Dennard 2040 Bedienungsanleitung

2040

Dennard support line +44(0)1420 485713

INSTALLATION MANUAL

Doc 74-087

a DM Group company

2040 Installation Manual Sheet. 1

Introduction

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Index

Congratulations on choosing a Dennard Series 2040 Precision Dome

camera. This operation manual will provide all the necessary information to

install the Series 2040 Precision Dome Camera. Please refer to the

Programming manual for operation and programming features.

sheet 1. Introduction & Index.

sheet 2. List of contents.

sheet 3. Tile Mounting.

sheet 4. Tile Mounting.

sheet 5. Control Configuration (Up-the-Coax).

sheet 6. Control Configuration (RS485 Serial Connection).

sheet 7. Control Configuration (Twisted Pair).

sheet 8. Dome Mounting.

sheet 9. Notes.

2040 Installation Manual Sheet. 2

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Before installing the dome, please remove the components from the packaging

and verify that all items listed below have been supplied:

1 x Series 2040 Dome enclosure (with safety bond)

1 x Cardboard Mounting Template

N.B. A power supply unit may have been ordered and delivered separately.

In addition to the above components, the following paperwork is supplied:

Type 2040 Installation Manual

Type 2040 Programming Manual

List of contents

Components supplied

Hole Template

Note: The top section

of the packaging

provides a template

for marking out

mounting holes.

DO NOT DISCARD

2040 Dome enclosure

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Tile Mounting

2040 Installation Manual Sheet. 3

The 2040 is designed to be mounted in a

suitable ceiling tile where at least 150mm of

space is available behind the tile.

The unit weighs 1.5 Kgs and it is essential

that the tile and its support frame are capable

of supporting the dome without distorting. If

necessary, a back panel should be used

behind the ceiling tile to distribute the weight

to the support frame.

We recommend that the tile should be

removed if possible from the ceiling to

simplify the marking and cutting out of mount-

ing holes.

Using the Mounting template (Fig.1), which is

provided as part of the packaging within the

box, mark out the ceiling hole and centre

points for the 3 off 9mm holes. Cut and drill

the holes as shown in (Fig.2). Replace the

ceiling tile and secure it into position.

Fig.1 Mounting Template

Marking out

Fig.2 Ceiling Hole Pattern

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Tile Mounting

2040 Installation Manual Sheet. 4

Remove the Torx locking screw and separate

the dome assembly from its black plastic

shell by rotating the hemisphere

anti-clockwise and remove the safety bond.

Remove the plug connector from the socket

on the top of the shell. Draw the necessary

cables through the hole in the ceiling and

connect the 24V ac power, coax and optional

RS485 cables as shown in table below.

Reconnect the plug ensuring the correct

position (see Fig. 3 & 4).

Offer up the shell pushing the fixings through

the three screw holes. Tighten the screws,

clamping down on the ceiling tile to secure

the shell in the ceiling cavity.

The shell is now ready to accept the 2040

dome camera module.

Fig.3

Correct Connection

Fig.4

Incorrect Connection

Plan view:

6 Way plug

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Control Configuration

2040 Installation Manual Sheet. 5

The Dennard 2040 dome can be controlled by one of three methods.

PSU

drx 100

+PSU

Local

230Va.c. Input

24 Ac

Coax Video

Termination Resistor Out

Termination resistor In

RS485

Data link

Twisted Pair

(20mA)

(current loop)

4 x local

alarms Video cable

To controller

1to 16 Dome Cameras

1 to 16 Dome Cameras

Local

230Va.c.

Input

Video cable

Tocontroller

Local

24Va.c.

Input

1to 32 Dome Cameras

RS 485

Data link

(Daisy chain)

connect to

controller

PSU

Local

230Va.c.

Input

Up-The-Coax telemetry control

Commands to control the position of the dome can be

transmitted up the same coax cable used to transmit

the video signal to the recorder station. Different

controllers require different protocols and two switches

are provided to select the desired protocol.

The switches are colour coded, blue and yellow and

located inside the dome camera housing. To access

them rotate the unit until the switch is available through

the access hole at the top of the case (see Fig.6).

Configure the switches for the controller being used as

shown in table below.

The switches are factory set to 253 Den Panel.

Table.9 Address chart

Table.8 Switch settings

0123456789101112131415

0123456789ABCDEF

Yellow

16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31

32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47

48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63

64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79

80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95

96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111

112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127

128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143

144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159

160 161 162 163 164 165 166 167 168 169 170 171 172 173 174 175

176 177 178 179 180 181 182 183 184 185 186 187 188 189 190 191

192 193 194 195 196 197 198 199 200 201 202 203 204 205 206 207

208 209 210 211 212 213 214 215 216 217 218 219 220 221 222 223

224 225 226 227 228 229 230 231 232 233 234 235 236 237 238 239

240 241 242 243 244 245 246 247 248 249 250 251 252 253 254 255

BLUE

ADDRESS SWITCHES

Fig.6 Switches

Fig.5 Up the Co-ax

Control Blue Yellow Value (see table 9)

Den Panel F D 253

Bax AC F C 252

Bax DC F E 254

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Control Configuration

2040 Installation Manual Sheet. 6

RS485 Serial Connection

The coax cable and power wires are always

connected. The RS485 wires are only connected when

an external protocol converter is fitted or an RS485

controller is being used.

