11 (E)
Operating precautions
Shoot under the proper lighting conditions.
To produce pictures with eye-pleasing colors, shoot under
the proper lighting conditions.
The pictures may not appear with their proper colors when
shooting under fluorescent lights.
Select the proper lighting as required.
To ensure a stable performance in the long term
Using the unit for prolonged periods in locations where the
temperature and humidity levels are high will cause its parts
to deteriorate, resulting in a reduction of its service life.
(Recommended temperature: Max. 35 °C {95 °F})
Ensure that a cooling unit or heating unit will not blow any
air directly toward the installation location.
Image persistence on the CMOS sensor color filters
If parts of the CMOS sensor are exposed continuously to
spotlights or other bright lights, the color filters inside the
CMOS sensor will deteriorate, and the parts concerned may
become discolored. The discoloration may be noticeable
when the direction of fixed monitoring is changed.
Do not point the camera at strong
lights.
When parts of the CMOS sensor are
exposed to spotlights or other strong
lights, blooming (a phenomenon where
the edges of strong lights become
blurred) may occur.
Bright subject
Blooming
Concerning the color reproduction of CMOS sensors
Depending on the color tones of the subjects, the color
reproduction may deteriorate: This is normal and not
indicative of any trouble.
What happens with high-brightness subjects
Flare may occur if an extremely bright light source is pointed
at the lens. In a case like this, change the angle or take
some other remedial action.
When using the automatic functions
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If “FullAuto” has been selected as the setting for Scene
on the camera menu, for example, all the auto settings
will be turned on, and manual operations will no longer be
possible for some of the items.
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When using the ATW (auto tracking white adjustment)
function under fluorescent lights, the white balance may
vary.
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In some situations, it may be hard to focus at the auto
setting. In cases like this, select the manual setting, and
focus manually.
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The appropriate brightness may not be obtained when
shooting bright objects using the auto settings for the
gain and iris. In cases like this, set the shutter speed to
manual, and adjust.
Zooming and focusing
When the focus is set manually, out-of-focusing may occur
during zooming.
After zooming, if necessary, either adjust the focus or set the
focus to auto.
When using the focus at the manual setting, proceed with
zooming after setting the focus position at the Tele end
where the focusing accuracy is higher.
(However, if the distance from the unit to the subject is less
than 1.5 m {4.92 feet}, the subject may shift out of focus at
the Wide end.)
If zooming is performed to the Tele end after having adjusted
the focus at the Wide end, out-of-focusing may occur.
Concerning the zoom position when the power is turned
on
When the unit’s power is turned on, the zoom, focus and iris
return to the positions they occupied immediately before the
power was turned off. (This happens for the focus and iris
when they were set manually.)
However, this position may not be restored if, for instance,
the power cable was disconnected during operation.
Operating temperature range
Avoid using the unit in cold locations where the temperature
drops below 0 °C {32 °F} or hot locations where the
temperature rises above +40 °C {104 °F} since these
temperatures downgrade the picture quality and adversely
affect the internal parts.
Concerning the HDMI interface standard
This unit has been certified as HDMI-compatible, but on rare
occasions images may not be displayed depending on the
HDMI device which has been connected to the unit.
Turn off the power before connecting or disconnecting
the cables.
Always be sure to turn off the power before connecting or
disconnecting the cables.
Summary of Contents for GP-VD151A
Page 29: ...ENGLISH 28 E...
Page 57: ...28 F FRAN AIS...
Page 85: ...28 S ESPA OL...
Page 113: ...28 P PORTUGU S...
Page 116: ...3 R o o a ASTA BS1362 ASTA BSI Panasonic 13...
Page 119: ...6 R 1 2 8 12 p p full HD 1 2 8 DSP p p 12 10 p p DRS p p 90 s p p 100 30 p p NC35 NC40 p p...
Page 120: ...7 R 1 1 1 8 m GP VD151 4 1 8 m GP VD151A 1...
Page 121: ...8 R p p OK NG e p p p p p p p p p p 40 C p p 0 C p p 85 p p p p p p p p p p p p p p...
Page 122: ...9 R p p p p 320 g 1 2 3 0 mm 3 100 V 1 m p p...
Page 123: ...10 R 35 C p p FullAuto Scene p p ATW p p p p Tele 1 5 m Wide Tele Wide 0 C 40 C HDMI HDMI HDMI...
Page 124: ...11 R...
Page 125: ...12 R AW RM50G HD p p 6 m p p p p p p 10 CAM1 CAM2 CAM3 CAM4 CAM1...
Page 127: ...14 R 1 4 20UNC ON OFF SW1 SW2 SW3 SW4 OFF ON OFF SW1 SW2 SW3 SW4...
Page 131: ...18 R 1 w w p p p p p p p p p p OK NG...
Page 132: ...19 R w w 1 4 20UNC 4 5 mm 6 mm p p p p p p p p...
Page 133: ...20 R w w HD C c HD HDMI GP VD151 GP VD151A AW RM50G p p HD...
Page 134: ...21 R q q p p p p p p c c HD p p p p p p p p 12...
Page 135: ...22 R q q p p 20 p p p p p p p p HDMI p p p p p p Tele Tele p p p p p p ATW p p ATW...
Page 136: ...23 R p p p p p p p p p p 1 120 60 Hz OFF 50 Hz p p...
Page 137: ...24 R mm R74 9 175 5 150 1 5 47 7 115 9 75 73...
Page 164: ...25 G Ma zeichnungen Einheit mm R74 9 175 5 150 1 5 47 7 115 9 75 73...
Page 167: ...28 G DEUTSCH...