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SARIX IX SERIES SERVICE MANUAL Pelco Service Operations

1. 1 8 INTERFACE COUT3 0 ARMBOOTS DSP _ 2 DATA IN FROMSENSOR BOARD meee ER YOUTIA 0 00000 1 amp A2 ONLY AVAILABLE ATBOOT Mates with Sensor Adapter Board Conn CN21 6372 0725 JST 50R JMCS G B TF SENSOR NIA CICCD15 UART_RXD2 es SENSOR INT3 16 VCC SENSOR TIN YOUTA SENSOR 018 YOUT3 2 SENSOR INTO 017 YOUT2 SENSOR 9 016 YOUT 57 ISYS RESET SENSOR 8 015 YOUTO 10 510 12 SENSOR NE COUT2 SENSOR 5 C16 Coun 50 DPC DATA gt gt 16 SENSOR IM 518 COUTO 2 SENSOR IN3 SENSOR 2 18 25 R26 R27 R28 R9 R30 R31 R32 R33 i cB 2 SENSOR INT Bi7 18K ZIK 15K 0158 LIK 215K ENO gt gt A SENSOR INO 1 0 2 21 0 0 21 21 21 816 3 1 0 510 2 3 0 SPICIK E 3 spo gt C18 QUO 5 0 GPC FIELD 42 COUR CR 2 GPIO47 HD couts 5 4 COU 5 m 5 YOUTO 5 YOTI 5 VCC 18V YOUT2 5 YOUT3 5 15 YOUT4 5 RB YOUTS 5 100K YOUT6 5 B15 1 5 VPBE_CLKO c15 VSYNC VPEE HSYNC TP lt CLA pw 7 T IMSS DDM6446ZWT PROC LED RED 1 CONTROL IMPEDANCE 50 OHMS ON VPBE SIGNALS 46
2. 21 DAY_NIGHT_2 29 PSOC_RESET lt PSOC_RESET XRES R7 37 13833 2058 0 1 R8 VSS VSS TP1 2 5 6 PROGRAMMING CONNECTOR PLACE TEST POINTS NEAR BOARD EDGE IN THIS ORDER GND GND Pelco Service Operations Sarix Service Manual H BRIDGES Alegro A3901SEJTR T U1 BACK FOCUS A1 1 BACK FOCUS A1 D BACK FOCUS A2 2 BACK FOCUS A2 D ced FOCUS ay BACK FOCUS B1 4 BACK FOCUS B1 D BACK FOCUS B1 D BACK FOCUS B2 5 BACK FOCUS B2 D BACK FOCUS B2 D Alegro A3901SEJTR T DAY NIGHT 1 10 DAY NIGHT 4 D DAY NIGHT 2 9 DAY NIGHT 2 D gt 7 EXTRATD 4 GND GND GND 55 5 DRAWINGS continued AUTO BACKFOCUS IRIS FLEX FINGERS DAY_NIGHT_1_D gt DAY NIGHT 1 D DN MOTOR DRIVE BACK FOCUS A1_D gt gt SOV 100pF THRU HOLE PADS AT END OF FINGER BACK FOCUS 42 D gt DAY NIGHT 2 D gt DAY NIGHT 2 D BACK FOCUS B1 Pelco Service Operations Sarix IX Service Manual ABF FLEX CONNECTOR TP8 BACK FOCUS B2 D IR PAR 52745 0797 5V Bottom Contact ZIF Conn ras R10 INPUT LEAKAGE IS 1nA 100K 1 BACK FOCUS HOME DARK CURRENT 0 5uA M P5 DN HOME DN HOME INPUT LEAKAGE IS 1nA GND Day Night SENSOR IR PAR GND GND SNS FB AUTO IRIS CONNECTOR 300 100M LF2 300 100M
3. DRAWINGS continued PROCESSOR BOARD DDR2 DRAM DDR2 256MB TOTAL 1 8V INTERFACE DDR2 DRAM 1Gb 128MB MOC tN 7 1706 cu DDR INTERFACE IC94 37646416 ome ome ome or mF WA 1C23 4341 6446 DDR2 A12 R2 2N ZW 2 pomaDB R2 DDR2 DDR2 PT DDR2 DO U1 po wis DDR2 0 0082 2 Ri 0082 A10 B 2 DDR2 D1 021 013 0082 1 DDR2 9 P3 DDR2 9 B DDR2 02 DDR D2 DDR2 A2 DDR2 A8 PB JJ DDR2 B DDR2 D3 V2 DDR 3 012 0082 0082 P2 DDR2 P2 DDR2 D4 W2 ODR Vi2 DDR2 4 DDR2 one T onr DDR2 DDR2 05 U3 DDR Ds WI2 0082 DDR2 XV eT DDR2 A5 DDR2 D6 DDR De Wii 0082 WZ DDR2 D7 W3 DDR D7 0082 A7 9 VIO DDRZ B Uti 0082 AS DDR2 4 DDR2 N8 DDR2 D8 V4 DDR 010 0082 10 DDR2 N2 3 G 0082 2 DDR2 09 DDR D9 WIO DDR2 DDRZ A2 M7 45 DDR2 A2 B 7 DDR2 D10 U5 W DDR2 12 DDR2 AT 3 ES DOCE DDR2 3 0082 D11 V5 DDR2 AD 8 DDR2 AD 8 DDR2 5 0082 BSD 11 mo 08 DDR2 8502 Li DDR2 D V6 UB DDR2 0082 8501 I3 von 8501 B DDR2 014 WE VS 00862 BS01 DDRZ 8500 2 BAD Ol DORZ 8500 B 2 DDR2 015 V 09 0082 BS 2 USED FOR 1Gb PARTS ONLY
4. T ios 81 s 53 5 5 52 8 VCC 18V jata CSI 7 50 DEBUGTIED 7 R81 R9 c5 EVER DME 5 100K 100K aroma 9 re 1 1 25V EM FS 5 5 1 m S x dx mo 15 4 DMARQJUART RXD1 UART 2 DMACKUART TxD1 8 UARTI DD 16 74 1008 4 48 Service Operations Sarix IX Service Manual SCHEMATIC DRAWINGS continued PROCESSOR BOARD PERIPHERAL ASSEMBLY INTERFACES LIST MATING CONNECTORS FOR EACH ONE OF THESE COPROCESSOR 1 8V Levels PSIO INTERFACE Mates with 55055 0878 MIXED 1 8 3 3V INTERFACE gg ier 52837 s are rated at 500 per pin CN21 5372 3140 Miles 5285 06 0 CN21 6382 1030 2 6 4 YOUT 2 0 12 0 5 10 PATA 5 6 10 2 10 2 ERRO ES EH saber Sad 2 SYNC 2 10 ETH RXD1 2 ETHTXD2 10 2 VPBE HSYNC Bu YOUT3 2 10 ETH RXD2 10 2 VPRE CLE 5 16 YOUT2 2 D HH E T 18 YOUTI 2 17 18 lt CETHIXCLK 10 4 EM BAI 19 2 YOUT
5. 67 Service Operations Sarix IX Service Manual PCBA DRAWINGS continued PROCESSOR BOARD TOP BOTTOM MOTTIOS M8338292 5 J Na e mem e gg oo e se 5 uu s g g s Gas 5 9 PELCO R21 sa age Q o f so M S 315 N 88 02 0062 4 cm 5 Ef cm Og eel 21 Nw Ir gt R85 1 252 298 mit 55 NE 5 4 NN m 1111 m m 000 008 om uo Dum 12 J H sip COU Ht E cn E ner lt REL na UL dm vM numm gt e sm gt mM s u e a z HH og TP46 z n MP T TENE MU Sa zom 2 m HAA EE 9000 k E 0 2 ESE eS Ex L el 1274 tg 928 2325 0601001111101 8 m 5 e gt j nin 75 03108858855 0 z zn mize Ae a 68 Service Operations Sarix IX Service Manual 69 Schneide
6. Service Operations Sarix IX Service Manual Schneider Electric Sarix Series MODELS 1 50 10 1 30 20 SERVICE MANUAL TECHNICAL RESOURCE GUIDE PRELIMINARY DRAFT COPY IAIIIIAIIIIIYIIAIIIzIII I I I I XX SDXX XXXX XX Last Update June 29th 2011 Revision A Service Operations Sarix IX Service Manual SERVICE LED PORT FRONT VIEW REAR VIEW Service Operations Sarix IX Service Manual SARIX IX SERIES SERVICE MANUAL Pelco Service Operations United States Tel 1 800 289 9100 Fax 1 800 289 9707 International Tel 1 559 292 1981 Fax 1 559 348 1120 globalservice pelco com Information shown in this guide is for reference purposes only and is not necessarily an exact representation of material or hardware contained within various Pelco technologies or products Part numbers descriptions illustrations and so forth are subject to change without notice or obligation This document and the data disclosed herein or herewith is the property of Pelco and is not to be reproduced used or disclosed in whole or in part without the permission of Pelco All patent proprietary design use sale manufacturing and reproduction rights thereto are reserved by Pelco Service Operations Sarix IX Service Manual SARIX IX SERIES SERVICE MANUAL Table of Contents Introduction ice tie re R a iad desi RED UN
7. RD TP31 100K 4 10 0K 580 1811 10025 DO NOT INSTALL voc 33V Isolated Isolated ETHERNET Pulse H2019NL d z lt a 5 C20 s HIGH VOLTAGE INTERFACE LOW VOLTAGE INTERFACE Pelco Service Operations Sarix IX Service Manual Stevard 11080360218 Lolated L4 TXCT Lolated 15 gt FE_RXCT 24 Lolated 5 FE SPARE1 Gu SPARE 25 Lolated A FESPARET FE SPARE2 33V E CN22 2101 3101 Route the nets TXD RXD and RD on the top layer Dorct dace vas on these nets n 4 Ya _ ISOLATED HIGH VOLTAGE GROUND SYSTEM GROUND Nominal LED current is 5m Mayneed to increase Though this size and votage capis aailable n a smaller package larger 1812 package vas used to minimize the chance of arcing across the outside of the 39 SCHEMATIC DRAWINGS continued 1 BOARD POE AND REGULATION POE AND ISOLATED SWITCHING REGULATOR HIGH VOLTAGE INTERFACE LOW VOLTAGE INTERFACE Pelco Service Operations Sarix IX Service Manual Nominal output voltage is 5 15 volts 18 78072 EE 16V R 121K 1 a n 51 2525 21045 DO NOT INSTALL 1 1 i Isolated Isolated
8. AR Micron 47 64 16 3 Service Operations Sarix IX Service Manual VCC 18V 1 Ci5 To T TOW Tes y T Ge Nu 63V cs lt ez o T 0 0 luF O 1uF 0 luF VREFWIDTH 21 VCC 18V 8 0082 020 0082 019 0082 018 0082 017 0082 016 47 SCHEMATIC DRAWINGS continued PROCESSOR BOARD FLASH MEMORY COPROC Service Operations Sarix IX Service Manual 1 8V E EMAL EMDM 5 EMIS 5 CONTROL IMPEDANCE 50 OHIVS ON EMF SIGNAL 5 EM AZ CLE 5 1 1 SH 5 EMM 5 HWREMSION INDICATION EMDIO 5 EM A5 5 ROLLTHE BINARY COUNT 1 8V INTERFACE EMD9 5 EM 5 WITH EACH KEY HWREV J EMDB 5 EM AT 5 GPIO21 MSB 18 158 EMD 5 CURRENT REV 0100 2102 06 5 EMD5 5 MD 5 y 4 D2 5 E E 5 5 00 2 2 2 C4 EM Di INTERFACE 8 g 8 X p EMS UB 1 23 4341 6446 70077 8 8 8 DE vos
9. 4 9 AL 48 5 9 LISA 208 C28 Lan 40V 100 cx 1004 1 Isolated 1004 DRIN O SNUBBEI PGND D6 MBRS1100T3 200V 1 i R53 TP10 T HO Isolated OK 1 4848 DRAIN 1 7 Isolated 1 18 fo gt 15 TURNS j EDES Isolated 19 PORV Eclated E 2 FE_RXCT gt gt do wall 3 36 rc 0 TPE 2 FE SPARE Isolated 4 15 RSENSE Eolated S KE sessesource 31 4 Q 5 2 FB 0 Isolated 100 0 MTUNS 9 FE_SPARE2 gt gt 1 1 20 13 451113 Isolated Isolated 10 14 SOFT START Eolated RA 11 21 6 S 25 2255 PE O F D9 9 17 9 T 8 005 0914 7 1 010 lt on MMBZ52348 1 ud ND PGD PAD ON By PGND PGND PGND PGND PAO FOND mE Place 49 and 50 at physically different locations on the board One cap can be left open based on EM results Hid ilis SCHEMATIC DRAWINGS continued POWER I O BOARD SECONDARY REGULATION RESERVED BY PELCO RSEO 1811 2001G DO NOT INSTALL RS50 1811 2001G DO NOT INSTALL CLK SV DATA 57 SVY Pelco Service Operations Sarix IX Service Manual Power Secondary Regulation 12 ADDR 0x90
10. uE ur at at um DVDD18 10 25V 53 DRAWINGS continued PROCESSOR BOARD ETHERNET GPIO 2 SPI SPI_EN1 HDDIR GPIO42 5 ALARM IN 33V INTERFACE CONTROL IMPEDANCE TO 50 ON ETHERNET SIGNALS Pelco Service Operations Sarix IX Service Manual SETH 5 ETH 5 5 SSETHTXDO 5 ETHTXD1 5 EIHTX2 5 eK 5 lt ETHRXDO 5 TADO 8201 5 ETHRXD2 5 ETHRXD3 5 5 ETH RADO 5 ETHRXER 5 E RDI ETHCRS 5 RXD2 SSEIHMDO 5 ilit S ETH 5 ci ETH CRS ETHMDCLK _ 66 330 SRA TPO R45 Re mo TE 100K 100K 100K 100K 100 10K 1 1 1 1 1 1 1 1 ICOPROC INT 5 CABLE IN ON CABLE 8 ro 1 MECHCTLINT 5 GPCI C FIED IUSB OC INT 6 FIELD 1 2 ALARM IN UNSUP 500 RST REQUEST S gt SOC_RST REQUEST 7 UART RXDO 1 UARTRXDO 7 UART TXDO SSuaRTTxD0 7 R67 DCC DC AA 25 pco 0 V Vis AVE DC DATA 2 ES DCDATA 25 R68 Se SPLENO 2 SEG 2 an 5100 2 lt SPI DI 2 lt lt ICOPROC_PRESENT
11. 12C FUNCTIONALITY TEST DESCRIPTION This is a test to verify 2 signal integrity TEST REQUIREMENTS 1 PMCL524F 24 High Definition Monitor 2 5 Sarix Service Cable to Aft 3 External 24VAC Power Supply 300ma max or single port POE injector 4 5 or better network cable TEST SET UP Establish supply voltage at terminal block Connect network port to RJ45 receptacle Ensure monitor connection is available and online TEST STEPS 1 Connect Service Video cable into the Service Video port on the front of the unit under test Stereo End 2 Connect Service video cable to PMCL524F monitor BNC End 3 Apply power to unit under test 24vac OR POE 4 Video should be present on monitor 11 SERVICE TEST 8 CALIBRATION continued Sarix IX IXE SERVICE TESTS NETWORK LINK 8 ACTIVITY DESCRIPTION This test shall verify simple unit network functionality TEST REQUIREMENTS 1 Computer web browser and network interface card 2 Network Connection 3 External 24VAC Power Supply 300ma max or single port POE injector 4 CATS or better network cable 5 Camera Mounted Megapixel Lens 6 Pelco Device Utility Software TEST SET UP Establish supply voltage at terminal block or RJ45 receptacle Connect network port to RJ45 receptacle Ensure camera is online and available TEST STEPS 1 Connect Ethernet cable from PC through network switch directly to the RJ45 connector
12. i dir E ERG 1 Specifications A BR up anash sanka 2 2 lu an aa ERE ER S 6 Firmware Update 7 Test amp Calibration 8 Troubleshooting Guidelines esses 20 Configuration u s eL e 26 SKUing amp DeSKUing ener eir eate Hes ET Re Ro Eco Toe ea RR RR Reels 27 Replacement Parts sisting ccc 28 Semiconductor 32 Drawings Exploded View Assemblies u uu u uuu 34 Scheimatics u a A ete deb w u Qu IR ER e H Wa Wa 38 Printed Circuit Boards oder Susa 67 Service Operations Sarix IX Service Manual Introduction This service guide contains proprietary information for use by qualified service personnel to service and repair Pelco equipment The procedures described in this guide require advanced technical equipment and specialist test equipment Documentation This guide contains product specifications diagrams schematics mechanical drawings and printed circuit board PCB drawings This information should be used in combination with a test and troubleshooting guide if applicable Equivalent Parts Only use replacement parts
13. 02112 2672 00 02112 3302 00 02112 3482 00 02112 4322 00 02112 4991 00 02112 4997 00 02112 7507 00 02112 9092 01 02014 0097 00 02013 0117 00 FAIRCHILD FDS2582 02013 0116 00 02341 0067 00 02349 0044 00 02346 0217 00 02346 0216 00 02313 0031 00 02313 0034 00 02343 0025 00 Service Operations Sarix IX Service Manual MFR DESCRIPTION VISHAY CRCW0402220RFKED CAL CHIP RM04F2201CT LF CAL CHIP RM04F2551CT LF CAL CHIP RM04F2672CT ROHM MCR01MZSF33R2 CAL CHIP RM04F3482CT LF CAL CHIP RM04F4322CTLF CAL CHIP RM04F4991CTLF VISHAY CRCW040249R9FKEAE3 CAL CHIP RMO4F75ROCTLF CAL CHIP RMO4F9092CTLF KEYSTONE 5021 PHILLIPS PDTC114TU FAIRCHILD NDS335N_NL INTERNATIONAL RECTIFIER IRF7807ZTRPBF COILCRAFT GA3305AL PULSE H2019NL ABRACON ASPI 0403 100 ABRACON ASPI 0428S 2R2 M T NYRATAL BKN18BB220SB1D STEWARD LI0603G221R 10 STEWARD CM3312R111R 10 REF DESIG R17 R22 R23 R73 R10 R16 R47 R51 R106 R34 R42 R701 R702 R35 R43 R58 R60 R62 R25 R26 R64 R65 R39 R53 01 2 T2 T1 L11 L1 L3 LF1 LF4 L4 L8 L10 L15 L17 L9 L13 L14 31 Service Operations Sarix IX Service Manual Semiconductor Identification SARIX MEGAPIXEL DIGITAL CAMERA POWER SUPPLY SERVICE PARTS These integrated circuit devices are recognized as having an involvement in service over time As necessary to support these device replacements refer to the appropriate
14. 02116 250 00 02112 0000 00 02112 0000 00 02112 1000 01 02112 1001 01 02112 1001 01 02112 1002 01 02112 1002 01 02112 1002 01 02112 1003 01 02112 1007 00 02112 1072 00 02112 1211 00 02112 1241 00 02112 1372 00 02112 2001 01 Service Operations Sarix IX Service Manual MFR DESCRIPTION AVX TLJB157MO10R0500 ILLINOIS 227 2050 DIODE INC MMBD914 7 F ON SEMI MBRS1100T3G VISHAY ES1D DIODES INC MMBZ5234B DIODES INC BZT52C18 VISHAY SMBJ40A CAE3 PROTEK PSD05C LF ABRACON ABM8 25 000MHZ 16B 1 U T COOPER BUSSMANN TR1 6125TD2 5 R FAIRCHILD FOD2712AR2 AKROS SILICON AS1602 74LVC1G14GW G AKROS SILICON AS1113 SN74AUC1G17DBVR TPS65023RSBR SN74AVC1T45DBVR BROADCOM BCM5241A1IMLG CLARE CPC1018N TR CAL CHIP RM10F1000CTLF CAL CHIP RM10J6R8CTLF VISHAY WSL2010R2500FEA CALCHIP RMO4FOOOOCTLF CALCHIP RMO4FOOOOCTLF CAL CHIP RMO4F1000CTLF CAL CHIP RMO4F1001CTLF CAL CHIP RMO4F1001CTLF CALCHIP RMO4F1002CTLF CALCHIP RMO4F1002CTLF CALCHIP RMO4F1002CTLF CALCHIP RMO4F1003CTLF CAL CHIP RMO410ROCTLF CAL CHIP RMO4F1072CTLF PANASONIC ERJ 2RKF1211X PANASONIC ERJ 2RKF1241X CAL CHIP RMO4F1372CT CALCHIP RMO4F2001CTLF REF DESIG C31 C32 C40 C41 C137 D9 D1 D3 D5 D11 D6 D10 D7 D8 D15 D2 D12 Y4 U6 U3 U5 01 08 07 K1 R21 R31 R1 R5 R6 R13 R33 R36 R44 R69 R18 R20 R63 R2 R4 R7 R8 R11 R12 R14 R24 R29 R40 R
