Predator Installation/Configuration Manual...Predator Installation Manual Ver 2.9 Page 3 360 Vision...

Predator Installation Manual Ver 2.9 Page 1

© 360 Vision Technology Ltd.

PredatorInstallation/Configuration Manual



Table of Contents1 Safety and Precautions .............................................................................................................................. 3

2 Housing Dimensional Drawing ................................................................................................................... 3

3 Bracket Dimensional Drawing .................................................................................................................... 7

4 Connections ............................................................................................................................................... 94.1 Standalone Alarmcard Setup ........................................................................................................... 124.2 Washer Control PCB Setup .............................................................................................................. 144.3 RS422/RS485 Converter ................................................................................................................. 15

5 Predator Washer/Nozzle Bracket ............................................................................................................. 17

6 Connections to Predators with HMA......................................................................................................... 18

7 Basic Twisted Pair/RS485 Data Wiring .................................................................................................... 19

8 Predator Protocol/Address setup. ............................................................................................................ 19

9 Predator OSD .......................................................................................................................................... 209.1 PIN Number ..................................................................................................................................... 20

10 OSD Operation/Navigation ..................................................................................................................... 21

11 Special Presets ....................................................................................................................................... 25

12 Important - Care of Painted Surfaces ..................................................................................................... 26

13 Storage and Handling............................................................................................................................. 26

14 Warranty ................................................................................................................................................. 26

15 Camera Specification ............................................................................................................................. 27

16 PSU Enclosure ....................................................................................................................................... 27



1 Safety and Precautions

1. Please read these notes before attempting to operate the 360 Vision Predator, and keep for future reference.

2. DO NOT disassemble or remove covers. This will break the water seals and invalidate the warranty.

3. All servicing and repairs must be handled by 360 Vision Technology.

4. Avoid pointing the camera directly towards a bright light source (sunlight), or expose the camera to intensive light situations as this may damage the camera pick-up device.

5. Installation should be carried out by suitably qualified personnel, in accordance with local codes of practice and regulations.

6. 360 Vision Technology Limited accept no liability for any damage caused by incorrect or improper installation.

7. To prevent risk of injury caused by the Predator or mounting options becoming detached, fit a suitable safety chain or lanyard.

8. Connection of data signals and power should only be made using a pre-made Predator Composite cables.

9. Use only 360 Vision Predator power supplies. These have suitable terminals for all the wires in the Predator composite cable.

10. Please handle the Predator with care, as improper handling may cause damage within this unit.

2 Housing Dimensional Drawing

Predator No Lamps

Weight 7.5kg



Weight 8kg

Predator Single Lamps - Covers IR75, IR125 or IR100WL versions.

Predator Dual Lamps - Covers IR175 or IR150SW versions.

Weight 8.5kg

MUST NOT BE REPRODUCED OR SHOWN TO DO NOT SCALEALL DIMENSIONS IN MMREMOVE ALL SHARP EDGES

SHEET:

D

C

B

A

D

C

B

A

4321

4321A3

DESCRIPTION SCALE:

PERMISSION OF THE AUTHOR.ANY THIRD PARTY WITHOUT THE DIRECT WRITTEN

C COPYRIGHT PROTECTED AND

THIS DRAWING AND ALL COPIES ARE

PART NUMBER:

0.300 1 OF 2TOLERANCES:-X = 0.5X.X = 0.1X.XX = 0.05

A3

3rd ANGLE PROJECTION

360 Vision Technology Ltd.Unit 7, Seymour Court,Manor Park, Runcorn, Cheshire,WA7 1SY. United Kingdom.www.360visiontechnology.com

1142

2

270TILT

SWEEP

125MOUNTING BASE

9 (x4) ON101.6 (4 INCH) PCD

380

253 420 PAN SWEEP

NAME:

M5701-A

PREDATOR ASSEMBLYSINGLE LAMP - ALUMINIUM

ISS DATE REFERENCE

A 060616 FIRST ISSUE

060616DATE :

K.CRAIK

RELEASED:APPROVED:ENGINEER:

- -MATERIAL: FINISH:

SINGLE IR LIGHTS

SCALE 0.3

MOUNTINGBASE

SCALE 0.3


SHEET:

D

C

B

A

D

C

B

A

4321

4321A3

DESCRIPTION SCALE:




PART NUMBER:


A3



1142

2

270TILT

SWEEP

125MOUNTING BASE

9 (x4) ON101.6 (4 INCH) PCD

380

253 420 PAN SWEEP

NAME:

M5702-A

PREDATOR ASSEMBLYDUAL LAMP - ALUMINIUM

ISS DATE REFERENCE


160616DATE :

K.CRAIK



DUAL IR LIGHTS

SCALE 0.3

MOUNTINGBASE

SCALE 0.3



Weight 8kg

Predator Thermal with Lamps - Covers IR (75m IR) or IRW (75m IR, 50m White Light) versions.

