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Telecine STE-B1 - BroadcastStore.com

1. 3 4 SDTV Film to Tape and Data Application DaVinci Renaissance Grain Reducer SCREAM and Phantom Transfer Engine J32 SDTV Link AG z i RGB Data out RGB Data in PACON TOERNE EEA Jd NAS TTR STE B1 Rack 265079 amp 89 2 2 Router Mixer Vektorscope RGB Data in RGB Daaot SGR 2000 IN seria a WFM seraa Tek 601 Keycode Readers J 57 J 58 J 59 3 J 2 J 3 J 4 SCREAM Q1 Cu bli hapt E A 3 OLE M a FS s o fe D J66 J14 Q Gm 7 CC 29 79 Fe Pulses out Pulses CELA iMCS J6 Q 3 T J 33 J34 g AC Power IN O et 2 SDTV Link gt Ca Dante Ethernet IN 1 L1 L2 L3 N PE Micro HUB AT MR820TR g Transceiver 10Base T Network Ports 1 8 10Base2 SDTV Link A EDU 8 T 6 5 4 983 2 J40 Ri Ix sulle diadldlesilieabraies s22 Digital Video Monitor HiPPI RJ45 10Base T connector Serial Out 3 8 Y o MAU STE B1 A A Dig IN KOR 5 rls Serial 2 J3 Q Q o eria MONITORING 3 S S LTC in Dig Out z S Extern aux REM 2 Serial DE J10 J11 J12 J13 J41B or i i Dd OOOO am m gu gg 2 ideo In ideo Oui Rem Ctrl 1 R G B S NET MAUS MAU2 MAUI LTC out SDTV Sync In O Black Ref c from PJ45 Extern a
2. FH 6430 e essel FH 6340 e Mains FH 6231 Terminal FH 6340 FH 6340 Unit access from 3 Phase the front side FH 4030 Rack 2 2 Phase Rack 3 FH 4033 or 1 Phase FH 4032 Fig 435 Shadow Front view 4 56 Planning and Installation Rev 2 04 2002 STE B1 4 Installation 4 16 1 REMOVAL OF POWER SUPPLY UNITS OF RACK 1 Switch off the telecine unit open the rear doors and disconnect it from mains by switching off the circuit breaker at the Power Terminal Unit 3 Phase FH 4030 or 2 Phase FH 4033 or 1 Phase FH 4032 For exchange or mains change of the power supply units of Rack 1 it is necessary to remove them from the frame support Rack 1 1 Disconnect the DC connection cables from the power supply units see fig 436 2 Unscrew the two fixing screws right and left side of the mounting plate of the power supply units from below see fig 437 3 Carefully pull the mounting plate with the power supply units and fans out of the frame support by disconnecting the both mains cable see fig 437 from the cable connector at the rear of the power units 4 Unscrew the eight fixing screws on top of the unit for demounting the power
3. Control Panel Pandora Pogle Control RS 422 SDTV Video Monitor External Floppy Drive Shadow Telecine Video Sweetener VS 4 Vektorscope STE B1 SIN Se J24 4 2 2 Router Mixer o WFM Tek601 SDTV Linka D1 Out 4 2 2 J17 Serial A Serial A Keycode Readers J 33 34 Tek 601 cabling see chapter _ J31 Q 3 8 and 3 9 in this section SDTV Link B m O Tar Link A J41B LTC out Link B toning Noise amp Dirt Contour Jis Processor Processor L1L2L3N PE Micro HUB AT MR820TR J27 J34 J23 Jao 12532 pps NEW pude Jae SDTV Link A LinkB Link A Link B p oo amy ou m a aw ju am Sync out O nia a HIPPI Serial Out AS PS Dig IN Digital 8 8 alz Extern aux Serial E valido VCR EE J3 MONITORING E E a Dig Out i e S e LTC in REM 2 Serial J10 J11 J12 J13 j 00020 m eg Rem Ctl ts Ro Gi Boo MAU4 MAUS MAU2 MAU EXT HUB ini 2 pa Hele d d Digital Color Processor OOO i Pandora s R G B S Rem 1 SGI Wave Form Monitor Mes Monitor 1 Philips PT 5464 HD no CE mark 2 Tek 1735 1735 HD GCP1 Graphical 3 Tek WFM 300 300 A Control Panel incl P S U btad CETA Cure Extern aux SOF SDTV Remote Noise Remote Bas Syn
4. Phantom Transfer Engine e g TE 4101 Scene Change Detector Monitor Data Recorder Extern aux SOF av E ase PAL NTSC SDI In 4 2 2 Exabyte SDTV Remote Noise Remote O USCSI FRI i Sync In Control Control Video GPI Out Telecine Controller Aux Bus Aux Bus S lt CFR In Pogle Interface GEE ETS Telecine Controller si 2 A Workstation O Pogle Workstation Expansion d SGI O2 iuf rm acra H B ia x egena ov 97o 9 pin D Sub mi Dai eer Taz Pandora us i 7 9 pin D Sub min Monitor USCSI Disk Array o Pogle SCSI Bus Pogle SCSI Bus Monitor C387 15 pin D Sub min Fibre C ERI EX Fibre C GPI In Port 1 in D i Wo rkstation Ethernet Control oX 25 Jo 25 pin D Sub min SGl Octane 509 Tr eCa 13W3 D Sub min Fibre C E We Network lj HiPPI Out Fibre channsi Ps Las 9 C3 Coax K CD Rom Virtual Datacine n sci fW Ethernet 10 Base T ns Ex SGH Control Panel eu i gt scsi MEE Pandora Pogle ae 57 Keyboard RS 422 EXE Dual Fibre Connector E Fibre Connector Keyboard Keyboard XLR Connector male e XLR Connector female Fig 302 Shadow Telecine with telecine controller Pandora Pogle SGR 2000 and Phantom Transfer Engine Planning and Installation Rev 2 04 2002 3 5 3 System Applications 3 6 STE B1 Planning and Installation Rev 2 04 2002 STE B1 3 3
5. v Remote FRMW lt FRMA Play Play Stand zj v ivl g n S8 si E Step Stop e e Play mode for playback at normal speed Playback in this mode is started by pressing key Play lt q or Play gt on the con trol panel Select Shuttle playback if you want to reach a distant film position fast also rewind The film speed is set with the multi function dial in the range of maximum 10 times normal speed with 35mm The dial latches in the central position zero film speed and in the final position Shuttle playback is started by pressing key Shuttle Note The maximum film speed is reduced near the end of the film In high speed shuttle playback the video picture can serve for orientation pur poses Planning and Installation Rev 2 04 2002 STE B1 Planning and Installation Rev 2 04 2002 9 Basic Operation 9 3 9 Basic Operation 9 4 STE B1 Planning and Installation Rev 2 04 2002 STE B1 10 INDEX 6 Sector Color Processor Specifications 2 22 A Accessories 1 12 4 6 Basic 1 12 Air compressor 4 25 Air filter 4 27 Air pressure 4 27 Air quantity 2 1 Analog video 1 5 Aperture 2 7 Audio 2 13 2 15 analog 1 8 Delay 2 16 digital 1 8 format 2 15 formats 1 8 Inputs 2 13 2 15 Monit
6. Fastening screw with plastic cap Handle Fig 439 Power supply unit of Rack 2 and 3 Planning and Installation Rev 2 04 2002 4 59 4 Installation STE B1 4 60 Planning and Installation Rev 2 04 2002 STE B1 5 CONNECTIONS TO EXTERNAL EQUIPMENT 5 1 EMC TERMINAL PANEL WITH CABLE FEED THROUGH 5 Connections To avoid EMC electromagnetic compatibility problems feed all connection cables except iMCS connections through the Cable feed trough and contact the cable shields to ground with the earthing clamps or the EMI gasket Differences in coax and audio cable diameters should be compensated by using an EMI shielding Tape with conductive adhesive The iMCS internal machine communication system connections have to be plugged onto the four RJ45 ports of the terminal panel see chapter 5 6 icd oj Fig 500 Shadow Telecine rear view Planning and Installation Rev 2 04 2002 Cable feed through RJ45 Terminal panel 5 1 5 Connections STE B1 Move down to fix the cable Closing device Feed through control cables Ground the shield Closing device EMI gasket Feed through VT Jj coax amp audio Pd cables LZ PN Fig 501 Rear view of the cable feed through 5 2 Planning and Installation Rev 2 04 2002 STE B1 5 Co
