The CameraMan 3-CCD DIGITAL Camera is unmatched in quality, flexibility and expandability, providing one of the best video-communications
cameras in the industry.
This manual will introduce the CameraMan 3-CCD DIGITAL Camera,
explain how to install, connect and configure it, and how to use it in single
and multi-camera network applications. In addition, useful diagrams and
charts can be found in the appendices, providing technical specifications.
The CPT-2018 3-CCD DIGITAL Camera includes these components:
•One CameraMan 3-CCD DIGITAL Camera (with 20x, or 19x, lens and
Mini Docking Station attached)
•One Camera Control Keypad
•One CameraMan Power Supply
•One RS-485 Connector “T”
•One 3’ CameraMan Communication Cable
•One 25’ CameraMan Keypad Cable
•One 3-CCD Installation and Operations Manual
3-CCD Product Descriptions
The 3-CCD DIGITAL Camera is designed to be used in a variety of applications. This camera may have been purchased with one of the following
packages. Information on upgrade paths and recommended accessories
can be found here.
Product Description
The 3-CCD DIGITAL Camera’s pan/tilt functions, zoom perspective, focus
and IMAGE settings can be controlled via Grass Valley’s Remote Control
Keypad, DIGITAL SHOT Director, or Tracking Keypad. In addition to the
camera-control these accessories provide, they also provide multi-camera
control and store up to 125 presets per camera.
CameraMan Installation and Operation Manual7
Section 1 — General
Student Camera Upgrade Package
Presenter Camera Upgrade Package
Used in distance learning applications, this system gives each student the
power to be instantly identified by the camera with the touch of a press to
talk microphone (such as Grass Valley’s Low Profile Microphones). This
includes the Programmable Response Module for distributed preset
control and a 3-CCD Camera Control Keypad.
Used in distance learning, telemedicine and video conference applications.
The system gives presenters and instructors the ability to provide dynamic
presentations while the camera automatically follows their every move.
Includes a Tracking Ring Package (Figure 1), 3-CCD RF Tracking Keypad,
and Main Docking Station.
Figure 1. Tracking Ring Package
FIGURE 1.1 Tracking Ring Package
Recommended Accessories
SHOT Director
Some applications require precise and flexible camera control. The Grass
Valley DIGITAL SHOT Director is a joystick controller designed to give
ultimate control by affording the ability to adjust to the pan, tilt, zoom,
focus, iris, CCU functions and location presets on 1 to 16 different cameras
from one location. And its built-in CCU functionality allows adjustment of
each camera’s on-screen image.
8CameraMan Installation and Operation Manual
3-CCD DIGITAL Camera Components
Figure 2. JSC-2000D Digital SHOT Director
For a visual indication of which camera is selected in a multi-camera application, the CameraMan Tally Light (Figure 3) provides a high intensity
indication from an easy-to-install interface on the rear of the camera. A
bright red indicator is mounted to the top of a flexible pedestal, allowing
precise adjustment and positioning of the light for the best possible studiowide observation. Control of the Tally Light can be accomplished through
Control Center, and STUDIO, as well as via an external closure connected
to a side-mounted Phoenix connector. All current 3-CCD cameras are TallyLight compatible, and previous models are factory upgradable.
Figure 3. CameraMan Tally Light
SCRIPT Viewer Display
Adding a full-feature teleprompting display that moves with the camera is
now available with the addition of the powerful SCRIPT Viewer™. The 15”
active matrix, full color display is available separately and is easily
mounted to the camera. Contact your reseller for more information on the
complete Script Viewer system.
3-CCD DIGITAL Camera Components
Following is a description of each part that came with the CameraMan
CPT-2018 3-CCD DIGITAL Camera.
CameraMan Installation and Operation Manual9
Section 1 — General
CameraMan 3-CCD DIGITAL Camera
The camera and its integrated intelligent pan/tilt system is the primary
component, and the basis for all of Grass Valley’s CameraMan camera systems.
Figure 4. Front of Camera
Lens Shroud
The 20x version of the 3-CCD DIGITAL Camera includes a rectangular lens
shroud (Figure 5).
Figure 5. Lens Shroud
Camera Control Block
The camera control block should be attached to the back of the camera. This
box is the point of connection for all RS-232 and RS-485. The only time this
box needs to be removed is if the camera is upgraded to a Presenter Camera
System.
NoteIf a Presenter or Deluxe Camera System was purchased, the camera control
block is not needed.
10CameraMan Installation and Operation Manual
Figure 6. Camera Control Block
CameraMan Power Supply
The included power supply enables use with 50/60 Hz, 100-240V Power
sources.
