Pilot Select V1566 Installation Manual XX190-00
Contents
1. 22 Stranded BC BC braid 95 15 0 49 Requires special BNC M connector due to 0 305 nominal O D Belden Inc http www belden com 800 235 3361 Alpha Wire Company http www alphawire com 800 52 ALPHA 522 5742 West Penn Wire http www westpenn cdt com 800 245 4964 Picture Quality vs Cable Length Picture Quality Maximum Cable Run ft m L O RGSW RG 6 U RG 11 U 1100 350 1500 450 2400 750 820 250 1000 300 T 1600 500 400 120 530 160 820 250 For longer cable runs use a Vicon Video Amplifier to obtain a suitable picture Alarm Cabling The Alarm Interface Device is provided with cables for connection to the Pilot Select However you will need 25 pin to 37 pin adapters which are included in the accessory kit Loop Out Cabling If required you can loop video out of the system to equipment such as dedicated monitors or DVRs dedicated means that the monitor or DVR is permanently connected to a single camera or to quad splitters multiplexers or intrusion detectors by using the supplied V15RCB 24 coaxial cable This cable has a 15 pin D shell connector at one end and individual BNC connectors at the other end XX190 00 XX Pilot Select Reference e 33 The system may also be connected to Vicon s Relay Audio Follow Video Switcher Use of a relay audio switcher allows audio and video signals to be switched simultaneously For example the audio signal from an intercom microphone associ2. This information is provided should you have to manufacture cables locally Maximum cable length is 4 000 feet Note When connecting the wires make sure that the twisted pairs are used accordingly For example Response In should be paired and twisted with Response In The same is true for the Command signals This is true for all other serial connections as well KEYPAD 1 16 RS 422 Cable Wiring Data To V1400X IDL J11 KEYPAD 1 16 Port CPU or Remote Color Keypads Write the conductor color in this Pin Signal Name Signal Name column No 1 Response In Response Out 2 Ground Ground 3 Command Out Command In 4 Not Used Not Used 5 Not Used Not Used 6 Response In Response Out 7 Command Out Command In 8 Ground Ground 9 Not Used Not Used Refer to Product Manual for Wiring Data PTZ 1 256 RS 422 Cable Wiring Data PTZ 1 256 Port To V1400XIDL Color J11 CPU or PTZ Receiver Write the conductor color in Pin No Signal Name Signal Name this column 1 Response In Response Out 2 Ground Ground 3 Command Out Command In 4 Not Used Not Used 5 Not Used Not Used 6 Response In Response Out 7 Command Out Command In 8 Ground Ground 9 Not Used Not Used Refer to Product Manual for Wiring Data XX190 00 XX Pilot Select Reference e 37 ALARM PRINTER PORT RS 232 Cable Wiring Data ALARM PRIN
3. camera 17 would correspond to the A output on the cable V15RCB 24 Odd D Shell Connector Camera Even D Shell Connector Camera Cable Marking Number Number pug cic XX190 00 XX Pilot Select Two Cage Installation e 19 First Layer Second Layer Cameras 1 32 Cameras 1 32 looped Notes 1 For a Two Cage system First Layer Primary cages are looped to Second Layer Primary cages 2 For a Four Cage system First Layer Primary Cages are looped to Second Layer Primary cages and First Layer Secondary cages are looped to Second Layer Secondary cages Figure 13 Looping First and Second Layer Camera BNC Panels 20 Two Cage Installation XX190 00 XX Pilot Select Four Cage Installation The four cage configuration can support up to 512 cameras by 64 monitors Primary and Secondary cages are configured in two layers to support the cameras and monitors Figure 14 The First Layer consists of Primary and Secondary cages that are configured exactly the same as the Two Cage Camera Expansion system The Second Layer cages are configured as follows the Primary Cage contains the Interface Board mounted in the CPU slot the TDT card and Video Switcher boards The Secondary cage is configured the same as the First Layer Secondary cage with a RS422 to CMOS Converter card in the TDT card slot an empty CPU slot and Video Switcher boards The Primary and Secondary cages are connected to each other with the Primary Secondary cable via the PRIMARY SECONDAR
4. o 959 o9 o o o o o9 o o o o o o o Monitors 1 16 or 1 32 Note D Shell connectors are specific to the odd and even BNC connectors For example the Odd D Shell connector shown circled represents BNC connectors 1 3 5 7 9 11 13 15 Figure 8 V1510RP32 O BNC Panel Labeled for Monitor Outputs 12 e Camera and Monitor Connections XX190 00 XX Pilot Select Single Cage Installation The Primary cage Figure 9 contains the CPU card TDT card and Video Switcher boards Up to 256 cameras may be connected to the camera BNC panels on the rear of the unit Monitors 1 16 or 1 32 are connected to the monitor BNC panel Each BNC panel contains 4 D shell connectors which are used to loop video out to another cage or device The CPU panel Figure 10 provides connections for keypads KEYPAD 1 16 PTZ receivers PTZ 1 256 a printer ALARM PRINTER PORT the Host computer PC HOST 1 a monitor used for programming the system PROGRAMMING MONITOR external alarm devices such as the Alarm Interface Device EXTERNAL CONTROL IN ALARM and an EXTERNAL CONTROL OUT port for devices such as the V1400X Video Loss Detector or the Relay Audio Follow Video Switcher The programming keyboard is connected to the PS 2 connector on the front panel Refer to Reference Cable Recommendations for information on the appropriate cable for your application Connect the cameras monitors and other equipment to the system as follows V140
5. o 00 00 00 OO oo Oo O Golo Oo JO Qo o 00 oO O oO 0 90 O O0 O G Oe Oe O Gel Oe O Oe 000 oO O oO O oO O oO oo o OO 0 0 M H e VICON e 00 U 00 e o Figure 1 Front and Rear View of Pilot Select System Single Card Cage The Pilot Select has the capability of supporting the following Number of cameras 512 up to 256 per cage Number of monitors 64 up to 32 per cage Number of keypads 16 Number of receivers 256 Host computer ports 1 Number of X IA alarms 256 Number of receiver alarms 256 Number of tours 128 Steps per tour 32 Number of salvos 64 Monitors per salvo 16 Number of timed events 64 Tours may be chained together XX190 00 XX Pilot Select Introduction e 1 The Pilot Select may be controlled by up to 16 operator keypads The keypads may include the following Vicon products V1300X RVC and V1300X DVC Intelligent Remote Control Panels V1411X DVC V1411J DVC and V1410X keypads V1400X DVC 3 System Console It may also be controlled by a host computer over its RS 232 interface The host computer which may be a desktop or a laptop PC permits control of all system functions including system programming by means of a Configurator program An additional RS 232 port provides an output to a serial alarm printer for printing alarm incident records Figure 2 shows a typical system setup with cameras monitors keypads PTZ receivers and a
6. Cleaning Do not use caustic abrasive or aerosol cleaners a For units that CAN BE DISCONNECTED from the power source use a damp cloth for cleaning b For units that CANNOT BE DISCONNECTED from the power source use a damp cloth for cleaning and do not allow moisture or liquids to enter vents 6 Attachments Use only UL Listed Vicon recommended attachments to prevent unit damage and personal injury 7 Water and Moisture Use only products designed for outdoor environments where they will be exposed to water or moisture 8 Accessories Do not place the unit on an unstable surface to avoid falling Use only UL Listed Vicon recommended mounting accessories 9 Ventilation Do not block ventilating slots and openings as they ensure reliable operation Do not place the unit near a heat source or into an enclosure unless recommended by Vicon 10 Grounding Only products equipped with a 3 prong grounded plug should be inserted into a grounded power outlet Contact an electrician to replace an obsolete outlet Do not force a plug into a non grounded outlet ii e Important Safeguards Indoor Use 11 Power Cord Protection Power supply cords should not be routed in trafficked areas or in tight spaces where they will be pinched or used to bear weight Allow some slack in the cord where it enters the unit 12 Lightning Disconnect the product from its power source and cable system when possible to prevent damage due to ligh