15. 8 bit 0 DATA 57 1 TPO00 0 102 2001 DO NOT INSTALL RST FRM PROC R8 RSSD 1811 10004 DONOT INSTA 00 XC 1 2 UP 18V RT 1 IPGOCD_INT I C1 1 TPS 204A 0 102 2001 NOT INSTALL 2H AF 18 2 Amps TP 2044 00 0102 2001 DO NOT INSTALL 2H ar TH ES 63 1001 VSYSIN 1202 33 BACKUP V V 18 PARFAIL 4 22F 222 DODCAEN 63 6x RES car gt DCDC1_EN 8 TPS3 O tuF 6X 1 i DCDC3 EN IRESPARON NZ IRRPO 2 4 PIP gt IPOR_TO PROC 0 DEFDCDC3 voc SV SN7AAUCIGI7 DEFDCDC2 DEFDCDC1 7 VINLDO MNDCDC3 VINDCDC2 VINDCDC1 41 SCHEMATIC DRAWINGS continued POWER I O BOARD ALARMS FILTERING TP44 RELAY CLOSE HN 1 TO BASE RESISTOR IS 10K BASE BMTTER RESISTOR IS OFEN HI RELAY OUT RTN Ja RELAY CLOSE ALARM IN RTN ALARM IN P3 CNO2 1316 1106 Phoenix 1844252 C51 co C54 Do 4 100 100V 100v 100 PSDOEC 1000F 1000pF 1000pF 1000pF VA R17 220 1 1 CPC1018N e Wir PDTC114TU NY 18 4 2 3 2 3 1 4 110 100MHZ R21 100 1 7 33 R18 1 00K 1 Rig 1 00K 1 C13 0 2 1004 C11 0 tuF 1004 Pelco Service O
16. LF4 IRIS DAC_OUT gt COIL_DRV 300 100M LF3 IRIS_REF_CTL gt 6 80K 1 RS50 1811 6801 DO NOT INSTALL luF 10v DO59 2500 0001G DO NOT INSTALL DO59 2500 0001G DO NOT INSTALL KobiConn 163 156N 1 E 14 0515 1201 Need oval holes for the connector pins 56 SCHEMATIC DRAWINGS continued MECH Ul LEDS BUTTONS 5V CR1 VGRN LED HAS 2 1V TYP FORWARD VRED LED HAS 1 74 TYP FORWARD 5 5 mA AND 24mA LED1n LED2n gt 127 1 PLACE SCOPE GROUND TEST POINTS CORNERS OF BOARD BUT DNI MOUNTING HOLES 5V CONCA36S 1 DO NOT INSTALL CONCA36S 1 DO NOT INSTALL dis FS TP16 MH3 MH4 o GND N WY GND GND 5V Pelco Service Operations Sarix IX Service Manual gt BUTTON 1 BUTTONS DEBOUNCED IN FW gt BUTTON 2 57 DRAWINGS continued MECH UI USB SERVICE JACK 5V et 220 100 FLEX EDGE 5 12 ML GOLD FINGERS CN02 2532 0120 DO NOT INSTALL GND 1 5 UF IF RUNNING UNCONNECTED PROCESSOR 2 THEN PULL TP9 HIGH TO KEEP PSOC OUT OF RESET 3 TP9 gt PWR_RESET PWR_RESET X INT 7 0 8 R22 1 5V 9 2 DATA 5V RB 0 1 SVC_VID_OUT 18 2523 5403 2 Icom VID CABLE DET PULL UP TO 18V ON PROCESSOR BOARD 1 2 3 4 4 B 4 Y Yos 9 9 J3 o 771 a NY NY GND GND 2 5 4 lt 2 a o 5 o 59 8 DO59 2
17. M 19 6 UH LED1 e L PE 1 1 PLACE L12 D2 F4 amp R21 NEAR J1 AVSS Tare 6 3 15 220 100M 24 1 Y 14 4 45 UH 10 46 UH IMO M 43 4 3 vec 33V USB3 DDM 5 USB3 5 ui x x TOMECH UI BOARD UH 12 40 5 1 lt USBADDP 5 38 33V 0 1uF 39 42 RB RSE0 1811 1002G DO NOT INSTALL 100K Y 1 4 3 HIGH 4 PORTS LON GANGED PWR R57 PPB1 HIGH PWR SW DELAY UN LED 4 1 LOW ALL PORTS REVOVABLE VCC 33V CSB 42 HIGH DETECT Ol oe 10K 1 USB Device Port Connector Nurbering connection Rear USB mini AB Front 1 USB mini AB thru Mech UI Front 2 USB mini AB thru MechUl 1 2 3 4 R59 RS50 1811 1002G DO NOT INSTALL 100K 1 S gt USBOC INT 10 4 PAR gt USB VBUS 5 USB VBUS 50 DRAWINGS continued PROCESSOR BOARD CLOCKS amp RESET THIS CIRCUIT IS AN EDGE DETECTOR FOR WHEN FW RELEASES THE GPIO EITHER UNDER DURESS INTERNAL EXPIRED OR ON PURPOSE PLEASE RESET MEI Pelco Service Operations Sarix IX Service Manual _TOSYSTEMPONERCHP S gt IRSTTOPSIO 5 gt gt SYS 210 3 COPROC 5 VCC 18V VCC 18V R40 10 0K R95 1 2 0 RESET PULSE WIDTH
18. 18 2 2 SCL1 SCL2 SCL_VDDQ TP22 1 8V 12 _ SDA1 SDA2 SDA_VDDQ 18V 2 EN RS50 1811 2001G DO NOT INSTALL VREF1 VREF2 RS50 1811 2001G DO NOT INSTALL Data Bus Shifted due to Davinci Hardw are Issue GND 18V 20 100K 1 RS50 1811 1003G DO NOT INSTALL SN74LVC 16245A RS50 1811 5112 DO NOT INSTALL 18V SYS VCCA DIR 18V GND SN74AVC1T45 62 Pelco Service Operations Sarix IX Service Manual SCHEMATIC DRAWINGS continued TRANSLATOR BOARD INPUT OUTPUT CONNECTIONS Input Output Connections TP23 5 XF53 5_18 2705G DO NOT INSTALL L1 27H 24 10 LL e 33V Connects to Processor Board 12 Comment 51 0316 2106 DO INSTALL 8 this will mate with processor brd uP conn 21 4372 0725 25 18V C21 A gt 27uH E r 1 8V_SYS_RESETn uP side is assumed to be open collector with pull up to 1 8V C22 Au Proc DO gt 18V SYS RESETn 1 COSS Proc P iv TAR gt 18 pc Dlo 05 JO 18V 2 DATA d Exe y 4 Data Shifted due to Davinci Hardware Issue 212 Proc 010 54 30 2 UE DD 2 31 Removed TPs on unused pins to make roomfor TPs on active signals Br Di 3 T 3 3 E Place in the corner of the board 44 43 46 45 48 47 50 49 CN21 6372 0725 a CONCA36S 1 DO
19. 2 Apply 24vac POE to power the camera This begins the Boot process Wait for the Boot process to complete before beginning the test procedure 3 Connect the Service Video cable to the camera service video port 4 Look up IP address of camera using the Device Utility Software 5 Bring DOS command prompt and type ping lt ip address gt 6 Verify camera network located with packets sent and received without loss and minimum latency Pelco Service Operations Sarix IX Service Manual AUTO IRIS TEST DESCRIPTION This test will verify Auto Iris functionality TEST REQUIREMENTS 1 PMCL524F 24 High Definition Monitor 2 PCComputer web browser and network interface card MEGAPIXEL LENS 3 Pelco Device Utility 4 Network Connection 5 External 24VAC Power Supply 300ma or single port POE injector 6 POE20Y560G Single Port POE Injector TEST STEPS 1 Unplug and remove the Lens from the unit under test 2 Power up unit This begins the Boot process Wait for the Boot process to complete before beginning the test procedure 3 Plug in the Auto Iris connector 4 When the connector is plugged in Service tech should see Iris diaphragm Open 5 Unplug the Auto Iris connector service tech should see Iris diaphragm Closed 6 Reconnect Auto lris connector 7 Unit should produce an image on test monitor 12 SERVICE TEST amp CALIBRATION continued Sarix IX IXE SERVICE TESTS POW
20. 5 ls 18V s CP51 2251 11806 DONOT INSTALL CP51 2251 1150G DONOT INSTALL BUTTON 18V 15pF RB RA 1 1 RE x lt 7 20K 220K 1 1 5 5 1 E VCC 18 DC 5 5 O R47 lt 665 Soft Reset Button si 1 Rear Paper Clip Access 4 ESwitch TL 3320 A F100 Q G 9 ALARM SUP 1 8 C106 0 luF 54 SCHEMATIC DRAWINGS continued UI USER INTERFACE FLEX 5V 2 5V DATA 5V 2 DATA 5V MECH CTL INT IR PAR TOTAL OF 30mA U3 DAY_NIGHT_1 2 38 BUTTON_4_SPARI 16 46 BUTTON_2 gt BUTTON 3 SPARE gt ag S Back Focus HOME 45 SPARI UNS 48 40 165REF 4 gt IRIS REF USED TO SET MID POINT FOR VELOCITY INTEGRATOR BACKFOCUSAI _______ 2 43 BACK FOCUS AZ 5 A HOME _______ 2 BACK B1 3 PAA paga 35 ZOOM B1 9 1 PI SCL BACK F B2 28 gt ZOOM 2 PAN TILT 1 gt 4 gt PAN TIT 3 gt PAN TITA 5 1 SC TILTPOS2 TILT_POS 2 LED1n LED2n 2 E t BUTTON 122 MECH CTN OPEN DRAIN LOW Put Ferrite here if RFI issues R6 5V M l CCL SV ADDRESS 0x07 7BIT 15 22 DATA 12C ADDRESS 8BIT PI 5 SDA P1 1 XTALin P1 0 XTALout
21. 6 Attach single pole single throw SPST switch in series between ALARM A1 and ground ports of alarm relay 24v terminal block plug 7 Apply 24VAC power or POE to camera and Observe camera boot process Wait for camera start up process to complete before proceeding Internal LEDs should stop blinking to indicate camera start up completion 8 Within the browser based software utility navigate to Settings from the main menu and under settings proceed to Events 9 Under Events select Sources and name the source as Trigger Switch 10 Under the Type field name the event Alarm under Alarm 1 11 Set the Dwell time to 1 second 12 Set the Polarity to Normal Pelco Service Operations Sarix IX Service Manual MINI SD SNAPSHOT ALARM RELAY FUNCTION Continued 13 Set Supervised to True 14 Set Handlers to Alarm 1 and Relay 1 15 From menu select Events and click Handlers option 16 Under field type handler name as Alarm 1 17 Set the Handler Type to Write JPEG SD card 18 Set the Size limit to 2 Megs Filter for all days of the week by checking each field box as true Set start time as 0100 and End time as 2300 hrs 19 Setthe Source to Trigger_Switch 20 Click Submit button JpG SNAPSHOT EVENT 21 Insert Mini SD disk into rear camera 22 Toggle SPST switch connected to alarm relay 24vac terminal block connector 23 Remove Mini SD disk from rear o
22. BASE FIRMWARE 1 6 13 9081 Version 1 7 5443 0002 0007 IXE BASE FIRMWARE 1 7 8 9081 IX VERSION Sarix Version 1 4 5 43 0001 0004 _ IXE BASE FIRMWARE 1 4 9 9080 Sarix Version 1 5 SA43 0001 0005 _ FIRMWARE 1 5 9 9080 Sarix Version 1 6 43 0001 0006 IXE BASE FIRMWARE 1 6 13 9080 Related to ID IDE IMSO IM10 and TXB N models Sarix Version 1 7 5443 0001 0007 5 FIRMWARE 1 7 8 9080 Related to IE IEE IMSOC10 and TXB N models Service Operations Sarix IX Service Manual Firmware Update Procedure Device Utility Software To accomplish a firmware update or change refer to the appropriate version of device utility software available at Pelco com Device Utility software operation manual ref C2984M supports firmware updates with step by step instructions on how to perform upgrades or downgrades as required Service Operations Sarix IX Service Manual Service Test amp Calibration Procedure SARIX IX IXE SERVICE PROCEDURE CHECKLIST Sarix IX IXE Service Procedure The following series of tests are established to sequentially assess the integrity of hardware returned for service Before and after restorative service work takes place this service test procedure is applied to properly isolation faults associated with unit under test or returned for service Upon successful completion of this procedure whereby all tests pass the product is acceptable for return to servic
23. BASED ON RC amp Vgs POWER CHIP DEBOUNCE TIME MAXIMUM 35 TP45 NDS335N NOMINAL RESET PULSE WIDTH 10016 RST IN RISE TIME IS MILLISECONDS FET TURNS OFF SLOWLY 0 SOC RST REQUEST Soc RST REQ PULSE 9 D 1UF G Q5V lt Vgs th lt 10V 63V R56 S 180K FWRESET FROM GPIO38 m s 18V SYSTEM RESET INPUTS 5 POR FROM PSIO gt gt xs Y RESET Er PUSH PULL DRIVE BY SCHMITT ON PSIO UE 1 23 4341 6446 SYS 14 OUTIITIM 3 219 GPIO49 47 n C107 1 Place R82 near U2 95 00 59 30 DEBUG SUPPORT CONNECTOR SOC RTCK B6 1 T g 33V TP7 TP 61 TED SOC TCK 6 19 R9 1 N pue 5 1 SOC TMS ES i 3 2 6 3 1 ISOC TRST DL 8 55 5 ej s 2 5 SOC TDI A5 C43 3 6 F18 24MXi 7 SOC BS 8 EN lt 9 C6 9 2 06 16 2 2 VCC 18V 9 5 8 gt 17 8 5 VDD 18V PLL M2 8 5 1uH 5 N 2 Fo 73Khz re lt CN04 1461 0020 EN u Hirose FH12 20S 0 5SV 55 v 13 RS 8 20 05 VERT 12 9 7 i5 _ 4 DEBUGI LED 9 TP79 e re vec 18V Tk TMSSIDM6446ZWT 10 DD0 TP7O 10 UART_RXDO lt 18 1gvosc 8 DEBUG VD OUT 1 lit Ji C47 C48 C49 Place C48 amp C49 close to U2 pins Fo 73 Khz 63 25V 25V DRAWINGS continu
24. G DIODE SMT SMB 1A MBRS1100T3 SCH BARR RECT G DIODE SMT SMA RECTIFIER 1A 200V G DIODE ZENER SMT SOT23 6 3V G DIODE ZENER SMT SOD 123 18V G TVS SMT DO 214AA 40V SMBJ40A BI DIRECTIONAL G TVS SMT SOD323 5V 350W BI DIRECT G XTAL QUARTZ SMT ABM8 25 000MHZ G FUSE SMT 6125 SLO BLO 2 5A 125V G IC SMT SOIC8 ISO ERR AMP FOD2712 G IC SMT SOP16 ETHERNET CONTROLLER G IC SMT SOT353 SCHMITT TRIG INVTR 02003 0082 00 02004 0016 01 02002 0054 00 02002 0053 00 02009 0024 00 02009 0023 00 02042 0133 00 02401 0039 00 02051 0084 00 02068 0035 00 G IC SMT QFN20 13W PD W DC DC CONVERTER 02059 0133 00 G IC SMT SOT23 5 SNGL SCHM TRIG BUF G IC SMT QFN 7V 2A PWR MGMT G IC SMT SOT23 6 BUS TRANSCEIVER G IC SMT MLP5_32 10 100 ETH MINI PHY TRANSCVR G RELAY SMT SOP4 60V 600mA OPTO G RES SMT 0805 1 10W 1 100 OHM G RES SMT 0805 1 8W 5 6 8 OHM G RES SMT 2010 1 2W 1 0 25 OHM G RES SMT 0402 1 16W 1 0 OHM G RES SMT 0402 1 16W 1 0 OHM G RES SMT 0402 1 16W 1 100 OHM G RES SMT 0402 1 16W 1 1 00K G RES SMT 0402 1 16W 1 1 00K G RES SMT 0402 1 16W 1 10 0K G RES SMT 0402 1 16W 1 10 0K G RES SMT 0402 1 16W 1 10 0K G RES SMT 0402 1 16W 1 100K G RES SMT 0402 1 16W 1 10 0 OHM G RES SMT 0402 1 16W 1 10 7K G RES SMT 0402 1 16W 1 1 21K G RES SMT 0402 1 16W 1 1 24K G RES SMT 0402 1 16W 1 13 7K G RES SMT 0402 1 16W 1 2 00K 02071 0079 00 02059 0130 00 02071 0074 00 02072 0011 00 02391 0000 00 02114 1000 00 02154 0687 00
25. LP 13 7 12 1 vec 18v 65 tock 106 EM 2IIGPIOINVIUYNQ TADO 13 28010 vor LB EM Dr 00 ES 00000 EM AZIGPIOTIIMYNQ RXDO Bt m WAIT ED 95 EM 01001 EM AIJ TXD1 P 5 5 EM D3 EM DADD2 EM RXD1 Ry GPIO13 5 8 2 8 Nc LS EM Dd EM D3DD3 EM ATZ GPIOMIMYNQ TxD2 Bz 5 4m e E or 07 EM 04004 EM Ale GPITS M YNQ RXD2 B gt UB PAREN 6 28 Nc 244 EM 05005 EM_AISIGPIOI VLYNG_TXD3 3 COPROC GPO 5 DE Se NC LS EM D8DD6 RXD3 RST 6 ne Les EM D7 1 EM 07007 Nc EM BIO Nc NG H F3 LATE Ri GPO pe NC NC E EM TE pe NC NC GPIO21 NC NC GPIO22 DBI NC NC Di POS NC NC HS FD ND RB 4RM lt RB lt RB Nc HS H5 Ni 4 100K 2 100K NC NC El 1 E NC NC IG TPQ TP41 NC NC 5 NC NC e F3 Nc nc 19 Ji 9 ms EM 2 CLE z NC NC D NC NC J2 m EM A1 ALE NC NC VCC 18V Ja 2 Y BA1 5 6 C5 EM 2 H BAI 8 ca vec VSS EM BAQDAD EM BAD 5 o MT29F1G08 i LEM BAT id pave OF 25 22 EM
26. MDI MDI X Cat5 or better for 100Base TX 22 to 34 VAC 24 VAC nominal or PoE IEEE 802 3af class 3 lt 7W lt 200 mA maximum lt 295 mA nominal lt 390 mA maximum Mini SD 10 VDC maximum 5 mA maximum 0 to 15 VDC maximum 75 mA maximum External 3 connector 2 5 mm provides NTSC PAL video output CS mount adjustable 0 25 inch 0 64 cm UNC 20 screw top and bottom of camera housing 14 to 122 F 10 to 50 C 14 to 158 F 10 to 70 C 20 to 90 noncondensing Additional Resolutions VIDEO Video Encoding Video Streams Frame Rate Supported Protocols Users Unicast Multicast Security Access Software Interface Pelco System Integration Open IP Integration Pelco Service Operations Sarix IX Service Manual 640 x 512 640 x 352 480 x 368 480 x 272 320 x 256 and 320 x 176 H 264 high main or base profile and MJPEG Up to 2 simultaneous streams the second stream is variable based on the setup of the primary stream Up to 30 25 24 15 12 5 12 10 8 7 5 6 5 4 3 2 5 2 1 dependent upon coding resolution and stream configuration TCP IP UDP IP Unicast Multicast IGMP UPnP DNS DHCP RTP RTSP NTP IPv4 SNMP v2c v3 QoS HTTP HTTPS LDAP client SSH SSL SMTP FTP mDNS Bonjoure and 802 1x EAP Up to 20 simultaneous users depending on resolution settings 2 guaranteed streams Unlimited users H 264 Password protected Web browser view and s