7. 5 3 3 INTERNAL CONNECTIONS The following table describes the internal cabling from rack to rack as well as the cabling to the individual subassemblies in the Shadow The internal cabling must be changed by our service personnel only The table is only important for the service personnel and serves at this place only for the information of the customer Item Socket Connector Connected to Cable set no Description 1 J 2 Power 1 J 2 FH 4131 Terminal Panel FH 4059 Power Cable Set Power Supply Rack 1 Power 1 2 J 3 Film Pulses J 72 Pulses R1 on Connection FH 6056 Multiclock Cable Set Unit FH 4225 Rack 2 Multiclock Cable 3 J 4 Power 2 J 3 FH 4131 Terminal Panel FH 4059 Power Cable Set Power Supply Rack 1 Power 2 4 J 5 Data out R1 J 52 Data in R1 on Connection Data R1 Unit FH 4225 Rack 2 5 J 6 Data out G1 J 47 Data in G1 on Connec Data G1 tion Unit FH 4225 Rack 2 6 J 7 Data out B1 J 45 Data in B1 on Connection Data B1 Unit FH 4225 Rack 2 7 J 8 Data out R2 G2 B2 J 57 Data in R2 G2 B2 on Con Data R2 G2 B2 nection Unit FH 4225 Rack 2 8 J 9 Sensor Clk out R J 5 Sensor Clock in R FH 4056 Multiclock Cable Set SC FH 4400 Film Scanner Multiclock Cable 1 R 9 J 10 Sensor CIk out G J 3 Sensor Clock in G FH 4056 Multiclock Cable Set SC FH 4400 Film Scanner Multiclock Cable 1 G 10 J 11 Sensor Clk out B J 1 Sensor Clock in B FH 4056 Multiclock Cable Set SC FH 4400 Film Scanner Multiclock Cable 1 B 11 J 1
8. Fan Unit R3 4 9 4 Installation 4 10 STE B1 Planning and Installation Rev 2 04 2002 STE B1 4 Installation 4 6 REMOVAL OF STYROFOAM ELEMENTS In order to protect the electronic devices in the rear of the Shadow two foam ele ments are inserted Open the rear doors of the cabinet Remove the elements The foam element 1 stabilizes the Capstan Power Stage during transport A foam element 2 stabilizes the Spooling Power Stage Q Styrofoam element 1 Styrofoam element 2 Rack 3 Rack 2 353 IN OE EN BESS Ny nnnm 2829 oeM sail oC Bur Sel m eres ojo Hn e olleelle E 2923 m 9 ea hae i Fig 405 Telecine unit rear view Planning and Installation Rev 2 04 2002 4 11 4 Installation STE B1 4 7 INSTALLING THE LOCAL CONTROL PANEL FH 4500 After having installed the equipment mount the Local Control Panel FH 4500 Mounting and connection has to be performed as follows Unpack the control panel Insert the control panel with the guiding bolts int
9. SDTV Film to Tape Application DaVinci Renaissance and Noise Reducer VS 4 Fig 303 Shadow Telecine with telecine controller Da Vinci Renaissance and VS 4 3 System Applications Serial A Vektorscope Tek 601 Planning and Installation Rev 2 04 2002 Power Supply Unit 50Q Li Ethernet Transceiver O o Soft Panel Control Panel Dig Out Serial Shadow Telecine Video Sweetener VS 4 STE B1 J31 J 32 J24 4 2 2 Router Mixer WFM gt O D1 Out 4 2 2 J17 IN Serial A Tek 601 Keycode Readers SDTV Link A IN O gt 1 e cabling see chapter Link A J22 3 8 and 3 9 in this section Link A Out 2 J 33 J34 J31 ies SDTV Link B IN Link B Out 23 Ponin mE Noise amp Dirt Contour ower Termina Processor Processor J27 J34 J23 J30 yo L1 L2L8N PE Micro HUB AT MR820TR J40 Link A LinkB p 10Base T Network Ports 1 8 10Base2 Q 8 7 6 5 4 3 2 1 RS 422 TE c Eier eene ero Sca 422 Digital i HiPPI B rers VCR Serial Out 8 3 alz J55 Dig IN 5 5 5 5 Serial J3 2 8d Extern aux EN
10. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 Fig 603 Overview boards rack 3 1 FY 6301 xx FY 6321 xx Spatial controller amp Address with or w o Rotation 2 FY 6302 xx FM 6320 Effect Spatial Processing or Connection Board 3 3 FY 6303 xx Conversion Spatial Processing 4 FY 6302 xx FM 6320 Effect Spatial Processing or Connection Board 3 5 FY 6303 xx Conversion Spatial Processing 6 FY 6302 xx FM 6320 Effect Spatial Processing or Connection Board 3 7 FY 6303 xx Conversion Spatial Processing 8 FY 6338 xx Genlock Generator 9 FY 6309 xx Matrix amp Contour Correction 10 FY 6310 xx TV Store 11 FY 6310 xx TV Store 12 FY 6312 xx SDTV Output 13 FY 4313 HDTV Output Digital 14 FY 6314 xx HDTV Output Analog 15 FY 4345 xx Data Output Interface 16 FY 6346 xx Spatial Processor Control Planning and Installation Rev 2 04 2002 6 21 6 Operational Controls STE B1 6 3 1 SPATIAL CONTROLLER amp ADDRESS FY 6301 w Rotation SPATIAL CONTROLLER amp ADDRESS FY 6321 w o Rotation OPTION 1 LED red LCA configuration 2 LED green Sync o k 3 9 pin female Programmer Interface RS 232 4 6 LEDs 3x green VCC M2V VEE 45V 2V 5V 7 LED red temperature warning 709C 8 Interface 40 pin male test point signals out 9 Programmer Interface 26 pin male FY 6301 21 SCA 6 22 Planning and Installation Rev 2 04 2002 STE
11. Fig 426 Inserting the Effect filters 4 34 Planning and Installation Rev 2 04 2002 STE B1 4 Installation 4 13 MAINS CONNECTION GENERAL 4 13 1 SAFETY INSTRUCTIONS e D e o AD Plug in units Mains installation must only be done by qualified personnel Power supply in excess of 40 volts are potentially hazards or lethal At no time should contact be made with the machine wiring or terminals except via a probe with appropriate insulating properties Opening covers or removing assemblies except for those which can be actuated by hand without using tools may give access to live components or parts There fore disconnect the Shadow Telecine from the AC power before beginning any re pair works or before exchanging any parts CAUTION Disconnect power cord before removing covers Parts of this unit are still at mains voltage in OFF condition No operator serviceable parts inside Refer servicing to qualified personnel Capacitors may still carry a residual charge In cases it is unavoidable to carry out repair works on the telecine unit while it is powered this should be done only by qualified personnel being informed about the dangers involved and only after having taken the necessary preventive measures If it can be taken for granted that due to a damage safe operation of the telecine unit is no longer possible put the unit out of operation and make sure that it c
12. CSG FY 6262 Planning and Installation Rev 2 04 2002 6 11 6 Operational Controls STE B1 6 2 3 FILMDECK CONTROL FY 4203 1 1 Hex switch telecine no not used 2 LED red LCA configuration 3 LED red Flash valid 4 Interface 9 pin female RS232 interface for service terminal 5 7 LEDs 3x green VCC M2V VEE 5V 2V 5V 8 Interface 40 pin male test point signals out 9 Button 1 reset for MCK 10 Button 2 test for MCK micro computer kernel hold button 2 and press button 1 starts MCK mon progr service Note Further LEDs on the p c board see service manual FDC FY 4203 6 12 Planning and Installation Rev 2 04 2002 STE B1 6 Operational Controls 6 2 4 FIXED PATTERN NOISE FY 1206 D 1 1 Hex switch 1 LSB EN s 2 Hex switch 2 msp PO8 d version for service use only 3 LED red LCA configuration on 5 o 4 6 LEDs 3x green VCC M2V VEE 5V 2V 5V 6G 7 Interface 40 pin male test point signals out FPN FY 1206 Planning and Installation Rev 2 04 2002 6 13 6 Operational Controls STE B1 6 2 5 FILM STORE FY 4205 1 LED red LCA configuration 2 D G2 LED green on init o k RSCI 3 C G3 Flashing LED green shows frame bank cha