Weight 9kg

Predator Single Lamps (Straight Arm version) - Covers IR75, IR125 or IR100WL versions.



Predator Thermal No Lamps

Weight 9.5kg

HMA Predator No Lamps (shown)

All version of the Predator can be built to order with the integral HMA (Hinged Mount Adapter). The HMA is fitted during manufacture and is NOT available as an option for the installer to add to an existing Predator.

Weight 9kg



3 Bracket Dimensional Drawing

Weight 1.2kg

Predator Wall Bracket

Weight 2.2kg

Predator Corner Bracket

Weight 2.5kg

Predator PMB Bracket



Predator PMA BracketPlease use the appropriate fixings to suit the weight of the camera housing used.

Weight 1kg


SHEET:

D

C

B

A

D

C

B

A

4321

4321A3

DESCRIPTION SCALE:




PART NUMBER:


A3



125OUTSIDEDIAMETER

9 (x4) ON101.6 (4 INCH) PCDUSE M8 BOLT FORFIXING TO POLE

60

M8 (x4) ON 101.6 (4 INCH) PCD.FIX PREDATOR USING: M8x30 HEX-HEAD BOLTS (x4) - STAINLESS STEEL. M8 SPRING LOCK WASHER (x4) - STAINLESS STEEL.

73

M20x1.5P

M20x1.5P

73

M20x1.5P

8.0 (x4) ON 101.6 (4 INCH) PCD.FIX PREDATOR USING: M8x30 HEX-HEAD BOLTS (x4) - STAINLESS STEEL. M8 SPRING LOCK WASHER (x4) - STAINLESS STEEL.

53.0

125OUTSIDEDIAMETER

M20x1.5P

10 (x4) ON101.6 (4 INCH) PCDUSE M8 BOLT FORFIXING TO POLE

NAME:

M5350-A

PREDATOR ASSEMBLY STAINLESS STEEL

ISS DATE REFERENCE


290216DATE :

K.CRAIK



MOUNT PREDATORTO THIS FACE.

MOUNT POLETO THIS FACE.

MOUNT PREDATORTO THIS FACE.

MOUNT POLETO THIS FACE.

MATERIAL:STAINLESS STEELMASS = 3.6 Kg PMA = STAINLESS STEEL

SCALE 0.5SCALE 0.5

PMA = ALUMINIUMMATERIAL:ALUMINIUMMASS = 0.93Kg

SCALE 0.5 SCALE 0.5



4 Connections

Predator Composite CableThis pre-made Predator Composite Cable is available in 3m, 10m, 25m and 40m lengths. It contains video coax, power and data cables. One end is fitted with the IP68 12-way connector for direct connection to the Predator, the other is supplied with all cables stripped and tined ready to be connected to the two-part connectors which are supplied with the Predator power supply.

Connecting the composite cable to the PredatorRoute the cable through the brackets and cable glands before connecting it to the Predator. Ensure that the pins and sockets are lined up correctly, insert the connector and tighten the locking ring to make the connector water tight.

It is important that the water should not be allowed to pool around the connector, as this will increase the risk of contamination and corrosion which may cause poor connections.

The connector on the base of the Predator is rated IP68, when it is correctly connected and the locking ring is tight.

Predator 12-way connector pin-out.

White Band Predator Cable (PRED) Yellow Band Predator Cable (PREDTH)

Cables for Connection to Predator Power Supply

PRED-3M Pre-made 3m cable PREDTH-3M Pre-made 3m cablePRED-10M Pre-made 10m cable PREDTH-10M Pre-made 10m cablePRED-25M Pre-made 25m cable PREDTH-25M Pre-made 25m cablePRED-40M Pre-made 40m cable PREDTH-40M Pre-made 40m cable

Optical Camera Optical Camera with Thermal Camera

Cables for Connection from Predator Power Supply

Cable Type

3 x 0.75mm² conductors with PVC insulation,PVC overall sheath (H03VV-F or H05RN-F) 250m

Maximum Distance

Mains

Video

Belden 9841, Belden 9842, Belden 8723 3000mTwisted Pair Data (RS485)

RG59BU (Copper central conductor, RG11, CT125) 1000mRG59BU (low quality cable conductor) 250m

Socket 12-pin socket (solder side view)fitted by 360 Vision to the composite cable

Coax Screen (B)

Grey (C)

White (D)

Blue (E)

Violet (F)Pink (G)

Green (H)

Orange (J)

Red (K)

Black (M)

Brown (L)Coax Core (A)

AB

L C

D

EF

G

MH

K

J

Socket 12-pins: Wiring diagram of socket fitted by 360 Vision to the composite cable

Coax Screen (B)

Grey (C)

White (D)

Coax Core (E)

Coax Screen (F)Pink (G)

Green (H)

Orange (J)

Red (K)

Black (M)

Brown (L)Coax Core (A)