7. OO Rg 055 au Ch a 3B e E R29 UG O kt RNI 3 g 835 E S e E WS12 2 L 105 S P cn 838 g ge e LEDs LD1 thru LD9 4 O wE Um Visible On Card e m ms on CF Outer Edge Ray s K dh JN d A u O ll U 7 2 cu R42 Si eh t vsu Ka lad um RS CH Ei Cc E me E RN7 RNS 852 J S 853 CO s RS E Switch SW1 Bas 10 w est R LED LD10 Core es L H ce 7 em cat Cin c CH oC c3 P Oo Um ae He gr E A Ces c5 ss S IN21 ICH ke kz GK Pu sa i ES FT n il T T T SE S ca tc t gt am 0 br e e LED LD12 Switch SW2 Figure 15 CPU Card V1566SCPU XX190 00 XX Pilot Select Maintenance e 25 Interface Board V1566DB The Interface Board V1566DB Figure 16 is inserted in the CPU slot in the Second Layer Primary Cage and is a dual purpose board that is used in the Pilot Ultra V1599 system as well as the Pilot Select When used in the Pilot Select BCD switches SW1 through SW3 must be set as described in the following table The table also provides descriptions of LED operation and jumper positions Component Function and Seitings LED LD1 Green LED illuminates to indicate 5 VDC power is present LED LD2 Red LED illuminates to indicate that power is below 5 VDC LED LD5 Green LED illuminates to indicate raw 9 VDC power is applied to CPU card LED LD3 Flashes to indicate whether card is set for V1566 or V1599 operation Long on time and short off time indicates card is set for V1566 ope
8. XX XX190 00 XX Pilot Select Introduction e 3 System Operation and Configuration The heart of the V1566 is the CPU card V1566SCPU The CPU card provides control of the video switching system and can be programmed to customize the system for your requirements Video switcher boards V1510S 16 or V1510S 32 provide the switching between the cameras and monitors and are available for 16 or 32 monitor configurations The Time Date Titler AMP cards V1566TDT 16 and V1566ATDT 32 provide the ability to create unique descriptions for the cameras as well as provide time and date information They also amplify the outputs to the monitors TDT card V1566TDT 16 supports monitors 1 through 16 TDT card V1566ATDT 32 is a plug in board for the V1566TDT 16 card that supports monitors 17 through 32 in effect creating a 32 monitor card that uses one card slot Additional TDT cards are required to support more monitors up to the system limit of 64 When the system is expanded beyond a single cage additional cards such as the Interface Board and RS422 to CMOS Converter card are required along with interconnection cables to power the cages and connect them A complete listing of the V1566 system components is provided in Table 1 Table 1 Pilot Select Components Model Number Product Description Code V1580SCC 6020 80 Pilot66 99 card cage 256x16 or 256x32 Accepts up to 8 switcher boards Includes motherboard line sync board and universal power supply V
9. c5 c8 O KZ O O B RIT Ic A M7 oO Ch LJ as HHI gU DU DA y HP Cn RM s s EB w M mm C e Fea us SW PL4 LU po f ER RIT Les 3 ca gi N sg g zi R25 E 3 cis R26 m R24 cu ce R28 R27 c20 ci R29 R30 C22 ca R32 pat 23 C24 RM R33 C26 ge Los es c27 R37 o c29 s c32 C33 0 u SS cH ch O C35 C36 CJC m9 8 cy CIC ro R6 C38 OO pm gu C9 COE ws a 00 D DO R6 me EE pi eso CIC R9 RS CIC R52 rss Jess CJC 85 ge COC 85 Reo Lee CIC R58 Re ER CIC R9 mi C45 OO 16 Ree C46 LL R n7 DI CIC res Res Get i5 R69 R70 E MO G C50 gt C53 2 z cst R7 I5 R73 c52 m ce 54 R75 amp Di C56 LED LD1 XX190 00 XX Pilot Select Figure 18 Video Switcher Board V1510S 32 Maintenance e 31 Storage When storing the unit for periods of 1 month or longer place the unit and a fresh desiccant drying agent in a container that provides a vapor barrier and vapor seal Then place the sealed storage container in a location where the temperature is maintained between 32 to 122 F 0 to 50 C 32 e Maintenance XX190 00 XX Pilot Select Reference Cable Recommendations Video Cabling A caution Careful selection of proper cable is essential to obtain the best performance from this equipment Vicon assumes no responsibility for poor performance when cables other than those recommended or equivalent are installed In all cases coaxial cable impedance should be 75 ohms Materials Use only a pure copper center conductor D
10. cages respectively For a two cage Monitor Expansion system the camera inputs from the First Layer Primary cage must be looped to the Second Layer Primary cage Each camera BNC panel in the First Layer cage s must be looped to its counterpart in the Second Layer cage s This is accomplished by connecting the D shell connectors on the camera BNC cards in the First Layer cage s to the Second Layer cage s using the V1566RC 36 coaxial cables as shown in Figure 13 Note that the D shell connectors are marked to indicate Odd and Even The Odd D shell connectors are internally connected to the odd numbered BNC connectors The Even D shell connectors are internally connected to the even numbered BNC connectors This is an important consideration when using the V15RCB 24 coaxial cable to loop cameras out to external devices For example if the cable is connected to the topmost D Shell connector shown as Odd in Figure 13 and this is the first camera BNC panel used cameras 1 3 5 7 9 11 13 and 15 will be looped to the external device s To access the cameras connected to the even numbered BNC connectors you would use the Even D Shell connector The following table provides a listing of the V15RCB 24 cable markings and the pins on the D Shell connectors that they correspond to for the Odd and Even connectors The table provides information for cameras 1 through 16 Additional cameras up to the system limit of 512 are connected in the same manner For example
11. connectors V1510RP32 O 4628 45 32 Channel Camera Output Panel Contains 32 BNC connectors V1550RCP 4471 20 Blank rear closure panel for unused card positions V15RCB 24 7867 05 24 inch coaxial cable for looping video inputs from a switcher card to external devices D shell connector on one end 8 BNC connectors on the other end V1566RC 36 4472 25 36 inch coaxial cable for looping video inputs from a switcher card to external devices D shell on each end V75TR SHD 4479 00 75 ohm terminator for D shell outputs V75T 3260 00 75 ohm terminator for BNC outputs V1410X DVC 7847 00 Control Keypad small profile desk top provides multi function control for camera stations with variable speed joystick for pan and tilt control and push buttons for lens function V1411X DVC 7518 00 Control Keypad desk top version provides multi function control for camera stations with variable speed joystick for pan and tilt control and push buttons for lens function V1411J DVC 7832 00 Control Keypad desk top version provides multi function control for camera stations with three function variable speed joystick for pan and tilt control and push buttons for lens function V1300X RVC 3990 10 Control Keypad rack mount version provides complete switching and control functions for camera stations with variable speed and fixed speed pan and tilt units V1300X DVC 3987 00 Control Keypad desk top version provides complete switchi
12. the disconnect device is not incorporated in the equipment or when the plug on the power supply is intended to serve as the disconnect device follow the guidelines below a For permanently connected 230 VAC units a readily accessible disconnect device must be incorporated into the site wiring b For 230 VAC units with a plug the outlet must be installed near the unit and be easily accessible XX190 00 XX Pilot Select FCC Notice Note Complies with Federal Communications Commission Rules amp Regulations Part 15 Subpart B for a Class A digital device WARNING This equipment generates and uses radio frequency energy and if not installed and used properly that is in strict accordance with the manufacturer s instruction may cause interference to radio and television reception It has been type tested and found to comply with the limits for a Class A computing device in accordance with the specification in subpart B of part 15 of the FCC rules which are designed to provide reasonable protection against such interference in a commercial installation However there is no guarantee that interference will not occur in a particular installation If this equipment does cause interference to radio and television reception which can be determined by turning equipment off and on the user is encouraged to try and correct the interference by one or more of the following measures e Heorient the receiving antenna e Relocate the eq
13. x NOT USED io EXTERNAL CONTROL OUT EXTERNAL CONTROL IN ALARM Figure 10 Detail of CPU Panel 14 e Single Cage Installation XX190 00 XX Pilot Select Two Cage Installation Two cage systems may be configured to support either 512 cameras by 32 monitors Camera Expansion or 256 cameras by 64 monitors Monitor Expansion The following paragraphs describe each configuration Camera Expansion To support up to 512 cameras by 32 monitors Figure 10 a Secondary cage is added to the single cage system to facilitate camera expansion One cage is designated as the Primary cage and is configured exactly the same as in the single cage system The Secondary cage contains the RS422 to CMOS Converter card which is mounted in the slot where the TDT card resides in the Primary cage The CPU card slot is empty The other slots are filled with Video Switcher boards The Primary and Secondary cages are connected to each other with the Primary Secondary cable via the PRIMARY SECONDARY connectors on the CPU panel Cameras 257 512 are connected to the Secondary Cage camera BNC panels and monitors 1 16 or 1 32 are connected to the Primary Cage monitor BNC panel as shown in the Single Cage configuration The Primary cage monitor BNC panel is looped to the Secondary Cage monitor BNC panel using the V1566RC 36 Coaxial cables See the Looping Monitor Outputs paragraphs for more information on Monitor Looping Refer to Reference Cable Recommendati
