Ganz C-AllView Assembly instructions

C-AllView &
C-AllView Ti
installer’s guide

1
Contents
Introduction 2
Welcome 2
Installation 3
Camera mounting 3
Camera telemetry settings 6
Power and signal connections 9
Camera power requirements 9
Mains power supply (C-ADN3 models) 9
Fuses 10
Connecting the composite cable 10
Connecting external links 11
Vehicle power supply (C-ADN3V models) 12
Thermal image focusing (Ti models only) 13
Further information 14
WEEE statement 14
Changes to control protocols 14
Safety 14
Disclaimer 14
Dimensions 15
Camera Unit 15
Specifications: Mechanical and general items 16
Specifications: Camera modules 17

2
Introduction
Welcome
These are no ordinary cameras. Thanks to careful development and rigorous
testing, these cameras are equipped to survive in harsh environments and provide
enhanced features. Two main models are available to offer optical only or optical
plus thermal imaging abilities.
The numerous benefits of both camera types include:
• Flat toughened glass window – scratch resistant, maintenance-free and optically
correct,
• Integral Wiper – to clean away rain and deposits caused by wind, sea spray and
road traffic,
• Hard anodised aluminium castings, with optional powder coating to prevent
corrosion in the harshest of marine environments,
• M4 marine grade stainless steel case fastenings,
• Optional washer system,
• Optional infra-red LED illumination system,
• Day/night switching by external contact closure (optional alarm interface),
• Multiple native control protocols: Coaxial and RS485,
• Optional RS485 alarm interfaces.
Optical only Optical plus
thermal imaging

3
Installation
Camera mounting
The camera is designed to be mounted upright or hang-
ing. By nature of its rugged construction the camera is
a heavy item and thus requires a substantial and stable
mounting. The camera is supplied with a mount adaptor to
allow fixing to industry standard brackets, towers or columns.
The mount adaptor has two cable entry points:
• A pass-through hole in the end plate to allow the com-
posite cable to enter unseen from a column, tube or
bracket type mounting, plus
• A conduit thread (M25) in the side wall to permit com-
posite cable entry via a flexible conduit attached to the adap-
tor.
To mount the camera
1 Thread the composite cable through the appropri-
ate entry hole into the mount adaptor before it is
fixed to the column or bracket.
2 To avoid placing strain upon the electrical connections,
arrange the composite cable such that approximately
25~35mm of the weatherproof connector protrudes
out from the smaller plate that will connect to the
camera.
3 Secure the mount adaptor to
the supporting structure us-
ing M8 bolts, washers and
Nyloc®type nuts.
IMPORTANT: Always use
Nyloc nuts in order to signifi-
cantly reduce the possibility of bolts
working loose during operation due to
vibration.

4
4 Offer the camera to the mount adaptor and clip the
lanyard onto the lug of the mount adaptor. In
addition to being an essential safety device during
operation, the lanyard is useful as a temporary
hanging point when the camera is being
mounted in the inverted position.
5 Carefully note the orientation notch-
es of cable connector and camera
socket. Align the notches accordingly
and insert the connector onto the socket
of the camera base. Twist the connector’s
retaining ring until it locks into place.
6 Remove the four hex head bolts from
the camera base and push the connector
back into the mount adaptor.
7 Align the four holes of the mount adaptors with those on the camera base and
insert the four hex head bolts.
8 Tighten the bolts to approximately 1.6Kg/m. Do not over tighten bolts.
IMPORTANT: Ensure that the lanyard is connected to the appropriate lug
on the mount adaptor when the camera mounting is complete. Also, dou-
ble check all bolts for correct positioning and appropriate tightness.

5
To offset the camera head
When mounting upright, the camera head
can be offset to allow it a field of view
clear of the pan motor section of the hous-
ing.
1 Unscrew and withdraw the M5 socket
head retaining bolt from the middle of
the front of the yoke.
2 Carefully tip the yoke assembly forward.
3 Re-insert the bolt from the rear of the
yoke and tighten to approximately
0.97Kg/m. Do not over tighten the bolt.