AB

L C

D

EF

G

MH

K

J

White Coax

Black Coax



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24Vac(+)PINK24Vac(-)GREEN24Vac(+)GREY24Vac(-)WHITE24Vac(+)BROWN24Vac(-)BLACK

Coax CoreCoax ScreenREDORANGE

RS485 D+RS485 D-

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The PRED-XALARM-PSU has eight normally open/normally closed (Dilswitch S1, switch 8 on) alarm inputs on connector CON1 on the alarm PCB. When using normally closed contacts, all un-used alarm inputs must be connected to alarm in common CON1. Connect switches or volts free relay outputs from PIRs or other equipment to CON1 connector so that the terminal labelled COM is connected to the appropriate alarm input (A1 to A8) when the alarm contact is activated. There is also an alarm relay which can be used to activate alarms on other equipment (DVRs etc.). The alarm relay contacts (Common – ‘C’, Normally Open – ‘NO’ and Normally Closed – ‘NC’) use connector CON3 on the alarm PCB.

When an alarm is activated, the ALARM PCB will activate the alarm relay output and will send commands to set the Predator to activate ‘alarm mode’. The Predator will save the current status (pan, tilt, lens, tour and mimic) then it will seek the preset which corresponds with the active alarm number.

The alarm will remain active while the alarm input is active. After the alarm input becomes inactive, a 10 second alarm timer will start. The timer extends the alarm activity until the alarm timer expires. If the alarm input becomes active again before the timer has expired, the timer resets and will restart again when the alarm input becomes inactive and a further preset seek command is sent to the Predator.

If an alarm is active and a further alarm becomes active, the latest alarm will interrupt the previous alarm. (i.e. the latest alarm has highest priority) The Predator will seek the preset that corresponds with the new alarm. When the contacts become inactive, the Predator will seek the preset that corresponds with the previous highest priority alarm that is still active. When all alarms inputs are inactive the alarm timer starts. After the timer expires, the Alarm PCB sends a command to the Predator to end the ‘alarm mode’ and the Predator will return to the status position and action that had been saved when first alarm became active. (Fit a link on the alarm card CON4 position 7 to disable the automatic return to the pre-alarm status when all alarms and the alarm time have expired).

When an alarm is active and the Predator has automatically selected the appropriate preset, it is possible to send further commands (i.e. manual control) to the Predator which will override the preset which had previously been automatically selected. Each time an automatic preset seek occurs as described in the previous paragraph; the manual control will be interrupted.

4.1 Standalone Alarmcard Setup

Alarm Number Preset Number1 12 23 34 4

Alarm Number Preset Number5 56 67 78 8

Address (1-7) (Range 1 to 128)Use Dilswitch to set address same as camera. (see page 13).

Alarm Input settingUse Dilswitch pole 8 to set if alarms are N/O or N/C. All unused N/C contacts to be connected to alarm common.(see page 13).

RS485 In Connections/LK3 terminationConnect RS485 from controller to CON6.

Power ConnectionsConnect 24Vac to CON7.

RS485 Out Connections/LK1 terminationConnect RS485 to camera to CON5.

Relay OutputUse CON3 for relay output.

Alarm InputsUse CON1 for volt free alarm inputs.

Protocol/Alarm settingsUse CON4 to set protocol and camera alarm behaviour. (see page 14).



Dil Switch Settings 1-7Address 1 to 128 range See below

Dil Switch Settings 8Normally Open Contacts OffNormally Closed Contacts (un-used inputs must be connected to common) On

RS485 Address Settings

1 2 3 4 5 6 7 8

ON

Example shows switch settings for camera address 3

Switch is shown as white.

1 2 3 4 5 6 7 8

ON 1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON 1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

01

02

03

04

05

06

07

08

09

10

11

12

13

14

15

16

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

33

34

35

36

37

38

39

40

41

42

43

44

45

46

47

48

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

49

50

51

52

53

54

55

56

57

58

59

60

61

62

63

64

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON 1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON

1 2 3 4 5 6 7 8

ON



1 2 3 4 5 6 7 8

CON4

Protocol Settings 3 4 5 6360 Vision Off Off Off OffPelco D 9600 baud On Off Off OffPelco D 4800 baud Off On Off OffPelco D 2400 baud On On Off OffPelco P 9600 baud Off Off On OffPelco P 4800 baud On Off On OffPelco P 2400 baud Off On On Off

Alarm Settings 7 8Normal Operation Off OffNo Pre-alarm, No White Light On OffForced White Light Off OnNo Pre-alarm, White Light Timer On On

CON4 Settings

4.2 Washer Control PCB Setup

Power supplies ordered with a Washer function are shipped pre-built into the PSU weather proof box. The washer control unit is programmed at manufacture to suit the protocol required and cannot be changed. No further connections are required to this PCB during installation, but address must be set to suit.

