North
America or Taiwan. We highly endorse the use of any AudioQuest NRG Series 15-amp-
rated AC cord, but the Niagara 1000 will function properly with any appropriate AC
cord that meets the aforementioned requirements.
Whenever possible, it is best to keep at least three inches (approximately 7cm) between
AC cables and any signal cable. When this is not possible in a practical layout of system
cabling, crossing the AC cables to signal cables at 90 degrees is best to minimize
induced noise.
AC cables and any signal cable. When this is not possible in a practical layout of system
cabling, crossing the AC cables to signal cables at 90 degrees is best to minimize
induced noise.