6
Camera telemetry settings
Depending on the chosen protocol, telemetry control signals may be fed to the
camera either via the primary co-axial video link cable or through the twisted pair
cables that are included within the composite cable.
Note: Due to limitations or software changes within some protocols, it is not always
possible to implement all of the camera’s features.
All settings related to telemetry control are configured using two banks of switches
(S1 and S2) located behind a removable panel within the hub of the camera.
To access the switches, remove the two retaining screws and remove the panel:
Note: In all switch setting tables, a dash (-) means the corresponding switch is Off.
Device ID address (block S1, switches 1 to 8)
For protocols which use RS485 control signals via the twisted pair link within the
camera’s composite cable, you can determine the device ID address for the camera.
Note: These settings are ignored for protocols that use the primary video coaxial
cable to transfer telemetry signals.
Device ID S1-1 S1-2 S1-3 S1-4 S1-5 S1-6 S1-7 S1-8
0 - - - - - - - -
1 On - - - - - - -
2 - On - - - - - -
3 On On - - - - - -
4 - - On - - - - -
5 On - On - - - - -
6 - On On - - - - -
7 On On On - - - - -
8 - - - On - - - -
9 On - - On - - - -
10 - On - On - - - -
11 On On - On - - - -
12 - - On On - - - -
13 On - On On - - - -
14 - On On On - - - -
8
7
6
5
4
3
2
1
8
7
6
5
4
3
2
1
8
7
6
5
4
3
2
1
8
7
6
5
4
3
2
1
S2
S1

7
Device ID S1-1 S1-2 S1-3 S1-4 S1-5 S1-6 S1-7 S1-8
15 On On On On - - - -
16 - - - - On - - -
17 On - - - On - - -
18 - On - - On - - -
19 On On - - On - - -
20 - - On - On - - -
21 On - On - On - - -
22 - On On - On - - -
23 On On On - On - - -
24 - - - On On - - -
25 On - - On On - - -
26 - On - On On - - -
27 On On - On On - - -
28 - - On On On - - -
29 On - On On On - - -
30 - On On On On - - -
•
127 On On On On On On On -
128 - - - - - - - On
129 On - - - - - - On
•
To determine Device IDs that are not listed here
Determine how many of the numbers shown below in bold are required
to make up the value of the Device ID number that you require. If a bold
number is needed to make up your number, then the corresponding switch
on the S1 block should be On. For example, to make the Device ID 85, you
need the values 1 + 4 + 16 + 64, thus switches S1-1, S1-2, S1-5 and S1-7
would need to be On, all others would be Off.
1 2 4 8 16 32 64 128
(S1-1) (S1-2) (S1-3) (S1-4) (S1-5) (S1-6) (S1-7) (S1-8)
•
245 On - On - On On On On
246 - On On - On On On On
247 On On On - On On On On
248 - - - On On On On On
249 On - - On On On On On
250 - On - On On On On On
251 On On - On On On On On
252 - - On On On On On On
253 On - On On On On On On
254 - On On On On On On On
255 On On On On On On On On

8
Telemetry protocol (block S2, switches 1 to 5)
Vendor Protocol Identity Link S2-1 S2-2 S2-3 S2-4 S2-5
360-Vision C-Dome 0C VIS360 RS485 - - On On -
BBV Serial485 12 BBV485 RS485 - On - - On
CBC OCP OCP485 00 OCP485 RS485 - - - - -
DeView VTC485 09 VTC485 RS485 On - - On -
Forward Vision FV Mic1-300 0D FV300 RS485 On - On On -
Ikegami I-LAN 0E IKILAN RS485 - On On On -
Ikegami RS485 0B IK485 RS485 On On - On -
Kalatel DP 05 KALADP RS485 On - On - -
Pelco D D2400 0A PELD24 RS485 - On - On -
Pelco P P4800 02 PELP48 RS485 - On - - -
Pelco P P9600 01 PELP96 RS485 On - - - -
Philips 2400 04 PHL24 RS485 - - On - -
Philips 9600 03 PHL96 RS485 On On - - -
Samsung SCC2000 0F SCC200 RS485 On On On On -
Samsung SCC3000 08 SCC300 RS485 - - - On -
Sensormatic - 06 SENSO RS485 - On On - -
Ultrak/Honeywell Diamond 07 ULTRK RS485 On On On - -
VCL - 11 VCL485 RS485 On - - - On
Baxell DC FSK-Standard 1E BAXDC Coaxial - On On On On
BBV Coaxial 1F BBVCAX Coaxial On On On On On
Pelco Coaxitron 18 PELCAX Coaxial - - - On On
Device termination (block S2, switch 8)
For protocols which use RS485 control signals via the twisted pair link within the
camera’s composite cable, you can determine whether or not the camera is termi-
nated. The camera should be terminated whenever it is situated as either the only
device connected to a controller or the last device within a chain of similar devices.
Note: This setting is ignored for protocols that use the primary video coaxial cable
to transfer telemetry signals.
Termination S2-8
Un-terminated Off
Terminated On