Aux Settings 1Aux 2 (Pelco default) OffAux 3 (Pelco D 2400 only) On

1 2 3 4 5 6 7 8

CON4

Address (1-7) (Range 1 to 128)Use Dilswitch to set address same as camera. (see page 13)

Relay OutputPre-wired CON3 for relay output to washer power PCB.

RS485 In Connections/LK3 terminationConnect RS485 from controller to CON5.

RS485 Out ConnectionsPre-wired RS485 to camera from CON6.

Power ConnectionsPre-wired 24Vac to CON7.

InputsCON1 not used.



4.3 RS422/RS485 Converter

RS422 Tx/Termination LK2Use CON4 for RS422 Tx

RS422 Rx/Termination LK1Use CON2 for RS422 Rx

RS485Pre-wired CON3 for RS485 to camera.

Power Pre-wired CON1 for 24Vac power connection.



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5 Predator Washer/Nozzle Bracket

Nozzle bracket.The predator washer bracket kit includes the bracket, nozzle M8 plain metal washer, M8 lock washer and four cable ties.

Nozzle AdjustmentThe nozzle is set to produce a vertical water jet. The direction of the jet can be adjusted by rotating the nozzle body in the bracket, or by using the screw-driver slot.

Fixing Bracket to PredatorChoose one of the four M8 predator fixing bolt positions to be used to mount the nozzle bracket so that it does not obscure an important view. E.g. directly above the horizontal bar of a wall bracket would be suitable.

Fit an m8 flat metal washer between the predator base and the nozzle bracket so that the base of the bracket is not crooked. Fit an M8 lock washer under the head of the bolt to reduce the risk of the bolt becoming loose and the bracket moving. Ensure that the curved end of the bracket fixing plate is directed towards the Predator pan shaft so that the vertical part of the bracket is the maximum distance from the rotating body.

Tube ConnectionSuitable tube (not supplied) for connection to the nozzle is PVC with internal diameter 3mm and outside diameter 6mm PVC.The end of the tube is pushed over the ridged tube at the rear of the nozzle. Fit a cable tie around the joint between the PVC tube and the rear of the nozzle to ensure that the tube can not become detached.

The PVC tube should weave through the two slots in the bracket to provide strain relief. Cable ties can be used to secure the tube so that it is clear of the Predator’s rotating body. Take care that the cable ties do not cause excessive restriction of the tube.

K.Craik15-08-2016

Predator washer image

Water Jet direction (vertical)

Adjustable Nozzle

Tie

Tube

Nozzle Bracket located

Fit M8 Plain Washer Between Nozzle Bracket and Predator Mounting Base.



6 Connections to Predators with HMA

When the HMA (Hinged Mount Adaptor) is fitted to the Predator, the ‘Predator Composite Cable’ is not used. Connections between the power supply and Predator use conventional cables as detailed below.

24Vac Power connections between Predator PSU and Predator that is fitted with HMA

Cable Size No IR IR80 IR110WL IR130 IR175SW IR200

0.75mm² 20m 10m 7.5m 7.5m 6m N/A1.00mm² 25m 12.5m 10m 10m 8m N/A1.25mm² 30m 15m 12.5m 12.5m 10m N/A1.50mm² 40m 20m 15m 15m 12m 4m2.50mm² 65m 30m 25m 25m 20m 6.5m3.00mm² 80m 40m 30m 30m 24m 8m4.00mm² 100m 50m 40m 40m 32m 10.5m

If a thermal camera is fitted in the Predator use a coax to connect the video signal BNC from Predator that is fitted with HMA and Predator PSU (PCB-000-0157-xx) CON6. This is used for the thermal camera video.

Gain access to connectors in the HMA

• Ensure that the fixed part of the HMA is securely bolted to the top of the pole.

• The hinged part of the HMA (Hinged Mount Adapter) is fastened to the fixed part using three M8x25 long hex head bolts. Use a spanner (13mm) to remove the three bolts. Each bolt is fitted with a split spring lock washer, a plain metal washer (which prevents the split washer from damaging the fibre washer) and a fibre washer (which prevents the paint on the hinged part from being damaged unnecessarily.

• Open the hinge taking care that the gasket is not damaged and support the weight of the Predator. Gently open the HMA until the lanyard is able to take the weight. If the lanyard appears to support the weight of the Predator, there is no need to continue to support the Predator. The connection circuit board (PCB-000-0221-01) can now be seen.

Please make sure there is adequate spare cable (20cm) for when the camera is resting on the lanyard, failure to do this could damage the connector circuit board.

CameraUse BNC Video 1 for video connection from Predator.

Power ConnectionsConnect 24Vac to CON5.

RS485 ConnectionsConnect RS485/Twisted Pair data cable to CON2.

Thermal Camera (If present)Use BNC Video 2 for thermal video connection from Predator.