13. J 42 Power 8 J 1 FH 4131 Terminal Panel Power Supply Rack 1 FH 4059 Power Cable Set Power 8 J 43 Scanner Power J 2 FH 4400 Film Scanner Scanner Power 5 10 J 44 Spare 2 not used Planning and Installation Rev 2 04 2002 STE B1 5 4 CONNECTION UNIT FH 4225 RACK 2 5 Connections O o o C Q 9 o o O Log op op an 4 i i i i Connection Unit FH 4225 d Uu J 2 1 IN NS C 2 Data out M Data in B G R B1 Ri R2G2B2 Ctrl Assy R1 Pulsesout Pulses R1 2 O G o o O O O O O O je OC y66 O N72 Ctrl Assy R3 Pulses 1 Pulses 2 O JJa amp O J47 O J582 OO N57 R3 R2 R3 R2 Sprocketin Spooling I O Local Panel OU Son J4 B Monitoring O JJ48 HDTVR3 SDIVR3 9 gy LO sss Ose LO Jj CO 73 O O PowerHub PowerFan1 PowerFan2 Filmdeckl O Capstanl O TensionR Tension L O o 9 O O o O iMCS o o J2 J9 O 146 Monitoring O Jj OJIS Ch 1 R O N59 XO JJ amp amp LO J68 CO JJ74 Various out Remote Keycode in Pulses Remote 7 Control 1 Editor out Extern a
14. Next the home menu appears on the display It permits the user to handle the most important machine settings and operation modes E EEEE ESEE SI OO Tieme mcm ren ome my mg te pet sm tg A E o via ED m oe Ria em Li E p p me Fig 805 Home Menu 8 6 Planning and Installation Rev 2 04 2002 STE B1 8 First Setup 8 3 BASIC CHECK e D 1 5 6 For the basic check Graphical Control Panel is required For details see chapter 3 3 of the Operation Instructions Select TV standard Menu TK Config SDTV or HDTV submenu Check Lens Gate Assembly and Film Gate Block Check wether the appropriate Lens Gate Assembly 16 mm 35 mm and Film Gate Block match the film scanner to the respective film format Preparation filmdeck Configuration possibilities concerning filmdeck are to be found in the menu TK Config Set core diameter Auto stop max shuttle speed Setup film Menu Film set film type adapt the film scanner to the film to be played Detine film type PRINT POS for color or B W positive film PRINT NEG for color or B W positive film inverted scanning INTERM POS for intermediate film positive INTERM NEG for intermediate film negative PRIMETIME POS for primetime neg film non inverted scanning PRIMETIME NEG for primetime negative film inverted scanning COLOR POS for color negative film non inverted scanning COLOR NEG for color negative film inve
15. 16 dBu with 8 dB lead Shadow Telecine running without film but comopt lamp switched on measured with peak voltage meter according to CCIR 468 4 Speed controlled digital audio delay for the com pensation of the sound to picture offset Planning and Installation Rev 2 04 2002 STE B1 2 Specifications 2 8 2 DATA OUTPUT PHANTOM TRANSFER ENGINE TE 4101 System application Data resolution Image Size File format Transfer rate Film speed Data interface parallel High speed film data output for film processing and archiving Selectable horizontal 256 2048 vertical 256 1832 Fixed square pixel formats 188634088 720x540 720 x 405 HIPPI FP ANSI x3 210 1992 DPX format according to SMPTE 268M 1994 3x10 bit RGB Cineon compatible data segmentation Thomson implementa tion only image data and file information no control data Depending on system configuration and selected image size e g 5 fps for 1920x1440 10 bit RGB pixel 32 bit 100 MB s HIPPI source only output 100 pin parallel connector HIPPI PH ANSI X3 183 1991 cable length lt 25 m cable not supplied Planning and Installation Rev 2 04 2002 2 17 2 Specifications Data interface serial 2 18 STE B1 HIPPI Serial ANSI X 3 300 1997 32 bit 800 Mbit s configuration dual simplex connection Transmission 1 2 Gbit s 850 nm typ VCSEL light source Signalli
16. Hi Def A B Hi Def C D Hi Def C D Hi Def A B l as R G B S SGR 2000 g Hi Def Hi Def em 4 gt I De Le HDTV Sync Input Output XFRB Wave Form Monitor ied 1 Philips PT 5464 HD no CE mark i MCS S ZEN 2 Tek 1735 1735 HD ue Mainframe Monitor Mm GCP1 Graphical Extern aux SOF Da Vinci Data Mon Out External Tek WFM 300 300 A X28 Jo n 4 Control Panel TIEA 2K Floppy Drive 10 Base T incl P S U Phantom Transfer Engine e g TE 4101 Monitor Data Recorder e g Exabyte SCSI USCSI Pu 10 Base2 509 3 Workstation rm o T3W3 Yo Monitor SGI 02 Legend 374 9 pin D Sub min Data In Monitor USCSI o as 15 pin D Sub min Workstati Fibre C BIE HEF Fibrec Disk Array SDI In H 25 pin D Sub min SES i JON Soft Panel Joyball Panel Machine DE an EGER 13W3 D Sub min ctane Control Ethernet Fibre C E _ Network oniro 10 Base T HiPPI Out Fipe Franne O jm pm Coax con Virtual Datacine Control Panel Renaissance PM Port 2 oo E Oion G keyboard dij Ethernet 10 Base T Cm Rom Base T SCSI SCSI X 7D scsi Ok posed Ethernet EXP Dua Fibre connector eyboart yl Repeater E Planning and Installation Rev 2 04 2002 3 System Applications 3 16 STE B1 Planning and Installation Rev 2 04 2002 STE B1 3 8 Waveform Monitoring STE B1 Videodata From Rack 2 FCC FY 6211 From Rack 3 SOl FY 6312 From Rack 3 HOD FY 631
17. Take care that the location is such that the ground loading is not exceeded ATTENTION Adjust Shadow Telecine in horizontal position with the threaded leveling feet These feet have to be unscrewed with an open wrench size 17 mm to compensate the floor unevenness For transport the feet were completely screwed in Roller Roller Feet NN D S Feet BOGBESEG000000008 EIJEIEIEIEIEI ETEJEJEJ EJ EJ CJ ETE rl BODES EE000008008 BOOBEEEE00000000 EIEBBgguuituiutit DOOBEEE200000000 BOESBEEEEEEBRRER08 GBOSGEEGEER00000R8 BORBESEEE00000000 DOOREEESeE00000000 9 9 uu 9 9 n BOR Egi BoO000 Boao O ar10 20020m BEER 1 Egg Feet HE Feet a A 10000 P TA f Y Lh ey rey NS au NL PA Roller Roller Fig 402 Bottom view of the cabinet Mount telecine unit on concrete or other non combustible surface only Please keep the packaging The Shadow Telecine must only be transported in this original packaging Planning and Installation Rev 2 04 2002 4 5 4 Installation STE B1 4 4 ACCESSORIES The accessories are supplied separately in stable cardboard packages Check that all parts are delivered FH 4500 Local Control Panel Lens Gate Assembly 16 mm or 35 mm Customer s Manual FH 4020 Basic Accessories Set of condenser lenses and filters Condenser lenses 1 amp 2 infrared filter heat a