9
Power and signal connections
Camera power requirements
The camera can accept a range of input voltages, as follows:
Input voltages 20-36VDC or 14-26VAC
Power 5W (standby), 15W (peak)
These figures do not include the requirements of any optional heating or cooling
devices added within the camera, nor optional infra-red lighting systems.
Power supply units are available for both mains feeds and low voltage DC autom-
tive power sources:
Mains power supply (C-ADN3 models)
The RC-PSB1 and RC-PSB2 power supplies are housed within a plastic casing rated
to IP65. The power supply is capable of providing sufficient current to run the cam-
era as well as a 24VAC washer pump (e.g. Dennard WW25).
This power supply also has built-in transient suppression and individually fused out-
puts for the camera and washer units, as well as spark-gap protection for video and
data connections. Each output fuse has positive indication of failure, so a blown
fuse can be instantly identified.
The circuit board layout is shown below:
ON
10
10
9
9
8
8
7
7
6
6
5
5
4
4
3
3
AUX
AUX
POWER
POWER
RXD - RXD + TXD - TXD +
RS485 - RS485 +
IR LAMP -
IR LAMP +
WASHER OUTPUT
WASHER FEED
DATA
DATA
ETHERNET
VIDEO IN 1
VIDEO OUT 1
VIDEO IN 2
VIDEO OUT 2
ETHERNET
2
2
1
1
L0
1P 2P1N 2N
PTZ
24V AC IN
WASHER
PUMP
L1 L2
VIDEO 2
L
Fuse = F,3.15amp H,250V
N
Power
input
fuse (F0)
Power (PTZ)
output
fuse (F1)
Washer
pump
fuse (F2)
Main
power
switch
Power
output to
camera
Washer pump
output to
camera
Power
indicators: L0
Main
power
L1
PTZ
fuse
blown
L2
Washer
fuse
blown
Lower connector
block - use for
connections to
external devices
Upper connector
block - use for
connections to the
camera composite
cable
Input from
primary
camera
Input from
thermal imaging
camera (if fitted)
Output to
monitor
from primary
camera
Output to monitor
from thermal
imaging camera (if
fitted)
Mains input and
fuse (3.15A fast
blow, 20mm)
continued

10
Fuses
RC-PSB1 RC-PSB2
Mains input 230VAC 3.15A 3.15A
Power input (F0) 24VAC 3.15A 5A
Power PTZ output (F1) 24VAC 2A 2A
Washer pump (F2) 24VAC 1A 2A
Connecting the composite cable
1 Open one of the knock-out panels of the wiring centre box and fit a suitable
cable water-sealing cable grommet.
2 Feed the bare ends of the composite cable in through the grommet and connect
each cable within the wiring centre as follows:
• Primary video
Fit a BNC connector to coaxial cable marked as ‘Video 1’ and connect it to the
BNC socket labelled ‘VIDEO IN 1’.
• Secondary video (if present)
Fit a BNC connector to coaxial cable marked as ‘Video 2’ and connect it to the
BNC socket labelled ‘VIDEO IN 2’.
• Power
Connect the Red cable to the terminal marked ‘PTZ 1P’.
Connect the Black cable to the terminal marked ‘PTZ 1N’.
• Washer
Connect the Orange cable to the upper terminal marked ‘AUX1‘.
Connect the White cable to the upper terminal marked ‘AUX2’.
• RS485 telemetry
Connect the Yellow cable to the upper terminal marked ‘DATA 5’. Connect
the Blue cable to the upper terminal marked ‘DATA 6’.
• Earth
Connect the Green/Yellow cable to the Earth connection of the mains input
terminal block.
The IR Lamp and Ethernet terminals are reserved for future use.