7 Basic Twisted Pair/RS485 Data Wiring

The Predator is capable of being controlled by either Coax Telemetry or Twisted Pair Telemetry (RS485). Below are wiring configurations for two wiring formats used for Twisted Pair Telemetry (RS485). The Predator camera cannot be wired in a Daisy Chain configuration as the RS485/twisted pair circuit is terminated/end of line.

Daisy Chain (Cannot be used with the 360 Predator)

RS485 twisted pair cable is wired to each camera in a “chain”. Only the last camera is to have the RS485 (end of line) termination on, all other cameras in the chain must have the RS485 termination off.

Star Wired

RS485 twisted pair cable is wired to each camera in a “star” from one point. A suitable RS485 star driver/data distribution product must be used. All cameras in this wiring configuration must have the RS485 (end of line) termination on.

8 Predator Protocol/Address setup.

All Predator cameras are supplied set to 360 Vision protocol, camera twisted pair address 1. When the Predator is switched on, an OSD (On Screen Display) is shown on the image from the camera for approx 20 seconds.

PRO:360VTL CAM:0001 DSPredator Software Version

PRO: Protocol being used for telemetry (e.g. 360 Vision Technology Ltd)CAM: Camera RS485 ID (e.g. Cam 1)D: If present dual addressing is enabled on the camera.S or L: Short or Long cable run. Use the utility to set wether the coax used to send video is under or over 300m.Second Line: Shows the Predator Software Version loaded into the camera.

To change the above settings in the camera, 360 Predator utility software, a USB/RS485 cable (PRED-USB-485) and a laptop are required.

The Predator utility and PRED-USB-485 cable drivers can be found on the CD (shipped with the camera) or contact 360 Vision Technical Support.

Install the software (Predator-issued-120521-1-installer.exe) on the laptop being used. Connect the RS485 end of the cable fitted with a 3 way connector to the Predator PSU 3 way RS485 port. Run the utility on the laptop and then connect the USB end of the cable into the laptop. The utility will then look for new comms ports and then will look for the camera across all baud rates used.Settings that can be altered from this software are:

• Protocol: 360 (Coax/RS485), Pelco P 2400/4800/9600, Pelco D 2400/4800/9600, Pelco Coaxitron (Extended version), VCL (Coax/RS485), Ultrak (RS485), Forward Vision (RS485), Molynx (Coax/RS485)*

• Coax Cable length: Longer than 300m or shorter than 300m.• RS485 Address: Used on RS485 systems only.

*Molynx Coax is only available when the camera is ordered with this requirement.


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10 OSD Operation/Navigation

Dome menu • Seek Preset• Start Tour• Start Mimic• Dome Settings Menu

Define Tour

A tour of presets is stored in the Predator as a list of tour points. Each tour point consists of a preset number, the dwell time for which the Predator will pause and the speed parameter that will be used to seek the preset. Each of the four tours of presets can contain between 2 and 360 points.

When programming a tour of presets it is necessary to first store all the required presets into the Predator and to define the required dwell times and speeds of travel that you will require the Predator to use when the tour is started.

A maximum of four individual tours of presets can be stored in each Predator. Each tour can have between 2 and 360 points, each point can be a preset in the range 1 to 360. Different points can use any preset number, including repeats of ones that have been used before. The speed that the camera will travel at to reach the preset can be in the range 1°/sec (slowest) to 100°/sec (fastest). To seek the preset at maximum speed, set speed to 0. The delay (dwell) at each point is defined in seconds, range 1 to 100.

This page will open on Tour 1, use the joystick left and right to change to another tour. To add item 1, use the joystick to tilt down. This will highlight the number line so that the tour can be programmed. Use the joystick to navigate along the number line and zoom in to select the number. This will add the number in to the NEW tour. Add in the figures for the item/point in the tour using the sequence labelled above (PREDELSPD. PRE is preset position, DEL is delay in seconds and SPD is speed at °/second). This is how the camera will be programmed to move to a preset for a period of time at a set speed. All nine figures must be added into the item. Figures must be added in three i.e. preset 21 will be added as 021.

Example of an item/point

021005100 = Move to preset 21 for 5 seconds at 100°/sec

Highlight ACCEPT ITEM and zoom in, this will add the item/point into the tour. The OLD item/point will be shown on the screen. If these settings are acceptable, highlight the ACCEPT ITEM option and zoom in. There is no need to add in these points again. Keep adding points until the tour is complete. On the final item/point of the tour highlight and zoom in on ACCEPT FINAL ITEM. This will complete the tour programming.

Define Mimic

When a mimic tour is started, the Predator will perform all the actions which were defined when the mimic was programmed. Up to four mimic tours can be defined.

Before going into the OSD screen to programme a Mimic tour it is recommended to move the camera in to the start position, any movement or delay will be recorded once the recording has started. Highlight and zoom in on START RECORDING, this will allow a mimic tour to be programmed into the camera. The mimic tour can then be used to playback any manual movement, preset seek or delay. Program a preset to end the mimic tour program.