Figure 7. CameraMan Power Supply
CameraMan Ports and Jacks
Connection Accessories
•RS-485 T Connector (Figure 8)
•3’ CameraMan Communication Cable
•25’ CameraMan Keypad Cable
Figure 8. T Connector
CameraMan Ports and Jacks
The back of the CameraMan CPT 200D 3-CCD DIGITAL Camera (Figure 9)
has a variety of ports and jacks used to connect the camera to other video,
audio, and camera control components in a system.
CameraMan Installation and Operation Manual11
Section 1 — General
Figure 9. Back of Camera
Back of Camera Block Overview
•Turns on the on-screen menu for appearance adjustments. Also
used to scroll upward through the on-screen menus.
When in shooting mode, the automatic white balance control can be set with
•
this switch. It can also be used to scroll downward through the on-screen
menus.
•When in shooting mode, the automatic black balance control can be set with
this switch. It is also used to display and increase the value of the sub-menus
of the main on-screen menu.
•When in shooting mode, the color bar and the shooting conditions are alter-
nately indicated by pressing this switch. This is also used to scroll downward
through, or lower the value of sub-menu items.
•A digital video signal is provided at this BNC connector.
•This is an ANALOG Video Out signal which is utilized to view the on-screen
menus.
•A GEN LOCK BNC connector used to synchronize the camera by connecting it
to the network’s Video Timing Source.
•Input terminal for lens iris control.
•Not Used.
12CameraMan Installation and Operation Manual
•Allows communication with the pan/tilt unit.
Camera Control Block Overview
Interface connections are located on the back of the camera control block
(Figure 10).
Figure 10. Camera Control Block
CameraMan Ports and Jacks
•Used by certain Grass Valley devices as a communication interface to the
camera system. (For example, a hard-wired keypad would attach here). This
is a standard 6-conductor RJ-11 jack.
•Used for RS-485 communications between the camera system and other
Grass Valley devices. This jack can be used to network multiple cameras or to
connect appropriate Grass Valley approved peripherals using a Grass Valley
T-connector. This is a standard 4-position modular handset jack.
•Provides RS-232 communications to external devices such as PC’s or
other vendor control systems. This connector is a standard DB-9
(female) connector.
•Non-functional
•Helps keep cables from becoming disconnected, or hindering the pan and
tilt capabilities of the camera.
•Non-functional
CameraMan Installation and Operation Manual13
Section 1 — General
•Power input for the CameraMan Camera. Plug only a Grass Valley power
supply (supplied) into this jack. No other types of power supplies should be
used.
•Used to power on/off the CameraMan Camera.
CameraMan LED Displays
On the front of the CameraMan CPT 2018 3-CCD Camera, there are several
LEDs (Figure 11). These indicate various functions that are being performed by the camera.
Figure 11. CameraMan LEDs
When the camera is first powered ON, all LEDs will illuminate. During this
time, basic system hardware checks are being performed. These checks
include communication with the camera interface board which verifies
proper installation of the camera block on the pan/tilt unit. After the initial
system checks are completed, the LEDs will turn on and off one by one in
a binary pattern. This pattern represents the progress the camera is making
during hardware initialization. During this initialization, pan/tilt positions
and camera settings are being restored. Once initialization is complete, the
camera LEDs will represent the following functions:
•
Indicates that the camera has an active power supply and is powered ON.
•(Between the Power and COM LEDs) The camera is in the camera
setup mode.
•Indicates that the camera is receiving valid network data on a communication
link (the LEDs on the back of the camera only indicate line activity, not valid
data).
•Indicates that the camera is in autoTRACK mode. The IR spinners are running
and the camera is attempting to acquire data from the TRP.
14CameraMan Installation and Operation Manual
•Indicates that the camera has acquired the RF signal from the TRP and is
receiving valid data. When this LED is OFF, TRP power is usually OFF.
•Reserved for future use.
CameraMan Configuration Panel
Behind the configuration plate on the lower right side rear of the 3-CCD
DIGITAL Camera is the configuration panel (). These DIP and rotary
switches are used to link the camera’s settings to other components in the
system.
Figure 12. Configuration Panel
CameraMan Configuration Panel
NoteAfter changing any switch’s settings, turn the camera off, then back on to
Video Select SwitchNon-functional
Base Unit AddressUsed to configure the address of the Camera.
Used to change the camera’s Baud Rate.
Can be used to prevent programmed settings
from being accidentally overridden.