14. 0 90 ole O O 0 O O O O O O 00 0 0 0 90 0 90 O 00 O 00 0 20 O oo loo joo joo loo joo loo oo oo oo joo joo joo loo loo oo oo 0 0 oo 0 0 0 0 0 0 0 0 0 oo 0 0 0 0 0 0 0 0 0 0 00 00 00 00100100 00 00 00 00 00 00 00 00 D L L H O o O 0 Gel O o O o O o Or 0 O O O O O O O O O O O O O 20 0 0 0 O O O O 20 ole O O O 0 0 O O O O O O O O O cO O oo joo joo joo joo joo joo l Monitors i Monitors Cameras 1 32 Cameras 1 256 33 64 Camera 256 1 256 are looped to Monitor 32 First Layer Primary Cage Monitor 64 Notes 1 See Single Cage System for other connections 2 Camera input looping not shown Figure 11 Typical Two Cage Installation Monitor Expansion 16 e Two Cage Installation XX190 00 XX Pilot Select 1 Connect cameras 1 through 256 to the camera BNC panels on the First Layer Primary cage as described in the Camera and Monitor Connections section 2 Connect monitors 1 32 to the First Layer Primary cage monitor BNC panel as described in the Camera and Monitor Connections section 3 Make the connections to the Primary cage as described in the Single Cage Installation section for the PTZ receivers printer etc 4 Connect the MONITOR EXPANDER port on the First Layer Primary cage to the MONITOR EXPANDER port on the Second Layer Primary cage using the 2 Layer Cable V15662L 5 Connect monitors 33 64 to the Second Layer Primary cage monitor BNC pan
15. 0X IDL Intelligent Distribution Line Control Monitor 1 ro ER Camera 1 V1400X IDL PTZ cameras 1 256 Printer MEL Mq a 89 mu 5959596 i EL PES Den A Host Computer Programming Monitor 999 Oo Ep o9 Relay Switcher O20 SEL Monitors 1 16 or 1 32 Alarm Interface Device Cameras 1 256 Camera 256 Monitor 32 Figure 9 Typical Single Cage Installation Note Refer to the manuals supplied with the equipment that you are connecting to the Pilot Select for instructions on their installation and connections 1 Connect the cameras and monitors to the BNC panels as described in the Camera and Monitor Connections section Note where camera 1 and camera 256 are connected as shown in Figure 9 2 Connect keypads to the KEYPAD 1 16 port on the CPU panel 3 Connect the PTZ receivers on the cameras to the PTZ 1 256 port XX190 00 XX Pilot Select Single Cage Installation e 13 4 lf desired connect a printer to the ALARM PRINTER PORT 5 f desired connect the Host Computer PC to the PC HOST 1 port 6 Connect a monitor to the PROGRAMMING MONITOR port Note that this is only required if you are going to be programming the Pilot Select The same is true of the PS 2 programming keyboard connector on the front panel 7 Connect the Alarm Interface Device to the EXTERNAL CONTROL IN ALARM port KEYPAD 1 16 PRIMARY SECONDARY MONITOR EXPANDER c 9 z 3 ZE SL i5
16. 1566SCPU 6159 20 Internal CPU for Pilot66 99 Card Cage Controls matrix switching for up to 512 cameras and 64 monitors V1510S 16 6023 20 Video Switcher Board Provides video switching for up to 32 cameras and 16 monitors V1510S 32 6023 30 Video Switcher Board Provides video switching for up to 32 cameras and 32 monitors V1566TDT 16 4807 30 Time Date Titler AMP Card for monitors 1 16 For use with V1566SCPU only V1566ATDT 32 4807 40 Time Date Titler AMP Card for monitors 17 32 For use with V1566SCPU only Plugs in to V1566TDT 16 circuit card V1599 PKA 8234 10 Programming Keyboard for V1544SCPU V1566SCPU and V1599CPU V1566DB 4807 90 Interface Board Required in Primary cages for use with an external CPU controller configuration for V1599 systems Required in Second Layer Primary cages for V1566 systems V1566CONV 32 4807 81 RS422 to CMOS Converter Required for expanding cameras from 257 to 512 on a Primary Secondary cage configuration Supports 16 or 32 monitors V1566MS 4807 50 Primary Secondary Cable Control interface cable between primary cage cameras 1 256 and secondary cage s cameras 257 512 4 e System Operation and Configuration XX190 00 XX Pilot Select Model Number Product Description Code V15662L 4807 60 2nd Layer Cable Control interface cable between 1st layer cages monitors 1 32 and 2nd layer cages monitors 33 64 V1510RP32 I 4628 25 32 Channel Camera Input Panel Contains 32 BNC
17. 466A card receivers and other equipment will be connected to the card cage In order to do so you must assemble D shell connectors The following tools will be required in that case e crimp tool AMP 90302 l or 90312 l e wire stripper e standard hand tools XX190 00 XX Pilot Select Preparation e 9 If a contact pin is inserted into the wrong connector receptacle AMP extractor tool 91067 3 will be required to remove it You may also need the necessary tools to assemble BNC coaxial cables depending upon the number and length of coaxial cables that you have on hand Supplied Accessories The power cable and required number of terminators will be supplied for your Pilot Select as well as the appropriate number of control signal looping cables with your order You will also receive an Accessory Kit comprised of the following items Item Purpose Qty Vicon Part Number 9 Pin Connectors Connectors for RS 232 RS 422 devices 4 8000 8595 00 00 Ferrules Reinforces cable to connector junction 4 8000 8594 00 00 Retainers Screw retainers for 9 pin connectors 4 8000 8595 01 00 Contacts Pin Used in 9 pin connectors 36 8000 9571 00 00 Adapter 25 pin to 37 pin Connects J9 to VI 300X IA cable 1 1294 3055 01 00 The following lists the cables provided with multiple cage systems Item Purpose Vicon Part Number V1566MS Primary Secondary Control interface cable between primary cage cameras 1 480750 Ca
18. 959 EE 2 099 09990999 4950 g amp 999 59999999 996 it G G c E 5 amp 9 qe2 Jake pu First Layer Primary Cage o E gt So g 23 Em E ke s to o 2 e5 e 2 3 E p E 7 ke S z S 050 gt KS 9696999 T 05070 L s olol gt 3 cafa afer 2 059 99595959 a6 20 gt 5 p90 9 gt 99999999 9909 0999999 9999 E 030 0292059 20 0 204m 00305000 59000 026 gt 99595959 2 696 99696909 2 699 O 599909990909 mr 9990 0999 59999999 gt 9990 ba 089 gt 9596 D O 009 e 9959 wo o ot gt o NS e 8 o 20 92020 9 20 0 wo 0969 o 6909 KE 3 Z Qu 0 09 599599959 mm 9290 Y E G e 02020 0 c S j or 25990 gt E Li Ee R ff ch 9 97 gt 9 95009 959 gt O20 0202050 20 0 e 0989 598595959 596 D kW Ee 9 S J 02020 030 02020 0 CR o 69 99596959 020 696909 6969 m 59999999 gt 0209 E 0999909 gt e e E e XX190 00 XX Pilot Select Typical Four Cage Installation 2 Camera input and monitor output looping not shown Figure 14 SECOND LAYER Notes 1 See Single Cage system for other connections 22 e Four Cage Installation Power Connections Vicon supplies the power cord for the Pilot Select After all connections are made to other equipment connect the power cord to the unit s and then to the appropriate source 120 VAC or 230 VAC Turn the unit On using the power switch
19. AU EE 9 Supplied Accessories iii 10 Camera and Monitor Connections sssssesssssssssceceeeessssssseeeeeeeessssseeeeee essere eenn 11 OT 11 A O 12 Single age lnstalati EE 13 Two Cage Installation isisisi iinan anin aeie aeiiaaie eana aaia eas Einaras daie easain as Hake e 15 Camera EXPANSION TTT 15 Monitor Expansion riter einn ie tree ren Entente aliadas 16 Looping Monitor Outputs 4 ia aa 17 Looping Camera Inputs ce ec edie ee eege dence i 19 Four Cage Installation miii ea 21 Power CONNECIOAS A 23 Maintenance EE 24 Fuse Replacement 24 Circuit Card Replacemient irren NEEN i 24 CPU Card VER tags e tt eti A dedo Loa ee OE D e ents 24 Interface Board V1566DB rne at de aee e T oa Dd edo did Pe Dd ut 26 Time Date Titler AMP Card V1566TDT 16 and V1566TDT 32 sese 28 Video Switcher Board V1510S 16 and V1B108S B2 e 30 C l Te pL LEX 32 Referen mee 33 Cable Recommendations caesis esee iiis eieee nennen en nn aas n natn nn sn tna s ennenen 33 VISO elle EE 33 ET Rer Te TEE 33 Loop Out Cabling EE 33 POW Cabling EE 34 RS2232 Cabin MM EE 34 RS 2422 CAD E 34 RRE F ar ee IT 34 Daisy Chain and Star Configurations essei sees es
20. CH bei PLE a 00 Dr 1 f TEE 7 hn tl w ll wo Los d L Cep UL T kel d E a E TT mno amp Fann ease A ee zb e HL De s AX D n alla p o i RTT a Lom U T a al 88 C H Ve EN PL Pe K lt e e SUL Ll Qr E 00 AR ae Ko ez Jumper PL11 La yhli a Y i ER NE A WW wd Ja ek m GH d H ow 32 IS i rm INS ASYY 264 15 12 3 4 5 eum ZERE Figure 17 Time Date Titler AMP Card V1566TDT 16 XX190 00 XX Pilot Select Maintenance e 29 RNI Fo Cam Wi i l d rt Les Lo Th Deg CZ 3l ZS E x l ULE as nm gy S D k m B X d Age a JU L i d put S n2 I e ril cs T q Xu Cum US i 5 A vs u D EP L 3 LIR d y K d Li e E rA Le m ds d T N EH a e e d Ce mm L 3 00 A DUO el CS el ch e KI Lu GC ij YW CMT T pem Y cos cos Y cos m ER ee L L Xo is AN l OLR l OEN A mE 2 EI d a H U We LJ l Zo Figure 17 Time Date Titler AMP Card V1566TDT 32 Video Switcher Board V1510S 16 and V1510S 32 Video Switcher Boards V1510S 16 and V1510S 32 do not have any components that require setting LED LD1 illuminates green to indicate that power is applied to the card Figure 18 shows the V1510S 32 card 30 e Maintenance XX190 00 XX Pilot Select B TRI RS TR2 721 c C E R2 R3R4 R6 CI f D T3 4 For O RB D RNI