27. SARIX PROCESSOR OPTICS SKU IXE20DN OSP OE SARIX PROCESSOR OPTICS SKU IXE20DN PM OE SARIX PROCESSOR OPTICS SKU IXE20DN PO OE SARIX PROCESSOR OPTICS SKU IXSOC OE SARIX PROCESSOR OPTICS SKU IXSODN 28 REPLACEMENT PARTS continued SARIX MEGAPIXEL DIGITAL CAMERA POWER SUPPLY SERVICE PARTS ZSPIX 0005 POWER I O PCBA PART NUMBER 02 1316 1106 21 4382 0930 22 2101 3101 51 0211 0823 CP51 0216 7106G CP51 0225 2105 CP51 0225 2334 CP51 0251 1152G CP51 0312 2104G CP51 0360 7226G CP51 0524 2472 CP51 2211 2105 CP51 2225 2104 CP51 2225 2104 CP51 2225 2472A CP51 2251 1100G CP51 2251 1180 CP51 2251 1270 CP51 2251 2102G CP51 2612 2102 CP51 2625 2104G CP51 2651 2103G CP51 2660 7225 CP51 3112 2475 CP51 3116 2476 CP54 1812 0106 DESCRIPTION G HDR RA FEM THT 138C 1X6 G CON SMT PLUG 11MMSTK 0 635MM 30X2 CONN THT RJ45 RA 1X1 8P INV SHLD 2LED GRN YEL G CAP CER SMT 0805 X7R 100V 82NF G CAP CER SMT 0805 X5R 16V 10 10UF G CAP CER SMT 0805 X7R 25V 20 1UF G CAP CER SMT 0805 X7R 25V 0 33UF G CAP CER SMT 0805 50V 5 1500PF G CAP CER SMT 1206 X7R 100V 20 0 1UF G CAP CER SMT 1206 X5R 6 3V 10 22UF G CAP CER SMT 1812 X7R 2121VDC 4700PF G CAP CER SMT 0402 X7R 10V 10 1UF G CAP CER SMT 0402 X7R 25V 10 0 1UF G CAP CER SMT 0402 X7R 25V 10 0 1UF G CAP CER SMT 0402 X7R 25V 5 4700PF G CAP CER SMT 0402 NPO 50V G CAP CER SMT 040
28. SPECIFICATIONS continued 10 1 3 MEGAPIXEL HIGH DEF DIGITAL CAMERA GENERAL Imaging Device Imager Type Imager Readout Maximum Resolution Signal to Noise Ratio Auto Iris Lens Type Electronic Shutter Range Wide Dynamic Range White Balance Range Sensitivity Color 33 ms Color SENS 500 ms Mono 33 ms Mono SENS 500 ms Weight without lens Shipping Weight ELECTRICAL Port Cabling Type Power Input Power Consumption Current Consumption PoE 24 Local Storage Alarm Input Alarm Output Service Port MECHANICAL Lens Mount Camera Mount ENVIRONMENTAL Operational Temperature Storage Temperature Storage Humidity 1 3 inch effective CMOS Progressive scan 1280 x 1024 50 dB DC drive 1 1 100 000 sec 60 dB 2 000 to 10 000 lt 1 2 2 850 SNR gt 24 dB 0 50 lux 0 12 lux 0 25 lux 0 03 lux 1 11 Ib 0 50 kg 2 00 Ib 0 90 kg RJ 45 connector for 100Base TX Auto MDI MDI X or better for 100Base TX 22 to 34 VAC 24 VAC nominal or PoE IEEE 802 3af class 3 lt 6 W lt 200 mA maximum lt 295 mA nominal lt 390 mA maximum Mini SD 10 VDC maximum 5 mA maximum 0 10 15 VDC maximum 75 mA maximum External 3 connector 2 5 mm provides NTSC PAL video output CS mount adjustable 0 25 inch 0 64 cm UNC 20 screw top and bottom of camera housing 14 to 122 F 10 to 50 C 14 to 158 F 10 to 70 C 20 to 90 noncondensing VIDEO Video Encoding
29. STRAP LEFT 2 70 GEAR IDLE DAY NIGHT COVER ABF FRAME ABF COVER DAY NIGHT LIGHT PIPE RETAINER I75 DIA X 50 L G LIGHT PIPE 100 DIA X 200 LONG G BALL STEEL 3 32 DIA DESCRIPTION 37 Service Operations Sarix IX Service Manual Schematic Drawings POWER I O BOARD 24VAC HIGH VOLTAGE Power 24VAC Input ISOLATED HIGH VOLTAGE GROUND 1 I 1 1 1 I a 21 21 mx Though this size and voltage cap is available in a smaller package the larger 1812 package was used to minimize the chance of arcing across the outside of the package This was a problem on earlier designs This part has an arc preventative coating gt 1 Isolated c15 2000V R55 24 FUSED 100K 196 Part chosen for 2 gt inrush energy D3 MBRS1100T3 MBRS1100T3 Grounds and Fills to be removed below P6 Isolated Isolated Isolated Isolated SMBJ40A NC 2 4 Isolated ANA Z gt VAUX C56 ONE Q D4 D5 1007 MBRS1100T3 MBRS1100T3 100V RA cu __ 137 Isolated 100K 220uF 220uF 220uF 1 50v 50 50 PGND PGND 38 SCHEMATIC DRAWINGS continued POWER I O BOARD ETHERNET LF1 2210M S00m LF2 ee 22 100M 500m4 LF3 22 100M 500m4 LF4 ETH_RD lt as 33V Ethernet Input TD TP28 TD TF29 RD
30. for Pelco equipment where dc voltages are applied to units while at a service workstation 3 Once 5 power supply is up and stable a Service Engineer probes for dc voltage carry through at key points throughout a design More specifically from the power supply source through added filtering regulation and attenuation assembly voltage levels rail voltages and bus voltages are measured and verified for presence The first order of test involves the need to verify that 48Vdc 24Vdc 12Vdc 5Vdc and 3 3Vdc voltage references are in place and accounted for These voltages are present with respect to chassis or safety ground or some other specified reference level Whenever it s determined that a reference or supply voltage is missing or off in level it then becomes necessary to isolate the components a section at a time to determine the origin of the fault This occurs by working backwards from the point of measurement error to the nodes that shares that supply point Where safe and reliable each node branch is then either further isolated to determine what new active voltage measurements to take and to partition what components might be involved in a repair Occasionally what leads to unit failures is a missing voltage supply point because of a power supply failure or faulty component s loading on that power supply The task then is to identify the faulty component s that load or draw the power supply down In the proximity of this s
31. gt ETH 1 ETH RXD1 Dan ej ___________ TXD2 ELLE 1 11 H RXD3 ETI gt ETH TXCLK H gt ETH NER YY PETH ETH CRS TP8 ALARM IN TO PROC RELAY CLOSE PSONT SRST FRM PROC 45 ai FRM T 5V IPGOOD INT TP23 33V RS50 1811 0000G DO NOT INSTALL A VCC 18V 12V Pelco Service Operations Sarix IX Service Manual 44 SamiK SERE Merval SCHEMATIC DRAWINGS continued PROCESSOR BOARD BLOCK DIAGRAM MECHCTL UI BOARD USO CONN MECHIUI BOARD CONTAINS MOTOR CONTROL JTAG DEBUG CONN SHEET USB CONS a oe a BUTTONSLEDS SHEET 7 SHEET 8 SHEET 5 USB HUB xs Video Out SHEET 10 SECURE TRANSLATOR BOARD EEPROM SHEET 10 0082 DRAM 256 MB POWER FILTERING SHEET 9 SHEET 3 18 18V 33V NAND FLASH ALARM I PSIO BOARD CONTAINS POE POWER DC DC CONVERTERS SHEET 10 RJ45 CONN ETH PHY POWER IN SHEET 5 45 DRAWINGS continued PROCESSOR BOARD IMAGE INPUT CONTROL IMPEDANCE TO 50 5 ON SENSOR IN SIGNAL 5 Pelco Service Operations Sarix Service Manual DEFAULT BOOT CONFIGURATION COUT 1 0 00 BOOT FROMEMF NAND FLASH COUT2 0 SETEMF TO8 BIT DATA BUS WIDTH
32. is 0x90 Currently set to 0x92 Micron Analog Supply Set to 3 0V instead of Nominal 2 8 3 3V_FILT 2A ADP 1711 Analog Devices ADP1711AUJZ 3 0 R7 3 3V_FILT Supply will not drop below 3 2V has a 2nd source part TPS793xx FITZ SCL_3V_FILT 3 3V FILT 3 3V_FILT 3 0V A The ADP1711 has a 40uV RMS noise level Pelco Service Operations Sarix IX Service Manual e AO Al A2 SDA SCL 3 3V_FILT VS GND LM75C Service Operations Sarix IX Service Manual SCHEMATIC DRAWINGS continued SENSOR BOARD TRANSLATOR BOARD INTERFACE Reverse Pinout from Translation Board ZIF 33V FILT 2 5V OSC FLEX SPARE 1 FLEX SPARE 2 SDA SCL_3V_FILT RSTB_VDDQ DO_VDDQ D1_VDDQ D2_VDDQ D3_VDDQ 04 VDDQ 05 VDDQ ne D7_VDDQ Flex Cable Target Impedance of 50 ohms D8 VDDQ D9 VDDQ D10 VDDQ D11 VDDQ Flex 2 Layer Dedicated GNDS 1 2 8 13 18 23 28 33 38 43 49 50 All other ground connections on the flex are routed grounds D12 VDDQ D13 VDDQ PCK_VDDQ gt HD_VDDQ VD_VDDQ IO SDA VDDQ SCL_VDDQ 5V_A_FILT 1 8 CORE 9 8 7 6 5 4 3 2 1 Unconnected Lines the Flex are 0 Grounded on the PC11 0019 xxxx Design 66 Service Operations Sarix Service Manual Printed Circuit Board Assembly PCBA Drawings POWER I O BOARD BOTT
33. is required during the course of service an optics assembly must accompany that change Moreover whenever an optics assembly replacement is required during the course of service a processor assembly must accompany that change This replacement requirement is necessary as a matched pair Reference service part numbers in this service manual or contact Pelco Service Operations for updated part number information to obtain availability and delivery details Component level service that does not involve the sensor or programmed devices does not have this matched pair assembly replacement requirement NOTE Processor and optic assemblies must never get separated within inventory or elsewhere to accomplish successful service If mismatched assemblies are replaced within a defective camera color calibration and another functional anomalies may appear For details on how to SKU and deSKU matched pair assemblies or Sarix IX IXE cameras contact Pelco service operations for authorization details or instructions 27 Pelco Service Operations Sarix IX Service Manual Replacement Parts Listing SARIX MEGAPIXEL DIGITAL CAMERA ASSY SERVICE PARTS UNIT LEVEL SERVICE ITEMS PART NUMBER DESCRIPTION ZSPIX 0001 Ul COVER DOOR ZSPIX 0002 ASSY COSMETIC CHANNEL COVER ZSPIX 0003 REAR UPPER ENCLOSURE MACHINED AND PAINTED ZSPIX 0004 REAR LOWER ENCLOSURE MACHINED AND PAINTED WITH INSERT ZSPIX 0005 POWER IO PCBA ZSPIXE 0001 CO PROCESSOR PCBA ZSPIX
34. on the side of the camera until it clicks Image should have sharp edges and a clear image Manually set the focal length to the minimum distance Press the F button on the side of the camera until it clicks Image should have sharp edges and a clear image 14 SERVICE TEST 8 CALIBRATION continued Sarix IX IXE SERVICE TESTS MINI SD SNAPSHOT ALARM RELAY FUNCTION DESCRIPTION This test will verify operation of Mini SD snapshot recording to include alarm and relay functionality TEST REQUIREMENTS 1 PMCL524F 24 High Definition Monitor 2 Pelco Device Utility 3 Network Connection 4 External 24VAC Power Supply 300ma max or single port POE injector POE20Y560G Single Port POE Injector CATS or Better Network Cable 7 Six position Terminal Block Connector with jumper switch and 1k ohm axial resistor ou TEST STEPS 1 Establish physical network connectivity between computer and camera using a CATS RJ45 plug the RJ45 receptacle on the camera under test 2 If POE is not powering camera via the RJ45 port apply separate 24vac to power the camera 300ma minimum 3 Locate the camera IP address and type it into the URL address field of a Web Browser opened on the computer connected to the camera 4 Loginto the camera username and password is admin admin 5 Connect LED with serial 1k resistor and 12VDC power supply between RELAY R1 and ground ports of alarm relay 24v terminal block plug
35. recommended by Pelco Factory Repair Should it become necessary to return a product to Pelco for repair call 1 559 292 1981 or 1 800 289 9100 or email globalservice pelco com Important Safety Instructions CAUTION These servicing instructions are for use by qualified service personnel only To reduce the risk of electrical shock do no perform any servicing other than that contained in the operating instructions unless you are qualified to do so CAUTION RISK OF ELECTRIC SHOCK DONOTOPEN The product and or manual may bear the following marks This symbol indicates that dangerous voltage constituting a risk of electric shock is present with this unit This symbol indicates that there are important operating and maintenance instructions in the literature accompanying this unit WARNING HAZARDOUS MOVING PARTS KEEP FINGERS AND OTHER BODY PARTS AWAY WARNING HIGH TOUCH CURRENT EARTH CONNECTION ESSENTIAL BEFORE CONNECTING SUPPLY gt gt gt Product Specifications IXSO 0 5 MEGAPIXEL STANDARD DEF DIGITAL CAMERA GENERAL Imaging Device 16 9 Aspect Ratio 4 3 Aspect Ratio 5 4 Aspect Ratio Imager Type Imager Readout Maximum Resolution Signal to Noise Ratio Auto Iris Lens Type Electronic Shutter Range Wide Dynamic Range White Balance Range Sensitivity Color 33 ms Color SENS 500 ms Mono 33 ms Mono SENS 500 ms Weight without lens Shipping Weight ELECTRICAL Port Cabling Type Power Input
36. run the Pelco Device Utility 4 Locate the IP address and type it into the Web Browser 5 Set Camera at a Max distance of 4 feet from the color chart 6 Set Focus Far to the Max distance 7 Set Tele focal to the Max distance 8 With the camera facing the color chart press and hold the F button on the side of the camera until it clicks 9 Once the camera has completed the focus process You should see a clear image on the monitor with clear and sharp edges 10 Set steps 7 amp 8 at the Min distance 11 Press and hold the F button until the camera starts to click 12 Once the camera has completed the focus process You should have a clear and sharp image on the monitor Pelco Service Operations Sarix IX Service Manual RESET FUNCTIONALITY DESCRIPTION This test will verify the functionality if the Reset circuit TEST REQUIREMENTS 1 PMCL524F 24 High Definition Monitor 2 External 24VAC Power Supply 300ma max or single port POE injector 3 Computer web browser and network interface card 5 5 or better Network Cable SET UP Establish supply voltage at terminal block Connect network port to RJ45 receptacle Ensure monitor connection 15 available and online with the camera under test TEST STEPS 1 Power unit This begins the Boot process Wait for the Boot process to complete before beginning the next step 2 Once the unit has completed the BOOT process
37. to RJ45 receptacle Ensure camera is online and available TEST STEPS 1 Ensure ACT LED is flashing Green on RJ45 receptacle 2 Ensure that front pilot LED is illuminated green steady and not flashing 3 Ensure Link LED is illuminated amber steady and not flashing 4 With bottom cover removed from camera ensure that CR1 LED located on processor PCBA is illuminated green steady and not flashing 10 SERVICE TEST amp CALIBRATION continued Sarix IX IXE SERVICE TESTS TILT TIP ALIGNMENT DESCRIPTION This test will verify the Sensor is aligned correctly within the optics assembly TEST REQUIREMENTS Tilt Tip Fixture Assembly PMCL524F High Definition LCD Monitor TEST SET UP Ensure Tilt Tip Fixture and Monitor are powered on TEST STEPS 1 Place the CME Adaptor the camera under test 2 Place the unit onto the Tilt Tip Stage and lock in place 3 Rotate unit 90 degrees observe the monitor to ensure the Reflection from Sensor is located within the Calibration limit 4 Rotate unit 90 degrees observe the monitor to ensure the Reflection from the Sensor is located within the Calibration limit 5 Rotate unit 90 degrees observe the monitor to ensure the Reflection from the Sensor is within the Calibration limit 6 Rotate unit 90 degrees observe the monitor to ensure the Reflection from the Sensor is located within the Calibration limit Pelco Service Operations Sarix IX Service Manual
