Ganz C-AllView Instructions de montage

C-AllView &

C-AllView Ti

installer’s guide

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

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

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 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.

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.

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 - - - -

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

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

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