Grundig GCA-C0245P User manual

GCA-C0245P.13.1.15.08.2011
Owner´s Manual
© ASP AG
Motorized Dome Cameras
GCA-C0245P Motorized Dome Day/Night Camera, 36x Zoom, WDR
GCA-C0345P Motorized Dome Day/Night Camera, 36x Zoom, WDR

Content:
1. Introduction 1
2. Important Safety Instructions 1
3. Package Contents 2
4. Installation 2
1. Preparation for Dome Camera Setup 3
2. Switch & Connector Definition 6
3. Communication Switch Setting 7
4. ID Configuration 7
5. Camera Control Protocol Setup 8
6. Cable Connection 8
5. Operation and Configuration 12
1. OSD Display Format 12
2. OSD Menu Tree 13
3. Configuration Menu 15
6. System Expansion 39
1. Connecting with a Connector Box 39
2. Signal Distribution Unit 40
7. Integration of a Pelco Keyboard 41
1. Introduction
The Swiftdome Cameras GCA-C0245P and GCA-C0345P provide Continuous Auto Focus, Back Light
Compensation, Auto Exposure and Digital Slow Shutter functions are provided for clear and high quality image. A
removable IR cut filter ensures 24 hours operation, while Privacy Masks are specially designed to avoid any
intrusive monitoring in a specific region. Therefore the cameras will meet your specific needs.
The Home function allows users to specify a preset position as the ‘home position’ or to specify home functions
(Sequence / Auto Pan / Cruise). Under this mode, the Dome Camera can come back to the preset home position,
for example when the camera has been idle for a user-defined period of time. Additionally, the unique Schedule
function enables users to program a preset point or function (Sequence / Auto Pan / Cruise) so that these actions
can be automatically performed at a specified time.
The Swiftdome Cameras provide variable pan/tilt speeds ranging from a fast patrol of 400° per second to a slow
ramble of 5° per second with 0.225° pan/tilt accuracy for fast and accurate tracking ability. The 360° endless
rotation and the -10°~190° tilt travel make tracking the object passing directly beneath the dome possible. A
maximum of 256 preset points can be programmed for precise location of target areas, and the users can also
define Sequence lines, Auto Pan lines and Cruise routes for the camera to operate automatically. In addition, a
RS-485 communication port is available for remote control purposes.
The Swiftdome Cameras provide 8 alarm inputs and 1 alarm relay output. The smart alarm management
mechanism can be programmed through the OSD setup menu. Furthermore, certain functions (Preset /
Sequence / Auto Pan / Cruise) can be activated when an alarm is triggered.
A large set of built-in protocols provides connectivity with other surveillance systems. The built-in protocols
include Pelco, VCL, Philips, AD-422, etc, which allow this Dome Camera series to be integrated into other
suppliers' surveillance systems.
2. Important Safety Instructions
Be sure to use only the standard adapter that is specified in the specification sheet. Using any other adapter
could cause fire, electrical shock, or damage to the product. Incorrectly connecting the power supply or
replacing battery may cause explosion, fire, electric shock, or damage to the product. Do not connect multiple
products to one single adapter. Exceeding the capacity may cause abnormal heat generation or fire.
Do not place conductive objects (e.g. screwdrivers, coins or any metal items) or containers filled with water on
top of the product. Doing so may cause personal injury due to fire, electric shock, or falling objects.
If any unusual smells or smoke come from the unit, stop using the product. In such case, immediately disconnect
the power source and contact the service center. Continued use in such a condition may cause fire or electric
shock.
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If this product fails to operate normally, contact the nearest service center. Never disassemble or modify this
product in any way. (GRUNDIG is not liable for problems caused by unauthorised modifications or attempted
repair.)
To prevent fire or electric shock, do not expose the inside of this device to rain or moisture.
3. Package Contents
These parts are included for GCA-C0245P:
These parts are included for GCA-C0345P:
4. Installation
Do not install the product in a location subject to high temperature (over 50°C), low temperature (below -10°C),
or high humidity. Doing so may cause fire or electric shock. Keep out of direct sunlight and heat radiation
sources. It may cause fire. Avoid aiming the camera directly towards extremely bright objects such as sun, as
this may damage the image sensor.
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Do not install the unit in humid, dusty or sooty locations. Doing so may cause fire or electric shock. Install it in a
place with good ventilation.