CameraMan Installation and Operation Manual15
Section 1 — General
Switch Bank B
Switch 1 (Protocol Select
Switch)
Switch 4 (RF Commands
Switch)
Switch 5 (Preset Save)Used to determine how the preset settings will be
Switch 8 (Interlink Switch)Used to disable commands from being sent on
Switches 2, 3, 6 and 7Reserved for future use.
Tally Light Interface Port
The Tally Light Interface Port (Figure 13) provides output and external
control for CameraMan Tally Light.
Used to select the type of Protocol being used for
RS-232 and RS-485 communications. This can
be configured as either Basic or High Reliability.
Used to enable or disable the RF Receiver in the
CameraMan camera.
saved.
the RS-485 bus to other CameraMan devices.
Figure 13. Tally Light Interface Port
16CameraMan Installation and Operation Manual
Mounting the Camera
Mount the DIGITAL Camera on any flat, non-slick, non-metal surface with
a minimum supporting area of 8” x 8” by following these easy steps.
1. Check the selected camera location to ensure that there is enough
camera and cable clearance space (Figure 14) for the CameraMan to pan
and tilt without obstruction.
NoteDo not mount the camera upside down, or with more than a 10o angle from
the horizontal.
NoteTo assist in placing the CameraMan to achieve optimum optical views, see the
respective appendix in this manual.
Figure 14. Clearance Diagram
Section 2
2. Locate the zero-degree position mark labeled FRONT on the bottom of
the base unit. This mark helps ensure that the base unit is calibrated
correctly. Point this indicator mark in the direction that best reflects the
center of travel in which the camera will be used (usually the center of
the room).
3. To ensure that the camera-mounting is not prone to vibrations, securely
fasten the camera to a rigid flat surface using a 1/4”-20 UNC cap screw
that does not extend into the base platform by more than 0.4”. (The
screw hole is provided in the base platform for this purpose. The cap
screw is not provided.) This screw should be hand-tightened. If
necessary, use a non-hardening threadlock to prevent the screw from
loosening.
NoteBe sure to take environmental conditions into consideration when operating
the camera. Always operate the camera indoors, and follow the temperature
and humidity specifications.
CameraMan Installation and Operation Manual17
Section 2 — Mounting the Camera
Connecting the Camera System
Follow the instructions below to begin connecting the camera to the
system.
NoteAfter connecting each cable to the camera, let it hang loosely behind the
Connecting Camera Control Cables
•On the back of the camera block (Figure 15), there are two cables. These
provide the camera lens, power, and video signals. The cables must be
attached for the camera to operate properly.
•Connect the 12-pin connector to the IRIS jack.
•Connect the 50-pin SCSI connector to the I/F REMOTE jack.
Figure 15. Back of Camera Block
camera. Then follow the instructions in Cable Restraint on page 21 before
attaching the other ends of the cable to other equipment. This relieves undue
stress on the cables and allows the camera to move freely.
Connecting the SDI Video Output
The 3-CCD DIGITAL Camera supports SDI format (270 Mbls component
out).
Connect to the BNC jack labeled SDI OUT on the back of the camera
shroud, using a standard SDI coaxial cable with a BNC connector.
Connecting to the RS-232 Port
The 3-CCD DIGITAL Camera provides for RS-232 communications using
the DB-9 jack on the back of the camera, labeled RS-232. This RS-232 port
can be used to control the CameraMan Camera from external devices such
as a PC or other vendor control system (i.e.: AMX, Crestron). Connect to
18CameraMan Installation and Operation Manual
this port using a standard computer cable with a DB-9 connector. When
used with a DIGITAL SHOT Director, this port operates at 19,200 Baud, No
Parity and software hand-shaking using Grass Valley High Reliability protocol. Otherwise, the port operates at 9600 Baud, No Parity, and software
handshaking using Grass Valley High Reliability or Basic protocols.
NoteTo verify the protocol is being used, check the PROTOCOL switch on the con-
figuration panel on the back lower-right of the DIGITAL Camera.
NoteThe COM light above the RS-232 port is used to indicate communication
activity.
Connecting Camera Control Devices
There are several ways to control the CameraMan’s movement. The following information explains how to connect and configure the included
Camera Control Keypad, or the optional DIGITAL SHOT Director.
NoteDo not use the Camera Control Keypad and the CameraMan SHOT Director at
the same time.
Camera Control Keypad (or Tracking System Keypad)
The included Camera Control Keypad controls the camera’s movement via
wireless RF technology (up to 60 feet) or hard-wired connection (up to 250
feet). If you choose to use a Camera Control Keypad in the hard-wired
mode, follow these directions for installation.
1. Using the 25’ CameraMan Keypad Cable included with your camera,
connect one end of the cable to the RJ-11 type jack located in the battery
compartment (Figure 16) of the keypad.