18. USCSI Disk Array E Fibre C 115 230 VAC Fibre C HIPPI Out C 70 SCSI Keyboard Keyboard Network Fibre Channel to Virtual Datacine 3 System Applications STE B1 3 20 Planning and Installation Rev 2 04 2002 3 System Applications STE B1 3 10 Keycode Applications AATON 3 10 1 Keycode in SDTV LTC Out and VITC Shadow Telecine IM AATON Keylink PC ee J21 J19 J20 J22 m Vow eyll ale Video Sweetener VS 4 J21 STE B1 ue Cable 2 ersion 8 34 al ig o ua o 4 2 2 Router Mixer um 2 M only P TC Gen Out oe tabs Hosa K Biphase Vito D1 Out 4 2 2 J17 les IN lo 1 J31 J 32 E EN is A Our O ideo LAS J31 Link A N CR v in rO 2 SDTV Link A S Hos Video Video hes J a EN Comi VGA LnkB 3 SDTV Link B N Noise amp Dirt Contour Out 2 AC Power IN Jeg Processor Processor O Termina J 25 32 115 230 VAC anzi Connection cable 2 d J23 30 z CC C f L1 L2 L3 N PE Micro HUB AT MRIB20TR Keycode In j LinkA LinkB LinkA LinkB f i i 10Base T Network Ports 1 8 10Base2 J40 Shadow Telecine Keylink Sy
19. He o J 38 Fig 510 Part of the connection unit FH 4225 Rack 2 Item Socket Connector Socket type Function no Description Connector type 8 J 38 RJ45 connector This RJ45 connector is used to control the telecine iMCS female via workstation ANSI standard Standard IEEE 802 3 Data rate 10 MBit sec Cable length max 100 m Cable type STP7UTP Category 3 or better Connector RJ45 Planning and Installation Rev 2 04 2002 5 17 5 Connections 5 4 5 REMOTE 4 6 For future use Rem 5 Rem 6 J 61 Fig 511 Part of the connection unit FH 4225 Remote Socket Connector Socket type Description Connector type Function STE B1 J 60 9 pin Rem 5 subminiature J 61 D connector Rem 4 female 5 18 RS 422 Interface connector not supported Pin assignment Pin no Signals 1 Ground Transmit A Receive B Ground not used Ground Transmit B Receive A o NI o Ci A O N Ground Planning and Installation Rev 2 04 2002 STE B1 5 Connections Item Socket Connector Socket type Function no Description Connector type 11 J 65 25 pin Parallel port for external simple control panels refer Rem 6 subminiature enced to proposed SMPTE recommended practice D connector for D 1 for
20. Pin no Signals with Capstan Ctrl FY 6202 1x or 2x or 10x Bi Phase R Signal SOF Pulse not connected Pre stop 1x or 2x or 10x Bi Phase S Signal not connected Ground Digital not connected 5V Digital 300 mA max Signal details see also chapter Interfaces 5 14 Planning and Installation Rev 2 04 2002 STE B1 5 Connections Item Socket Connector Socket type Function no Description Connector type 5 J 56 9 pin Sepmag interface two phase interlock signal Sepmag out subminiature z s D connector Pin assignment female Pin no Signals with Capstan Ctrl FY 6202 1 1xor 2x or 10x Bi Phase R Signal 2 not connected 1 O 3 not connected 6 4 not connected 5 a 9 5 2x or 2x or 10x Bi Phase S Signal 6 not connected 7 Ground Digital 8 not connected 9 5V Digital 300 mA max Signal details see also chapter 7 5 Interfaces 6 J 50 9 pin Editor interface Editor out subminiature Note Function only with Capstan Control Board D connector FY 6202 female Pin assignment Pin no Signals with Capstan Ctrl FY 6202 1 BI Phase R Signal 2 SOF Pulldown 1 3 not connected 6 4 CFROUT 5 9 5 BI Phase S Signal O 6 not connected 7 Ground Digital 8 not connected 9 5V Digital 300 mA max Signal details see also chapter Interfaces Planning and Instal
21. Rev 2 04 2002 STE B1 5 Connections 5 5 2 3 HDTV Outputs Serial Only with option FH 4069 HDTV Output Rack 3 Terminal Panel Serializer amp Link A g Serial Output 4 2 2 Serial Output iat y 6 4x4 E Link B Qa ES Serial Output 25 Serial Output Fig 507 Item Socket Connector Socket type Function no Description Connector type 6 J 27 2x HDTV serial video data HDTV out Link A BNC connector Operation mode switchable serial video data 75 Q 2x 4 2 2 4x4 J 28 2x 4 2 2 4 Key signal on Link B HDTV out Link B BNC connector R G B K or Y Cg Cr K Switchable between 10 bit serial video data 75 Q and 8 bit with static rounding HD SDI Video Out according to SMPTE 292M 1 485 and 1 485 1 001 Gb s Planning and Installation Rev 2 04 2002 5 35 5 Connections STE B1 Item Socket Connector Socket type Function no Description Connector type 6 J27 2x CCIR Link A HDTV out Link A BNC connector serial video data 75 Q 4 2 2 Y Cg Cn or J 28 2x e 4224 Y Cg Cn HDTV out Link B BNC connector or serial video data 75 Q e 4x4 Y Casi Ogg Or 4x4 G Bo Ro or 4x4 G R CCIR Link B 4 2 2 Y Cp Cr or 4 2 2 4 K 0 0 or 4x4 K Cpt Cry or 4x4 K B4 R4 Or 4x4 K B HDTV standards 1280 x 720 60 Hz progressive 1280 x 720 59 94 Hz progressive
22. min 4 26 Planning and Installation Rev 2 04 2002 STE B1 4 Installation Pressure reducer Air pressure 0 6 bar 8 Ib sq inch Air filter 3 um with water collector Air filter is included in the Filter amp Battery Set 2 128 102 142 Fig 419 Gateblast unit of the Shadow Telecine Attention Change the air filter and empty the water collector regulary e D Planning and Installation Rev 2 04 2002 4 27 4 Installation STE B1 4 28 Planning and Installation Rev 2 04 2002 STE B1 4 Installation 4 11 MOUNTING LENSES AND FILTERS Before switching on the telecine various condensor lenses and filters has to be mounted in the lamp house of the unit The projection lamp is already mounted Filter wheel 4 Filter elements Projection lamp Fig 420 Lamp house with complete mounted filters To install lenses and filters open the rear doors of the telecine unit The carriers for lenses and filters are accessible from the cabinet rear and located approximately at the middle of the film deck plate To protect the optical elements against dirt and finger prints while inserting always wear thin cotton gloves or use a piece of optical cleaning cloth to grasp them The lenses and filters had been packed in clean condition In exceptional case if necessary clean the parts with optical cleaning cloth order no 5 001 310 280 that has been moistened with isopropyl a
23. Fast lock for easy cleaning FA 35mm LGA may be equipped with a 35mm gate block S16mmLGA may be equipped with a 16mm gate block or optional with a S8 mm gate block Gate blast Connector and hose provided for externally mandatory supplied compressed air to keep gate clean from dust Focus control Remote mechanical focus control for adjust ment 2 6 Planning and Installation Rev 2 04 2002 STE B1 Beam Splitter Pickup device Preamplifier amp ADC X Y Zoom Geometry and linearity White Shading Fixed Pattern Noise FPN Aperture Correction Contour Correction Dichroic beam splitter with R G B color filters on the output Three Linear CCD Sensors Correlated double Sampling switchable gain Typical area magnification for SDTV Independent X and Y sizing possible X Y panning and repositioning Anamorphic unsqueeze 2 1 Better than Automatic compensated Automatic compensation for pixel nonuniformity errors Hand V inband in relation to film fixed H and V TV related gt 12 dB 412dB at max peaking frequency Peak frequency adjustable Coring adjustable Planning and Installation Rev 2 04 2002 2 Specifications 0 dB 6 dB 0 1 xto 10 5 x 0 5 of picture height lt t 2 y 0 4 lt 0 5 of peak white with y 0 4 2 7 2 Specifications 2 4 VIDEO TV standards Display formats Masking System timing