When installing the unit, fasten it securely and firmly. A falling unit may cause personal injury.
If you want to relocate the already installed product, be sure to turn off the power and then move or reinstall it.
If the PTZ system looses its power supply during freezing temperatures and the power supply returns
afterwards, the Swiftdome Camera will first heat up internally to +3° C and then the initialiasition will start. In
this way it can be prevented that the sliding contacts and the motors get damaged through a cold start.
General Operation Requirements:
At least one control device is required for operation, such as a Control Keyboard, a DVR or a PC. The Swiftdome
Cameras contain a built-in receiver that decodes commands originating from a control device.
Connect the Dome Cameras to other devices, as shown in the diagram, to complete a video surveillance system.
NOTE: To extend the network distance up to 1.2 km (4000 feet) and to protect the connected devices, it is highly
recommended to place a repeater at the mid-point. However, a repeater may be also needed in a network
distance of less than 1.2 km if the used cables are not the CAT 5 / 24 AWG cables (please see section 4.6.4 RS-
485 Connector Definition). Please refer to the repeater’s manual for detailed information.
4.1. Preparation for Dome Camera Setup
4.1.1. Setup Preparation for GCA-C0245P
The following installation procedure is for the Camera model GCA-C0245P. This camera is supplied with a
sunshield housing. Please follow the steps below to complete the housing installation for the Dome Camera.
STEP 1
Unpack the Dome Camera’s package and take out the Dome
Camera unit.
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STEP 2
Rotate the Outdoor Mount Kit, and take it off from the camera
body.
STEP 3
Remove the protective cover and the PE sheet.
STEP 4
Attach the dome cover to the camera body. Before doing so,
apply some lubricant on the cover’s water-proof rubber to
make the installation process smoother.
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Please note that the tiny protrusion on the cover must align
with one of the four holes on the camera body.
STEP 5
Gently press down the dome cover with two hands on two
sides of it.
DO NOT press the cover, as shown in the figure; this might
cause damage to the Dome Camera.
STEP 6
Screw the dome cover and the camera body together.
STEP 7
Set the switches located at the bottom of the Dome Camera. Refer to section 4.2. Switch & Connector Definiton
and the following sections for detailed information about various switch settings.
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4.1.2. Setup Preparation for GCA-C0345P
Please note that for the Camera model GCA-C0345P there will be a PE covering and PE cloth sheets on the
dome cover. Furthermore, there will be a protective covering on the camera and PE cloth sheets on the camera
bodyand a lens cap on the lens for shipping protection. Follow the steps below to remove those protective
materials.
Step 1: Unpack the dome package and take out the dome body.
Step 2: Rotate and remove the protective cover and the PE cloth sheets from the camera body and take off the
lens cap.
Step 3: Remove the PE covering and the cloth sheets from the dome cover.
Step 4: Attach the dome cover to the dome body.
4.2. Switch & Connector Definition
Before connecting the Dome Camera to other devices of a CCTV system, please complete first the Dome
Camera’s ID and communication switch settings. These switches are located on the bottom of the Dome Camera.
Additionally, the 22-Pin Connector for Data Cable connection and the ISP Connector for firmware upgrade kit
connection are located on the back plate of the analogue Swiftdome Camera.
There are various switches and connectors located on the Dome Camera’s back plate as shown in the pictures
below. Please refer to the diagrams and the table for use of each switch/connector.
NOTE: DO NOT change the Swiftdome Camera’s Communication Switch factory default settings.
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4.3. Communication Switch Setting
The analogue Dome Camera’s communication switches are specified in the table below.
RS-485 is the interface for communication between the Dome Camera and its control device. For this reason, the
RS-485 setup of the Dome Camera and the control device must be the same. The RS-485 default setting is half-
duplex (see the following diagram). Please do not change the default setting without the notice of a qualified
specialist or supplier. As for the switches SW 3 and SW 4, they are used for termination and Line Lock
adjustment respectively. The switch SW 5 is mainly used when users want to restore the camera to factory
default status; moreover, once a firmware upgrade was carried out, users need to reset switch SW 6 afterwards.
4.4. ID Configuration
Please change the analogue Dome Camera’s ID if there is more than one Dome Camera on the same installation
site. Use the switch to change your Swiftdome Camera’s ID by turning the arrow to the desired number
respectively. For instance, if the camera’s ID is 123, the ID switch should be set as below.