38. 0006 TRANSLATOR PCBA ZSPIX IXE 0001 ZSPIX IXE 0002 02 0216 1106 ZSPIX 0010 ZSPIX 0011 ZSPIX 0012 ZSPIX 0013 ZSPIX 0014 ZSPIX 0015 ZSPIX 0016 ZSPIX10C ZSPIX10DN ZSPIX30C ZSPIX30DN ZSPIXE10C ZSPIXE10DN ZSPIXE20C ZSPIXE20C OCP ZSPIXE20C OS ZSPIXE20C OSP ZSPIXE20C PM ZSPIXE20C PO ZSPIXE20DN ZSPIXE20DN OCP ZSPIXE20DN OS ZSPIXE20DN OSP ZSPIXE20DN PM ZSPIXE20DN PO ZSPIXSOC ZSPIXSODN OE PRODUCT BOX SARIX OE LOWER FOAM PACKAGING MATERIAL G CONN 6 PIN 3 5MM PITCH G SCREW 4 40X5 8 PAN HD TORX PLUS ZINC PLATED 101 CONN THT RJA5 G SWITCH SMT RA TACT SPST 50MA 9 12V G SCREW 4 40 3 8 HD TORX PLUS ZINC PLATED 101 G SCREW 4 40X 187 PAN HD TORX PLUS ZINC PLATED 101 COSMETIC HOLE PLUG FRONT COSMETIC HOLE PLUG REAR OE SARIX PROCESSOR OPTICS SKU IX10C OE SARIX PROCESSOR OPTICS SKU IX10DN OE SARIX PROCESSOR OPTICS SKU IX30C OE SARIX PROCESSOR OPTICS SKU IX30DN OE SARIX PROCESSOR OPTICS SKU IXE10C OE SARIX PROCESSOR OPTICS SKU IXE10DN OE SARIX PROCESSOR OPTICS SKU IXE20C OE SARIX PROCESSOR OPTICS SKU IXE20C OCP OE SARIX PROCESSOR OPTICS SKU IXE20C OS OE SARIX PROCESSOR OPTICS SKU IXE20C OSP OE SARIX PROCESSOR OPTICS SKU IXE20C PM OE SARIX PROCESSOR OPTICS SKU IXE20C PO OE SARIX PROCESSOR OPTICS SKU IXE20DN OE SARIX PROCESSOR OPTICS SKU IXE20DN OCP OE SARIX PROCESSOR OPTICS SKU IXE20DN OS OE
39. 2 10 8 7 5 6 5 4 3 2 5 2 1 dependent upon coding resolution and stream configuration UDP IP Unicast Multicast IGMP UPnP DNS DHCP RTP RTSP NTP IPv4 SNMP 2 3 QoS HTTPS LDAP client SSH SSL SMTP FTP mDNS Bonjoure and 802 1x EAP Up to 20 simultaneous users depending on resolution settings 2 guaranteed streams Unlimited users H 264 OR MPEG 4 Password protected Web browser view and setup up to 16 cameras Endura 1 5 or later MPEG 4 or Endura 2 0 or later H 264 Digital Sentry 4 2 or later DX8100 Series 2 0 or later DVR5100 Series 1 5 4 or later Pelco IP camera API Minimum System Requirements Processor Memory Network Interface Card Monitor Web Browser Media Player Intel Pentium 4 Microprocessor 1 6 GHz 512 MB RAM 100 megabits or greater Minimum of 1024 x 768 resolution 16 or 32 bit pixel color resolution Internet Explorere 7 0 or later or Mozillae Firefoxe 3 5 or later Internet Explorere 8 0 or later is recommended for configuring analytics Pelco s Media Player or QuickTimee 7 6 5 for Windows Windows Vista QuickTime 7 6 4 for Mac OS X 10 4 Internet Explorer is not supported by Mac OS X 10 4 This product is not compatible with QuickTime version 7 6 4 for Windows XP or Windows Vista If you have this version installed on your PC you will need to upgrade to QuickTime version 7 6 5
40. 2 NPO 50V 5 18PF G CAP CER SMT 0402 NPO 50V 27PF G CAP CER SMT 0402 X7R 50V 10 1000PF G CAP CER SMT 0603 X7R 100V 1000PF G CAP CER SMT 0603 X7R 25V 0 1UF G CAP CER SMT 0603 X7R 50 10 0 01UF G CAP CER SMT 0603 6 3V 10 2 2UF G CAP CER SMT 2220 X7R 4 7UF 100V G CAP CER SMT 2220 X7R 16V 20 47UF G CAP SMT 6 3X8 ELEC 100V 20 10UF PART NUMBER 02472 0107 00 DIP 02469 0029 00 02474 0155 00 DIP 02204 0823 01 02204 0106 24 02204 0105 02 02204 0334 01 02204 0152 00 02205 0104 00 02205 0226 05 02207 0472 00 02202 0105 03 02202 0104 11 02202 0104 11 02202 0472 05 02202 0100 01 02202 0180 00 02202 0270 00 02202 0102 01 02203 0102 02 02203 0104 05 02203 0103 01 02203 0225 02 02207 0475 00 02207 0476 00 02251 0106 05 Pelco Service Operations Sarix IX Service Manual MER DESCRIPTION PHOENIX 1844252 MOLEX 53627 0674 MOLEX 48146 0011 CAL CHIP GMC21X7R823K100NT LF JOHANSON DIELEC 160R15X106KV4E TDK C2012X7R1E105M MURATA GRM21BR71E334KA01L CAL CHIP GMC21CG152J50NTLF CAL CHIP GMC31X7R104M100NTLF CAL CHIP GMC31X5R226K6R3NTLF TECATE CMC 2 0 472 1812 CALCHIP GMCOAX7R105K10NTLF CAL CHIP GMC04X7R104K25NT LF CAL CHIP GMC04X7R104K25NT LF CAL CHIP GMX04X7R72J25NTLF PANASONIC ECJ 0 1000 CALCHIP GMCO04CG100DS0NTLF CAL CHIP GMC04CG180J50NT LF VISHAY VJO402A270JXACW1BC MURATA GRM155R71H10
41. 25 005 A LABEL BLANK PRODUCT SERIAL 7T j0LOF625 003 A LABL REGLATORY 6 140 625 002 A LABEL MAC SERIAL OEC 5 0 6072 REAR LOWER ENCLOSURE MACHINED AND PAINTED _ 4 MFOO 6071 511 A ASSY UL COVER DOR 3 6 50 A ASSY COSMETIC CHANNEL COVER 2 2 _ MFOO 6070 130 A COSMETIC HOLE PLUG REAR O 2 _ MFOO 6070 129 A COSMETIC HOLE PLUG FRONT 34 Pelco Service Operations Sarix IX Service Manual ASSEMBLY DRAWINGS continued ASSY BOX CAMERA RD 6073 II5 RD 6073 lll 35 ASSEMBLY DRAWINGS continued ASSY BOX CAMERA 7T 3 ZHO5 O0I04 0703 X 5 2 28 X 3 I6 PLASTITE TORX PAN 6 I I ZHOI 4IOI I5OI A SCREW I 72 X 1 8 TORX FLAT HD SS 5 PCR 0002 00 A IMAGER FLEX 2 LAYER 4 ODYSSEY IMAGER PCBA 3 MFOO 607 HO9 ASSY CARRIAGE WITH PINS 2 3 6070 22 WIRE SPRING CARRIAGE 020 X 750 1 6070 6 A FLAG OPTICAL SENSOR DESCRIPTION Pelco Service Operations Sarix IX Service Manual 36 ASSEMBLY DRAWINGS continued ASSY BOX CAMERA POSITION MF00 6010 144 TANGENT TO SCREW HEAD HERE u C cn on o O Pelco Service Operatio
42. 2KA01D AVX 06031C102KAT2A AVX 06033C104JAT2A CALCHIP GMC10X7R103K50NTLF MURATA GRM185R60J225KE26D TDK C5750X7R2A475M TDK C5750X7R1C476M NIC NACEW100M100V6 3XTR13F REF DESIG P4 J4 C45 C7 C9 C18 C21 C43 C30 C11 C13 C14 C27 C29 C56 C57 C1 C3 C6 C119 C15 C25 C49 C50 C130 C10 C46 C22 C36 C37 C44 C118 C120 C121 C124 C133 C135 C138 C48 C55 C47 C2 C42 C16 C17 C23 C24 C51 C54 C131 C132 C19 C20 C4 C5 C136 C28 C33 C34 29 REPLACEMENT PARTS continued SARIX MEGAPIXEL DIGITAL CAMERA POWER SUPPLY SERVICE PARTS ZSPIX 0005 POWER I O PCBA PART NUMBER CP55 0911 0157 CP59 2551 0227G DO50 0500 0914G 0051 0900 11006 051 3000 7000 DO53 0500 5234 DO53 0712 5218 DO59 1905 0040 DO59 2500 0001G FD01 2321 2505 FS01 1102 2501 1C11 0908 2712 1C28 4016 1602 1C32 3605 0014 1C47 4820 1113 1C69 2705 0017 1C79 4840 5023 1C86 2706 0145 1C86 6432 5241 RLO4 0610 660 RS50 0119 1000G RS50 0122 068XG RS50 0414 250Z RS50 1811 0000G RS50 1811 0000G RS50 1811 1000G RS50 1811 1001G RS50 1811 1001G RS50 1811 1002G RS50 1811 1002G RS50 1811 1002G RS50 1811 1003G RS50 1811 100XG RS50 1811 1072 RS50 1811 1211 RS50 1811 1241 RS50 1811 1372 RS50 1811 2001G DESCRIPTION G CAP SMT TANT 3528 10V 20 L50UF G CAP SMT 10X10 2 50V 220UF PART NUMBER 02213 0157 01 02251 0227 05 G DIODE SWITCHING SMT SOT 23 MMBD914LT1 02001 0044 00
43. 3 connector 2 5 mm provides NTSC PAL video output CS mount adjustable 0 25 inch 0 64 cm UNC 20 screw top and bottom of camera housing 14 to 122 F 10 to 50 C 14 to 158 F 10 to 70 C 20 to 90 noncondensing VIDEO Video Encoding Video Streams Frame Rate Supported Protocols Users Unicast Multicast Security Access Software Interface Pelco System Integration Open IP Integration Pelco Service Operations Sarix IX Service Manual H 264 base profile MPEG 4 and MJPEG Up to 2 simultaneous streams the second stream is variable based on the setup of the primary stream Up to 30 25 24 15 12 5 12 10 8 7 5 6 5 4 3 2 5 2 1 dependent upon coding resolution and stream configuration TCP IP UDP IP Unicast Multicast IGMP UPnP DNS DHCP RTP RTSP NTP IPv4 SNMP v2c v3 QoS HTTP HTTPS LDAP client SSH SSL SMTP FTP mDNS Bonjoure and 802 1x EAP Up to 20 simultaneous users depending on resolution settings 2 guaranteed streams Unlimited users H 264 Password protected Web browser view and setup up to 16 cameras Endura 2 0 or later Digital Sentry 4 2 or later Pelco IP camera API Minimum System Requirements Processor Memory Network Interface Card Monitor Web Browser Media Player Intel Pentium 4 Microprocessor 1 6 GHz 512 MB RAM 100 megabits or greater Minimum of 1024 x 768 resolution 16 or 32 bit pixel color reso
44. 500 0001G DO INSTALL 1 5V 10 0K 1 al PMF400UN 5 N TW R14 10 0K 1 PWR_RESET_5V PWR_RESET Pelco Service Operations Sarix IX Service Manual 5V R19 10 0K 1 gt PSOC_RESET GND 58 SCHEMATIC DRAWINGS continued TRANSLATOR BOARD SENSOR BOARD INTERFACE Reverse Pinout from Sensor Board ZIF 54104 5029 CN04 1461 0050 33V FILT 25 OSC FLEX SPARE 1 SDA 3V FILT SCL FILT RSTB VDDQ R2 1 00 VDDQ 0 D1_VDDQ 02 VDDQ VDDQ D4_VDDQ 05 VDDQ D6 VDDQ D7 VDDQ D8 VDDQ D9 VDDQ D10 VDDQ D11 VDDQ D12 VDDQ D13 VDDQ VDDQ HD_VDDQ 1 VD_VDDQ a VDDQ SCL VDDQ 5V_A FILT 1 8 CORE oo O O RON 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 Flex2 Layer Dedicated GNDS 1 2 8 13 18 23 28 33 38 43 49 50 other ground connections on the flexare routed grounds Pelco Service Operations Sarix IX Service Manual 59 Pelco Service Operations Sarix IX Service Manual SCHEMATIC DRAWINGS continued TRANSLATOR BOARD SUPPLY CONDITIONING Mcron Core Supply TP1 33V 1 8V CORE ADP1710 RS50 1811 0000G DO NOT INSTALL Oscillator Supply TP2 33V 25 R12 196 RS50 1811 0000G DO NOT INSTALL 0 ADP1710 1uF 16v 60 Service Op
45. 70 1 gt D2_VDDQ 1 1 8 1 an gt 03 VDDQ ARND 5 47 1 gt D4_VDDQ 1 RN2C 1 3 6 gt DS_VDDQ 2 RN2B 47 1 gt 06 1 2 1 1 a 4 8 gt D7_VDDQ 47 OHM 1 RN3D 4 5 gt D8 VDDQ 34 1 RN3C 6 gt 09 VDDQ 36 47 OHM 196 2RN3B 7 7 gt D10_VDDQ 36 1 RN3A En 1 8 47 gt D11_VDDQ 2 47 1 R3 gt PCK_VDDQ E 49 9 196 x e CP51 2251 1100G DO NOT INSTALL 10pF gt HD_VDDQ 470HM 1 5 gt VD_VDDQ Y Y o D N gt N Jo INS NIS 26 2 RN4B 1 47 7 47 1 STROBE VDDQ 47 OHM 1 NY Source Series Termination Set to 47ohms This will launch 1 3 of signal wave down flex instead of 1 2 Thus improving EMC Flex Cable Impedance of 50 ohms DNI 65 1 DO NOT INSTALL 2 64 SCHEMATIC DRAWINGS continued SENSOR BOARD CLOCK POWER TEMPERATURE Analog Power Oscillator and Temperature Monitor Use internal PLL with 24MHz oscillator to generate 72 2 or 96MHz Note Previous fixed 75MHz osc was Pelco FDO2 1901 7504 3 3V_FILT Abracon ASFL2 24000MHZ EK FD02 1901 2405 25 OSC TRI OUT 33 0 VDD GND 2 5V 24 000MHz gt MICRON CLK VDDQ DNI I2C Address Stapping Options SADDR 90h to 9Eh NDK has a 2nd source part in the 2725Q series Base address
46. 70 R41 R55 R57 R66 R68 R15 R52 R27 R32 R59 R46 30 REPLACEMENT PARTS continued SARIX MEGAPIXEL DIGITAL CAMERA POWER SUPPLY SERVICE PARTS ZSPIX 0005 POWER I O PCBA PART NUMBER RS50 1811 2200G RS50 1811 2201 RS50 1811 2551 RS50 1811 2672 RS50 1811 330XG RS50 1811 3482 RS50 1811 4322G RS50 1811 4991 RS50 1811 499XG RS50 1811 750XG RS50 1811 9092 TPOO 0102 2001 TRO1 6301 0114 TRO3 5101 0335G TRO4 5701 2582 TRO4 5701 7807 XF02 0102 0008 XF02 0402 0001G XF51 0500 1006 XF52 0600 2205 XF55 0100 0502 XF55 0100 0722 XF55 0130 5011 DESCRIPTION G RES SMT 0402 1 16W 196 220 OHM G RES SMT 0402 1 16W 1 2 20K G RES SMT 0402 1 16W 1 2 55K G RES SMT 0402 1 16W 1 26 7K G RES SMT 0402 1 16W 1 33 0 OHM G RES SMT 0402 1 16W 1 34 8K G RES SMT 0402 1 16W 1 43 2K G RES SMT 0402 1 16W 1 4 99K G RES SMT 0402 1 16W 1 49 9 OHM G RES SMT 0402 1 16W 1 75 0 OHM G RES SMT 0402 1 16W 1 90 9K G TEST POINT PCMNT THT LOOPED SILVER G TRANS SMT SOT323 NPN W RES 0 1A 50V G TRANS SMT SOT23 NDS335N FET 20V N CH G TRANS SMT SO 8 N CH MOSFET FDS2582 G TRANS SMT SO 8 MOSFET N CH G XFMR SMT PWR FLYBACK SYNC 5V G XFMR SMT XFRM_ 050_16P 10 100BASE T SINGLE PORT G IND PWR SMT 4 5MMX4MM 10UH 1 15A G IND PWR SMT 5MIMMX5MM 2 2UH 2 04A G FERR BEAD SMT 603 22 100M 500MA G FERRITE SMT 0603 0 7A 220 9 100M G FERRITE SMT FER_3312 110 100MHZ PART NUMBER 02112 2200 00 02112 2201 01 02112 2551 00
47. 810 VID CARE DET 6 USB3 6 6 USB VBUS gt 6 USB4 DDM lt C 6 USB4 DDP gt EV 18V CN01 1461 0020 Z Hirose FH12 20S 05SV 55 8 PROC LED GREEN gt gt 33V VCC 12 2 PROC LED RED L A YQ DRAWINGS continued PROCESSOR BOARD USB HOST Note All USB Pullups Pulldowns are incorporated into Host and Hub chips DIFFERENTIAL SIGNAL ROUTING ON ALL VERSIONS OF USB DATA LINES 90 OHM DIFFERENTIAL 45 OHM SINGLE ENDED IMPEDANCE 33V VCC 18V USB VDD 1 8 C36 zl OuF cy USB 1P2 LDO USB VSSA 1P2 LDO TMS320DM6446 TMS320DM6446ZWT 4 HUB RST gt gt USB HOST FOR ACCESSORIES AND COPROCESSOR Pelco Service Operations Sarix IX Service Manual H18 DV R1 VCC 33V R69 100K 1 COPROCESSOR BOARD USBI DDM 5 USBIDDP 5 113 2061 47 25 0581 DDM USB VRUS wv Molex 67803 8020 26 0581 DDP 600 100M CN14 0667 2101 21 MUT E 2 28 RED 29 UH UH VDD33 UH BUSB 13 31 _ 0583 DDM T 20 32 583 DDP D 4nF Jr 9 0584 DDM C112 C113 c114 35 584 DDP 63V 0 1uF 0 luF Q 1uF 2 CEN 2 7 LEDGA 1 8 1961417 un VDD25 1 i
48. B A DDR2 BS02 DDR2 RAS A T Intersections are simply vias on the circuit board but are used to change the net names so that the trace INTERSECTION T INTERSECTION T INTERSECTION INTERSECTION length be calculated and maintained the same when splitting the net to each DDR2 chip DDR2 M B DDR2 9 DDR2 901 0082 0082 M DDR2 A9 DDR2 8501 0082 DDR2 0082 A9 DDR2 8501 DDR2 DDR2 AD T_INTERSECTION T_INTERSECTION T_INTERSECTION T_INTERSECTION DDR2 AD DDR2 B 0082 A10 B DDR2 8500 0082 DDR2 A0 DDR2 5 DDR2 A10 DDR2 DDR2 CKE T INTERSECTION DDR2 A5 A DDR2 A10 A DDR2 8500 DDR2 CKE A _ DDR2 A1 B T_INTERSECTION T_INTERSECTION T_INTERSECTION T_INTERSECTION DDR2 CLK B P 0082 DDR2CIKBN DDR2 At DDR2 A6 B DDR2 DDR2 CS 7 ee DDR2 DDR2 6 DDR2 A11 DDR2 CS ELL omana 09 66 TINTERSEGTION DDR2 2 T_INTERSECTION T_INTERSECTION T_INTERSECTION DDR2 A2 DDR2 A7 B DDR2 A12 DDR2 CAS DDR2 2 DDR2 A7 DDR2 A12 DDR2 CAS DDR2 CLK 0082 CLK AP lt gt T INTERSECTION DDR2 A 0082 A12 A DDR2 CAS DDR2CIKAN A T INTERSECTION T INTERSECTION T INTERSECTION TINTERSECTION DDR2 DRAM 1Gb 128 58