24. Rev 2 04 2002 STE B1 4 Installation 4 9 INSTALLING GRAPHICAL CONTROL PANEL GCP1 4 9 1 DESK MOUNTING 4 9 1 1 Fixed Desk Mounting wood screws 4mm countersunk below front plate panel locking a 8mm hex head wrench S Cut out dimensions 423 x 214 mm 16 65 x 8 43 inch Fig 410 Cut out dimensions for the fixed desk mounted GCP1 Before being mounted into a desk the GCP1 has to be opened For this pur pose loosen the locking screw of the panel with a 3 mm hex head wrench This tool is part of the accessory set Cut out the opening in the desk Cut out dimensions 423 x 214 mm 16 65 x 8 43 inch Set the opened GCP1 panel into the desk cut out Fasten the panel with four 4mm countersunk wood screws For this purpose the frame is provided with four screw holes The length of the screw depends on the thickness of the desk plate The wood screws will not be delivered Note Before fastening the panel make sure that the ventilation holes of the panel are not covered by the thickness of the desk plate The ventilation of the panel must not be impeded in order to ensure sufficient cooling of the device and to guarantee an interference free operation of the GCP1 Should the thickness of the plate be more than 10 mm the underside of the desk plate has to be bevelled in the area of the ventilation holes see Fig 412 Connect the cables into the corresponding plugs of the panel The PE terminal on rear of
25. 12 6 fps Select a speed 2 00 31 00 fps Planning and Installation Rev 2 04 2002 2 21 2 Specifications STE B1 2 8 7 6 SECTOR COLOR PROCESSOR System Secondary Color Processing The design and implementation is 10096 digital integrating perfectly within the high speed digital signal processing architecture of the Telecine It employs up to 16 bit quantization and operates in real time at up to 2K resolutions Color Qualification 6 Sectors Hue Red Yellow selection of the color that is to be modified Green Cyan Blue Magenta Sector adjustment Hue 6xPosition 300 0 30 6x Width 180 600 15 Color Modification Correction of the selected sector Luminance 0 100 200 Saturation 0 100 200 Hue 1800 0 1800 Master Correction Master Saturation 0 10096 200 all other Master Corrections as such as lift gain and gamma are functions of the Primary Color Processor of the basic Shadow Telecine Limiter amp Legalizer Limiter in Luminance Soft or hard clipping switchable Clip levels adjustable 100 102 108 Legalizer in Chrominance Saturation remains within selected legal limits RGB 100 102 108 Control Functional Control Panel All 6 SC Processor controls are provided Operator Control Via external Controllers Programmers Color Correction Systems e g from Pandora DaVinci 2 22 Planning and Installation Rev
26. 16 bit RGB key mode All other modes are not supported by the current implementation of most readers and not noted in any standard release The following drawing shows the TIFF structure header byte order offset of Oth IFD dir entry tag no of dir entries type l dir entry 0 count l dir entry 1 value or offset offset of nex IFD Fig 711 1 TIFF Revision 6 0 June 3 1992 Aldus co Seattle 7 18 Planning and Installation Rev 2 04 2002 STE B1 7 Interfaces TIFF image file header yes Name Content MM 0x4c4d big endian 2 3 TIFF ID 42 offset in bytes of first IFD 10 random number number of tags 15 start of IFDs see IFDs TIFF image file directory IFD Content Tag fet ic 16 bit number 2 3 field type 1 BYTE 2 ASCII 3 SHORT 4 LONG 5 RATIONAL E no of values of indicated type 8 11 Value Offset value if lt 4bytes otherwise file offset in bytes to value The following table shows the required fields for R G B Alpha full color images Shadow doesn t provide breaking an image into several strips so the number of StripOffsets tags 273 and StripByteCounts tag 279 is one and RowsPerStrip tag 278 corresponds to ImageLength IFD of RGB full color image tag Name we Com Ve O no of pixels per canine zo Compression som ft 9 Interpretation 1 StripByteCou
27. 2 04 2002 STE B1 2 Specifications Control Interface Via serial iMCS bus The Mounting amp Operating Instructions are de scribed in the Customer Manual FU 0095 order no 0 126 629 500 Planning and Installation Rev 2 04 2002 2 23 2 Specifications STE B1 2 24 Planning and Installation Rev 2 04 2002 STE B1 3 System Applications 3 SYSTEM APPLICATIONS The Shadow Telecine STE B1 may be connected to a great variety of video audio data processing and controller equipment It can be equipped with all necessary digital and analog outputs This chapter will give the user some examples of typical Telecine applications The Telecine configurations are made in the main menus of the GCP1 Graphical Control Panel Trademarks All brand and product names are trademarks of their respective companies Technical changes Technical information in this document is subject to change without notice Planning and Installation Rev 2 04 2002 3 1 3 System Applications 3 2 STE B1 Planning and Installation Rev 2 04 2002 STE B1 3 1 SDTV Film to Tape Application Pandora Pogle and Noise Reducer VS 4 3 System Applications
28. 400V 50Hz three phase current 230V mains 3 208V 60Hz three phase current 120V mains Class 1 wiring applicable 1 phase mains connection 1 230V 50Hz one phase current 230V mains 2 phase mains connection phase to phase 208V 60Hz 120V mains Power consumption Earthing Fuses 4 36 approx 5 kVA wiring regulations according to VDE 0800 part 2 VDE 100 part 540 IEC 364 5 54 IEC 364 4 41 NEC Code ANSI NFPA or the applicable national regulations When changing fuses it is mandatory to use only UL fuse links of same type and current rating as a replacement Using mended fuses or shorting the fuse holder is not permissible Planning and Installation Rev 2 04 2002 STE B1 4 Installation Mains voltage When connecting this telecine unit to another mains voltage the fuses in the sub change units have to be checked or exchanged For details see chapter 4 15 Opening covers or removing assemblies except for those which can be actuated by hand without using tools may give access to live components or parts There fore disconnect the telecine from the AC power before beginning any repair works or before exchanging any parts Ventilation For ventilating the telecine cabinet four blower units are mounted in different plane surfaces When installing the Shadow Telecine care should be taken to allow for adequate aircirculation In addition several subunits are equipped with their own blowers For the b