NOTE: No two Dome Cameras should be given the same ID, otherwise a communication conflict may occur.
NOTE: The number “0” should be located upwards (as shown in the diagram above) for correct switch definition.
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4.5. Camera Control Protocol Setup
Define the protocol you are going to use based on the devices of your surveillance system. Generally, the use of
one protocol is recommended even if the devices are provided from different manufacturers. Please refer to the
table below for all supported protocols with their matching switch numbers and baud rate and choose a protocol
for your Swiftdome Camera.
If you select the protocol Pelco D, with switch no. 01 and baud rate 2400, for instance, the protocol switch should
be set as shown below.
NOTE: The number “0” should be located upwards (as shown in diagram above) for correct switch definition.
4.6. Cable Connection
The Dome Camera is supplied with one integrated 22-pin Data Cable for connecting with the power, video, and
RS-485/audio input & audio output cables. Please read the following sections thoroughly before making
connections.
4.6.1. Cable Requirements
For operation, this Dome Camera requires video, RS-485 and power cables as described below:
- The video cable sends video signals to a remote viewing site. Using a coaxial cable to send video signals is
recommended.
- The RS-485 cable carries commands from a control device to the Dome Cameras. A CAT 5 / 24 AWG cable is
recommended.
- Power supply: AC 24V input voltage
NOTE: Please ensure that the power supply meets the Dome Camera’s power requirement, otherwise product
impairment may occur. If any mistake happens, please contact a qualified maintenance engineer.
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4.6.2. 22-Pin Data Cable
The analogue Dome Camera’s Data Cables are illustrated as follows.
Data Cable for GCA-C0245P:
Data Cable for GCA-C0345P:
NOTE: Be careful not to pull the cables improperly during installation. Additionally, it is recommended to fasten
the cables after cable connection is completed. Furthermore, when wiring the power cable, make sure the
Ground wire is inserted into the mid-pin of the terminal block.
4.6.3. 22-Pin Connector Definition
With the 22-pin connector, installers can simply connect the power, video and RS-485 cables to the Dome
Camera at once. Particularly, the alarm pins are serviceable for connecting alarm input and output devices, such
as alarm sensors, sirens or flashing lights with the surveillance system. For the definition of each pin, please
refer to the tables below.
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The analogue Dome Camera’s 22-pin connector definition is listed as follows:
4.6.4. RS-485 Connector
The RS-485 is a communication interface between the Dome Camera and its control device. Please connect the
Control Keyboard to the Swiftdome Camera through the terminal block. The recommended cables for RS-485
communication are CAT 5 cables; maximum cable length for over 24 AWG wire is 4000 feet (1219 meters). If the
total cable length exceeds 4000 feet, using a repeater to maintain the signals is recommended. Please refer to
the figure and the table below for pin definition and wiring.
4.6.5. Cable Wiring and Connection
Users may need to conduct cable wiring when: (1) Connecting self-provided cords to the connector housing
(shown in the figure below) instead of using the equipped data cable or (2) Connecting alarm input and output
devices. The following pictures will illustrate the way to wire cords into the connector housing. Please refer to
section 4.6.2. 22-Pin Connector Definition for the exact position of each cord.
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Insert the terminal into the pin holes on the connector
housing, with the hook outwards, as indicated in the figure.
To unlock the terminal, press the hook, as indicated in the
figure, with a proper tool and pull it out gently.
Connect the 22-pin connector to its mating port on the back plate of the Dome Camera.
NOTE: The figure is for illustration only. Please refer to section 4.2. Switch & Connector Definition for correct
back plate layout.
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5. Operation and Configuration
5.1. OSD Display Format
Regarding information about OSD display, position and function description, please refer to the table below.
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5.2. OSD Menu Tree
The OSD setup menu structure is listed in the following section. The star symbol indicates the factory default. For
detailed function description, please refer to 5.3. Configuration Menu.
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5.3. Configuration Menu
The detailed functions and parameter settings of your Swiftdome can be set by the OSD (On Screen Display) menu
with a control device such as a control keyboard. The tables below show the parameters that can be set through
the OSD menu.
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To enter the OSD menu of the selected camera, press the <CAMERA MENU> key on the control keyboard and hold
it for 3 seconds to enter the OSD menu.