49. ER DOES X4 TODEBUG CONN QD OUTPUTZ T20HMS 52 Pelco Service Operations Sarix IX Service Manual SCHEMATIC DRAWINGS continued NX 2 2 PROCESSOR BOARD DAVINCI POWER DAVINCI POWER PINS 10 1C23 4341 6446 VCC 33V NY Assume 20mA SOC DVDD33V C51 1 m ww E 637 25V 12V a Increased size of this ferrite to reduce DC Vdrop ES Assume 1 54 CVDD 8 GD qe CVDD 5 ce C61 62 C63 CVDD 4 ane Olur Olur onr n gt CVDD 1 283283 qu 8 5 amp 8 C72 en C75 C76 I I I m om ome omr ome ou COD 0552 8 I 40 DVDDR2 VSS mi DVODRZ 13 VSS 38 DVDDR2 12 DVDDRZ 11 VSS 36 18V P VSS 35 This was connected directly to the plane because the DDR chips so connected Presents crossing a plane cut PD VSS 34 PO 4 VSS 32 ca c8 c amp c83 C amp ces 88 co ep VSS O1uF Olur otr or otr ot e VSS pee lov 2N 2 N VSS VSS 26 VSS 25 24 55 23 VSS 22 VSS 21 18 18 E Increased size of this ferrite to reduce DC Vdrop DVDD18 17 m DVDD18 16 SOC DVDD18V HOS 220 100M K DVDD18 3 DVDD18 12 DVDD18 11 C100 C101 x Assume 100m4
50. ER OVER ETHERNET TEST DESCRIPTION This test will verify functionality of Power over Ethernet POE on camera under evaluation TEST REQUIREMENTS 1 PMCL524F 24 High Definition Monitor 2 Pelco Device Utility 3 Network Connection 4 External 24VAC Power Supply 300 or single port POE injector 5 POE20Y560G Single Port POE Injector TEST STEPS 1 Plug CAT5 cable from Endura Service System to the Input port on the POE injector 2 Plug 5 cable into the Output port on POE injector 3 Plug CATS cable from Output port of POE inject into the RJ45 port on rear camera 4 Open the Pelco Device Utility for Sarix 5 Power up POE injector This begins the Boot process Wait for the Boot process to complete before beginning the test procedure 6 Within the Device utility open view panel for camera under evaluation 7 Observe video now seen on the unit under test in the device utility An image on the monitor confirms the unit is functioning using POE Pelco Service Operations Sarix IX Service Manual 24VAC POWER SUPPLY TEST DESCRIPTION This test will verify functionality using 24vac external supply TEST REQUIREMENTS 1 PMCL524F 24 High Definition Monitor 2 Pelco Device Utility 3 Network Connection 4 External 24VAC Power Supply 300ma max or single port POE injector 5 6 Pin Terminal Block Plug 3 5mm pitch 24vac relay alarm connector TEST STEPS 1 Connect 24vac external su
51. Intersil tech notes for proper reflow removal and replacement technique materials and methodology Service involving this product requires surface mount device SMD rework capabilities to include the necessary equipment chemicals and process materials For additional assistance contact Pelco service operations for guidance as needed Akros Silicon 1 47 4820 1113 G IC SMT QFN20 13W PD W DC DC CONVERTER Paddle Ground in package bottom 20 VDD480 19 PDRV 18 VBP 17 VBN 16 NDRV VAUX 15 cs 14 css CT2 AS1113 13 COMP SP1 12 FB SP2 11 FORES 30823 View gt Table 1 Pin Assignments Pin Description 1 P VAUX Auxiliary supply input 2 P High voltage supply transformer center tap input Polarity insensitive 3 2 High voltage supply transformer center tap input Polarity insensitive 4 P SP1 High voltage supply from spare pair Polarity insensitive 5 SP2 High voltage supply from spare pair Polarity insensitive 6 0 VDD48I Internal 48V bus pin This pin is the positive bus after the input diode bridge The bus is brought out to a pin for the connection of an external ESD capacitor 100nF and signature resistor 26 7k Q 7 GND Must be connected to paddle ground not connected internally to the paddle 8 0 VDD5 Internal 5 volts decoupling point 9 RCURR Current lim
52. NOT INSTALL JST 50R JMCS G B TR Z WY WY 015 010 RESERVE FOR 16 bit DATA OPTION 63 SCHEMATIC DRAWINGS continued SENSOR BOARD SENSOR 2nd 0 Ohms resistor is placeholder for FERRITE 30 100M in 0402 footprint PIN XF55 0120 1730 R100 RSTB_VDDQ gt 1 1 0 0 VDDQ IO VDDQ R102 R103 1 1 2 00K 2 00K DANDO EE SCL VDDQ MICRON gt 100 DNI 27pF 50V TRIGGER_VDDQ R36 10 0K 1 NZ 30V A 220 100M 2A C1 C2 de 1 0 luF 1000pF 16V 25V 50V SADDR 90h SADDR H BAh IO MT9P031 Sensor IO 220 100M 5 C6 1uF 0 1uF 1000pF 16V 25V 50V 30V LF3 220 100 2 9 0 1uF 1000pF 16V 25V 50V 18V CORE LF4 220 100M 2A C10 1uF 16V C202 C200 0 1uF 1000pF 25V 50 10 LES 220 100 2 C13 203 0 1uF 16V 25V C201 1000pF 50V qe C15 1000pF 50V RESET SADDR SDATA SCLK EXTCLK TRIGGER STANDBY VAAPIX VAA VAA VDDPLL VDD VDD VDDQ VDDQ MT9P031 DOUT DOUT DOUT DOUT DOUT DOUT DOUT DOUT DOUT DOUT DOUT odgo oombeogN PIXCLK LINE VALID FRAME VALID STROBE Pelco Service Operations Sarix IX Service Manual RN1D 4 5 gt DO_VDDQ 1 3 6 AM D1 VDDQ 2 4
53. O 2 EMRXAKC 4 EM 2 2 2 2 lt 10 4 2 4 2 10 b EM 52 2 10 ETHRXDV 5 25 ETH MDIO 40 y COUTS 2 10 ETH CRS B 4 EMRNWY 2 COUT 2 E 275 4 ICOPROC WAIT 312 CORO NT 2 1 7 COPROC_CIK BB 2 4 RELAY OUTS 55 gt FROM PSO 7 2 37 3 RST TO PSO 7 4 015 3 40 COUTO 2 2 2 T01 4 MD o o 4 EM 013 43 M 4 i 4 EM DD 45 46 EM 4 47 48 4 4 49 5 EMM 4 4 EM D10 51 m 2 4 EM D9 4 a 4 EM 68 55 55 4 57 58 4 P 4 07 59 60 EM AD 4 mun 4 EM D6 6 62 4 55 2 4 EM 04 65 65 gt gt 12C DATA 210 ww 67 68 IMCS 4 4 03 7 GPIO 4 4 EM D2 n 4 EMD lt ISYS 27 4 75 76 gt PRESENT 10 MECH UI INTERFACE CP 79 80 vec sv MIXED ANALOGIDIGITAL INTERFACE 600 100M 15 BV Y 2 Y CURRENT DRAWEST 500mA MAX SHARED WITH 2 PINS 51475 are rated at 500mA per pin CURRENT DRAWEST 00mA MAX SHARED WITH 2PINS 117 15A 33V Place near 2 facing rear of camera 1 Debug Info LEDs tobe visible through the SD com ZN 2 3 4 27 ISYS RESET Y 5 0 N C 6 7 10 DC CLK SV 8 10 DC 5V 9 8 SVC MD
54. OM SILKSCREEN BOTTOM P LEE FP p ie m 9 sine S s a 755 c Mn 2 N 0 ane 2 SU GND 98 5 R59 1 RH 7 e 0 moja NH a 29 B pu TP40 n HT 2 40 _ e uu 56 TP61 32 oo m 1 3 e TP30 6 0 e o e Ayr OK 0 mW Q 54 x t R28 LEFT T w p TIT El 8 unns e Dn 1 R24 R 19 4 r3 m gt 2 TP48 lt 45 EN R 7 5 42 P nn nt E E d O a o pee H 2 g 59 a t AE Om x ca e BR 455 00 lt z E1 QE 832 mH as mga 276 23 C52 zz un EM 2g 0 Om m gt e nin d us R71 o gt 9 daa m Jag 2 a E 21419 0 21 m MM m d mus ma m mus e B e 72 m mm y 213 E e Tr gt 3 TP26 gt
55. Power Consumption Current Consumption PoE 24 VAC Local Storage Alarm Input Alarm Output Service Port MECHANICAL Lens Mount Camera Mount ENVIRONMENTAL Operational Temperature Storage Temperature Storage Humidity 1 3 inch effective 1 4 inch effective 1 4 inch effective CMOS Progressive scan 800 x 600 50 dB DC drive 1 1 100 000 sec 60 dB 2 000 to 10 000 K 1 1 2 2 850 SNR 24dB 0 50 lux 0 12 lux 0 25 lux 0 03 lux 1 11 Ib 0 50 kg 2 00 Ib 0 90 kg RJ 45 connector for 100Base TX Auto MDI MDI X or better for 100Base TX 22 to 34 VAC 24 VAC nominal or POE IEEE 802 3af class 3 lt 6 W lt 200 mA maximum lt 295 mA nominal lt 390 mA maximum Mini SD 10 VDC maximum 5 mA maximum 0 to 15 VDC maximum 75 mA maximum External 3 connector 2 5 mm provides NTSC PAL video output CS mount adjustable 0 25 inch 0 64 cm UNC 20 screw top and bottom of camera housing 14 to 122 F 10 to 50 C 14 to 158 F 10 to 70 C 20 to 90 noncondensing VIDEO Video Encoding Video Streams Frame Rate Supported Protocols Users Unicast Multicast Security Access Software Interface Pelco System Integration Open IP Integration Pelco Service Operations Sarix IX Service Manual H 264 base profile MPEG 4 and MJPEG Up to 2 simultaneous streams the second stream is variable based on the setup of the primary stream Up to 30 25 24 15 12 5 1
56. Video Streams Frame Rate Supported Protocols Users Unicast Multicast Security Access Software Interface Pelco System Integration Open IP Integration Pelco Service Operations Sarix IX Service Manual H 264 base profile MPEG 4 and MJPEG Up to 2 simultaneous streams the second stream is variable based on the setup of the primary stream Up to 30 25 24 15 12 5 12 10 8 7 5 6 5 4 3 2 5 2 1 dependent upon coding resolution and stream configuration TCP IP UDP IP Unicast Multicast IGMP UPnP DNS DHCP RTP RTSP NTP IPv4 SNMP v2c v3 QoS HTTP HTTPS LDAP client SSH SSL SMTP FTP mDNS Bonjoure and 802 1x EAP Up to 20 simultaneous users depending on resolution settings 2 guaranteed streams Unlimited users H 264 Password protected Web browser view and setup up to 16 cameras Endura 2 0 or later Digital Sentry 4 2 or later Pelco IP camera API Minimum System Requirements Processor Memory Network Interface Card Monitor Web Browser Media Player Intel Pentium 4 Microprocessor 1 6 GHz 512 MB RAM 100 megabits or greater Minimum of 1024 x 768 resolution 16 or 32 bit pixel color resolution Internet Explorere 7 0 or later or Mozillae Firefoxe 3 5 or later Internet Explorere 8 0 or later is recommended for configuring analytics Pelco s Media Player or QuickTimee 7 6 5 for Windows XP Windows Vista or QuickTime 7 6 4 for Mac OS
57. X 10 4 Internet Explorer is not supported by Mac OS X 10 4 This product is not compatible with QuickTime version 7 6 4 for Windows XP or Windows Vista If you have this version installed on your PC you will need to upgrade to QuickTime version 7 6 5 SPECIFICATIONS continued IX30 3 1 MEGAPIXEL HIGH DEF DIGITAL CAMERA GENERAL Imaging Device Imager Type Imager Readout Maximum Resolution Signal to Noise Ratio Auto Iris Lens Type Electronic Shutter Range Wide Dynamic Range White Balance Range Sensitivity Color 33 ms Color SENS 500 ms Mono 33 ms Mono SENS 500 ms Weight without lens Shipping Weight ELECTRICAL Port Cabling Type Power Input Power Consumption Current Consumption PoE 24 Local Storage Alarm Input Alarm Output Service Port MECHANICAL Lens Mount Camera Mount ENVIRONMENTAL Operational Temperature Storage Temperature Storage Humidity 1 3 inch effective CMOS Progressive scan 2048 x 1536 50 dB DC drive 1 1 100 000 sec 60 dB 2 000 to 10 000 lt 1 2 2 850 SNR gt 24dB 0 50 lux 0 12 lux 0 25 lux 0 03 lux 1 11 Ib 0 50 kg 2 00 Ib 0 90 kg RJ 45 connector for 100Base TX Auto MDI MDI X or better for 100Base TX 22 to 34 VAC 24 VAC nominal or PoE IEEE 802 3af class 3 lt 6 W lt 200 mA maximum lt 295 mA nominal lt 390 mA maximum Mini SD 10 VDC maximum 5 mA maximum 0 10 15 VDC maximum 75 mA maximum External
58. a signal interruption becomes observable there are components in that proximity that either qualifies for further testing or replacement Sizeable multilayer motherboards largely populated with digital surface mount devices are sometimes embedded within their host PCB Moreover it is sometimes necessary to consider the economic value of an assembly in service against its full replacement value Sometimes PCB assemblies are not serviceable by design and it then comes necessary to fully replace what components cannot be measured or accessed Nonvolatile memory devices such as EEProms MPUs Flash FPGAs GALs or ASICs are difficult to probe or measure to determine their integrity It is and should be enough to ensure that these devices are updated or programmed as necessary before testing and service begins When in doubt these devices should be reprogrammed to the current level of firmware or code they carry 24 Service Operations Sarix IX Service Manual TROUBLESHOOTING GUIDELINES continued FINAL TEST AND WRAP UP 1 As electronic components are collected after repairs are completed those parts should be rendered available to the customer if there is desire for their return At the customer s discretion defective electronic components saved may be properly disposed or recycled by the Pelco Authorized Service Center 2 Final Test As necessary to ensure accurate timely and complete repair work is accomplished it is imp
59. abricated components such as enclosures latches lenses interface connectors and so forth could give immediate observable evidence as to a cause of failure or defect 3 determine the warranty period status of a unit in service a Service Engineer must obtain both the build date of the unit manufactured and in some cases customer purchase date of the unit itself The unit manufacture date is often indicated by Julian date code within the unit s serial number serial number does not follow a Julian date code format to indicate manufacture date the customer s purchase date must be provided by either sales receipt or invoice The duration and terms of Pelco warranties are as published in Pelco publications or at its website 4 Once the warranty or post warranty period status is validated charges and estimates applicable for services rendered to Pelco or the customer respectively As the warranty status of the unit in service is somewhat determined by the condition and use of the application a warranty assessment cannot be provided until a unit is examined as to the cause of failure A Service Engineer must rule out any possibility of misuse neglect or intentional damage brought to the unit Once it s determined that the cause of failure is from an irregularity in production workmanship or a short term design defect then the unit s coverage is honored by Pelco for the warranty duration and terms specified 5 Asa Service Enginee
60. and a image is present on the monitor copy and paste the IP address from the Pelco Device Utility into the browser 3 Confirm you have a video image on the test monitor 4 Insert reset tool into reset opening on rear of camera 5 Press and release the reset button on the rear of the camera marked as RESET 6 Camera will begin the reset process 7 reset process is complete click the LIVE tab in the software utility to view video and sure proper operation has returned 8 Reset test complete 16 SERVICE TEST amp CALIBRATION continued LENS CONTROL VOLTAGE TEST DESCRIPTION This test shall verify that the Sarix camera under test provides adequate voltage for proper lens control TEST REQUIREMENTS 1 PMCL524F 24 High Definition Monitor 2 External 24VAC Power Supply 300ma max or single port POE injector 3 Computer web browser and network interface card 4 5 or better Network Cable 5 Digital Multimeter DMM with AC Current measurement capability 6 10A Variac SET UP Establish 24VAC supply voltage at camera input terminal block Connect network port to the RJ45 receptacle Ensure monitor connection Is available and online with the camera under test TEST STEPS 1 With a variac supply apply 24VAc power to unit under test This begins the boot process Wait for the boot process to complete before beginning the next step 2 the unit has completed the boot process