21. Operation and Configuration e 7 PRIMARY CAGE SECONDARY CAGE CPU Card Time Date Titler Video Switcher Boards RS422 to CMOS Video Switcher Boards V1566SCPU AMP Card V1510S 16 or V1510S 32 Converter Card V1510S 16 or V1510S 32 V1566TDT 16 V1566CONV 32 V1566TDT 32 FIRST LAYER Interface Board Time Date Titler Video Switcher Boards RS422 to CMOS Video Switcher Boards V1566DB AMP Card V1510S 16 or V1510S 32 Converter Card V1510S 16 or V1510S 32 V1566TDT 16 V1566CONV 32 V1566TDT 32 SECOND LAYER Figure 6 Four Cage System 8 e System Operation and Configuration XX190 00 XX Pilot Select Preparation Installing the Pilot Select in a Rack A Warning Do not apply power until all electrical connections are made Caution This system should only be installed by a qualified technician using common hand tools and approved materials and wiring methods in accordance with the National Electrical Code ANSI NFPA 70 state and local wiring codes All interconnecting equipment or accessories must be UL Listed Any mention in this manual of alarm inputs outputs have not been evaluated by UL to be used for burglar alarm functionality The card cage is designed for mounting in a standard 19 inch rack EIA standard RS 310 Perform the following procedure to install the card cage in a rack Note It is recommended that two installers work together to mount the card cage s in the rack 1 Plan the layout of the equipment in the
22. TER PORT Printer Color Pin No Signal Name 9 Pin Connector 25 Pin Connector Write the conductor color in this column Not Used RTS RxD TxD CTS Not Used Ground Not Used 1 OY NION ri 1 lO oe Oil BR Oo Po Not Used PC HOST 1 RS 232 Cable Wiring Data PC HOST 1 Port Host Color Pin No Signal Name 9 Pin Connector 25 Pin Connector Write the conductor color in this column Not Used TxD RxD RTS CTS Not Used Ground Not Used O1 1 OO MN LINI ABONO CO NI O O01 IGO Not Used 38 e XX190 00 XX Pilot Select Technical Information ELECTRICAL Maximum Camera Monitor Configurations CPU Input Voltage Current Power Consumption Heat Equivalent Line Cord Fuse Radio Frequency Emission Rating VIDEO Video Input Signal Input Impedance Video Frequency Flatness Bandwidth Crosstalk Isolation Input to Input Isolation Gain Differential Gain Phase Hum and Noise Signal to Noise Ratio Video Switcher Frame Control Logic Input MECHANICAL Construction Dimensions Weight Card Cage ENVIRONMENTAL Operating Temperature Range Operating Humidity Range Storage Temperature Range Storage Humidity Range Single Cage 256 cameras x 32 monitors Two Cage 512 cameras x 32 monitor
23. W2 should have all poles set to Off LED LD10 is illuminated when power is applied to the Pilot Select LED LD12 flashes to indicate processor activity The edge mounted LEDs LD 1 through LD9 are described in the following table LED Function LD1 Green LED illuminates to indicate raw 9 VDC power is applied to CPU card LD2 Red LED illuminates to indicate that power is below 5 VDC LD3 Green LED lights to indicate 5 VDC power is present LD4 LD5 LD4 is tricolor LED for keypad data input LD5 is tricolor LED for PTZ 1 256 input data LD7 is LD7 and tricolor LED for keypad data output LD8 is tricolor LED for PTZ 1 256 output data LD8 All LEDS function as follows LED is red and flashes green Normal operation LED is green and flashes red Fault condition Check wiring and are reversed LED is solid green Fault condition is wired to ground LED is solid red Fault condition is wired to ground LED is Off No connection to port If the keypads are set to Off LED LD7 will be solid red If the PTZ receivers are set to simplex and no data is sent LED LD8 will be solid red until data is sent then it will flash green LD6 Tricolor LED Not used LD9 Tricolor LED Solid green 24 e Maintenance XX190 00 XX Pilot Select FDI RI TRI TR2 RS R6 w UU C3 oH e C RI 0000 aus SITE il R R3 JO 0 00 col REGI co E o o c 2 mm vs ron ES ue ITEM Ri OO ek NEN Y
24. XX190 00 02 V1566 DIGITAL CONTROL AND MATRIX SWITCHING SYSTEM 9 uonejejsu Vicon Industries Inc does not warrant that the functions contained in this equipment will meet your requirements or that the operation will be entirely error free or perform precisely as described in the documentation This system has not been designed to be used in life critical situations and must not be used for this purpose FE c Copyright O 2008 Vicon Industries Inc All rights reserved Product specifications subject to change without notice ViconNet and its logo are trademarks of Vicon Industries Inc Pilot Select and its logo are trademarks of Vicon Industries Inc Vicon and its logo are registered trademarks of Vicon Industries Inc jenuew uoneuodo VICON INDUSTRIES INC 89 ARKAY DRIVE HAUPPAUGE NEW YORK 11788 TEL 631 952 CCTV 2288 FAX 631 951 CCTV 2288 TOLL FREE 800 645 9116 24 Hour Technical Support 800 34 VICON 800 348 4266 UK 44 0 1489 566300 WEB www vicon cctv com VICON INDUSTRIES INC 89 ARKAY DRIVE HAUPPAUGE NEW YORK 11788 Y TEL 631 952 CCTV 2288 FAX 631 951 CCTV 2288 TOLL FREE 800 645 9116 24 Hour Technical Support 800 34 VICON 800 348 4266 UK 44 0 1489 566300 WEB www vicon cctv com Vicon Part No 8009 8190 00 02 Rev 0808 Section 2 Dear Valued Customer Thank you for selecting Vicon systems and products for your video needs Since Vicon s beginning in 1967 our only busines
25. Y connectors on the CPU panel in the same manner as the First Layer cages The First Layer Primary cage and Second Layer Primary cage are connected using the 2nd Layer cable via their MONITOR EXPANDER connectors on the CPU panel The camera inputs are looped from the First Layer Primary and Secondary cages to the Second Layer Primary and Secondary cages respectively using the V1566RC 36 D Shell to D Shell cables Each of the 15 pin D shell connectors contained on the camera BNC panels in the First Layer cages are looped to their respective connector on the BNC panels in the Second Layer cages Monitors 33 through 64 are connected to the Second Layer Primary Cage monitor BNC panel The monitor BNC panels are looped from the Secondary Layer Primary Cage to the Secondary Cage in the same manner as the First Layer cages Refer to Reference Cable Recommendations for information on the appropriate cable for your application Connect the cameras monitors and other equipment to the system as follows 1 Make connections to First Layer Primary and Secondary Cages as described in the Two Cage Installation Camera Expansion section 2 Connect the PRIMARY SECONDARY port on the Second Layer Primary Cage to the PRIMARY SECONDARY port on the Second Layer Secondary cage using the Primary Secondary Cable V1566MS 3 Connect the MONITOR EXPANDER port on the First Layer Primary Cage to the Second Layer Primary Cage using the 2nd Layer Cable V15662L 4 Loo
26. ated with a camera can be switched to a speaker at the guard station at the same time the video is switched to the guard s monitor One ribbon cable is required to connect the system to a relay audio switcher This cable is included with the Relay Audio Follow Video Switcher Power Cabling A 120 or 230 VAC power cord is supplied by Vicon for each card cage RS 232 Cabling RS 232 devices such as a printer for alarm reports or a host computer may be connected to the system At a maximum distance of six feet Belden 9536 may be used to connect an RS 232 device to the unit RS 422 Cabling Receivers and keypads use RS 422 communications You must select the appropriate RS 422 cable type for connections between the system or distribution line control and keypads and then assemble the cable as discussed in the Assembling D Shell Connectors section You must also select the appropriate cable for connections to receivers Receiver cable assembly also is discussed in Assembling D Shell Connectors Vicon recommends the cables shown in the table below The appropriate cable depends upon the distance between the Matrix 66 and the keypads or receivers All cable types in the table are dual cable except for Belden 9182 Dual cables have two twisted pairs of cables which are shielded to prevent communications between the two sets Each pair is enclosed by a shield The shield includes a stranded conductor the drain that allows the shield to be connected t
