Vista PowerDome PRO series Installation guide

PowerDome PRO Installation manual

This manual covers the installation and programming of the

Vista PowerDome PRO series of High Speed PTZ domes

Manual version – V3.6

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PowerDome PRO manual V3-6

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Electromagnetic Compatibility (EMC)

This is a Class A product, in a domestic environment it may cause radio interference. In this

case the user may be required to take remedial measures.

Manufacturer’s Declaration of Conformity.

A Declaration of Conformity in accordance with the following EU standards has been made

and is kept on file at Norbain SD Ltd. 210 Wharfedale Road, Eskdale Road, Winnersh

Triangle, WOKINGHAM. Berks. RG41 5TP. The manufacturer declares that the product

supplied with this document is compliant with the provisions of the EMC Directive 89/336

EEC, the Low Voltage Directive LVD 73/23, the CE Marking Directive 93/68 EEC, and all

associated amendments.

This document is intended to provide accurate information. However, the information

contained herein is subject to change without notice. Vista, in keeping pace with

technological advances, is a company committed to product innovation. Therefore, it is

difficult to ensure that all information provided is entirely accurate and up-to-date. Vista

accepts no responsibility for any inaccuracies or omissions and specifically disclaims any

liabilities, loss or risk, personal or otherwise which is incurred, directly or indirectly, of the

use and/or application of any of the contents of this document.

Specification subject to change without notice

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Contents

Description 7

Features 7

Operation Requirements 7

Product Contents 8

Product Contents 9

Installation Preparations 9

Cable Requirements 10

Cable Requirements 11

Power Requirements 11

Power Cable Size and Length 11

Housing and Cabling Installation options 12

Mounting and Housing Styles 13

In-Ceiling Housing Installation 14

Surface-Mount Housing Installation 17

Wall-Mount Housing Installation (VPP-WM) 20

Pendant / Wall Mount Adaptor Collar 22

Pendant / Wall Mount Adaptor Collar 23

Corner-Mounting (VDM-CMAg) 23

Corner-Mounting (VDM-CMAg) 24

Side Pole-Mounting (VDM-EPMAg) 25

Parapet-Mounting (VPP-ESM) 25

Parapet-Mounting (VPP-ESM) 26

Menu Operation 27

Menu Tree 28

Menu Settings 32

1. System Setup 32

1.1 Device Setup 33

1.2 Display Setup 34

1.3 Change Password 36

1.4 Language Select 37

1.5 Factory Default 37

1.6 System Restart 38

1.7 About 38

1.8 Clear All 39

2. Lens Setup 40

2.1 Zoom Speed 40

2.2 Max Digital Zoom 40

2.3 Focus Limit 40

2.4 Iris ALC Level (Camera module dependant) 40

2.5 Iris PLC Level (Camera module dependant) 40

2.6 Auto Recovery 41

3. Camera Setup 42

3.1 Picture Freeze 42

3.2 Exposure Mode 42

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3.3 White Balance 43

3.4 Backlight Mode 44

3.5 Field Noise Reduce 44

3.6 FNR Level 44

3.7 Day/Night Mode 45

4. Pan/Tilt Setup 46

4.1 Speed Magnifier 46

4.2 Proportional PT 46

4.3 Max Vertical Angle 46

4.4 Set North 47

5. Function Setup 48

5.1 Preset Setup 48

5.2 Tour Setup 50

5.3 Learn Tour Setup 52

5.4 Autopan Setup 53

5.5 Area Setup 55

5.6 Schedule Setup 56

5.7 Home Setup 58

5.8 Power Up Action 58

6. Privacy Setup 59

7. Alarm Setup 61

Appendix I: DIP Switch & Jumper Settings 64

Protocol and Baud rate setting 64

Protocol Telemetry Boards 65

Dome Address Setting 67

COAX or Twisted Pair Settings 71

Alarm Input Connections 72

Alarm Output Settings 72

RS485 Termination 72

Appendix II: RS-485 Bus Basic Knowledge 73

Appendix III: Lightning & Surge Protection 75

Appendix IV: Trouble Shooting & Cleaning 76

Trouble Shooting 76

Cleaning the Dome Bubble 77

Appendix V Installing the External PSU 78

Appendix VI - Back Box Memory 79

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Read these instructions before installing or operating this product.