29. ARRI 3 23 Keycode applications CEVERTZ 3 19 L Lamp house 4 29 Lens gate assembly 4 33 LGA 1 3 1 7 1 17 2 6 4 33 Local control panel 1 5 1 18 4 12 Mains cables 4 47 Mains connection 4 35 Mains supply 2 3 Mains systems 4 41 Mains terminal 4 48 Mains voltage 4 36 Masking 2 8 Mechanical dimension 2 3 4 7 N Noise Emission 2 2 O Operation 9 1 Operation temperature 2 1 4 8 Operational controls 6 1 Options 1 18 2 15 Overview 1 17 P Particle transfer rollers 1 6 Peak area load 4 5 Picture stability 2 5 Play mode 9 2 Power consumption 2 3 Power cord 4 47 4 48 Power on 8 5 Planning and Installation Rev 2 04 2002 10 Index Power supply 4 36 Power terminal 1 15 Power up test 8 6 Pressure reducer 4 27 Projection lamp 4 29 Protective earth 4 38 PTR Rollers 1 6 1 18 R Rack 1 1 17 4 56 4 57 5 5 6 1 Rack 2 1 17 4 56 4 59 5 11 6 9 Rack 3 1 18 4 56 4 59 5 27 6 21 Rack mounting 4 21 Reference signal 8 11 Relative humidity 2 1 Remote control 1 6 Remote systems 7 3 Reproduction play 9 2 Resolution 2 19 Rotation 1 8 2 19 RS 422 interface 5 18 Run up time 2 5 S Safety instructions 4 2 4 35 Safety regulations 2 1 SAS 1 5 SDCMAINT 1 12 SEPMAG 1 5 5 15 Setting upright 4 3 Shadow Telecine 1 1 Shuttle mode 9 2 Signal Noise 2 8 2 19 Sizing 1 4 Special characteristics 1 3 Specifications 2 1
30. Do not insert or remove plug in cards during power on e D Ptojection Lamp Attention Switch off the Shadow telecine before cleaning the light path and allow it to cool down for 30 minutes risk of getting burnt in the proximity of the halogen projection lamp D IV Planning and Installation Rev 2 04 2002 STE B1 Touch Screen of GCP Batteries Connection cables Safety Instructions Do not use pointed sharp edged or metallic implements as a stylus they may damage the sensitive touch screen Use only the Thomson stylus order no 1 128 651 046 The device contains lithium batteries which has to be exchanged every five years Detailed information you can find in the section Change the backup battery in the operating instructions Caution Danger of explosion if battery is incorrectly replaced interchanged poles Replace only with the same or equivalent type recommended by the manufacturer Dispose used batteries according to the manufacturers instructions Protect the environment Dead batteries do not belong in the garbage Hand the used batteries over to a local disposal place The EMC regulations are only applicable when correctly shielded cables are used for installation of the equipment This applies to video cables as well as control cables Corresponding cables can be obtained from Thomson Run all connection cables in covered cable ducts risk of stumbling Planning and Installation
31. Fig 416 Rack mounting of the GCP1 with swivel frame Planning and Installation Rev 2 04 2002 4 23 4 Installation 4 9 3 4 24 STE B1 CONNECTING TO THE SHADOW TELECINE e Attention The EMC regulations require the use of properly shielded cables in the installation of the device or the system Suitable cables can be ordered from Thomson For the control connection between the Shadow Telecine and the GCP1 the RJ45 patch cable supplied with the GCP1 has to be connected from the rear RJ45 termi nal panel of the Shadow to the LAN connector J5 of the GCP1 REMOTE LAN NU Shadow RJ45 Terminal Panel RJ45 patch cable RJ45 LAN J5 Fig 417 Power and control connectors The housing of the GCP1 panel is connected to protective earth PE The panel has a PE terminal on rear This PE terminal can be connected to a central earth system to prevent or eliminate EMC interferences Planning and Installation Rev 2 04 2002 STE B1 4 Installation 4 10 CONNECTING OF AN EXTERNAL GATEBLAST AIR COMPRESSOR Gateblast unit An integrated gateblast unit consisting of a pressure reducer 3 um air filter and magnetic valve keeps the light gap and the integrations cylinder of the film gate dustfree An external air compressor with the following features 2 5 7 5 bar 35 107 Ib sq inch Pre filtered air max 40 um Dry air less than 80 relative air humidity Oil free
32. Format change from 35 mm to other film formats without the need of adjustments simply by menu selection and exchanging the lens gate assembly The Shadow Telecine can be equipped with the following lens gate assemblies also called LGA s Super 16mm lens gate assembly incl 16 mm film gate for scanning super 16 mm and 16 mm films FA35mm lens gate assembly Full Aperture incl 35 mm film gate for scanning super 35 mm and 35 mm films Special effect filters can be positioned into the Lens Gate Assembly Planning and Installation Rev 2 04 2002 1 3 1 General Gateblast unit e a Sizing Primary color correction Secondary color correction Aperture 2D contour correction Film reels or winding plates Film transport Film transport modes 1 4 STE B1 An integrated gateblast unit consisting of a pressure reducer air filter and mag netic valve keeps the light gap of the film gate dustfree An external air compressor approx 2 5 7 5 bar or 35 107 Ib sq inch air volume 60 I min oilfree operating is required Attention The using of the gate blast unit is absolutely mandatory to keep the film gate with illumination slit and integration cylinder clean from dust The fully digitized sizing facility allows a distortion free reproduction of different film formats Broadcast quality picture section enlargements and reductions are pos sible via the sizing adjustments Via stored ma
33. Input Level Impedance ANALOG IN 1 L LEVEL switchable gt 10 kQ ANALOG IN 2 R__ 3 0 4 8 dBu for 0 VU 9 dB below normal level balanced floating SR IN 1 LEVEL switchable gt 10 kQ SRIN2 3 0 4 8 dBu for 0 VU 9 dB balanced floating below normal level Output Level Impedance ANALOG OUT 1 LEVEL switchable lt 40 Q ANALOG OUT 2 3 0 4 8 dBu for 0 VU 9 dB balanced floating below normal level MONITOR L LEVEL switchable lt 40 Q MONITOR R 3 0 4 8 dBu for 0 VU 9 dB active speaker below normal level balanced floating required volume control off to 6dB SR OUT 1 LEVEL switchable lt 40 Q SR OUT 2 3 0 4 8 dBu for 0 VU 9 dB balanced floating below normal level DIGITAL OUT 1 2 5 Vpp 110 Q 1 kHz and 10 kHz 8 0 4 8 dBm switchable to ANALOG OUT 1 kHz reference 10 dB below full level 16 mm 40 Hz 8 kHz 2dB 2dB 35 mm 40 Hz 12 5 kHz 2dB 2dB Measured with comopt sound frequency test film according to DIN 15506 16mm 40 Hz 12 5 kHz 2 dB Measured with commag sound frequency test film according to DIN 15638 BF 16 Planning and Installation Rev 2 04 2002 2 15 2 Specifications S N ratio Audio Delay 2 16 COMOPT STE B1 S N ratio weighted CCIR 468 4 16 mm gt 52 dB 35 mm gt 60 dB S N ratio unweighted r m s 16 mm gt 58 dB 35 mm gt 66 dB Reference measured at full level 6 dBu 9 dBu with 9 dB lead 12 dBu
