Pelco CC1400HZ16-4 用户手册

  Be sure to connect

the power and ground leads to the
appropriate terminals. Wrong con-
nections may cause malfunction
and/or damage to the video camera.

Table A.  Video Coaxial Cable Requirements

RG59/U

750 ft (229 m)

RG6/U

1,000 ft (305 m)

RG11/U

1,500 ft (457 m)

* Minimum cable requirements:

75 ohms
All-copper center conductor
All-copper braided shield with 95% braid
coverage

1. Attach to a mount.

2. Connect video cable to the VIDEO OUT

connector (BNC) on the rear of the
camera. Refer to Table A for the type of
video coaxial cable to use.

3. Connect input power to the screw

terminals on the back of the camera.

4. To adjust the scene, do the following as

necessary:

•

To zoom in, push and hold the TELE
button until achieving the desired
distance, then release. Once the
camera reaches its zoom limit (16X),
the camera automatically goes into
8X digital zoom (for a maximum zoom
of 128X).

•

To zoom out, push and hold the
WIDE button until achieving the
desired distance, then release.

•

To accurately render colors, push and
release the PUSH AUTO WB button.
The camera reads the white color in
the scene and renders other colors
accordingly.

An external power supply (not provided) is
required when using CC1400HZ16-* Series
cameras. Use a power supply that is UL
listed (U.S.A.) or CSA certified (Canada).

If you are using AC power and wiring more
than one camera to the same transformer,
connect one side of the transformer to the
same terminal on all cameras, and connect
the other side of the transformer to the remain-
ing terminal on all cameras. Failure to connect
all of the cameras the same will cause the
cameras to be out of phase with each other
and may produce what appears to be vertical
roll when switching between cameras.

NOTE:  This equipment has been tested and
found to comply with the limits of a Class A
digital device, pursuant to part 15 of the FCC
rules. These limits are designed to provide
reasonable protection against harmful inter-
ference when the equipment is operated in a
commercial environment. This equipment
generates, uses, and can radiate radio fre-
quency energy and, if not installed and used
in accordance with the instruction manual,
may cause harmful interference to radio com-
munications. Operation of this equipment in a
residential area is likely to cause harmful in-
terference in which case the user will be re-

When using a DC power supply, synchroniza-
tion is internally locked and V-phase control is
inoperative.

V-phase adjustment is unnecessary when us-
ing AC power with a single camera.

When powering more than one camera with
AC, phase differences may occur as a result
of being connected to different power groups.
These phase differences become apparent
as a brief rolling of the picture each time
cameras are switched.

Vertical roll can be corrected by synchroniz-
ing the cameras using the V-phase control on
the back of the camera.

Generally, it is necessary to have two people
in communication when cameras are syn-
chronized: one person at the camera to be
synchronized and a person at the monitor to
observe the vertical “roll” and the effect of
any adjustments made at the camera.

1. Choose a camera to which all of the other

cameras will be synchronized. Go
through the available cameras and
determine the best camera to which the
others should be synchronized.

2. Select a second camera that is out of

synchronization with the first camera.

3. To shift the V-phase, turn the V-phase

control.

4. Switch the cameras back and forth,

observing the “roll” between the cameras
when they are switched.

5. If “roll” is present, turn the V-phase

control again, observing the “roll” each
time an adjustment is made.

6. Repeat this process as many times as

necessary and for each of the other
cameras in the system.

This product is covered under Pelco’s stan-
dard three-year warranty. Please consult fac-
tory for details on warranty and return policy.