Figure 16. Keypad Battery Compartment
2. Connect the other end of the cable to the RJ-11 type jack on the camera
control block, labeled PVI COM.
NoteWhen the system is powered on, the light on the keypad should illuminate
momentarily, indicating the keypad is ready for operation. The light located
above the PVI COM port is used to indicate communication activity.
CameraMan Installation and Operation Manual19
Section 2 — Mounting the Camera
NoteUsing cable other than Grass Valley supplied cable for the PVI COM port may
DIGITAL SHOT Director
The optional DIGITAL SHOT Director multi-camera controller can be connected in hard-wired mode only. Follow these directions to connect the
DIGITAL SHOT Director to the CameraMan.
1. Using a standard RS-485 cable, connect one end of the cable to one of
the RS-485 jacks (either one) on the back of the Shot Director.
Figure 17. Back of SHOT Director
2. Connect the other end of the cable to:
cause damage.
•The jack labeled RS-485 on the camera control block for single camera
applications, or
•The T-Connector for multiple-camera applications. Then use the provided 3’ CameraMan Communication Cable to connect the T-connector
to the camera’s RS-485 jack.
NoteIf using a Camera Control Keypad or DIGITAL SHOT Director, refer to the
respective operation manual. If it is unavailable, contact your local reseller or
Grass Valley.
Cable Restraint and System Power
Notice that, if left alone, the connected cables may impede camera movement. To prevent this, the 3-CCD DIGITAL Camera comes equipped with
two cable restrainers—one on the left back and one on the camera control
block. See Figure 18. Follow the instructions below to properly restrain the
cables and power-up the camera.
20CameraMan Installation and Operation Manual
Figure 18. Camera Cable Restraint
Cable Restraint
Cable Restraint and System Power
For upper (i.e. GEN LOCK) cable connections (if used)
1. Locate the cable restraint on the back left side of the camera.
2. Insert cable(s) through the cable restraint from left to right.
NoteAllow 16” of cable between the restraint and the connection port to provide
enough slack for the camera’s tilting movement.
3. Tighten the restraint by pulling on the strap’s “free” end to prevent any
cable from becoming dislodged. (The cable restraint is reusable and
adjustable).
4. Group the cables with all the other cables connected to the connector
box and follow the instructions below to feed them through the lower
cable restraint.
For lower cable connections
1. Insert all cables (upper and lower) through the cable restraint from left
to right. This will result in the cables being located approximately in the
center of the camera, instead of near the edge.
2. Tighten the restraint by pulling on the strap’s “free” end to prevent any
cable from becoming dislodged.
NoteTo relieve undue stress on the camera and the cable connections, it is impor-
tant to fasten all cables using the cable restrainer on the back of the camera.
NoteBe sure to leave enough slack in the cables for the camera to pan left and right
free of any constraints.
CameraMan Installation and Operation Manual21
Section 2 — Mounting the Camera
Power Supply Connection
Mount the Power Supply with any orientation, or on top of a table or rollabout unit by using the following steps.
1. Verify that the POWER switch, on the back of the camera, is turned OFF.
2. Plug the 5.5mm power supply cord connector into the DC POWER jack
on the back of the camera.
3. Connect the other end of the power supply to a 120/240 V ac power
source.
22CameraMan Installation and Operation Manual
Switch Configuration
Once connected to the power supply and control devices, the DIGITAL
Camera must be configured to work in the desired application. To begin,
remove the configuration plate on the back right side of the camera by
removing the two screws holding it in place. Behind it are the configuration
switches (Figure 19).
Figure 19. Configuration Switches
Section 3
NoteAll switches not discussed in this section should remain in the DOWN or OFF
position.
Switch Bank A
Dip Switch 7 (Baud Rate)Used to configure camera Baud Rate for the RS-
232 and RS-485 ports. Set the switch in the UP
position for 19,200 baud and the DOWN position
for 9600 baud. (The factory default is UP.)
Dip Switch 8 (Memory)For the majority of applications, this switch should
be set to the UP (UNLOCK) position. When in the
DOWN (LOCK) position, all programmed features
are locked and cannot be overridden. (The
factory default is UP.)
CameraMan Installation and Operation Manual23
Section 3 — Switch Configuration
Central Control
Switches
Base Unit AddressUse the 16-position rotary switch labeled BASE
UNIT ADDRESS to set the unique identification
number for the specific CameraMan camera. If
using the optional Keypad, DIGITAL SHOT
Director, or another control system, refer to the
documentation provided with those accessories
for proper configuration.