61. ay 2 BS 2 USED FOR 1Gb PARTS ONLY 19 DDR2 CS Nco AQ 0082 016 WM Nc1 E DDR2 077 VH W DDR2 CLK P B9 DDR2 D15 DDR2 018 W5 we 0082 CLK N R3 Bi DDR2 D14 R3 DDR2Di9 VI5 R7 09 DDR2 013 R7 005260 U VB Route dferentialy 1511 spacing RB DI DDR2 512 RB DDR2D2 WI6 DDR2D2 VI6 Ur D3 DDR2 D11 DDR2D23 T DDR2 CKE 07 DDR2 510 0082 5 2 DDR2 09 DDR2 CAS DDR2 D8 0082 024 18 DDR2 DDR2 025 Ui7 F9 DDR2 D7 008255 018 U4 paso 1 DDR2 D6 DDR2D27 WI U6 0051 K9 HS DDR2 D5 9 008258 8 0052 Hi DDR2 D4 0082 029 WIS 016 0063 lt gt lt gt 0082 VI9 Balance line length with Data lines H3 DDR2 D3 0682631 1 9 T4 DQMO DDR2 CS A 18 H7 DDR2 D2 DDR2 CS B 18 T6 0082 CAS 17 DDR 01 DDR2 CAS B 17 T14 DOM2 DDR2 RAS A G8 DDR2 DO DDRQRASB K T16 DOM3 DDR2 DDR2 DDR2CKEB RIS 2000HM vec 184 ie DDR2 CKE B DDR ZP 1 R6 20 T12 DDR ZN 18V 0082 J8 B DDR2 CLK B P NE dm TOMA 0082 CIK A N aT DDR2 CLK B N E 3 220 100M P3 TIO 100mAintothis pin BZ DDR VREF VREF C30 C31 past 88 0053 1UF D2 zw 63V 0950 F D8 0062 7 2 83 DOM3 B3 DOMO F3 H2 DOM2 F3 TMSSX0DMG446 HB TMS220DM6446ZWT DDR2 B DDR2 8 B DDR2 BS B DDR2 RAS B DDR2 A3 DDR2 AB DDR2 DDR2 RAS DDR2 DDR2 A
62. b browser and network interface card 4 5 or better Network Cable 5 Digital Multimeter DMM with AC Current measurement capability 10A Variac SET UP Establish 24VAC supply voltage at terminal block with DMM positive and negative probe leads in series with high side of connection at the 6 pin terminal block plug Connect network port to the RJ45 receptacle Ensure monitor connection is available and online with the camera under test TEST STEPS 1 Set the DMM to measure AC current at the given supply frequency 50 60Hz With a variac supply apply 24VAc power to unit under test This begins the boot process Wait for the boot process to complete before beginning the next step 2 Once the unit has completed the boot process confirm video is present on the test monitor 3 With the camera at idle for about 10 seconds observe current draw does not exceed 300ma 4 With the variac scale down back the input AC voltage to the camera to 21VAC Ensure camera current draw does not exceed 300ma and that there are no observable adverse affects with the camera offline video dropout high temp no iris movement etc Cycle power off and on again to return low line input voltage to the camera Verify general camera functionality with the Pelco device utility and remain at low line idle for 30 seconds to ensure stability 5 With the variac scale up forward the input AC voltage to the camera to 27VAC Ensure camera cur
63. confirm video is present on the test monitor 3 With the camera at idle for about 10 seconds measure DC voltage at pin 1 of lens the four pin lens control port on the left side of the camera Ensure voltage reads XX volts 10 4 With the variac scale down back the input AC voltage to the camera to 21VAC Ensure lens control voltage does not change and that there are no observable adverse affects with the camera offline video drop out high temp no iris movement etc Cycle power off and on again to return low line input voltage to the camera Verify general lens focal length range operation with the Pelco device utility 5 With the variac scale up forward the input AC voltage to the camera to 27VAC Ensure lens control voltage does not change and that there are no observable adverse affects with the camera offline video drop out high temp no iris movement etc Cycle power off and on again to return high line input voltage to the camera Verify general lens focal length range operation with the Pelco device utility Pelco Service Operations Sarix IX Service Manual CURRENT DRAW LOW LINE HIGH LINE TEST DESCRIPTION This test shall verify that the Sarix camera under test does not draw excessive current while operating under best case and worse case conditions TEST REQUIREMENTS 1 PMCL524F 24 High Definition Monitor 2 External 24VAC Power Supply 300 max or single port POE injector 3 PC Computer we
64. drops across junctions as per the device type under test Watch for parallel shorts or low resistance values that could affect direct voltage drop measurements This is again is a survey of components in a sweeping fashion with respect to their circuit position as indicated by corresponding Pelco schematics or service manuals e Briefly check for mechanical integrity of motors drives and belts if applicable f Verify and correct for proper mounting and placement of fans gaskets seals and inserts g Verify solvents lubricants adhesives and thermal compounds are in place as applicable DYNAMIC INSPECTION 1 While both visual inspection and static measurements often yield immediate results as to how repairs are completed sometimes these two approaches in sequence do not go far enough to correct a functional problem that lead to a more complete repair So after both visual and static inspection points are followed it is now necessary to apply power and signal to a unit under test 2 Pelco products are either powered by an AC supply or a DC supply So this brief outline covers both approaches toward power up or a power cycle event a AC While there fuses and circuit breakers often in place to protect unit in service from further damage upon failure sometimes the current draw from that failure could dwell at an excessive level to cause immediate or long term damage Even while a fuse 22 Service Operations Sar
65. e This procedure and its tests may vary slightly from model to model Some models may call for different tests or tests applied in a different order Contact Pelco Service Operations for additional details No Type Test Description Pass Fail 1 VISUAL UNIT TEST PREPARATION 2 VISUAL PHYSICAL INTEGRITY CHECK 3 VISUAL OPTICS SENSOR INSPECTION 4 VISUAL LENS INSPECTION 5 DYNAMIC POWER USING 24VAC 6 DYNAMIC POWER OVER ETHERNET POE 7 DYNAMIC LED FUNCTIONALITY 8 DYNAMIC NETWORK LINK amp ACTIVITY 9 DYNAMIC CURRENT DRAW amp LINE TEST 10 DYNAMIC AUTO IRIS CHECK 11 DYNAMIC LENS IRIS CONTROL 12 DYNAMIC SERVICE VIDEO UTILITY 13 DYNAMIC TILT TIP ALIGNMENT 14 DYNAMIC AUTO FOCUS CHECK 15 DYNAMIC FOCAL RANGE CHECK 16 DYNAMIC ALM RLY SD FUNCTIONS 17 DYNAMIC USB ACC PORT FUNCTION 18 DYNAMIC UNIT RESET 19 DYNAMIC CONTROL OVER ETHERNET 20 DYNAMIC VIDEO OVER ETHERNET 21 DYNAMIC DHCP CHECK 22 DYNAMIC ENDURA OPERABILITY 23 DYNAMIC ANALYTIC FUNCTIONS 24 VISUAL FINAL CHECK SERVICE TEST amp CALIBRATION continued Sarix IX IXE SERVICE TESTS UNIT TEST PREPARATION DESCRIPTION Unit examination and orientation toward static and dynamic tests TEST REQUIREMENTS 1 Sarix Camera 2 6 Philips Driver 3 Clean amp dust free workstation TEST SET UP 1 Specialist must wear hand gloves and breathing mask before inspection 2 Workstation must be reasonably free of dust or other forms of contaminates 3 ESD static safe works
66. ed PROCESSOR BOARD MINI SD SET UP VID 5 TP72 CABLE VCC 18V PLACE FILTER CLOSE TOU2P19 848 tre DACA IO c2 12V 16V 100K 1 20 100M 7 al 10uF M x 33V Place pullup resistors close to J2 CONTROL IMPEDANCE TO 50 OHMS ON SD SIGNALS R60 R2 6 RIS R96 SLIK 511K 511K LBLIK 511K 511K Place series resistors close to U2 1 1 1 1 1 1 2 CN23 1021 1000 100 sp 4 9 SD 2 cmo Lx 1 819 100 50 5 SD AR gt CLK 1 R4 100 1 so 39 lt gt SD 1 CDDAT3 2 932 6 100 B SD DATA2 AN 2 5X R32 100 1 55 so 29 551 AAA 4 SD 8 para P 1 RO 100 172 08 500 SD DATAO 7 SD DATAO 4 DATO a WC3N TENE io VDD em __ 8 470K 1 cns TP30 7 ane 9 RS50 1811 4703 DO NOT INSTALL miniSD Molex 500972 1107 Z TPA B7 gt PROC LED GREEN GPIOR GPIOBI Service Operations Sarix IX Service Manual gt CABLE IN AMP ON 10 R S 9 5 CONN 1 R61 PLACE R61 R62 amp R3 CLOSETOU1 PIN 1 267 OHM S gt DEBUG OUT 7 R amp LEVEL ABECAUSE MARIN
67. erations Sarix Service Manual SCHEMATIC DRAWINGS continued TRANSLATOR BOARD SUPPLY CONDITIONING Supply Conditioning 2 Mcron Digital IO Adjustable Supply set to 2 8V Filter 5V Currently Unused Voltage on Sensor XF55 0060 2022 DO NOT INSTALL 5V VDDQ IO 5 C6 lu Comment CPS1 2616 2105 DO NOT INSTALL 1uF 16V RS50 1811 0000G DO NOT INSTALL Filter 3 3V temp sensor 33V 33V FILT 61 Service Operations Sarix IX Service Manual SCHEMATIC DRAWINGS continued TRANSLATOR BOARD BUFFERS Buffer Translators 33V FILT Signal Pullups on Sensor Board TP8 TPO TP10 TP11 TS TREE 18V 120 CLK 31 sc scat SCL FILT 18V DC DATA SDAI SDA2 SDA FILT 12 16 17 18 19 TP26 27 28 18 RS50 1811 2001G DO NOT INSTALL VREF1 VREF2 H RS50 1811 2001G DO NOT INSTALL TP29 TP3O TP31 TP32 TP33 TP34 TP35 TP36 28V Aside to 1 8V B side VD VDDQ C10 C11 HD _ L H 4 vopaSS 26 25V 25V 43 D11_VDDQ 1 lt 43 1 27 i Pe 9 VDDQ VDDQ 9 X lt 38 37 io Da Qa an 2 33 2 03 VDDQ MEM E IO Signal Pullups on Sensor Board lO 2 T 27 26 T VDDQ E TP20 R29 10 0K 10 1 P21 3 5
68. etup up to 16 cameras Endura 2 0 or later Digital Sentry 4 2 or later Pelco IP camera Minimum System Requirements Processor Memory Network Interface Card Monitor Web Browser Media Player Intele Coree2 Duo microprocessor 2 6 GHz Operating System Microsofte Windowse XP Windows Vistae or Mace OS X 10 4 or later 2 GB RAM 100 megabits or greater Minimum of 1024 x 768 resolution 16 or 32 bit pixel color resolution Internet Explorere 7 0 or later or Mozilla Firefoxe 3 5 or later Internet Explorere 8 0 or later is recommended for configuring analytics Pelco s Media Player or QuickTimee 7 6 5 for Windows XP Windows Vista or QuickTime 7 6 4 for Mac OS X 10 4 Internet Explorer is not supported by Mac OS X 10 4 This product is not compatible with QuickTime version 7 6 4 for Windows XP or Windows Vista If you have this version installed on your PC you will need to upgrade to QuickTime version 7 6 5 Service Operations Sarix IX Service Manual Firmware Releases Reference Pelco com for release notes pertaining to current models in production Historically referenced versions are listed below Specific release notes for the following versions are available upon request globalservice pelco com IXE VERSION Version 1 4 5443 0002 0004 IXE BASE FIRMWARE 1 4 9 9081 Version 1 5 SA43 0002 0005 _ FIRMWARE 1 5 9 9081 Version 1 6 5443 0002 0006 IXE
69. f camera and read image capture snapshot JPG from media view on computer RELAY OPEN CLOSURE EVENT 24 Click New Handler to add Relay 1 as a Handler 25 Set the Type to Open Close Relay 26 Set the On Time to 1 second and the Off Time to 1 second 27 Set the Pulse count to 5 and filter for all days of the week by checking each field box as true Set start time as 0100 and End time as 2300 hrs 28 Set the Source to Trigger_Swtich 29 Press Submit 30 Toggle SPST switch connected to alarm relay 24vac terminal block connector 31 Observe that the connected LED to relay port on terminal block receptacle cycles on and off for about 5 seconds A total of 5 pulses 1 second on and 1 second off should appear de lamination 15 SERVICE TEST amp CALIBRATION continued Sarix IX IXE SERVICE TESTS AUTO FOCUS TEST DESCRIPTION This test will verify operation of auto focus TEST REQUIREMENTS 1 PMCL524F 24 High Definition Monitor 2 Pelco Device Utility 3 Network Connection 4 External 24VAC Power Supply 300ma max or single port POE injector 5 POE20Y560G Single Port POE Injector 6 PC Computer web browser and network interface card TEST STEPS 1 Plugin CATS cable into RJ45 connector on rear of camera 2 Apply 24vac or POE to power the camera This begins the Boot process Wait for the Boot process to complete before beginning the test procedure 3 networked PC
70. gt 26 Service Operations Sarix IX Service Manual SKUing amp DeSKUing Background Various Sarix IX camera models are produced from a base platform hardware build Each single unit manufactured is configured by software to unlock functions held within firmware unique to different IX models To configure each single model for delivery a Sarix camera is programmed as a stock keeping unit SKU Each model has its own unit level serial number and MAC address based upon a model identity given Every model identity assigned takes is registered within Pelco systems for transaction and support purposes SKUing serialization and MAC address assignment takes place during the manufacturing process at Pelco All Sarix IX hardware is the same from version to version except for IXE models which a separate detachable coprocessor assembly The Sarix coprocessor assembly supports analytic functions among more advanced Sarix IX camera models Matched Pair Requirement The model identity code programmed within each Sarix IX IXE camera resides within the SECPROM device on a Sarix processor assembly That device on the processor assembly is code matched to the specific sensor and optics hardware on each Sarix IX IXE camera Among all models of the same identity each camera is unique and therefore requires processor level service to accompany an optics assembly replacement That is whenever a processor replacement
71. it resistor connection Connect to paddle ground 10 55 Classification resistor connection 11 A LVMODE Low Voltage Mode When pulled high LVMODE opens the internal FET switch and activates the DC DC controller Voltage threshold 2 3V 12 A FB DC DC Controller feedback point 13 A COMP DC DC Controller error amplifier compensation network connection 14 css DC DC Controller soft start capacitor 15 A cs DC DC Controller peak current sense input low side 16 0 NDRV DC DC Controller N MOSFET gate drive 17 0 VBN DC DC Controller low side supply decoupling 18 0 DC DC Controller high side supply decoupling 19 0 PDRV DC DC Controller P MOSFET gate drive 20 P VDD480 Switched 48V supply output Paddle GND Local ground This is the negative output from the diode bridge and is not isolated from the line input Key Input Internal pull down O Output Analog signal Bidirectional P Power 32 Service Operations Sarix IX Service Manual SEMICONDUCTOR IDENTIFICATION continued Vishay MOSFET TR04 5701 7807 TRANS SMT SO 8 MOSFET N CHANNEL 50 8 o o so Top View 5 N Channel MOSFET 33 Service Operations Sarix IX Service Manual Assembly Drawings ASSY BOX CAMERA 904 mo 1830 00001 P IO 4 2 0 905 0409 SCREW 4 40X5 8 PAN TORX 9 6073 08 ASSY ENCL TOP OPTICS PCBS W CO PROC 8 140 6