Define Preset

Before going into the OSD screen to programme a preset, the camera must be in the position required. Once in the OSD you cannot manually move the camera.

Define Home Function

The camera will perform an ACTION (goto preset, start preset or mimic tour), after a period of inactivity. Use the NUMBER option to set which preset or tour to start, and the DELAY MINUTES/SECONDS to input the inactivity time period.


General Settings Menu

Offers more camera options.

General 1

• Digital Zoom - Use this option to enable or disable digital zoom.• White Balance - Change the camera white balance settings to suit the area.• Line Lock - Used to line lock the camera.• Line Phase - Can be used to manually adjust the line phase.• Video Gain - Used to adjust the video level to suit different lengths of coax cable.• Video Lift - Used to adjust the frequency of the video level to suit different lengths of coax cable.• Wide Dynamic - Enable WDR. Options available are ON, Auto and Off. Default is off.• Sunshield - Reduces tilt range of the camera for when a sunshield is fitted.

General 2

• Auto Flip - Use this option to set how the camera behaves when full tilt down is reached. Semi - Requires a second tilt down command when at full tilt down to spin camera 180°.Full - Automatically spins the camera 180°

• Proportional - Automatically reduces/increases pan/tilt speed depending on zoom ratio.• Freeze Presets - This option freezes the image, when moving between presets.• Zoom Speed - Use to set prefered zoom speed, 5 is slow and 8 is fast.• OSD Preset Six - Go into OSD using preset 95 and you can switch off OSD access using preset 6.• Upright Mount - Can be used to flip the image, so the camera can be used on a pole or a ceiling.

Default is pole.• Aperture(day) - Can be used to increase the picture detail. Default is 10.• Attack Detect - Camera will re-initialise camera motors so that camera looks back to the original

position, if the camera is physically forced/moved. Default is on.

General 3

• Wiper Rest - Input a rest time for the wiper. (See also Special Presets page 25).• Wiper On Time (h, m, & s) - Input a time period for the wiper operation.

(See also Special Presets page 25).• Wiper Permanent - Enable or disable the permanent wiper time period.• FV Text Control - Used on systems using Forward Vision protocol. Will add ANPR text on screen

when camera is put into fast shutter mode.• AF AI When PTZ - Auto focus/iris will activate when PTZ is used, can be switched off. Default is on.• Noise Reduction (day) - Used to reduce noise. NR must be set to suit the environment. Default is off.

General 4

• Define Preset - Option to enable/disable the setting of presets. Default is on.• Pelco D Response - Used on systems using Pelco D protocol where a response from the camera is

required. Do not use if the system doesn’t require a response as it will have an affect on the telemetry control of the camera.

• Ultrak Cmd T/out - Disables Ultrak KD6 100mS command timeout.• Arms - Set if the Predator arms are CANTED or STRAIGHT. FOR PRODUCTION USE ONLY

Pelco

Used when using Pelco protocol auxiliary commands. Associate a function of the camera to a Pelco Aux command.

Night 1

• Col/Mono Level - Col/Mono level settings can be changed to suit the site requirements. Options are dark, medium and light. Default is dark. This sets when the camera goes into ‘mono mode’.

• Mono On - Range is 7 to 25. A lower value will set the level on when the scene is brighter, a higher value will set the level on when the scene is darker.



• Mono Off - Range is 1 to 20. A lower value will set the level off when the scene is brighter, a higher value will set the level off when the scene is darker.

• Brightness - Can be used to artificially brighten the image, options are low, medium and bright.Bright Control - Options are automatic or preset seek activation. (See also Special Presets page 25).

Night 2

• Illumination - When the camera goes into dark mode, what illumination is required. Options are none, IR and White Light. Please note illumination type will only work if the camera has this option fitted to the camera. Default is IR.

• Lamp Intensity - Choose lamp intensity, options 100%, 80%, 60%, 40% and 20%. Default is 100%.• Camera - Choose when the camera goes into dark mode, what the image will be. Options are mono

or colour. Default is Colour.• External Lighting - Sets how the camera will focus (when in mono) to suit the light source in the

scene. If this is set incorrectly the image may not be in focus.• Aperture - Can be used to increase the picture detail. Default is 3.• Noise Reduction - Used to reduce noise with scenes of low illumination. NR must be set to suit the

environment. Default is off.• Low Light Focus - This can be set to on or off. When it is set to low the method used to focus the

camera is suited to low light conditions. Default is on.• Night Presets -This can be used to set the presets to different settings if required. Default is off.

Lamps

Offers more camera options.