11
Connecting external links
1 Open one or more of the knock-out panels of the wiring centre box and fit suit-
able cable water-sealing cable grommets, as required.
2 Feed the cables from the external device(s) through the grommet(s) and connect
each cable within the wiring centre as follows:
• Primary video - The primary video output from the camera is available at the
BNC socket labelled ‘VIDEO OUT 1’.
Note: If the camera and control system are configured to use coax based telem-
etry, it will pass through this connector.
• Secondary video - When used, the output from the thermal imaging camera is
available at the BNC socket labelled ‘VIDEO OUT 2’.
• RS485 telemetry - Connect RS485A (RS485+) to the lower terminal marked
DATA 5. Connect RS485B (RS485-) to the lower terminal marked DATA 6.
• Mains input - Connect the mains Earth (Yellow/Green) conductor to the middle
contact of the connector block. Connect the mains Live (Brown) conductor to
the contact of the connector block closest to the input fuse. Connect the mains
Neutral (Blue) conductor to the contact of the connector block furthest from the
input fuse.
IMPORTANT: The supplier mains input cable to the wiring centre should
have an isolator fitted and be fused according to its gauge and local elec-
trical regulations. Failure to observe such regulations may result in injury
or death.
• Washer (or similar device) - When a camera lens washer pump is used, make
the following connections within the power supply:
6543
AUX POWER
485 - 485 +
AMP -
AMP +
R OUTPUT
ER FEED
DATA
21
L0
1P 2P1N 2N
PTZ WASHER
PUMP
L1 L2
Washer
pump
(24VAC)
LN
The WASHER PUMP 2P and 2N
contacts provide permanent
24VAC Live and Neutral power
output, respectively.
The AUX 1 and 2 contacts
provide volt free relay switching
under software control (via the
camera menu or preset codes).
Link the WASHER PUMP 2P
terminal to the AUX 1 terminal.
Link WASHER PUMP 2N to the
neutral terminal of the pump
and connect the live terminal
of the pump to AUX 2.

12
Vehicle power supply (C-ADN3V models)
The power supply provided for automotive applications is housed within a plastic
casing rated to IP65. The power supply consists of a sophisticated inverter which
runs from a 12VDC supply and converts this to 24VAC, providing sufficient current
to run the camera as well as a 24VAC washer pump (e.g. Dennard WW25). This
power supply has fuse protection for the input and output power lines.
The circuit board layout is shown below:
WASH -
WASH +
VIDEO 2 GND
VIDEO 2 SIG
VIDEO 1 GND
OUT24VDC+
VIDEO 2 SIG
OUT 24VDC -
DATA -
IN 12VDC +
DATA +
IN 12VDC -

13
Thermal image focusing (Ti models only)
The thermal imaging cameras feature a manual focus ring which is accessible when
the front lens cover is removed.
To focus the thermal camera
1 Using a 2.5mm hex key, remove the
two retaining screws either side of
the thermal camera lens cover.
2 Carefully lift off the thermal imaging
lens cover and keep it free from dirt
or the possibility of scratching.
Keep the two screws and the internal
o-ring seal safe for reassembly.
3 Using the keyboard controls, direct
the camera towards a typical scene
that will be monitored.
4 While viewing the output from the
thermal imaging camera (either
directly, if possible, or under instruc-
tion from a colleague), twist the outer
lens until the thermal screen image is
brought into focus.
5 When complete, ensure that the o-ring seal is
correctly in place on the rear side of the lens
cover and place it onto the camera front.
6 Replace the two retaining screws and tighten.

14
Further information
WEEE statement
This equipment contains electrical or electronic components that
must be recycled properly to comply with Directive 2002/96/EC of the
European Union regarding the disposal of waster electrical and elec-
tronic equipment (WEEE). Contact your local supplier for procedures for
recycling this equipment.
Changes to control protocols
Keyboard manufacturers may update software or protocols in their keyboards
without prior warning. This may change the way in which the camera behaves in
relation to keyboard operation. We can accept no responsibility for such changes in
keyboard manufacturer software and/or protocols.
Safety
Installation of this product should only be carried our by a competent and suitably
qualified engineer. If you are in doubt, you should refer the installation to a suitably
qualified person.
Disclaimer
The manufacturer reserves the right to change specifications and procedures in-
tegral to the operation, control and programming of this product at any time and
without prior notice.
This manual relates to firmware versions 1.4.2 (standard) and 1.4.3 (thermal).
V3 platforms.