27. ble 256 and secondary cage s cameras 257 512 V15662L 2nd Layer Cable Control interface cable between 1st layer cages monitors 480760 1 32 and 2nd layer cages monitors 33 64 V15RCB 24 Coaxial Cable 24 inch coaxial cable for looping video inputs from a 786705 switcher card to external devices D shell connector on one end 8 BNC connectors on the other end V1566RC 36 Coaxial Cable 36 inch coaxial cable for looping video inputs from a 447225 switcher card to external devices D shell on each end 10 e Preparation XX190 00 XX Pilot Select Camera and Monitor Connections Cameras Video is usually brought back from the cameras to the Pilot Select with coaxial cable Even if some other transmission medium is used such as fiber optics or wireless final connections to the unit are made with coaxial cable Refer to Reference Cable Recommendations Video Cabling for information on the appropriate video cable for your application The rear panel of each card cage contains up to eight 8 V1510RP32 I rear connector panels referred to as camera BNC panels Each camera BNC panel contains 32 BNC connectors which are numbered from left to right top to bottom The camera BNC panels are installed in right to left order that is cameras 1 through 32 will be installed in the panel starting on the right Figure 7 shows the camera BNC panels with the panel that contains the inputs for cameras 1 through 32 enlarged for deta
28. e 28 and insert a pin into each receptacle listed ON t A Caution When directed carefully insert the appropriate pin into the appropriate receptacle of the 9 pin connector If an error is made a special tool AMP extractor tool 91067 3 must be used to remove the pin Vicon does not supply this tool Insert the inner shield into the grooves of the connector Refer to Figure 20a Close the inner shield Insert the outer shield into the connector grooves Refer to Figure 20b and 20c Close the outer shield until the tabs snap over the tabs on the inner shield Refer to Figure 20d Slide the ferrule until it covers the end of the closed shields Crimp the larger end of the ferrule o Ngoa Assemble the connector needed for the other device referring to the instruction manual for the device Note that Vicon does not supply the parts needed to wire the connector at the other end of the cable Kay VIEW OF WIRING SIDE f ES R Je a eg U E a b c d Top 9 pin Connector Bottom a Inner shield is inserted into appropriate grooves b Inner shield is closed Note position of the ferrule c Outer shield is inserted into the appropriate grooves d Outer shield is closed Figure 20 Connector Assembly 36 e Reference XX190 00 XX Pilot Select Wiring Data The following paragraphs provide wiring data for the serial connectors on the CPU panel and for the D shell connectors used on the camera and monitor BNC panels
29. el as described in the Camera and Monitor Connections section 6 Loop the camera BNC panels on the First Layer Primary Cage to the camera BNC panels on the Second Layer Primary Cage as described in the Looping Camera Outputs section Looping Monitor Outputs In the two cage configuration for camera expansion the Time Date Titler card s installed in the Primary cage must be looped to the RS422 to CMOS Converter card installed in the Secondary Cage so that the cameras connected to the Secondary cage will be viewable on the monitors connected to Primary cage This is accomplished by connecting the D shell connectors on the monitor BNC cards in the Primary and Secondary cages using the V1566RC 36 coaxial cables as shown in Figure 12 Note that the D shell connectors are marked to indicate Odd and Even The Odd D shell connectors are internally connected to the odd numbered BNC connectors The Even D shell connectors are internally connected to the even numbered BNC connectors XX190 00 XX Pilot Select Two Cage Installation e 17 Primary Cage Secondary Cage Monitors 1 16 Monitors 1 16 or 1 32 or 1 32 looped Odd Figure 12 Looping Primary and Secondary Cage Monitor BNC Panels 18 e Two Cage Installation XX190 00 XX Pilot Select Looping Camera Inputs In two and four cage configurations the camera inputs from the First Layer Primary and Secondary Cages Four Cage system only must be connected to the Second Layer Primary and Secondary
30. er eee ereer ereenn ennenen nenen enre 35 Assembling D Shell Connectors vesse ssve eves esse esse esse eee sees veer eee rc 36 MV L NEE 37 KEYPAD 1 16 RS 422 Cable Wiring Data 37 PTZ 1 256 RS 422 Cable Wiring Data 37 ALARM PRINTER PORT RS 232 Cable Wiring Data 38 PC HOST 1 RS 232 Cable Wiring Data 38 NR e ir E 39 Shipping INSTUCHONS EE 40 Vicon Standard Equipment Warranty eesseeeeeeeeeeeeeeee eene eene nnne nnn 41 XX190 00 XX Pilot Select Contents e v Introduction The Pilot Select V1566 Digital Control and Matrix Switching System is a full featured digital control unit and matrix switcher for systems with up to 512 cameras and 64 monitors using 4 card cages The V1566 consists of one two or four Pilot66 99 card cages that are populated with internal CPU time date titler switcher cards or other control cards depending upon configuration The system is designed for rack mounting and multiple units can be mounted in a large rack Additional cards and cables are also used when expanding the system to two or four cages A typical system consists of a monitor keyboard Pilot66 99 card cage s and keypad for programming and operational purposes and the cameras and monitors the system is controlling The front and rear of the Pilot Select card cage is shown in Figure 1 e D D o oo joo o o 00 00 o O S oo O O O O Golo Oo 90 G oO O oO 0 90 O O O 00 0010000100 o oo loo lao lo
31. he First Layer Primary cage except that the Interface Board V1566DB is mounted in the CPU slot The cages are connected to each other with the 2nd Layer Cable Cameras 1 256 are connected to the First Layer Primary cage Monitors 1 32 are also connected to the First Layer Primary cage Monitors 33 64 are connected to the Second Layer Primary cage The camera inputs are looped from the First Layer Primary cage to the Second Layer Primary cage using the V1566RC 36 Coaxial cables Refer to Reference Cable Recommendations for information on the appropriate cable for your application Connect the cameras monitors and other equipment to the system as follows Camera 1 2nd Layer Cable V15662L Monitor 1 Monitor 33 First Layer Primary Cage Second Layer Primary Cage onitor e 4 9 LJ LJ o S o o 0 loo joo joo loo joo joo joo joo loo oo 00 00 00 00 00 00 oo o 00 00 00 00 00 ool O O O O O O O O OJO OJO O 21 0 o 0 o Oc O O O 02 0 Oo 20 O 0 ole 0 O O O 0 O 0 O 20 o O 0 O O O O O O O O O O Om m 00 00 00 00 00 00 0800 00 00 00 0000 00 00 co eo Ao eo eo o o eo oo o eo eo eo eo eo eo ool 00 00 00 00 00 oo oo 00 00 00 00 00 00 oo O O O O O O O O O O O O O 00 O O O O O O O O 0 0 02 0 O 20 0 90 0 O 0 O O O O O 0 O 20 O 29 0 O 0 90 O 0 0 20 0 20 O O O O O O O O O O O O O O O Or oos O O O O O O O O O O O O O 0 20
32. il Connect the cameras to each camera BNC panel in the order desired Terminate any unused BNC connectors on the panel with a 75 ohm termination o 0 o o o 0 o o o 999 999 69999 o o o o e 96 999 e e O o o o e o Gef 9 o o o o o ED o o o ED o o o ED O E EDO o o 2970 d reat o 6 Q lt gt o e 9999 CEA gt Po gt e 9 4 9999 S 0 9 E o9 u 99 o o 0 90 Le k o9 e o9 r 895 o e o e o o o 96 O99 o o o Ze e 9 o e o e o e o o z o o SO o o SG o o o o o o 30 o o Se os Se o o o o Se 999 P o G G o o o o o o o o o o e o o o o 99599 o n ee we ER e m o o o o LE Ky EL vest 0 09090 So gt o o o9 o 2o o EDO E A e e Ko 9 gt MEE gt O lt ef gt 90 lt o gt D O ED lt gt O O O O Oe e 29 0 O O O O O 0 00 O 00 00 00 00 oo 0 00 00 00 00 225 193 161 129 97 65 to to to to to to 256 224 192 160 128 96 64 o o o o La o o GS L o o od B od d IB o o o o o e 38 gs 2 Camera Inputs eee Note D Shell connectors are specific to the odd and even BNC connectors For example the Odd D Shell connector sho
33. ility to 32 monitors The following table describes the settings for BCD switches SW1 and SW2 LED operation and jumper settings for the V1566TDT 16 card The V1566TDT 32 card does not have any user adjustments or indicators Component Function and Settings Switch SW1 Switches 1 and 2 are set Off not used Switch 3 is set ON for 32 monitors Off for 16 monitors Switch 4 is set ON Switch 5 is set Off for TDT ON for no TDT Switch 6 is set Off not used Switch 7 is set ON when card is used for monitors 33 64 and Off when used for monitors 1 32 Switch 8 is set Off not used Switch SW2 Switches 1 4 are set ON Switch 5 is set ON for NTSC Off for PAL Switches 6 8 are set Off not used LED LD1 Amber LED illuminates to indicate when power is applied to Pilot Select LED LD2 Green LED illuminates to indicate power on LED LD3 Amber LED flashes to indicate activity LED LD4 Amber LED flashes to indicate activity Jumper Jumper PL11 is across pins 1 and 2 PL11 Note If the TDT card is replaced with a new card the Pilot Select must be rebooted to transfer data stored on CPU card to TDT card 28 e Maintenance XX190 00 XX Pilot Select 2NS ART 264 1A ISS 2 O0 000 E gt u D ae Ol Ja O Ca o OOO FE E Osa ei Switch SW1 RN2 B U ci d s Switch SW2 LED LD2 N E Po LED LD1 V Wat 105 o 106 LED LD4 sl LED LD3 po i LL Q z F i m LS 1 sL z ke S