NOTE: This installation should only be undertaken by qualified service personnel, and should conform

to local codes.

This manual provides installation and operation information. To use this document, you

must have the following minimum qualifications:

A basic knowledge of CCTV systems and components

A basic knowledge of electrical wiring and low-voltage electrical connections

Intended Use

Only use this product for the designed purpose; refer to the product specification and user

documentation.

Customer Support

For assistance in installing, operating, maintaining and troubleshooting of this product

please refer to this document and other documentation provided. If you still have questions,

please contact Norbain Technical support and Services, during normal business hours

(Monday through Friday, excluding bank holidays, between 8a.m. and 7p.m.). +44 (0) 118

912 5000.

210 Wharfedale Road

Winnersh Triangle, WOKINGHAM. Berks.

RG41 5TP

www.vista-cctv.com for our on line library.

tsg@norbain.com for technical support

Note: You should be at the equipment and ready with details before calling technical support.

Conventions used in the Manual

Boldface or button icons highlight command entries. The following WARNING, CAUTION

and NOTE statements identify potential hazards that can occur if handled improperly:

* WARNING:

Improper use of this equipment can cause severe bodily injury or equipment damage.

** CAUTION:

Improper use of this equipment can cause equipment damage.

NOTE: Notes contain important information about a product or procedure.

* This symbol indicates electrical warnings and cautions.

**This symbol indicates general warnings and cautions.

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Description

The PowerDome PRO series is a variable speed PTZ (pan/tilt/zoom) dome camera used in

CCTV systems for discreet surveillance of a remote area. Its operational set-up

configurations are customised and stored within its own on-board programmable non-

volatile memory both in the housing and camera. The PowerDome PRO is programmed

using the Vista range of VKBD keyboards and control equipment.

Features

Back-box memory: Replacement of a unit is simple; there is no need for manual

reprogramming. All settings are stored in the camera yoke assembly and housing back-box

and can be up - or down-loaded as required.

Home: The dome will return to an assigned function (preset, learn-tour or tour) after a pre-

determined time.

Schedules: The dome has 8-programmable schedules for running preset, learn-tour or

tours.

Multiple presets and tours: The dome features 220 presets, 4 tours of up to 32 presets

each, 4 learn-tours and 4 auto-pans.

Directional indicator via OSD: The operator can set North at 0-deg, providing a clear

indication of direction of view.

RS485 and Coax (FSK) telemetry: Including Vista PD, Pelco P & D,

Up to 8-privacy masks: To prevent intrusion into unwanted areas.

Dome titles: The various dome titles can be displayed, not displayed or displayed according

to a schedule.

Day/Night Switching: The dome will switch mode either automatically, manually or on a

schedule.

Voltage Protection: 4,000V protection for video, data, power against lightning and surges.

Pre-set accuracy: 0.1 degree of accuracy.

Alarms: There are 7 Alarm inputs and 2 outputs in the dome head. Alarms can be scheduled

by the internal clock.

Operation Requirements

The PowerDome Pro can operate on either RS485 or coaxial FSK control. The dome’s

protocols are selected using dipswitch settings and specific telemetry protocol modules. A

minimum of one controlling device is required for operation as shown below; FSK control

requires a Vista Blade or Navigator hard disk recorder and a minimum of one keyboard.

See [Figure 1]. A minimum of one keyboard is required for RS485 control. See [Figure 2].

Note: This manual only covers Vista RS485 and FSK control.

Figure 1 Figure 2

Keypad (RS485 control) PowerDome

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Figure 3

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Product Contents

The PowerDome PRO domes consist of the following:

• Housing

• PTZ camera assembly

• Dome

• Installation and user manuals

Inspect the packages and contents for visible damage. If any components are damaged or missing, do not

use the unit; contact the supplier immediately. If you need to return the unit, you must ship it in the original

box.

Installation Preparations

Equipment List:

You may need the following equipment for the installation: Screws and nuts, terminal driver, small cross

screw driver, wire cutters, drill and saw.

Cables:

Video Coaxial Cable

The video coaxial cable should be:

1) 75Ω impedance.