Lamps 1

• White Lamps - Set if white lights are to be used.• White When Alarm - Set if white lights are to be used if an alarm is triggered. This feature works with

360 Standalone alarmcard or 360 Vision Matrix only.• White Timeout - Use if a white light timer is required. Default is on.• White Timeout (m) - Set white light timer, for automatic switch off.• Auto Dimming - When selected the camera will reduce the lamp power, when looking in scenes

where there is too much light.• FV White Lights - Used when using Forward Vision protocol, can be used to select what lamps are

controlled from the lamp command.• Power on Park -When the camera powers up, it will go to a preset position. Preset 150. Default is off.• White Exclusion - Option to be used if a white light exclusion area is to be used, set area using

presets 151 (left) & 152 (right).

Lamps 2

• Low Light Angle - Sets angle when reduced illumination intensity is used.• Low Light Value - Sets illumination intensity.

Predator lamps are used to improve the illumination of distant dark objects. The Predator lamps are normally set to maximum intensity to increase the distance at which objects can be seen. When the Predator lamps are ON and the camera tilts downwards to view nearby objects, the illumination could be too bright. This could cause the quality of the image to be reduced. Some Predators include the ‘intelligent lighting’ feature which allows the intensity of the illumination to be reduced when the Predator tilts down below a particular angle (i.e. the ‘Low Light Angle’). Below this angle the power to the lamps is reduced to the percentage value that has been set (i.e. ‘Low Lights Value’).

Shutter

• Fast Shutter - Option to enable fast shutter and set speed of the shutter.• Slow Shutter - Option to alter the slow shutter speed. Altering this figure will have an effect on the low

light capabilities of the camera.



Thermal

• Gain Mode - Options are Automatic (default), Low Gain and High Gain.• Gain Control Mode - Options are Histogram (default), Linear and Auto Bright.• Intensity Transform - Options are White Hot (default), Black Hot, Fusion, Rainbow, Glowbow, Ironbow

1, Ironbow 2, Sepia, Colour 1, Colour 2, Ice and Fire and Rain.• Dual Addressing - Used when a thermal camera is fitted, using this option will allow the camera

receiver to accept telemetry commands for the address of the camera (set using Predator Utility) plus 1. i.e. Camera address 10 and 11. This will allow the thermal camera to be operated on the system as camera 11.

Text Field Menu

Navigate along alpha-numeric characters and use zoom in to select. Choose text position by inputting x and y co-ordinates. Set text display to on, if required.

Servicing

• Power Reset - This will reboot the camera, no settings will be lost.• Factory Reset - This will reboot the camera and all the settings will be lost.• Predator Software Version - This shows the software version of the camera.

Privacy Zone Menu

Can be used to obscure a scene within an image e.g. private residence. Move the camera to the position required for the privacy zone before going into the camera OSD. You cannot manually move the camera once in the OSD. Use the zoom to set the size of the privacy zone. Privacy zone will cover the whole scene viewed when set.

• Define Privacy Zone - Used to set a privacy zone.• Seek Privacy Zone - Used to seek a privacy zone.• Remove Privacy Zone - Used to remove a privacy zone.

Preset Mapping

Use this option to re-map a function to a preset.

Options are:-

• none• auto focus on• auto iris on• ir on• wiper on• white light• fast shutter• WDR• ambient• 20% lamp intensity• 40% lamp intensity• 60% lamp intensity• 80% lamp intensity• 100% lamp intensity• video switch• white day• ir-mono• mono• normal night• washer on• washer off



11 Special Presets

White LightExclusion

White Lights(when it is dark)

Seek 100(On)

White Lights(change to colour, timer used)

Seek 101(Off)

Night Sensor(when it is dark)

Seek 67(Mono)

Seek 68(Colour)

Night Focus Range(when it is dark)

Seek 69(Ambient)

Seek 70(IR)

Seek 82 Permanent Intermittent Wipe

De-Fog Seek 87(On)Seek 88

(Off)

Washer Seek 89(Start)Define Preset 359

(Defines Washer Position)Seek 90(Stop)

Illumination(when it is dark)

Seek 64(On)

IR(mono/colour not changed)

Seek 66(Off)

Seek 65(On)

White Lights(mono/colour not changed, no timer)

Seek 66(Off)

Wiper

Seek 81 Double Wipe

Seek 86(Stop)

Seek 84 Timed Intermittent WipeSeek 83 Permanent Fast Wipe

Seek 85 Timed Fast Wipe

Define 152 Set Right SideDefine 151 Set Left Side

See Page 23

Seek 103 Digital Zoom x2Seek 102 Digital Zoom Off

Seek 105 Display Blue Spot, read Spot temperatureSeek 104 Digital Zoom x4

Seek 106 Remove Spot temperature

Define 105 White HotSeek 107 Turn off all thermal alarms

Define 107 Ice and FireDefine 106 Black Hot

Define 108 Glow BowDefine 109 Iron Bow

Define 111 LinearDefine 110 Histogram

Define 112 Auto Bright

Thermal Camera(if fitted)

Define/Seek 150 Program/Recall Power on Park preset position.Power on Park

Bright Control Seek 240(On)Bright Control

(change to set brightness level)Seek 249

(Off)

Set Privacy Zone Seek 91 Scene being viewed

Clear Privacy Zone Seek 92 Privacy zone being viewed

Clear Privacy Zone Seek 93 All privacy zones



12 Important - Care of Painted Surfaces

The powder coating applied to the Predator external housing is recognised as being in the forefront for quality and finish. However, in order to preserve the aesthetic finish it is recommended that the coating is regularly cleaned.