34. int condition between 1 camera to 1 monitor connection XX190 00 XX Pilot Select Technical Information e 39 Shipping Instructions Use the following procedure when returning a unit to the factory 1 Call or write Vicon for a Return Authorization R A at one of the locations listed below Record the name of the Vicon employee who issued the R A Vicon Industries Inc 89 Arkay Drive Hauppauge NY 11788 Phone 631 952 CCTV Toll Free 1 800 645 9116 Fax 631 951 CCTV For service or returns from countries in Europe contact Vicon Industries U K Ltd Brunel Way Fareham PO15 5TX United Kingdom Phone 44 0 1489 566300 Fax 44 0 1489 566322 2 Attach a sheet of paper to the unit with the following information Name and address of the company returning the unit Name of the Vicon employee who issued the R A R A number Brief description of the installation Complete description of the problem and circumstances under which it occurs o6 amp omm Unit s original date of purchase if still under warranty 3 Packthe unit carefully Use the original shipping carton or its equivalent for maximum protection Mark the R A number on the outside of the carton on the shipping label 40 e Shipping Instructions XX190 00 XX Pilot Select Vicon Standard Equipment Warranty Vicon Industries Inc the Company warrants your equipment to be free from defects in material and workmanship under Normal Use from the da
35. larms connected Note that only one card cage is shown for illustration purposes ALARM PRINTER REPORT HOST SYSTEM PROGRAMMING VIDEO IN MONITOR SYSTEM PROGRAMMING l l 0 KEYBOARD 0000 o 9000 D E PILOT SELECT V1566 KEYPAD KEYPAD KEYPAD m m m CERE o HE o SE o 1 2 16 PTZ Dome PTZ Dome PTZ Dome m ALARM INTERFACE ALARM INTERFACE ALARM INTERFACE v rss Ss a asl 1 2 256 1 2 4 1 64 65 128 193 256 Figure 2 Pilot Select Typical System Setup The Pilot Select is highly scalable It will control as few as 32 cameras by 16 monitors or as many as 512 cameras by 64 monitors System capacities with additional card cages are listed below Number of Cages Capacity Cameras x Monitors Single cage Up to 256 x 32 maximum Two cage Up to 512 x 32 maximum Camera Expansion Up to 256 x 64 maximum Monitor Expansion Four cage Up to 512 x 64 maximum 2 e Introduction XX190 00 XX Pilot Select Related Publications This following list of manuals provide additional information required to use the Pilot Select Pilot Select V1566 Digital Control and Matrix Switching System Programming Manual XX190 10 XX Part Number 8009 7190 10 XX Pilot Select V1566 Digital Control and Matrix Switching System Configurator Manual XX190 20 XX Part Number 8009 7190 20 XX Pilot Select V1566 Digital Control and Matrix Switching System Host Computer Interface Software Manual XX190 30 XX Part Number 8009 8190 30
36. ng and control functions for camera stations with variable speed and fixed speed pan and tilt units V422 VI 7255 00 Vicoax Translator converts Vicon RS 422 PTZ commands to Vicoax 16 channels V1400X IDL 6825 00 Distribution Line Control provides up to 10 communication lines from CPU when used in star configuration XX190 00 XX Pilot Select System Operation and Configuration e 5 Typical cage layouts for a single cage two cage camera expansion two cage monitor expansion and four cage system are shown in Figures 3 through 6 PRIMARY CAGE CPU Card Time Date Titler AMP Card Video Switcher Boards V1566SCPU V1566TDT 16 V1510S 16 or V1510S 32 V1566TDT 32 Figure 3 Single Cage System 6 e System Operation and Configuration XX190 00 XX Pilot Select PRIMARY CAGE SECONDARY CAGE CPU Card Time Date Titler Video Switcher Boards RS422 to CMOS Video Switcher Boards V1566SCPU AMP Card V1510S 16 or V1510S 32 Converter Card V1510S 16 or V1510S 32 V1566TDT 16 V1566CONV 32 V1566TDT 32 Figure 4 Two Cage System Camera Expansion FIRST LAYER PRIMARY CAGE SECOND LAYER PRIMARY CAGE CPU Card Time Date Titler Video Switcher Boards Interface Board Time Date Titler Video Switcher Boards V1566SCPU AMP Card V1510S 16 or V 510S 32 V1566DB AMP Card V1510S 16 or V1510S 32 V1566TDT 16 V1566TDT 16 V1566TDT 32 V1566TDT 32 Figure 5 Two Cage System Monitor Expansion XX190 00 XX Pilot Select System
37. o a ground Therefore dual cable contains a total of six conductors two conductors and a shield in each set Note that Belden 9182 is not dual cable and contains three conductors a twisted pair and a shield Twisted Pair Cable Ah caution Careful selection of proper cable is essential to obtain the best performance Vicon assumes no responsibility for poor performance when cables other than the recommended types or equivalent are used Materials Use a pure copper stranded conductor with or without a tin plating to obtain a low DC resistance Do not use cable with either steel or aluminum stranded conductor because they do not transfer signals effectively for long distances The preferred insulation and cable jacket is Polyvinyl chloride PVC It has better electrical characteristics than polyethylene and resists flames sunlight and most solvents but is more vulnerable to moisture Cable Types The most commonly used cable types are dual individually shielded twisted pair in a single jacket This configuration is the most convenient for RS 422 RS485 applications Single individually shielded twisted pair is also a suitable cable Choose a Belden cable type by referring to the characteristics and maximum distances listed below The maximum distance for the most reliable digital control refers to the distance between the CPU Keypad and the Camera Dome Assembly The characteristics of the cables should be used as a guideline when cable
38. o not use a copper plated steel or aluminum center conductor as they will result in poor quality video Solid core bare copper conductor is the best type where flexing and bending will be minimal If severe bending and flexing is required for installation use a stranded center conductor Never exceed the manufacturers minimum bend radius specification Use cellular foam polyethylene dielectric except where heavy moisture exists For moisture conditions use solid polyethylene dielectric cable with a heavy exterior insulation The shield must be copper braid providing 95 or better coverage Cable Types The cable types listed below are the most common 75 ohm types used They vary in size diameter dielectric type and net DC resistance The larger cable results in a lower DC resistance and better video quality with increased difficulty in handling and installation Let the required picture quality and cable distance provide a guide in choosing the best cable type For cables other than the approved Vicon types below contact the manufacturers listed below Note that BC refers to bare copper and TC refers to tinned copper Recommended Coaxial Cable Types Cable Belden Alpha West Penn Type Center Type Shield and DC Resistance Type Type No Type No Type No Conductor 96 Coverage ohms 1000 ft km Foil 61 TC braid 100 7 5 24 6 RG 59 U 8281 815 20 Solid BC 2 TC braids 96 99 325 RG 59 U_ 9659
39. on the front panel Note Vicon systems and components like most electronic equipment require a clean stable power source Voltage irregularities such as surges drops and interruptions can affect the operation of your equipment and in severe cases damage certain components Vicon strongly recommends the use of line conditioners voltage regulators and uninterruptible power supply UPS systems XX190 00 XX Pilot Select Power Connections e 23 Maintenance Fuse Replacement A Warning Using a fuse with the incorrect rating for the unit can result in component damage and or fire The fuse rating is 1 25 A 250 V 20 mm Perform the following procedure to replace a fuse 1 The fuse is located in a drawer type holder built into the recessed power connector on the rear of the unit 2 Replace the old fuse with a new fuse of the proper rating as listed above and replace the fuse drawer Circuit Card Replacement There are no special procedures for replacing the circuit cards used in the Pilot Select Follow standard Electrostatic Discharge ESD procedures when replacing the cards and avoid touching card components Handle the cards by the card extractors and wear an ESD protection device All cards are hot swappable Each circuit card is shown on the following pages Switch settings are provided for each card along with LED indications and their meaning CPU Card V1566SCPU The CPU card is shown in Figure 15 Switches SW1 and S
40. ons for information on the appropriate cable for your application Connect the cameras monitors and other equipment to the system as follows Bon d Camera 257 Monitor 1 Primary Secondary Cable V1566MS Primary Cage H e 3 D Secondary Cage 3 e oo oo joo loo loo loo loo loa e oo loo loo loo loo loo loo do loo e 00 00 oo oo 00 ao joo joo ool 00 00 oo 00 o9 oo OO oo COL o O O O O O o 02 0 O O O O O o asa Oo 02 0 0 o 0 o 0 o 02 0 aca 0 o aso Oo 00 0 O 20 O 20 0 O oleo ole o RPR af Ha AIR B RR ool ol ool A Go Gol ool ool ool A 3 L i L 02 0 O O O o O O O O aso asa aso Oo 02 0 O o 02 0 02 0 02 0 O o aja o o o Solo o o 0 o o o 6 o oso EI Soo oro oo O o oso O O O O O eo I i H 90 ole O O 0 0 ole ole ele O O ole o N 20 ole O O lag O O ole O O lee ole o N oo joo loo loo loo o loo loo loo Di oo loo loo loo loo loo loo loo loo D 9 0 0 0 0 0 0 0 0 0 0 99 oo 0 0 9 0 0 0 0 0 oa 0 0 0 0 0 0 oe 0 0 i L od LIE B E Hoh 00 oli 0 10 00 ali 0 0 oslo oslo O 0 O 0 oslo oslo o o Ge O 0 0 oslo oslo oslo O 0 o o Oslo Oslo o oo loo loo loo loo loo loo loo oo oo loo loo loo loo loo oo loo loo ES 9 oo oo oo oo oo oo 00 oe 9 00 oo oo oo oo oo 00 00 Monitors i onitors Cameras 1 16 or 1 32 Cameras 1 16 or 1 32 mera 51 al Came