2) Pure copper coax.

3) 95% braided copper shield.

Check the maximum transmission distance referring to the

chart.

RS-485 Cable

0.56mm (24AWG) twisted pair’s maximum transmission distance are as follows.

NOTE: Use an RS-485 distributor (VSD/16) if you need to transmit further. To learn

more about RS-485, please refer to appendix II.

DIP-Switch and jumpers settings

Please refer to appendix I to set the following:

Protocol and Baud rate, Dome address, Video cable type, Alarm output method, RS-485 termination resistor.

There is a selection of PCB boards available for connection to the power board, the table below illustrates

this.

International Gauge

Transmission Distance (Max.)

RG59/U

229m

RG6/U

305m

RG16/U

457m

Baud Rate

Transmission Distance (Max.)

2400bps

1,800m

4800bps

1,200m

9600bps

800m

1

Alarm Input 1

16

Video Output

2

Alarm Input 2

17

Video Ground

3

Alarm Input 3

18

RS485 +

4

Alarm Input 4

19

RS485 -

5

Alarm Input 5

20

Reserved

6

Alarm Input 6

21

Reserved

7

Alarm Input 7

22

Reserved

8

Common Port

23

Reserved

24

RJ45

9

Alarm Output 1

10

Alarm Output 1

11

Alarm Output 2

12

Alarm Output 2

13

24V AC

14

Earth

15

24V AC

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Board Type

Name of Board

Telemetry type

Protocol Board

VPP-RS485

Vista, Pelco D and Pelco P RS485

VPP-Vista -C

Vista Coax

VPP-BBV-C

BBV coax

VPP-PELCO-C

Pelco coax

VPP-PHILIPS

Philips RS422 Telemetry

VPP-AD

AD Manchester code

NOTE: The protocol board should be inserted into JP2 and JP3; these can be found on the hinged power board within the dome

housing.

The above diagram shows the wiring connection point for:

1. Power – pins 13 and 15, pin 14 is for ground.

2. Video – Jumpers 16 and 17 ( can be used for Coax or twisted pair –

adjust jumpers shown in table above, coax as default See page 55)

3. Data – Pins 18 and 19.

4. Alarms

JP16 JP17

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Cable Requirements

For RS485 operation, PowerDome PRO requires video, power, alarm and data cables.

The video cable carries the video signal to the remote viewing site. If sending video via coaxial cable, a 75Ω pure copper coaxial

cable is recommended for distances up to 250m.

The PowerDome PRO series is powered by 24VAC. To determine the cable size, please refer to the Power Cable Size and

Length on the page 12.

The RS485 control cable carries commands from the keypad to the dome. An RS485 compatible shielded, two-conductor,

twisted-pair cable is required (Beldon 8723). Recommended cable size 24 gauge (0.56 mm).

Alarms: Alarm cable is suitable or Cat 5 cable for longer distances up to 380m.

For FSK control, the data cable is not required. Pure copper coaxial cable and crimp-on BNC connectors are

recommended. Please do not use copper-coated steel cable and screw-on BNC connectors.

When using UTP video, the UTP video and RS485 control cables can share the same wire jacket, but must

remain as separate twisted-pairs.

Power Requirements

CAUTION:

For optimal video performance, all PowerDomes must be powered from an isolated 24 VAC power source—fused outputs

are not adequate. Allowable voltage range is 20 to 28 V.

All domes require a 24 VAC power supply that provides isolated outputs to operate the domes’ pan/tilt, drive

camera and heater/fan (if applicable). The total power requirement varies depending on the type of the Dome.

Dome power requirements (at 24 VAC):

Model

Running power

Recommended PSU

Internal Domes

15VA

VPD-PSU1e

External Domes

55VA

VPD-PSU2e

Power Cable Size and Length

It is important to choose the proper gauge of the cable that supplies the 24 VAC to the Dome. An inadequate

gauge will cause a voltage drop resulting in incorrect operation.

The table below gives the recommended cable lengths of varying wire gauges for a Dome. Note that the

heater and fan reduces maximum cable length substantially.