34. Provides comprehensive diagnostic service presets and remote access con trol of the Shadow Telecine via modem and software PC DUO Comprising PC Software SDCMAINT DS 0153 PC DUO software FH 1661 for remote access control PC LAN connection cable 10m FH 1667 Features STE B1 option control views and enables additional software options iMCS protocol recording and editing System messages recording editing and weighting selection Software and board version indication Operating time for the Telecine projection capstan and audio lamps Continuous realtime board check for correct type version sync pulses RSCI control over temperature Store analyze and reload system dumps Mini control panel Interactive system tests via script files Remote control access for Thomson service Planning and Installation Rev 2 04 2002 STE B1 1 General Hardware Requirements for SDCMAINT Desktop PC with a CPU i486 Intel Pentium or compatible using Win dows 3 x 95 98 NT 2000 ME XP e 37 floppy disk drive CDROM drive VGA graphics adapter with a minimum of 640x480 pixels and 16 colors recommended are 800x600 or 1024x768 pixels and 256 colors 8MB RAM Ethernet card ISA PCI PCMCIA or Pocket Adapter with a BNC connec tor 10base2 or 10Base T RJ45 connector Modem for remote control access with PC DUO 1 4 13 OPTIONAL ACCESSORIES Air Exhaust Hood 2 128 500 010 Option Exhaust hood
35. RS 232 Cable 1 AATON Sub D 25 pin male 3 2 7 25 Shadow Sub 9 pin male 2 Tx 3 Rx 5 GND Shadow Sub 9 pin male 2 Tx 3 Rx 5 GND 9 Cable 2 is part of the AATON Keylink System Keylink PC MTC board top socket to the bi phase sync signal output of STE B1 Rack 2 TC GEN OUT J 51 9 pin control Interface Pinning see chapter 5 4 3 5 4 2 COLOR FRAME REFERENCE SIGNALS OTOL 3 J14 J15 Fig 508 Part of the connection unit FH 4225 CFR in out Item Socket Connector Socket type Function no Description Connector type 2 J14 BNC connector Color Frame Reference In CFR in TTL input used by Programmer Editor systems to synchronize film to tape transfer 3 J15 BNC connector Color Frame Reference Out CFR out TTL output used for synchronization of Programmer Editor e g Pogle Signal details see also chapter 7 5 Interfaces figure 707 Planning and Installation Rev 2 04 2002 5 13 5 Connections STE B1 5 4 3 VARIOUS OUT Editor out Extern aux O O B m 6 O J50 y OJ J55 TC Gen out Sepmag out O B 2 J51 J 56 Fig 509 Part of the connection unit FH 4225 Rack 2 Item Socket Connector Socket type Function no Description Connector type 4 J 51 9 pin Timecode generator or keycode reader interface TC Gen out subminiature D connector female O i 6 5 9 O Pin assignment
36. Rev 2 04 2002 V Safety Instructions STE B1 VI Planning and Installation Rev 2 04 2002 STE B1 Contents CONTENTS Page 1 General 1 1 About this Manual cec eil ll lll xr Rer 1 1 1 2 Introduction 2 2 lulue Ris e iv iR i eX icu mde ivi ex 1 1 1 3 lenibus 1 2 1 4 Features and Special Characteristics sseseee 1 3 1 4 1 GCP Graphical Control Panel sssssssssssesssesessseenh 1 7 1 4 2 Lens Gate Assembly and Gate Block Options ssusssssus 1 7 1 4 3 Audio Options oou tei derit e aem e Lube 1 8 1 4 4 FH 4067 Image Rotation Ooption liisussssselllesseeeeee 1 8 1 4 5 FH 4069 HDTV Output Option 0 eee 1 9 1 4 6 FH 4066 Digital TV Option 0 c cece eee eee 1 9 1 4 7 TE 4101 Phantom Transfer Engine Package 0ee eee 1 10 1 4 8 6SC 6 Sector Color Processor 200 cece eee eee eee 1 11 1 4 9 FE 1639 VIStaVISION siete eee nae ded freee ial hedent eon shoe sade paced 1 11 1 4 10 SGR 2000 SCREAM Grain Reducer 0 00 cece eee eae 1 11 1 4 11 FH 4602 S8 mm Film Scanning 00 cee eee eee eee es 1 11 1 4 12 ACCOSSOTIGS cLossetensated eer We LO heuer A ET a abe 1 12 1 4 13 Optional Accessories m depo da ura e aE EA CEEE N DE eens 1 13 T4414 Consumables ea sra uE A E lebe E E TE niu 1 14 1 4 15 FH 4032 One Phase Power Terminal Unit 02000200 00s 1 15 1 4 16 FH 4033 Two Ph
37. Standards 1 3 Stop mode 2 4 System applications 3 1 T Technical data 2 1 10 3 10 Index Terminal Panel EMC 5 1 Test films 1 14 Thermal switch 4 9 Time code 1 5 5 14 system 1 5 Transport protection 4 11 Tri level sync 5 38 Type label 4 36 U UL Unpacking 4 3 V Ventilation 2 1 4 9 4 37 Video External reference HDTV 2 19 10 4 STE B1 HDTV 2 19 out HDTV 2 19 outputs 2 13 specifications 2 8 TV standards 2 8 2 19 Visible search 2 4 Vistavision 2 21 W Waveform monitoring 1 6 2 11 2 14 3 17 Waveform monitors 2 11 Weight 2 3 4 2 Winding plates 1 4 Z Zoom 2 19 Planning and Installation Rev 2 04 2002
38. The Ethernet 10Base T Micro HUB is mounted in the rear of the unit over the racks 2 and 3 See chapter 4 16 figure 435 Location of the Subunits The Micro HUB is internally connected with the iMCS connectors of the racks 1 3 External de vices have to be connected via the four RJ45 connectors of the terminal panel Connection Unit Connection Unit Connection Unit FH 4125 FH 4225 FH 6325 Rack 1 Rack 2 Rack 3 10Base T R2 10Base T R1 1 5M 2 0M 10Base T R3 1 5M itwork Port 10BASE2 AUI BACKBONE PORT Port 8 AUI OFF a a MDICIN MDI X am E 1 D ct a Ini Ea C O m Y Port7 Port6 Port5 Port4 Po rt 1 TERMINATOR AUI 10BASE2 ON MEDIA BACKBONE 10BASE2 SELECT ENABLE Micro HUB AT MR820TR 10Base_T Out4 10Base_T_Out1 10Base_T Out2 1OBase T Out3 1 5 M internal connections external connections MAU4 MAU1 EXT HUB MAU2 MAU3 MAU Medium Attachment Unit E G Pogle RJ45 Terminal panel Fig 516 Internal and external RJ45 connections Planning and Installation Rev 2 04 2002 5 45
39. adjustable Signal Noise ratio Digital color correction MATCHING BLACK WHITE Gamma Extended Ranges CR Saturation 2 8 STE B1 625 50 525 59 94 2 1 interlace CCIR 601 4 4 4 4 or 4 2 2 4 CCIR 656 or 8 4 4 4 3 and 16 9 full screen and horizontal vertical letterbox Choice of preset masking equations for different film stocks Linear MATRIX or logarithmic MASKING depending on selected film stock Vertical 1 frame Horizontal 1TV line Measured at 50 video level gamma 0 4 The ratio being 700mV divided by r m s noise voltage for luminance gt 58 dB red gt 55 dB green gt 55 dB blue gt 55 dB RGB Gain RGB Black MASTER RGB MASTER RGB MASTER RGB CRT 1 00 0 45 Lift Master 10096 100 Lift RGB 10096 100 Gain Master 0 1000 Gain RGB 0 200 Gamma Master 0 2 5 Gamma RGB 60 of Master Range Continuous variable adjustable 0 200 Planning and Installation Rev 2 04 2002 STE B1 2 Specifications Digital Blanking Control of size H and V position Adjustable full frame horizontal vertical Fixed wide screen blanking Effect Filter Kit Clear supermist filters 0 25 0 5 1 00 2 00 3 00 and optical flat clear Black supermist filters 0 25 0 5 1 00 2 00 3 00 Planning and Installation Rev 2 04 2002 2 9 2 Specifications STE B1 2 5 CONTROL SYSTEM Basic Local Control GCP1 Graphical Control