41. p the monitor BNC panel on the Second Layer Primary Cage to the monitor BNC panel on the Second Layer Secondary Cage as described in the Looping Monitor Outputs paragraph in the Two Cage Installation section 5 Loop the camera BNC panels on the First Layer Primary Cage to the Second Layer Primary Cage and the First Layer Secondary Cage to the Second Layer Secondary Cage respectively as described in the in the Looping Camera Inputs in the Two Cage Installation section XX190 00 XX Pilot Select Four Cage Installation e 21 Camera 257 o Ses 98 U ba e bal IE E o e BO PLECDHLE PB lt P GER 050 0392040 20 0 o 020 gt 9939259569 ca E 0969 gt 99596999 2 696 SS 02625202 Soa g og Soh esos me depo 22 9099 gt 5099090 k 028 99595999 2 6959 S ol hogt o Sha D 9999 59999999 m 9999 o 0909 59 Ss 59909 990 gt SE 96909 9980 a 2 2 O o989 99895909 5 59o09 o S 3 6969 m 0002902909 090 B IS ep Y c 5 ou gt 05 aro o E E M Sl TE O D ON o wa BH E SI 8 0980 gt 09895000 a 8900 Z a 8 Spee eer 8 G C S 23 039 E 99595959 990 o x 99595959 gt D o S 9999 E gt 59999999 gt 9990 ei S olol gt 0020209 gt o9o 2 5 28 8 A A 2529i S20 020 0 6 5 Es o969 99595999 6999 L 0989 99595999 GF E 0 09 599595999 59959 e g LA e pleto mm 2 o S a 0262 gt 099959202 5999 I T 0969 SP 99595
42. ra 256 1 256 Monitor 32 Camera 512 257 512 are looped to Primary Cage Notes 1 See Single Cage System for other connections 2 Monitor output looping not shown Figure 10 Typical Two Cage Installation Camera Expansion 1 Connect cameras 1 through 256 to the camera BNC panels on the Primary cage as described in the Camera and Monitor Connections section Note where camera 1 and camera 256 are connected as shown in Figure 9 The monitors are only connected to the Primary Cage XX190 00 XX Pilot Select Two Cage Installation e 15 2 Connect cameras 257 through 512 to the camera BNC panels on the Secondary Cage as described in the Camera and Monitor Connections section Note where camera 257 and camera 512 are connected as shown in Figure 10 3 Make the connections to the Primary cage as described in the Single Cage Installation section for the PTZ receivers printer etc 4 Connect the PRIMARY SECONDARY port on the Primary cage to the PRIMARY SECONDARY port on the Secondary cage using the Primary Secondary Cable V1566MS 5 Loop the monitor BNC panel on the Primary Cage to the monitor BNC panel on the Secondary Cage as described in the Looping Monitor Outputs section Monitor Expansion The 256 camera by 64 monitor system Figure 11 consists of two Primary cages that are configured as follows The First Layer Primary cage is configured exactly the same as in the single cage system The Second Layer Primary Cage is configured like t
43. racks before installing any equipment Note that a keyboard must be connected to the card cage The placement of the keyboard should be considered in the layout the card cage should be positioned so that the attached keyboard is accessible 2 Allow a minimum of 1 75 inches of vertical rack space between racked components for ventilation Racked components that are a single EIA rack unit in height 1 75 in may be grouped in pairs each pair being separated from other components by 1 75 inches 3 The manufacturer of the racking console may or may not include screws for attaching the racked components to the console Determine if they will be supplied If not be sure to have an adequate supply of UNF standard No 10 32 3 8 screws for installation 4 Take an inventory of all rack equipment including hardware brackets etc Reorder any missing parts immediately This avoids delays in the middle of the assembly process 5 Some rack manufacturers supply special mounting hardware Determine how this hardware is to be used before attempting to install any racked equipment 6 Use at least one blower fan per rack Place it in the bottom of the rack so that air is drawn in at the bottom of the rack and vented at the top 7 One installer should position the rack while a second installer secures it to the front standard Tools Required Vicon does not supply the tools needed in the installation process If the control system is the internal V1
44. ration Short on time and long off time indicates card is set for V1599 operation Switch SW1 Switches 1 5 are set ON All others are set Off Switch SW2 All switches are set Off Camera Not used Jumpers PL7 through PL 10 Monitor Jumper PL11 MON4 is across pins 2 and 3 Jumper PL11 Switch SW3 Switch 6 is ON All others are Off 26 Maintenance XX190 00 XX Pilot Select Hi qa e cs U KI Lk a CE ee 3 amp 8 S CR ES CE E E CR noo RN21 eet H 0800 e on n mm 0 n AG a Cores Js Oro Les Chan Cora Ic e RN2 ANS R R ce e S E R23 e m 03 Cal 3 R25 ei GEI R3 71 ES R29 Ls ua e x R30 E um cu ni CJ CAM08 ms LJ CAMO9 po LJ CAMIO ro J CAM PLI C20 1610 TU gas Ei i a R37 SW3 o cn U mu O C23 es cn icu c26 O U as O 838 C ro CT INS ART 268 1A ISS 2 D o R42 oom EJ LEDS R22 Is a LD1 LD2 LD5 Visible On Outer ms Card Edge R28 CH e C LED LD3 g 2 O Switch SW2 E Switch SW1 Camera Jumpers PL7 thru PL10 Monitor Jumper PL11 S Switch SW3 2 g S e t 3 L XX190 00 XX Pilot Select Figure 16 Interface Board Switch Settings Maintenance e 27 Time Date Titler AMP Card V1566TDT 16 and V1566TDT 32 The Time Date Titler AMP card V1566TDT 16 Figure 17 supports 1 16 monitors Time Date Titler AMP card V1566TDT 32 Figure 18 is a plug in board that expands monitor capab
45. s Four Cage 512 Cameras x 64 monitors 20 MHz 120 to 230 VAC 50 60 Hz Auto range 0 5 A RMS max Fully loaded card cage with internal CPU 60 W max Fully loaded card cage with internal CPU 3 1 btu min 0 85 kg cal min Note These figures represent the conversion of 100 of the electrical energy to heat Actual percentage of the heat generated will be less and will vary from product to product These figures are provided as an aid in determining the extent of cooling required for an installation 3 wire grounded detachable IEC 320 standard power cord 120 V 230 V 1 25 A 20 mm FCC Class A 2 0 V p p maximum Looping greater than 50 kohm Terminating 75 ohm 100 kHz to 10 MHz 0 7 dB Typical 1 Hz to gt 30 MHz O 3dB Minimum 50 dB at 3 58 Mhz Typical 65 dB at 3 5 MHz Unity Less than 0 5 0 5 with 10 90 picture level 69 dB below 0 714 V p p from 50 Hz to 5 MHz Greater than 70 dBrms typical unweighted 15 kHz to 5 MHz 5 V TTL CMOS level twelve data bits per camera input and eight data bits per monitor output Steel chassis with aluminum front panel Finish Chassis zinc plated clear chromate Front panel black baked enamel Height H 14 0 in 356 mm Width W 19 0 in 483 mm Depth D 8 5 in 216 mm Approximately 27 lb 12 27 kg 32 to 122 F 0 to 50 C Up to 95 relative non condensing 40 to 150 F 40 to 65 C Up to 95 relative non condensing Single Crosspo
46. s has been the design engineering and production of the highest quality video systems and equipment for use in a wide variety of security safety control surveillance and communication applications We stand behind the quality and dependability of every product with an industry leading Beneficial Use warranty If you are not satisfied with a Vicon product or service I would like to know Your complete satisfaction is the mission of every Vicon employee Sincerely a Kenneth M Darby President Important Safeguards Indoor Use GRAPHIC SYMBOL EXPLANATION The lightening bolt symbol alerts the user to the presence of dangerous voltage that may present the risk of electric shock CAUTION RISK OF ELECTRIC SHOCK DO NOT OPEN CAUTION TO REDUCE THE RISK OF ELECTRICAL SHOCK DO NOT REMOVE COVER OR BACK NO USER SERVICEABLE PARTS INSIDE REFER SERVICING TO QUALIFIED SERVICE PERSONNEL The exclamation point symbol alerts the user to the presence of important operating and maintenance instructions WARNING To reduce a risk of fire or electric shock do not expose this product to rain or moisture 1 Read Instructions Read all safety and operating instructions before the product is operated 2 Retain Instructions Retain all safety and operating instructions for future reference 3 Heed Warnings Pay attention to all product warnings 4 Follow Instructions Follow all operating instructions 5