72. ix IX Service Manual TROUBLESHOOTING GUIDELINES continued replacement or circuit breaker reset establishes ac connectivity there still could exist an excessive ac current draw condition that leads to further damage or repeat failure It s for these reasons that AC supplied Pelco equipment should be powered via ramped up ac voltage through a variable transformer Variac of the correct voltage and operating frequency 0 230VAC 50Hz 60Hz While this voltage ramp up slowly and gradually occurs at the hand control of a Service Engineer ac current draw is monitored through a meter to determine if a fault remains When an excessive ac current draw condition is alleviated it is then that a low voltage drop out level is monitored for the unit under test as well When AC is fully applied to a unit under test and that unit is stable at it s 100V 120V or 230V supply a series of additional measurements can begin to take place b At times there may be a need for a high current 0 10A dc supply to ramp up voltage to a unit under test As the input DC voltage is increased by the hand control of a Service Engineer the power supply current is monitored to ensure there 15 no excessive current draw to be concerned about Sometimes it s sufficient to directly apply an external inline dc power supply wall wart to a unit under test However there are risks with this practice and it should be avoided It s better to have all the proper fittings
73. lution Internet Explorere 7 0 or later or Mozillae Firefoxe 3 5 or later Internet Explorere 8 0 or later is recommended for configuring analytics Pelco s Media Player or QuickTimee 7 6 5 for Windows XP Windows Vista or QuickTime 7 6 4 for Mac OS X 10 4 Internet Explorer is not supported by Mac OS X 10 4 This product is not compatible with QuickTime version 7 6 4 for Windows XP or Windows Vista If you have this version installed on your PC you will need to upgrade to QuickTime version 7 6 5 SPECIFICATIONS continued 20 2 1 MEGAPIXEL EXTENDED PLATFORM HIGH DEF DIGITAL CAMERA GENERAL Imaging Device Imager Type Imager Readout Maximum Resolution Signal to Noise Ratio Auto Iris Lens Type Electronic Shutter Range Wide Dynamic Range White Balance Range Sensitivity Color 33 ms Color SENS 500 ms Mono 33 ms Mono SENS 500 ms Weight without lens Shipping Weight ELECTRICAL Port Cabling Type Power Input Power Consumption Current Consumption PoE 24 VAC Local Storage Alarm Input Alarm Output Service Port MECHANICAL Lens Mount Camera Mount ENVIRONMENTAL Operational Temperature Storage Temperature Storage Humidity 1 3 inch effective CMOS Progressive scan 1920 x 1080 50 dB DC drive 1 1 100 000 sec 60 dB 2 000 to 10 000 K 1 2 2 850 SNR 0 50 lux 0 12 lux 0 25 lux 0 03 lux 1 14 Ib 0 51 kg 2 00 Ib 0 90 kg RJ 45 connector for 100Base TX Auto
74. me it takes to complete repairs is shortened the cost of service to customers and Pelco through warranty claims is reduced and repair services rendered are assured as accurate without the likelihood of repeat failure incidents Pelco Service Center personnel that will be inspecting testing diagnosing calibrating and servicing Pelco equipment shall follow this procedure This procedure serves as a uniform and top down approach toward warranty and post warranty repairs but does not apply specifically toward hardware firmware or software performance or quality updates nor does this procedure apply to calibration methods prescribed in other support documentation Within the procedure below the step sequence of visual inspection static inspection and dynamic inspection are followed in this order Procedures VISUAL INSPECTION 1 Pre service and repair assessment must include a unit level overview to determine what external factors might explain or contribute to a cause of unit failure Moreover for purposes of clarity a unit failure is that which constitutes an observable defect or fault in unit function performance reliability safety or regulatory compliance e g CE FCC cUL NOM TUV as applicable 2 Before a unit chassis is opened for internal examination and diagnosis a Service Engineer must determine what damage or conditions could exist to explain a defect that a customer may have described More specifically hardware or f
75. nding the observable damage 21 Service Operations Sarix IX Service Manual TROUBLESHOOTING GUIDELINES continued by visual inspection or around the circuitry and hardware involved with the customer s fault description 2 With a unit schematic available to cross reference what SMT or through hole component values and measurements should be follow these points of inspection No power or signal is applied to the unit in service at this time This is a fast sweep approach toward passive and active component measurements using a Digital Multimeter or other more applicable hand tools a Measure in circuit resistance values Check for open circuit readings across carbon composition resistors Check for changes in value among metal oxide or flameproof resistors Take into account changes in networked resistance values and lift component leads for measurement only if necessary b Measure for in circuit inductor continuity Watch for open ferrite beads broken coil leads or open transformer windings both primary and secondary Measure for out of circuit capacitance values only for those capacitors that are suspect as having a defect due to proximity of surrounding component damage Do not sweep measure capacitors through individual out of circuit measurements d Measure for in circuit PN junctions of diodes transistors LEDs and other simple junction based semiconductors Verify proper forward and reverse voltage
76. ns Sarix IX Service Manual ENTER MF00 6010 144 BETWEEN THESE FEATURES 2 3 220 001 2H20 5002 1880 2H05 0104 1005 2905 0104 0902 2905 0104 0708 2H05 0104 0703 RD 6073 113 RD 6073 104 PCI2 0003 00 PAIO 0024 00 MSIO 0202 0002 0 6072 04 MF00 607 126 00 6071 125 MF00 6070 144 00 6070 140 00 6070 133 00 6070 132 G RETAINING E STYLE 1 16 SHAFT WASHER 09410 188 OD 020 THK NYLON SCREW 00 51 X 5 16 PLASTITE TORX PAN SCREW I 32 X B PLASTITE TORX PAN SCREW 42 28 X 1 2 PLASTITE TORX PAN SCREW 2 28 X 3 16 PLASTITE TORX PAN ODYSSEY IMAGER PCBA ASSY DAY NIGHT CARRIAGE ABF PCB FLEX 2 LAYER ODYSSEY MECH UI FPCA G MAGNET 3 16 DIA X 1 8 THK 0 39206 FRONT ENCLOSURE 2ND OPERATION ASSY ABF LEADSCREW GEAR 56 TH OVERMOLDED ASSY CNTR GEAR 72 8 26 TH OVERMOLDED EMC GASKET COND FABRIC OVER FOAM 413 H BEARING OIL LESS BRONZE 1875 ID EMC GASKET COND FABRIC OVER FOAM D STYLE EMC GROUND STRAP RIGHT 2 07 gt QTY MF00 6070 3l 6070 12 6070 10 MF00 6070 108 MF00 6070 106 LP02 0100 000l LPO 1002 000 BA05 0202 0001 PART NO 1 1 gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt gt 1 gt gt gt gt GROUND
77. ol Data Signals Within an assembly that is supported by a component architecture involving hardware such as microcontrollers memory devices processors and A D and D A converters it becomes important to monitor signals with respect to their relationships with one another Clock signals derived by timers or crystals must be probed to verify their presence Thereafter signal conditioning or wave shaping devices such as inverters or down counter devices must then be probe points to ensure that microcontrollers microprocessors DSPs or other clock dependent peripheral devices are driven appropriately In conjunction with properly applied dc supply voltages to this digital hardware clock signals must be rendered intact Analog signals that are converted to a digital representation must be measured with proper equipment to ensure that signal storage and manipulation by instruction or software command takes place It is often enough to probe and measure signal its digital domain with a multi channel DSO or analyzer to verify it is in place and that changes are happening based upon some stimulus Serial or network communication transceivers whether via external UTP or Fiber should be probed or monitored with appropriate equipment to verify signal presence Working backwards from transceiver a Service Engineer can pick up how a network digital signal should transfer throughout an assembly to verify proper operation Where by locale
78. ortant to run a final test This test must first demonstrate that the original fault description was remedied and that the unit is fit for use through the remainder of its useful life After corrective testing is done the Service Engineer must also apply a general test procedure to verify proper operation This procedure must include a series of steps that demonstrate a unit s adherence to product specifications for current production models and reliability stress tests such as mechanical and thermal shock to reveal intermittencies or uncovered defects It is sometimes important to apply unique and limited stress testing to a customer described unit fault specifically for the purpose of finding if the introduced repair is robust and fully effective 3 Clean up After repairs and reassembly every unit serviced must be wiped down and cleaned with a nonconductive and nonabrasive cleanser such as a diluted Simple Green solution 4 Wrap Up Cables must be tie wrapped and outside fasteners and connectors must be secured to avoid scratches damage or undue loss of parts Units after service should be wrapped or protected with a nonconductive cover All materials returned to the service center with the unit in service must be returned to the customer at the time service is completed e g manuals cables connectors etc 25 Test amp Configuration Scripts Pelco Service Operations Sarix IX Service Manual As with the application of firmware upda
79. perations Sarix Service Manual gt ALARM IN TO PROC 1004 42 Service Operations Sarix IX Service Manual SCHEMATIC DRAWINGS continued POWER I O BOARD ETHERNET PHY ETH_TD gt gt RS 1 499 PLACE CLOSE TO U7 RD 499 0 luF 25V ETH_RD ETH TXEN ETH TXCLK TP40 PLACE CAPS AND CRYSTAL CLOSE TO U7 gt ETH_RXCLK ETH_RD gt 18pF 18pF 1 UK PHY 33 0 31 ETH 14 MINIMIZE STRAY CAPACITANCE TP49 AT YA TPS TO PROC R63 100 196 ETH CIE C136 ETH TxD O 25V 22 ses as ETH Txp1 OF EN ETH 22 x SN 2 PLACE CAPNEXRUT 7 PLACE 2 uF CAP NEAR U7 32 ETH_RXDO 9 ETH RXxD1 5 2 33V 8 ETH RXDV e PULLDOWNS CONFIGURE ET ETH_RXER 5 ETH_CRS ETH 5 ETH_MDCLK gt TES g 1C32 3605 0014 DO NOT INSTALL 33V INTERFACE 1 G TR03 5101 0335G DO NOT INSTALL 43 SCHEMATIC DRAWINGS continued POWER I O BOARD PROCESSOR INTERFACE INTERFACE SIGNALS HAVE 1 8 3 3V and 5V LEVELS Place 0 ohmresistors near connector to avoid stubs if the feature is unused 0 DC V lt 2 COL BO coma 13 4 20 5V 6 TXD0 ETH_RXD0
80. pply to terminal block ports marked 24V on rear of camera 2 Plug CAT5 6 cable into RJ45 port on rear of camera 3 Plug opposite end of CAT5 6 cable into Switch connected to network computer hosting the Pelco device utility 4 Apply 24vac to power the camera This begins the Boot process Wait for the Boot process to complete before beginning going to the next step 5 Within the Device utility open view panel for camera under evaluation 6 Observe video now seen on the unit under test in the device utility An image on the monitor confirms the unit is functioning using POE 7 Aimage on the monitor confirms the unit is functioning using 24vac 13 SERVICE TEST amp CALIBRATION continued Sarix IX IXE SERVICE TESTS LENS INSPECTION DESCRIPTION Unit lens evaluation TEST REQUIREMENTS 1 Sarix Camera 2 Clean amp dust free workstation TEST SET UP 1 Specialist must wear hand gloves and breathing mask before inspection 2 Workstation must be reasonably free of dust or other forms of contaminates 3 ESD static safe workstation and work surface 4 Specialist wearing wrist strap attached to grounded workstation mat 5 ESD rated material handling equipment carton bag tote TEST STEPS 1 Remove lens from camera as applicable Insert protective dust cap onto Sarix Optics assembly 2 Examine glass elements from both ends of lens Inspect to ensure lens unit integrity a Particle contamina
81. r Electric Pelco Service Operations 3500 Pelco Way Clovis CA 93612 UNITED STATES Tel 1 800 289 9100 or 1 559 292 1981 Fax 1 800 289 9707 or 1 559 348 1120 Pelco the Pelco logo and specific Pelco model series names are registered trademarks of Pelco globalservice pelco com
82. r begins work on the unit in service he works from the outside and goes inward to determine cause s of failure to bring about a total correction Complimentary to that 20 Service Operations Sarix IX Service Manual TROUBLESHOOTING GUIDELINES continued approach getting a customer description of the failure or defect is necessary and important to implement an effective repair What s more it is necessary to obtain a customer failure description to replicate the problem description and to generalize what steps to take to repair the unit in service Since customers want unit repairs to be done correctly in the shortest time and at the lowest expense possible it is also necessary to fully assess the functional status and fitness of a unit in service This means that a customer description that might lead to a remedy is not enough to bring about an effective repair A Service Engineer must get a brief full unit assessment to repair a unit or to inform a customer what s involved in repair work 6 After the external condition of a unit in service is examined and a possible faulty operational status is confirmed by test a Service Engineer then opens the chassis or enclosure of the unit and continues a visual examination No power or signal is applied to the unit in service at this time A survey of the following must be completed as a unit is opened and before a Service Engineer a Unit is properly assembled as per Pelco Service Man