Switch Bank B
Dip Switch 1 (Protocol)Selects the communication protocol to be used
by the RS-232 and RS-485 ports on the camera.
The High Reliability protocol includes some
advanced error checking that is not performed in
the Basic protocol. (The factory default is
DOWN.)
Dip Switch 4 (RF
Command)
In the DOWN position, the camera responds to
commands sent from an RF Keypad. In the UP
position, the RF receiver in the camera is
disabled and the camera cannot receive
commands directly from a wireless keypad. (The
factory default is DOWN.)
NoteWhen using multiple cameras networked on the RS-485 bus, only one
camera should have its RF receiver enabled. Set switch 4 on the other
cameras to UP.
Dip Switch 5 (Preset Save)Determines how the preset settings are recalled.
DOWN recalls Manual Gain, Iris, and Focus
settings. UP recalls only the Auto settings for
presets and autoTRACK Views. (The factory
default is DOWN.)
Dip Switch 8 (Interlink)Use this feature in multi-camera applications.
When it is in the DOWN position, all commands
are passed onto the RS-485 communication bus
to the appropriate camera. For a single-camera
application, this switch setting does not matter.
(The factory default is DOWN.)
24CameraMan Installation and Operation Manual
System Startup
NoteBefore powering the CameraMan system, ensure all necessary connections
and configurations are complete
1. Just switch the Power button on the back of the CameraMan DIGITAL
Camera to the ON position. The Camera should automatically enter its
position calibration mode and then stop at the zero degree point.
2. Verify that the camera is now facing in the direction the “FRONT” label
was pointing during mounting.
3. If you are using the Camera Control Keypad or DIGITAL SHOT
Director, make sure its base unit address is the same as on the camera.
If they are, verify that the camera’s PAN and TILT functions are
working properly.
Section 4
CameraMan Installation and Operation Manual25
Section 4 — System Startup
26CameraMan Installation and Operation Manual
Troubleshooting
Should any problems occur with the CameraMan CPT 2018 3-CCD
DIGITAL Camera, please refer to the following guide. If questions or problems still exist after troubleshooting, please contact your authorized Grass
Valley reseller or contact Grass Valley Customer Support directly.
Problem
The Camera’s Video is not working properly.
Solution
1. Verify that the SDI OUT connection is being used on the back of the
camera shroud.
2. Verify that the video output of the camera is connected to the
appropriate video input on the switcher or CODEC.
Problem
Appendix A
No communications through the RS-232 port.
Solution
1. Verify that the cable being used is wired correctly.
2. Verify that the PROTOCOL SELECT switch on the rear configuration
panel is set properly.
3. Verify that the BASE UNIT ADDRESS on the rear configuration panel
is set properly.
4. Does the COM light above the RS-232 port on the back of the camera
blink when you send a command through this port? If no, change the
cable and retry.
5. Verify that the POWER LED, on the front of the camera, is illuminated.
Also verify that the 12VDC indicator, on the rear of the camera block, is
illuminated. If the POWER LED is not lit, check the POWER switch to
make sure that it is ON, then verify that the Power Supply is connected
to the camera properly. If the 12VDC LED on the rear of the camera
block is not illuminated, verify that the I/F Remote SCSI cable is
connected properly.
CameraMan Installation and Operation Manual27
Appendix A — Troubleshooting
28CameraMan Installation and Operation Manual
Appendix B
Multi-Camera Applications
NoteIf the camera does not move, refer to the TROUBLESHOOTING section of the
Camera Control Keypad, or DIGITAL SHOT Director manual.
NoteIf using more than one CameraMan 3-CCD DIGITAL Camera, the cameras
need to be set up in a “daisy-chain” network configuration using the following
steps:
1. Connect cameras together by plugging the Grass Valley T-connector
into the RS-485 port on the back of the camera.
2. Connect each camera using a 4-conductor cable, with 4-position
modular handset plugs wired straight-through:
•Pin 1 to Pin 1
•Pin 2 to Pin 2
•Pin 3 to Pin 3
•Pin 4 to Pin 4
NoteDo NOT use a pre-wired standard phone cable. The wiring is different and
may cause damage.
3. Using the BASE UNIT ADDRESS rotary switch located on the back of
the Camera, configure each camera with a unique Base Unit Address;
i.e. Camera One set with address 0, Camera Two set with address 1, and
so on.
4. To control each camera with your Camera Control Keypad, the rotary
switch inside the keypad battery compartment must match the lowest
Base Unit Address in your system.
CameraMan Installation and Operation Manual29
Appendix B — Multi-Camera Applications
30CameraMan Installation and Operation Manual
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