47. s other than Belden are used Materials and construction must follow the guidelines above 34 e Reference XX190 00 XX Pilot Select Recommended Individually Shielded Twisted Pair Cable Types AWG Material Material max Twisted Pairs 5000 1500 5000 1500 8000 2400 15000 4600 15000 4600 25000 7600 TDatalene is a Registered Trademark of Belden Belden Inc http www belden com 800 235 3361 Daisy Chain and Star Configurations Receivers and keypads may be connected in daisy chain or star configurations as shown in Figure 19 Pilot Select V1566 PTZ Receivers Receivers in Daisy Chain Configuration Pilot Select V1566 V1400X IDL Daisy Chain from V1400X IDL 1 m JA O0 COSO 256 Receivers in Star Configuration Figure 19 Daisy Chain and Star Configurations XX190 00 XX Pilot Select Reference e 35 Assembling D Shell Connectors After selecting the proper items from the accessory kit perform the following procedure to assemble the cable connectors Slip the ferrule over the end of the cable with the wide end of the ferrule toward the end of the cable Using wire strippers remove approximately 1 5 in of outer insulation and shielding from the cable Using wire strippers remove approximately 0 25 in of insulation from three of the conductor wires Using a crimping tool attach a contact pin to the three conductor wires Refer to the appropriate table in the text and Figur
48. showing abuse or damage or to parts which in the judgment of the Company are not defective or any equipment which may have been tampered with altered misused or been subject to unauthorized repair Software supplied either separately or in hardware is furnished on an As Is basis Vicon does not warrant that such software shall be error bug free Software support via telephone if provided at no cost may be discontinued at any time without notice at Vicon s sole discretion Vicon reserves the right to make changes to its software in any of its products at any time and without notice This Warranty is in lieu of all other conditions and warranties express or implied as to the Goods including any warranty of merchantability or fitness and the remedy specified in this Warranty is in lieu of all other remedies available to the Purchaser No one is authorized to assume any liability on behalf of the Company or impose any obligations on it in connection with the sale of any Goods other than that which is specified above In no event will the Company be liable for indirect special incidental consequential or other damages whether arising from interrupted equipment operation loss of data replacement of equipment or software costs or repairs undertaken by the Purchaser or other causes This warranty applies to all sales made by the Company or its dealers and shall be governed by the laws of New York State without regard to its conflic
49. t of laws principles This Warranty shall be enforceable against the Company only in the courts located in the State of New York The form of this Warranty is effective May 14 2008 THE TERMS OF THIS WARRANTY APPLY ONLY TO SALES MADE WHILE THIS WARRANTY IS IN EFFECT THIS WARRANTY SHALL BE OF NO EFFECT IF AT THE TIME OF SALE A DIFFERENT WARRANTY IS POSTED ON THE COMPANY S WEBSITE WWW VICON CCTV COM IN THAT EVENT THE TERMS OF THE POSTED WARRANTY SHALL APPLY EXCLUSIVELY Vicon Industries Inc Corporate Headquarters 89 Arkay Drive Hauppauge New York 11788 631 952 CCTV 2288 800 645 9116 Fax 631 951 CCTV 2288 Vicon Europe Headquarters Brunel Way Fareham PO15 5TX United Kingdom 444 0 1489 566300 Fax 44 0 1489 566322 Germany vin videotronic infosystems gmbh Lahnstrasse 1 D 24539 Neumuenster Phone 49 0 4321 8790 Fax 49 0 4321 879 97 Far East Office Unit 5 17 F Metropole Square 2 On Yiu Street Shatin New Territories Hong Kong 852 2145 7118 Fax 852 2145 7117 Internet Address www vicon cctv com
50. te of original retail purchase for a period of three years with the following exceptions 1 VCRs all models Labor and video heads warranted for 120 days from date of original retail purchase All other parts warranted for one year from date of original retail purchase Video monitor CRT cathode ray tube and LCD monitors all models One year from date of original retail purchase Uninterruptible Power Supplies Two years from date of original retail purchase VDR 304 VDR 308 and VDR 316 Recorder Series One year from date of original retail purchase V5616MUX One year from date of original retail purchase S10 CH 18 months rom date of original retail purchase Normal Use excludes prolonged use of lens and pan and tilt motors gear heads and gears due to continuous use of autopan or tour modes of operation Such continuous operation is outside the scope of this warranty TOROTA OT Jo Date of retail purchase is the date original end user takes possession of the equipment or at the sole discretion of the Company the date the equipment first becomes operational by the original end user The sole remedy under this Warranty is that defective equipment be repaired or at the Company s option replaced at Company repair centers provided the equipment has been authorized for return by the Company and the return shipment is prepaid in accordance with policy The Company will not be obligated to repair or replace equipment
51. tning and power line surges 13 Power Lines Do not locate outside cables over power or utility lines where they can fall and make direct contact Contact with power lines can be fatal 14 Overloading Do not overload wall outlets and extension cords to prevent risk of fire and electric shock 15 Object and Liquid Entry Never probe through or spill liquid into enclosure openings to prevent risk of fire or electric shock 16 Servicing Refer all servicing to qualified service personnel 17 Damage Requiring Service Obtain service when a The power supply cord or plug is damaged b Objects have fallen or liquid has been spilled into the product c The product is not designed for outdoor use and has been exposed to water or moisture d The product does not operate per the operating instructions Perform Vicon recommended adjustments modifications and troubleshooting only to avoid unit damage and personal injury e The product has been dropped f The product shows a significant change in performance 18 Replacement Parts Use only Vicon specified replacement parts or an approved equivalent to prevent unit damage and injury 19 Safety Check Request safety checks to be performed following repair or maintenance to verify proper operation 20 ESD Precaution Take all normal electrostatic discharge precautions to avoid component damage during installation and operation 21 For 230 VAC Devices Only When
52. uipment with respect to the receiver e Relocate the equipment away from the receiver e Plug the equipment into a different electrical outlet so that the equipment and receiver are on different branch circuits If necessary the user should consult the dealer or an experienced radio television technician for additional suggestions The user may find the following booklet prepared by the Federal Communications Commission helpful Interference Handbook Bulletin CIB 2 This booklet is available from the U S Government Printing Office Superintendent of Documents Mailstop SSOP Washington D C 20402 9328 ISBN 0 16 045542 1 Awarning Power must be removed from this unit before removing circuit modules or cables Caution This unit contains circuit cards with integrated circuit devices that can be damaged by static discharge Take all necessary precautions to prevent static discharge Contents FCG dleil i Important Safeguards EEN Error Bookmark not defined Eeer i I sts R eT T T 1 Related Publications cine ici cvccececietecdecerecncedccencctderedecudectecateenentectuesesecudeetecduceredeaedecasccuaerescueesescacieetecdutereseauae 3 System Operation and Configuration cccsseeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeseeeeeeeeeeeeeseeeeeeennees 4 e e Tn le TU 9 Installing the Pilot Select in a Back sseessee sees sees eee ereer ereenn nenen nenen ereenn ennenen enes 9 TA
53. wn circled represents BNC connectors 1 3 5 7 9 11 13 15 Figure 7 V1510RP32 I BNC Panel Labeled for Camera Inputs XX190 00 XX Pilot Select Camera and Monitor Connections e 11 Monitors The monitor BNC panel V1510RP32 O is located next to the CPU panel Depending upon your configuration monitors may be connected to multiple cages Each monitor BNC panel contains 32 BNC connectors which are numbered from left to right top to bottom Figure 8 shows the rear panel of the Pilot Select with the monitor panel enlarged for detail Connect the monitors to each monitor BNC panel in the order desired You may connect 1 16 monitors or 1 32 monitors to the panel In the multiple cage systems up to 64 monitors may be connected to the panels Terminate any unused BNC connectors on the panel with a 75 ohm termination o o Gs 999 o o 9o O50 o o9 zu 9999 29 6990 SEDED 95 HE gt m oo o o9 gt o mw 059 6999 o o o e 6999 6999 e o o e o O o o o 9 o e o O ool E 59595959 E gt 0909 e o o o9 o o Se o o9 o o o o e o o L o o O80 o o o o o o e o9 023 G o o o Ze o KK o lt gt lt 6 09 o IE O 9 O lt O lt 6 x verses o 999 gt 9999 020 oxox o 999 m go 6 oS o 0 mm o o9 o
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