To select the setup item, use the direction keys on the keyboard to move the OSD cursor in the OSD menu.
To setup an item, use the direction keys on the keyboard to move the OSD cursor in the OSD menu. For items with
an arrow (→), press the right/left direction keys on the control keyboard to select it. For items with a (↓), press
the <CAMERA MENU> key on the control keyboard to enter the submenu. For items with several arrows (→↓),
users can use the right/left direction keys to select these functions, and then press the <CAMERA MENU> key on
the control keyboard to enter their submenus.
NOTE: In the Camera OSD menu, the <CAMERA MENU> key functions as “ENTER” and “EXIT”.
5.3.1. LANGUAGE
The camera supports a multi-language OSD operation. The available languages include English, Japanese,
Portuguese, Spanish, French, German, Italian, Polish, Russian, Traditional Chinese, Simplified Chinese and
Turkish. You can straight away set a desired language on MAIN PAGE 1, as shown below. As you select a
language with the arrow keys, the OSD will automatically change to the language you selected. The default
language is <ENGLISH>.
5.3.2. DEFAULT CAMERA
This item is for restoring the camera settings, including Backlight, Focus, AE, WBC, Digital Zoom, Slow Shutter,
Image Inverse and Aperture, to factory defaults. Once one of the parameters mentioned above is modified, the
DEFAULT CAMERA item will turn automatically to <OFF>. Select <ON> to recall the default settings for these
camera parameters.
5.3.3. BACKLIGHT
The Backlight Compensation function prevents the centre object from being too dark in surroundings where
excessive light is behind the centre object.
When you set this item to <ON>, the centre object will be brightened in contrast to the edge of the picture (where
backlight would most likely be located).
After completing the setup of backlight, go back to Main Page 1 and continue to set the focus values.
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5.3.4. FOCUS
The Dome Camera’s focus can be operated in two modes: Manual Focus mode and Auto Focus mode.
AUTO:
There are three options available for the AF Mode, including Normal mode, Zoom Trigger (Z. TRIG.) mode and PTZ
Trigger (PTZ TRIG.) mode. The submenu of AUTO is shown below:
- Normal Mode:
In this mode, the camera will stay focussed automatically and continuously in any condition.
- Zoom Trigger Mode (Z. TRIG.):
In this mode, AF is activated at the time when zoom is changed.
- PTZ Trigger Mode (PTZ TRIG):
In this mode, AF is triggered when the Dome Camera is set to pan, tilt or zoom.
- EXIT＋SAVE:
Press <YES> to save the selected AF Mode.
MANUAL:
In this mode, users can adjust the focus to near/far via the control keyboard’s Focus Near/Far key.
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5.3.5. AE MODE
Exposure is the amount of light received by the image sensor and is determined by how wide you open the lens
diaphragm (iris adjustment), by how long you keep the sensor exposed (shutter speed), and by other exposure
parameters. With this item, users can define how the Auto Exposure (AE) function works.
EXPOSURE COMPENSATION:
The exposure value ranges from -10.5dB to 10.5dB. Select <OFF> to disable this function.
AE MODE:
- AUTO:
In this mode, the camera’s Brightness, Shutter Speed, IRIS and AGC (Auto Gain Control) control circuits work
together automatically to get consistent video output level.
- SHUTTER:
With this option, Shutter Speed takes main control of exposure, and both IRIS and AGC will function automatically
in cooperation with the shutter speed to achieve consistent exposure output. The shutter speed ranges from
1/10000 to 1/50.
- IRIS:
In this mode, the IRIS function adjusts exposure in higher property. SHUTTER speed and AGC circuit will function
automatically in cooperating with the IRIS to get consistent exposure output. The IRIS value is fixed at f1.6.
- Manual:
In this mode, users can adjust the shutter speed (1/10000 ~ 1/50 for PAL; 1/10000 ~ 1/60 for NTSC) and the gain
value (-3dB ~ 28dB) for optimised video output.
EXIT:
Exit the AE MODE menu and go back to the Main Page 1 to set the WBC mode.
5.3.6. WBC MODE
A digital camera needs to find a reference colour temperature, which is a way of measuring the colour of a light
source, for calculating all the other colours. The unit for measuring this ratio is in degree Kelvin (K). You can
select one of the White Balance Control modes according to the installation condition.
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