Bushnell Trophy Cam HD Manual De Instrucciones página 5

INTRODUCTION
About the Trophy Cam HD
The Bushnell Trophy Cam HD is a digital scouting camera. It can be
triggered by any movement of game in a location, detected by a highly
sensitive Passive Infra-Red (PIR) motion sensor, and then take high quality
pictures (up to 8MP still photos), or video clips.
The Trophy Cam HD consumes very little power (less than 0.25 mA) in
a stand-by (surveillance) state. This means it can deliver up to six months
stand-by operation time when the device is powered by the full capacity of
AA alkaline batteries, and up to twelve months utilizing lithium AA batteries.
Once motion in the monitored area is detected, the digital camera unit will be
triggered at once (typically within one second) and then automatically take
photos or videos according to previously programmed settings. The Trophy
Cam HD is equipped with built-in infrared LEDs that function as a flash, so
that it delivers clear photos or videos (in black & white) even in the dark, and
it can take color photos or videos under sufficient daylight. The Trophy Cam
HD HD is designed for outdoor use and is resistant against water and snow.
Your trail camera is one of the latest generation of Bushnell Trophy Cam HD
HDs, and includes many new or improved features, including:
• Auto PIR Sensitivity-the camera monitors ambient temperature
conditions and automatically adjusts the sensor/trigger signal to be
more sensitive to slight variations in temperature on hot days, less
sensitive on cold days.
• Hyper NightVision-The IR LED Flash array now has increased range,
brighter output and better coverage for improved nighttime images.
• Field Scan 2x with Live Trigger-This "time lapse" feature includes the
option for a second block of recording with its own start/stop times.
Trigger signals generated by nearby wildlife activity will still generate
additional photos/videos as they normally would, independently of the
Field Scan operation.
• GPS Geotag Capability-allows the user to input the longitude and
latitude of the camera's position, which will be embedded in each
photo file. This enables Google Earth, Picassa and other geotag
enabled software to automatically show a map pinpointing each
camera's location when a group of photos are reviewed on a computer.
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