83. re cracked broken missing or displaced components on PCB Assemblies 8 Examine chassis for scratches dents or other defects 9 Check all silk screens to ensure legibility SERVICE TEST amp CALIBRATION continued Sarix IX IXE SERVICE TESTS USB ACC PORT FUNCTIONALITY TEST DESCRIPTION This test will verify the USB ACC port is operational TEST REQUIREMENTS 1 USB Flash Drive Must have LED Read Write indicator 2 USB Female A to Male A Adaptor 3 EXTERNAL 24VAC POWER SUPPLY SUPPLY MINIMUM OF 300ma OR SINGLE PORT POWER OVER ETHERNET POE INJECTOR TEST SET UP Establish supply voltage at terminal block TEST STEPS 1 Plugin a USB Memory device thumb drive to USB ACC port on the rear of the camera 2 Visually ensure that the LED flashes on the USB memory device 3 Use a USB that has some sort of connectivity light on it Pelco Service Operations Sarix IX Service Manual LED FUNCTIONALITY TEST DESCRIPTION This test shall verify unit LEDs are functioning correctly TEST REQUIREMENTS 1 computer web browser and network interface card 2 Network Connection External 24VAC power supply 300ma minimum or single port POE injector 4 5 or better Network Cable 5 USB Flash Drive 6 USB Female to Female Adapter 7 Camera Mounted Megapixel Lens 8 Pelco Device Utility Software TEST SET UP Establish supply voltage at terminal block or RJ45 receptacle Connect network port
84. rent draw does not exceed 300ma and that there are no observable adverse affects with the camera offline video dropout high temp no iris movement etc Cycle power off and on again to return high line input voltage to the camera Verify general camera functionality with the Pelco device utility and remain at high line idle for 30 seconds to ensure stability SERVICE TEST amp CALIBRATION continued Sarix IX IXE SERVICE TESTS CONTROL OVER ETHERNET DESCRIPTION This test will verify the Sarix Camera under testis controlled using a Ethernet connection TEST REQUIREMENTS 1 PMCL524F 24 High Definition Monitor 2 External 24VAC Power Supply 300ma max or single port POE injector 3 PC Computer web browser and network interface card 4 5 or better Network Cable 5 Pelco Device Utility 6 Megapixel Lens TEST STEPS 1 Establish physical network connectivity between computer and camera using a CAT5 RJ45 plug and the RJ45 receptacle on the camera under test 2 If POE is not powering camera the RJ45 port apply separate 24vac to power the camera 300ma minimum 3 Locate the camera IP address and type it into the URL address field of a Web Browser opened on the computer connected to the camera 4 Log into the camera username and password is admin admin 5 Apply 24VAC power or POE to camera and observe camera boot process Wait for camera start up process to complete before proceeding Internal LED
85. s should stop blinking to indicate camera start up completion 6 Within the browser based software utility navigate to Settings from the main menu and under settings proceed to Imaging 7 Under Imaging select the Focus tab Under Focus Mode check the Manual radio button 8 Slide the Day Manual Focus Position to 60 00 The image should be burly 9 Change the Mode back to Auto the image should now be focused 10 Click the Full Range Auto Focus tab motors will Zoom all the way out and all the way in Image should be in focus once the motors have stopped moving 11 Click the Quick Auto Focus tab image should be in focus once the motors have stopped Pelco Service Operations Sarix IX Service Manual ENDURA OPERABILITY DESCRIPTION This test will verify the unit under test is functional using Endura TEST REQUIREMENTS 1 Endura Service Test System 2 External 24VAC Power Supply 300ma max or single port POE injector 3 5 or better Network Cable TEST STEPS 1 Establish physical network connectivity between Endura Service System and camera using a CAT5 RJ45 plug and the RJ45 receptacle on the camera under test 2 If POE is not powering camera via the RJ45 port apply separate 24vac to power the camera 300ma minimum 3 Apply 24VAC power or POE to camera and observe camera boot process Wait for camera start up process to complete before proceeding Internal LEDs should stop blinking to indica
86. tation and work surface 4 Specialist wearing wrist strap attached to grounded workstation mat 5 ESD rated material handling equipment carton bag tote TEST STEPS 1 Verify no external chassis interface or fabrication hardware damage exists 2 Remove bottom cover of chassis assembly with 6 Philips driver 3 Extend front optics assembly cover door to ensure fit and function 4 Apply 24VAC connection to terminal block 5 Apply CAT 5 6 Ethernet plug to RJ45 receptacle with pre established computer network connection 6 Apply lens with control port attached 7 Ensure PCB assemblies and ribbon cables appear correctly positioned and seated 8 Ensure no physical damage or foreign objects are found within the unit Pelco Service Operations Sarix IX Service Manual PHYSICAL INTEGRITY CHECK DESCRIPTION This test will verify that the cosmetics and silkscreen are not damaged TEST REQUIREMENTS Sarix Camera TEST SET UP Unit under test TEST STEPS 1 Remove bottom cover from camera assembly 2 Visually examine PCBA assemblies to ensure proper fit and error free assembly 3 Ensure flex conductors are fully seated and undamaged 4 Endure fasteners connectors switches and ports are in their correct position and fit 5 Ensure no foreign objects are present within camera chassis 6 Ensure unit is serialized with outside barcode decal on external chassis 7 By physical observation ensure there a
87. te camera start up completion 4 Open Endura Utilities click the Search tab unit under test should be present under System Attributes Click SM search unit should be seen in the Online column 5 Highlight the unit under test the IP MAC Address and Firmware can be seen for reference purposes 6 Minimize Endura Utilities 7 To view the camera under test open Endura Workstation on the desk top 8 Locate camera under test should be located under Unknown Location 9 Double click Unknown location unit under test should be present 10 Double click unit under test and confirm image is present on monitor 18 SERVICE TEST amp CALIBRATION continued Sarix IX IXE SERVICE TESTS FINAL CHECK DESCRIPTION This test will verify the unit is ready for pack off TEST REQUIREMENTS 1 PMCL524F 24 High Definition Monitor 2 External 24VAC Power Supply 300ma max or single port POE injector 3 Computer web browser and network interface card 4 Network Connection 5 CAT5 or better Network Cable 6 Pelco Device Utility 7 Megapixel Lens SET UP 1 Establish physical network connectivity between computer and camera using a CAT5 RJ45 plug and the RJ45 receptacle on the camera under test 2 If POE is not powering camera the RJ45 port apply separate 24vac to power the camera 300ma minimum 3 Locate the camera IP address and type it into the URL address field of a Web Browser opened on the compu
88. ter connected to the camera 4 Log into the camera username and password is admin admin 5 Apply 24VAC power or POE to camera and observe camera boot process Wait for camera start up process to complete before proceeding Internal LEDs should stop blinking to indicate camera start up completion 6 Confirm video is present on the monitor If Applicable TEST STEPS 1 Within the browser based software utility navigate to Settings from the main menu and under settings proceed to NETWORK 2 Under System Settings confirm the Model Number Serial Number Hardware Address MAC Address match the Product label located on the base cover 3 Verify all painted surfaces are clean and free of scratches and dents 4 Verify all silk screens are legible on both the Top Bottom covers 5 Verify silkscreen on Cosmetic channel cover is legible 6 Verify UI cover slides up and down smoothly and locks in place 7 Verify there is No lose hardware inside the unit before installing the Base cover 8 Transfer required Genealogy information to Genealogy PDF form Pelco Service Operations Sarix IX Service Manual 19 Service Operations Sarix IX Service Manual General Troubleshooting Guidelines The purpose of this section is to provide a consistent and standard method of bringing service and repair to a variety of Pelco technologies By applying this approach toward service and repair of Pelco equipment the ti
89. tes or changes within Device Utility software Scripting is supported to test and configure various camera functions Script templates are given within Device Utility 2 0 to select and apply to cameras under test Refer to Device Utility software users manual and instructions pertaining to the use of scripting with Sarix cameras The following Script templates are given within Device Utility to support test amp configuration e disableMulticast e disableUserLeds e enableAutoFocus e enableAutoManualDayNightSetting e enableManualFocusPosition e enableMulticast e enableSSH e enableUserLeds e getFriendlyName e getHostname e setAuthenticationMode e setDayNightTransitionLevels e SsetDNS e setEmailHandler setFriendlyName setFTPHandler setHoldDetectTimes setHostName setLdapConfiguration setMTU setNtp setSDCardHandler setSmtp setTimeZone setVideoOverlay testFailVersion updateLocalUser Actual editable script text syntax for each template is available from Device Utility Supported device scripting availability is as indicated in the following table o E 5 g 5 g 2 E z gt gt 5 5 5 E E 2 8 33 5 5 on ec 110 5 All 1P3701 Series All Spectra IV Series Spectra Mini Series Sarix IX ID IE IM Spectra HD TXB N NET540X Series xi
90. tion dust hair materials specks b Cracks or Fractures Smudges or Moisture d Deformities or Discoloration 3 Ensure cable assembly is intact with firmly attached motor plug 4 Ensure set screw enables lens movement and locking 5 Examine lens to ensure no physical defect exists thread mounts body cavity de lamination Pelco Service Operations Sarix IX Service Manual FOCAL LENGTH ADJUSTMENT DESCRIPTION This test will verify the lens and lens range functionality TEST REQUIREMENTS 1 PMCL524F 24 High Definition Monitor 2 Pelco Device Utility 3 Network Connection 4 External 24VAC Power Supply 300ma max or single port POE injector 5 POE20Y560G Single Port POE Injector 6 PC Computer web browser and network interface card MEGAPIXEL LENS 7 Sarix Megapixel Lens TEST SETUP Establish supply voltage at terminal block Connect network port to RJ45 receptacle Ensure monitor connection is available and online TEST STEPS 1 oU 10 11 Apply 24 to power the camera This begins the Boot process Wait for the Boot process to complete before beginning the test procedure Open Pelco device utility to locate the IP address of unit under test Place the IP address in the web browser Unit should display a image on the monitor Point camera at a still image object or color chart Manually set the focal length to the widest maximum view out Press the F button
91. uals Exploded View Diagrams Mechanical Assembly Drawings b Connectors are terminated and well seated c Wiring cables and harnesses are properly wrapped and well stowed d Ensure there are no loose or foreign objects within the unit e Ensure there is no evidence of contamination oxidation or corrosion f Main and peripheral assemblies as well as their components are anchored and well secured g Check for printed circuit board PCB or component hot spots to indicate overheating h Look for burned out components as indicated by heat stress or surrounding carbon deposits i Check for discolored deformed cracked broken or damaged components or assemblies j Ensure that all components in place are of their proper size and fit Look for improperly stuffed components by polarity value lead insertion or prep k Look for any evidence of prior repair attempts From the physical evidence of damage by visual observation list out and replace components that become necessary for repairs If under post warranty conditions customer approval is necessary be prepared to estimate the costs of repairs and reverse service through retained damaged parts if necessary Removed post warranty parts are returned to the customer unless otherwise specified STATIC INSPECTION 1 Once a visual inspection is completed for the unit in service the next step is to generally measure the collection of active and passive components surrou
92. upplied branch there are components such as integrated circuits or active and passive electronics that are probed and replaced that serve as the point at which a repair is achieved The progressive approach here is to isolate the apparent supply or circuit loading fault to a local group of parts subject to fast and easy replacement 4 After it s verified that supply voltages are present or returned at proper levels a Service Engineer can then begin to probe for faulty signal throughput or handshaking Signal types to probe and measure can either be digital or analog And each type requires separate attention as outlined here a Audio Video Line Signals 23 Service Operations Sarix IX Service Manual TROUBLESHOOTING GUIDELINES continued From the external input of a signal whether it s a camera lens or an input terminal the place to begin pick up of signal transfer occurs right at the termination point after the unit s system interface Analog cameras or line level equipment that propagate signals through circuitry to some predefined output must cascade in stages within a design A Service Engineer examines the signal position and strength as it passes from one component and or section to the next until there is a loss or adverse change of signal transfer From that point the intercepting component or local group of components that affect the measurement are then further examined and qualified for replacement b Contr

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