Wire Gauge

Internal Domes(15 VA)

External Domes (55 VA)

(AWG)

(mm

2

)

Feet

Meters

Feet

Meters

10

2.60

1443

440

784

238

12

2.05

906

276

494

150

14

1.62

569

173

310

94

16

1.29

358

109

196

59

18

1.02

225

69

123

37

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Housing and Cabling Installation options

Mounting and Housing Styles ....................................................................................... 13.

In-Ceiling Housing Installation....................................................................................... 14.

Surface-Mount Housing Installation............................................................................... 17.

Wall-Mount Housing Installation (VPP-WM).................................................................. 20.

Pendant/Wall Mount Adapter Collar.............................................................................. 23.

Corner-Mounting (VDM-CMAg)..................................................................................... 24.

Side Pole-Mounting (VDM-EPMAg)...............................................................................25.

Parapet-Mounting (VPP-ESM)…................................................................................... 26.

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Mounting and Housing Styles

There are three basic mounting types: Wall/Pendant, In-ceiling and Surface mount; the Wall/Pendant mounts

come as either: Internal, External or Vandal Resistant styles.

NOTE: All installation mounting structures must be able to withstand at least 4-times the weight of the dome.

Figure 4 Basic mounting styles

Surface-mount Wall/Pendant mount In-Ceiling mount

The bracket mount has five bracket options available, wall, corner, pole, pendant and parapet mount (see

Figure 5).

Figure 5.Basic bracket options

Wall-mount Corner-mount Pole-mount

Tower Mount Pendant-mount Parapet-mount

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In-Ceiling Housing Installation

Follow the instructions given here for In-ceiling housings.

CAUTION: The In-Ceiling housing is for indoor applications only. Do not expose it to moisture, or the unit may become damaged.

CAUTION: For all installations, heed the following cautions.

Complete all installation steps before supplying power to the dome.

To ensure proper operation of a PTZ unit, ensure the mount is level.

For safety, the mounting surface, hardware and procedure used for securing the dome must support the weight of the dome,

mount (if used), cables and any structural or environmental vibration according to local regulations. Minimum load for this

installation is 4-times the weight of the dome (see page 11 for weights). The thickness of the ceiling should be less than

42mm and the upper space above the ceiling should be at least 42cm.

Preparing the mounting surface

To prepare the mounting surface, see [Figure 6] and complete the following instructions:

1. Mark the position and size of the housing cut-out hole on the mounting surface. The size of the cut-

out must be 230mm. [Figure 7]

2. By following local regulations, cut the housing cut-out hole.

3. Make sure that the data, alarm, video and power cables for the dome comply with the

recommendations provided in the Cable Requirements on page 11.

4. Feed the cables through the housing cut-out hole in the mounting surface.

Pull enough cable to make connections. You can always cut off unneeded length later.

How many cables you have depends upon the installation using RS485 and / or alarms.

Figure 6

Figure 7. Preparing the mounting surface for flush-mount housings does not require reinforcement

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Installing the housing

Once the surface has been prepared, the housing can be installed.

To install the housing, see [Figure 8 to 12] and do the following:

1. Unfasten the power board holder. [Figure 8]

Loosen the bolt and the power board holder swings away from the housing bracket.

2. Prepare the cables. [Figure 9]

Once prepared feed the video/power/data cables though the waterproof connector at the top of the housing, finally screw

the connector to the top of the housing.

3. Connect the cables. [Figure 10]

Remove the terminal connectors from the accessories box.

Connect the Video, RS-485, power and alarm cables, before fixing onto the top board. After connection replace the top

board and secure in place. Turn on the power, the RED LED will illuminate. Turn off power after this check. (If the LED

does not illuminate check your connections).

NOTE: Ensure that the power is OFF when connecting the cables.

4. Adjust Clips. [Figure 11]

Adjust the height of the three mounting clips. Position them flush to the housing.

5. Installing the housing. [Figure 12]

Push the housing into the ceiling and move the clips so they are at 90◦ to the housing, finally tighten the three clip screws.

NOTE: Ensure that even pressure is used to tighten the three screws otherwise distortion may occur.

WARNING: Do not run cables next to the heaters. It could cause damage to the dome or an electrical fire.