Regular cleaning on a maximum three month interval, using warm and mild detergent must be undertaken. Abrasive cleaners including strong solvent must NOT be used at any time.

In areas where the coating may come in contact with concentrated atmospheric pollutants [marine, chemical and especially bird droppings] it would be prudent to clean more frequently e.g. monthly.

Full documentation of the cleaning schedule MUST be maintained to ensure that a warranty claim can be considered.

If damage occurs to the coating (e.g. the Predator is dropped, scrapped etc), repairs MUST be carried out immediately.

When the Predator is installed in areas where there is a high risk of damage from birds or their droppings, additional precautions and measures should be used to keep the birds away from the Predator e.g. fit anti-bird spikes.

13 Storage and Handling

Predators should be handled with care and must not be dropped. When Predators are inside the transit packaging which is used for despatch from the factory, they should not be stacked to a height of more than two Predators.When Predators are being stored before installation they should be kept in the transit packaging and located in a dry indoor environment preferably between 1°C and 35°C which is dry and dust free. Humidity should such that water vapour is non-condensing. Predators can be allowed to be outside this range for short periods of time (24 hours maximum) for transport (e.g. in aircraft or vans) but must never be allowed to be outside the normal operating temperature range of -40°C to +60°C even during storage.Before installation the Predator should be clean and dry. (If necessary it should be cleaned and dried taking care that the glass is not scratched).

14 Warranty

This information and/or any technical information – whether received verbally or writing – is given in good faith but without warranty and this also applies where proprietary rights of third parties are involved. The information provided does not release you from your obligation to check its validity and to test the products suitability for the intended purpose(s) and use(s). The application, use and installation of the products either in isolation or in conjunction with other products used, provided and installed by you on the basis of the technical advice issued are beyond our control and therefore remain entirely your own responsibility.

©2015 ALL DESIGNS AND SPECIFICATIONS ARE SUBJECT TO CHANGE WITHOUT NOTICE



PredatorFeatures All Predator units have the following functions.

Video Output 1V p to p, 75ΩScanning PAL or NTSCFocus/Iris Auto/ManualPresets 360Tours 16 (max 90 presets per tour)

Learned Patrols 4 mimic tours (up to 30 minutes duration each)Privacy Zones Up to 32

Variable pan speed/coverage 0.1 ~ 120°/sec, 360° continuous rotation, absolute positioning.Variable tilt speed/coverage 0.1 ~ 120°/sec, 180° rotation, absolute positioning.

Auto Homing Preset, Tour or Mimic.Col/Mono Changeover 4 levels ( 3 fixed preset, 1 user defined)Operating temperature -40°C ~ 60°C with optional heater

Power 24Vac/dcCertification CE approval : IP68

16 PSU Enclosure

Material PC/ABSDimensions (PRED-PSU-SM enclosure) 255 x 180 x 100mm

PredatorSpecification 18x 28x 44x

Colour/Mono YesImager 1/4” type Super-HAD CCD II

Zoom - Optical, Digital 18x, 12x 44x,12xPixels 976(H) x 582(V)

28x, 12x

Horizontal View Angle 2.8°(T) ~ 48°(W) 2.1°(T) ~ 55.8°(W) 1.6°(T) ~ 68.8°(W)Lens Size 4.1 ~ 73.8mm 3.06 ~ 134mm

Min Sensitivity - Colour 0.4 Lux 0.4 Lux 0.6 LuxMin Sensitivity - Mono Int 0.01 Lux 0.01 Lux 0.01 Lux

Signal Noise Ratio >50dB

3.5 ~ 98mm

Lines Resolution 670

15 Camera Specification



1 Safety and Precautions2 Housing Dimensional Drawing3 Bracket Dimensional Drawing4 Connections4.1 Standalone Alarmcard Setup4.2 Washer Control PCB Setup4.3 RS422/RS485 Converter

5 Predator Washer/Nozzle Bracket6 Connections to Predators with HMA7 Basic Twisted Pair/RS485 Data Wiring8 Predator Protocol/Address setup.9 Predator OSD 9.1 PIN Number

10 OSD Operation/Navigation11 Special Presets12 Important - Care of Painted Surfaces13 Storage and Handling14 Warranty15 Camera Specification16 PSU Enclosure

Predator Installation/Configuration Manual...Predator Installation Manual Ver 2.9 Page 3 360 Vision...

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Transcript of Predator Installation/Configuration Manual...Predator Installation Manual Ver 2.9 Page 3 360 Vision...