Acquiring gps signals, Changing the fuses, Specifi cations – Kenwood KNA-G610 User Manual
Page 4: General, Navigation
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Acquiring GPS Signals
The fi rst time you turn on the KNA-G610, you must wait while the system acquires satellite signals for the fi rst time. This process
could take up to several minutes. Ensure that your vehicle is outdoors in an open area, away from tall buildings and trees, for fastest
acquisition. After the system acquires satellites for the fi rst time, it will acquire satellites quickly each time thereafter.
Changing the Fuses
If you need to replace a fuse on the red or yellow wires, to prevent a short circuit, ensure that the wires are not touching. Then
replace the old fuse with a new 2 A fuse.
n
n
CAUTION
When replacing a fuse, use only a new fuse with the prescribed rating. Using a fuse with the wrong rating may cause damage to
your unit. To prevent short circuits, disconnect the wire harness before replacing a fuse.
Specifi cations
General
Operating Temperature:
From -4°F to 158°F (-20°C to 70°C)
Storage Temperature:
From -40°F to 185°F (-40°C to 85°C)
Operating Voltage:
9.5 to 25 Vdc
Current Consumption:
0.16 A typical at 13 Vdc (Max 1.0 A at 13 Vdc)
ACC off Current:
70 uA typical at 13 Vdc
Dimensions:
(W
×
H
×
D) 6
1
/
2
Ч 1
1
/
8
Ч 3
13
/
16
in.
(165
Ч
28.5
Ч
97 mm)
Weight:
0.4 lb. (186 g)
Map Storage:
Internal non-removable memory and optional removable SD card (City Navigator
®
map data)
Connectors:
System/power, GPS antenna, SD card slot, Mini-B for optional FM traffi c receiver
Navigation
Frequency:
1,575.42
MHz
Acquisition Times*:
Warm:
<
1
second
Cold:
< 38 seconds
AutoLocate
®
:
<
45
seconds
*On average for a stationary receiver with an open sky view
Update Rate:
1/second,
continuous
GPS Accuracy:
Position: < 32.8 ft. (10 m), typical
Velocity: 1.97 in./sec (0.05 meter/sec) RMS
Antenna:
External GPS antenna requires metal surface 60
×
60 mm (2.36
× 2.36 in.)
or larger, such as a car roof or the
included metal plate. A larger metal mounting surface improves GPS reception.
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1/8/2010 8:45:14 AM
1/8/2010 8:45:14 AM