15
Dimensions
Camera Unit
140
R25.50
70
100
368.15
192.20
16.80
336.56
86.78
183.43
Ø366.86
220
200
150
130
120
100
271.50
2.30

16
Specifications: Mechanical and general items
Construction Die-Cast hard anodised, powder coated aluminium, with
A4 stainless fittings.
IP Rating IP67
Normal Offset
Turning Diameter 220mm / 8.66” 370mm / 14.57”
Height 370mm / 14.57” 340mm / 13.86”
Height with adaptor 500mm / 19.68” 470mm / 18.50”
Weight (with adaptor) 7Kg (8Kg) 15.43lb (17.63lb)
Pan Tilt
Rotation 360º Continuous 290º
>180º/sec [excl. ramp] >180º/sec [excl. ramp]
Presets 32 + WASH preset (accuracy 0.05º)
Tours 8 Fast Preset, 8 Slow Preset, 4 x 60 second Mimic
Tilt Flip Configurable – Off, Bottom-Flip
Privacy Zones 24 spherically calculated (Max 8 onscreen
simultaneously)
Telemetry Coaxial or RS485 half duplex – multiple protocols
Alarms 64 with optional external alarm card
Connection 10m composite cable with 19 way IP67 Neptune
connector
Power 20-36VDC or 14-26VAC 15W peak
Operational Temp -20 to +50ºC (-4 to 122ºF)

Specifications: Camera modules
Optical modules
C-AllView C-ADN3X18YPT-B/W/G C-ADN3X26YPT-B/W/G C-ADN3X30YPT-B/W/G C-ADN3X36YPT-B/W/G
C-AllView (vehicle) C-ADN3VX18YPT-B/W/G C-ADN3VX36YPT-B/W/G
C-AllView Ti - - - C-ATDNX36H-(see below)
Image sensor Sony 1/4” Exview CCD
Optical zoom 18x 26x 30x 36x
Digital zoom 12x (216x combined) 12x (312x combined) 12x (360x combined) 12x (432x combined)
Resolution 520 TVL 520 TVL 520 TVL 520 TVL
Lens (Wide to Tele.) f=1.4mm to 73.8mm f=3.5mm to 91mm f=1.4mm to 105mm f=3.4mm to 122.4mm
F1.4 to F3.0 F1.6 to F3.8 F1.4 to F3.0 F1.6 to F4.5
Angle of view 480(W) to 2.80(T) 54.20(W) to 2.20(T) 480(W) to 2.80(T) 480(W) to 2.80(T)
Min. working dist. 35mm (W) to 800mm (T) 320mm (W) to 1500mm (T) 320mm (W) to 1500mm (T) 320mm (W) to 1500mm (T)
Min. illumination 0.7 lux typical (50IRE) 1.0 lux typical (50IRE) 1/60s mode: 1.4lux (50IRE) 1/60s mode: 1.4lux (50IRE)
1/4 s mode: 0.1lx (50IRE) 1/4 s mode: 0.1lx (50IRE)
Specifications common to all optical camera modules listed above
S/N ratio More than 50dB
Electronic shutter 1/1 to 1/1000s
White balance Auto,ATW, Indoor, Outdoor, One push, Manual
Gain Auto, Manual, (-3 to 28dB, 2dB steps)
AE control Auto, Manual
Backlight compensation On
Privacy zone masking On/Off
Thermal imaging modules
C-AllView Ti C-ATDNX36H-12-B/W/G C-ATDNX36H-25-B/W/G C-ATDNX36H-50-B/W/G
Detector Amorphous Silicon Microbolometer (uncooled)
Spectral response 7 to 14 micrometers
Thermal sensitivity < 50mK
Format 320 x 240 pixels
Refresh rate 9Hz or 25Hz
Contrast/brightness Advanced image processing
Saturation temperature 1100˚F +/- 10% with automatic electronic iris
FOV 120x 90250x 190500x 37.50
Detection range up to 1000m up to 445m up to 235m

CBC (Europe) Ltd.,
6-8 Garrick Industrial Centre,
Irving Way,
London NW9 6AQ,
England
T: [phone]
F: [phone]
E: [email protected]
www.cbceurope.com
Document: DN082901 - 1.1
Release: 1.1c - July 2008