Set the individual RS485 address for the dome on the

blue and yellow switches fitted inside the dome

housing. Rotate the housing until the address switches

are accessible through the hole in the top of the

internal case as shown in (Fig. 6.). Set each switch to

its desired position as shown in table 8.

To condition the RS485 lines each 2040 dome is fitted

with a switchable termination resistor as shown in (Fig

8.).When used in a 'Star' configuration (see Fig. 9) all

2040 domes should have their termination resistor

switched IN.

In a 'Daisy Chain' configuration (see Fig. 7) only the

last dome in the chain should have its resistor in with

all other domes having theirs switched OUT. The

default setting has the resistor IN.

PSU

drx 100

+PSU

Local

230Va.c. Input

24 Ac

Coax Video

Termination Resistor Out

Termination Resistor In

Termination resistor In

RS485

Data link

Twisted Pair

(20mA)

(current loop)

4x local

alarms Video cable

To controller

1to 16 Dome Cameras

1 to 16 Dome Cameras

Local

230Va.c.

Input

Tocontroller

RS 485

Data link

(Daisy chain)

connect to

controller

PSU

Local

230Va.c.

Input

PSU

Coax Video

RS485

From the

Controller

Coax Video

Local

230Va.c.

Input

PSU

Local

230Va.c.

Input

Star

Card

Fig.8 Termination Resistor Switch

PSU

drx 100

+PSU

Local

230Va.c. Input

24 Ac

Coax Video

Termination Resistor Out

Termination Resistor In

Termination resistor In

RS485

Data link

Twisted Pair

(20mA)

(current loop)

4x local

alarms Video cable

To controller

1 to 16 Dome Cameras

Local

230Va.c.

Input

Video cable

Tocontroller

Local

24Va.c.

Input

1to 32 Dome Cameras

RS 485

Data link

(Daisy chain)

connect to

controller

PSU

Local

230Va.c.

Input

PSU

Coax Video

RS485

From the

Controller

Coax Video

Local

230Va.c.

Input

PSU

Local

230Va.c.

Input

Star

Card

Fig.9 Star Card configuration

Fig.7 Daisy Chain configuration

Un-Terminated (Out) Terminated (IN)

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Control Configuration

2040 Installation Manual Sheet. 7

drx options

PSU

drx 100

+PSU

Local

230Va.c. Input

24 Ac

Coax Video

Termination Resistor Out

Termination Resistor In

Termination resistor In

RS485

Data link

Twisted Pair

(20mA)

(current loop)

4 x local

alarms Video cable

To controller

1 to 16 Dome Cameras

Local

230Va.c.

Input

Video cable

Tocontroller

Local

24Va.c.

Input

RS 485

Data link

(Daisy chain)

connect to

controller

PSU

Local

230Va.c.

Input

PSU

Coax Video

RS485

From the

Controller

Coax Video

Local

230Va.c.

Input

PSU

Local

230Va.c.

Input

Star

Card

Fig.10 Twisted Pair

Twisted Pair Configuration

2040 domes can be operated on 20mA current loop

twisted pair cabling by using a DRX100 card and power

supply (Dennard part num 95066). In this configuration

the switches must be set to setting 1 (see table 9).

This setting should also be used for alternative local

protocol converters such as the DaxDen.

Note that the DRX100 card also provides 4 local alarm

inputs. For details on connecting the alarms refer to

the DRX100 operating manual.

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Dome Mounting

2040 Installation Manual Sheet. 8

Dome Mounting

Once the 2040 dome camera has been configured it

can be fitted into the shell mounted in the ceiling. For

safety reasons, IT IS ESSENTIAL that the safety bond

is used to secure the dome to the shell. The safety

bond is fitted inside the shell and has a small metal clip

on the end of the cable. Offer up the dome camera

and secure the clip to the ring at the top of the clear

plastic case as shown in (Fig. 11).

Having attached the safety bond insert the dome

camera into the shell, ensuring that the safety bond

does not become twisted around the case. Locate the

metal bayonet connector firmly into the top of the shell

and rotate the dome clockwise until the unit latches into

place (Fig. 13).

To secure the unit in place, tighten the single locking

small screw on the hemisphere flange. If the screw

cannot be tightened the dome mechanism may not be

properly located in the bayonet connector. Remove the

unit and repeat the steps above until the dome clicks

into place and the screw can be tightened.

The 2040 dome camera is now ready for use. For

information on how to program and operate the camera

refer to the 2040 programming manual.

Fig.13 Offering Up

Fig.11 Safety Clip

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