CAUTION: For safety, the mounting surface, hardware and procedure used for securing the dome must support the weight of

the dome, mount (if used), cables and any structural or environmental vibration according to local regulations. Minimum load

for this installation is 4 times the weight of the dome (see page 13 for weights).

6. Set the dome ID, baud rate and protocol. [Figure 13]

Remove the two protective sponges

Set the dome ID, baud rate and protocol via the DIP-switches (refer to APPENDIX I).

7. Install the black-liner and pan/tilt module. [Figure 14]

Push the black liner onto the two locking tabs.

Align the pan/tilt module to the two clips, red to red, black to black and match the holes in pan/tilt module to the two guide

poles.

Gently push the module upwards until you hear two clicking sounds.

8. Installing the dome’s bubble. [Figure 15]

Fix the safety chain to the housing.

Match the clasps to the mounting holes then turn the bubble anti-clockwise.

NOTE: Ensure the safety chain sits inside the bubble’s arc grove to prevent it interfering with the lens.

NOTE: If fitting the bubble is difficult, adjust the mounting clips.

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Figure 8. Figure 9. Figure 10.

Figure 11.

Figure 12.

Figure 14.

Figure 13.

Figure 15.

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Surface-Mount Housing Installation

Follow the instructions given here for the surface-mount housing.

Preparing the mounting surface

CAUTION: For all installations, heed the following cautions.

Complete all installation steps before supplying power to the dome.

To ensure proper operation of a PTZ unit, ensure the mount is level.

For safety, the mounting surface, hardware and procedure used for securing the dome must support the weight of the dome,

cables and any structural or environmental vibration according to local regulations. Minimum load for this installation is 4 times

the weight of the dome (see page 13 for weights).

To prepare the mounting surface:

1. The ceiling should be hard and solid. [Figure 16]

2. Make sure that the data, video and power cables for the dome comply with the recommendations

provided in the Cable Requirements in Page 11.

3. Detach the housing from the base. [Figure 17]

Hold the base and turn the housing anti-clockwise and pull away from the base.

4. Unfasten the power board holder. [Figure 18]

Loosen the bolt and the power board holder swings away from the housing bracket, then remove the housing bracket from

the housing.

5. Mark screw positions. [Figure 19]

Use the Base as a template, mark the screw hole positions on the ceiling and drill 3-holes.

6. Mount the Base to the ceiling. [Figure 20]

Pull enough cable to make connections. You can always pull back unneeded cable later.

How many cables you have depends upon how many video, alarm, data and power cables.

7. Replace the housing bracket back into the housing. [Figure 21]

Screw the housing bracket back into the housing.

8. Prepare the cables. [Figure 22]

Once prepared, feed the video/power/data cables though the top of the housing, finally screw the connector to the top of

the housing.

9. Connect the cables. [Figure 23]

Remove the terminal connectors from the accessories box.

Connect the RS-485, power and alarm cables, before fixing onto the top board. After connection replace the top board

and secure in place. Turn on the power, the RED LED will illuminate. Turn off power after this check. (If the LED does not

illuminate check your connections).

NOTE: Ensure that the power is OFF when connecting the cables.

10. Set the dome ID, baud rate and protocol. [Figure 24]

Remove the two protective sponges

Set the dome ID, baud rate and protocol via the DIP-switches (refer to APPENDIX I).

11. Install the black-liner and pan/tilt module. [Figure 25]

Push the black liner on to the two locking tabs.

Align the pan/tilt module to the two clips, red to red, black to black and match the holes in pan/tilt module to the two guide

poles.

Gentle push the module upwards until you hear two clicking sounds.

NOTE: Ensure the AMP sockets are clean and clear of dust prior to connection.

NOTE: Do NOT forget to remove the lens cover.

12. Replace the Housing to the Base. [Figure 25]

Match the tabs on the Housing to the slots on the Base and turn clockwise to secure.

NOTE: Ensure that the Housing is secured tightly.

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[Figure 16] [Figure 17]

[Figure 18]

[Figure 19] [Figure 20] [Figure 21]

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[Figure 22] [Figure 23]

[Figure 24] [Figure 25]

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Vista PowerDome PRO series Installation guide

Vista PowerDome PRO series Installation guide

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