40. supply units see fig 438 DC connection cables Le Ei Wi TET ys ON _ ls n eps Fig 436 Power terminal panel of Rack 1 Fixing screw left Mains cable Fig 437 Fixing screws of Power supply units in Rack 1 Planning and Installation Rev 2 04 2002 4 57 4 Installation STE B1 8 fixing screws Carefully pullthe mounting plate with the power supply units out of the frame Power terminal panel FH 4131 Fig 438 Power supply units of Rack 1 rear view 4 58 Planning and Installation Rev 2 04 2002 STE B1 4 Installation 4 16 2 REMOVAL OF POWER SUPPLY UNITS OF RACK 2 and 3 Switch off the telecine unit open the rear doors and disconnect it from mains by switching off the circuit breaker at the Power Terminal Unit 3 Phase FH 4030 or 1 Phase FH 4032 or 2 Phase FH 4033 For exchange or mains change FH 6230 FH 6234 FH 6340 of the power supply units of Rack 2 3 it is necessary to remove them from the frame support Rack 2 3 as follows 1 Open the front doors Rack 2 3 2 Unscrew the two screws see fig 439 and remove the cover plate of the mains connecting block 3 Disconnect the mains cable from J9 to the appropriate Rack Mate n Lok con nector 4 Remove the plastic cap and unscrew the locking screw Pull the handle and remove the power supply unit from the frame support Fastening screws Cover plate
41. 10Base2 f FRS O S DIV c 8 7 6 5 4 3 2 FRS ams icu iom jams a to Disk Recorder Dig IN Dig Out Video Monitor wae Serial Serial O Digital Serial Out x 2 x 5 Dig IN Ig a o gt Oo RJ45 10Base T connector Fi STE B1 9 PL 2s 79 i E rao NU to MAUS STE B1 A OR cas ES Egna pe pend VCR LO Ja MONITORING 8 8 Video Disk Recorder LTC in Dig Out Serial z a a ae Extern Aux O O REM REM Serial IN2 J J10 J11 J12 J13 A B A B r OO C s dus J41B e how c Quickframe Sierra RemCtl R G B S MAU4 MAUS MAU2 MAU1 Input 1 Outputs EXT HUB LTC out XFRA from RJ45 C WX Ethernet Tranceiver DIN Synen aez SGR2000 O Mainframe B f d Extern aux SOF Da Vinci Eri p OO Gm 2K Rem 1 s Telecine A E Wave Form Monitor E 1 Philips PT 5464 HD no CE mark SGI ja imcs Monitor 2 Tek 1735 1735 HD J5 an tb Seen nye 309A GCP1 Graphical 100b T E Neti 100b T E Net2 Control Panel Terminal incl P S U NO External Floppy Drive Phantom Transfer Engine e g TE 4101 Monitor Data Recorde c g Ex us eg abyte I 10 Base2 x soe SCSI z Workstation eases SE 9 pin D Sub min pn ce SGI 02 Data In Monitor x 9 o io o Ex 15 pin D Sub min USCSI Disk Array Monitor X Workstation BEP eee Soft Panel Joyball Panel Machine 0 Base T m CE 25 pin D Sub min SGl Octane Control eet GO 13W3 D Sub min Fibre C E Network RT Fibre Channel HIPPI Out MT Control Panel Renaissance o an a iid O Coax Virtual Dat
42. 2 04 2002 2 Specifications 2 1 interlace 2 1 interlace progressive 4 3 and 16 9 30 24 18 12 6 fps x0 05 tox1 5 gt 40 gt 50 dB for all channels 2 19 2 Specifications STE B1 2 8 5 OPTION DTV REQUIRES HDTV OPTION TV standard 1280 x 720 60 Hz progressive 1280 x 720 59 94 Hz progressive 1920 x 1080 24 Hz progressive 1920 x 1080 23 98 Hz progressive 1920 x 1080 25 Hz progressive 1920 x 1080 24 segmented frame 1920 x 1080 23 98 segmented frame 1920 x 1080 50 interlaced 2 1 Extern Reference With analog trilevel sync according to SMPTE 296M 1280 x 720 P or SEMPTE 274M 1920 x 1080 is possible Monitoring At post spatial processor test points only the first 921 pixels of a line are displayed Film speeds 60 Hz standards 30 24 18 12 6 fps 59 94 Hz standards 29 97 22 98 17 98 11 99 5 99 fps 24 Hz standards 24 18 12 6 fps 23 98 Hz standards 23 98 17 98 11 99 5 99 fps 2 20 Planning and Installation Rev 2 04 2002 STE B1 2 Specifications 2 8 6 OPTION VISTAVISION REQUIRES OPTION ROTATION Film size format FA35mm 8 perf Vistavision Resolution horizontal scan lines 1500 vertical scan pixels 1920 FA 35mm 6 perf Cinerama In 6 perf and 8 perf ACA emulation and marker insertion are not supported Fixed speeds 50 Hz standards 25 12 5 6 25 fps 59 94 Hz standards 29 97 17 98 11 99 5 99 fps 60 Hz standards 30 18
43. 40 Data out G J 58 Data in G on Connection Unit FH 6325 Rack 3 FH 4057 Upgrade Cable Set Data G J 41 Data out R J 57 Data in R on Connection Unit FH 6325 Rack 3 FH 4057 Upgrade Cable Set Data R J 45 Data in B1 J 7 Data out B1 on Connection Unit FH 4125 Rack 1 Data B1 J 46 Power Hub not used J 47 Data in G1 J 6 Data out G1 on Connec tion Unit FH 4125 Rack 1 Data G1 J 48 Sprocket in FH 6018 Sprocket Wheel Pulse Tacho Sprocket in J 49 Power Fan 1 J 1 FH 6350 Fan Unit Rack 2 1st generation or FH 4255 2nd generation Power Fan 1 R2 J 52 Data in R1 J 5 Data out R1 on Connec tion Unit FH 4125 Rack 1 Data R1 J 58 Spooling I O J 4 FX 1026 Spooling Power Amplifier Spooling I O J 54 Power Fan 2 J 1 FH 4250 Rear Fan Unit Rack 2 Power Fan 2 rear R2 J 57 Data in R2 G2 B2 J 8 Data out R2 G2 B1 on Connection Unit FH 4125 Rack 1 Data R2 G2 B2 J 58 Local Panel J 1 FH 4500 Local Control Pa nel Local Panel 5 24 J 59 Filmdeck I O J 1 Board FY 6011 Intermediate Planning and Installation Rev 2 04 2002 Filmdeck I O STE B1 Item Socket Connector no Description Connected to 5 Connections Cable set 18 J 62 Ctrl Assy R1 J 19 Ctrl Assy R2 on Connec tion Unit FH 4125 Rack 1 Control Assy R1 R2 19 J63 Ctrl Assy R3 J 48 Ctrl Assy R2 on
44. 7 Connection cable 1 S t cH des Shadow Telecine Keycode Reader Device x g as J55 A oe HIPPI 8 8 aje COME 9 pin subminiature AATON Serial Out 5 55 5 Extern aux D connector male 25 pin subminiature 3 S 8958 J15 Keycode in D connector male MONITORING a a am e 2 2 Com1 J3 J10 J11 J12 J13 CFR out pin pin OOO J41B 2 RES 3 hem Bs a E cS a ae i ke 3 Rx 2 EXT HUB GND LTC out 5 7 9 25 Phantom Transfer Engine e g TE 4101 Workstation SGI Octane Monitor DEI ma 115 230 VAC Data In Monitor Disk Arra EI Fibre C Y es 115 230 VACI Fibre C Network LIPPLOW Fibre pda 115 230 VAC Virtual Datacine SCSI iih ieee Keyboard Planning and Installation Rev 2 04 2002 3 21 3 System Applications STE B1 3 22 Planning and Installation Rev 2 04 2002 STE B1 3 11 Keycode Application ARRI 3 11 1 Keycode in Data J21 J19 J20 J22 cS Oo SDTV Link A Shadow Telecine E tu Sn J31 32 Aux VO STE B1 Keycode Reader From Reader Head Device ARRI Keycode Reader EVERTZ qs Cable 1 Keycode for Data CES 637 N amp Serial l O TC Gen out N 15 Ki uus J N N CFR out N Ny N N AC Power IN J40 N y Termina Micro HUB AT MRB20TR Qo Connection c
45. 8 SGI 02 Legend ov97 9 pin D Sub min Monitor 15 pin D Sub min oX 28 Jo 25 pin D Sub min Ethernet 0 Base T errws 13W3 D Sub min Coax option 100 um option Keyboard gm Ethernet 10 Base T Base T XC 7 9 SCSI LEX Dual Fibre Connector E Fibre Connector Keyboard XLR Connector male XLR Connector female 3 System Applications 3 10 STE B1 Planning and Installation Rev 2 04 2002 STE B1 3 System Applications 3 5 SDTV Film to Tape Application DaVinci 2K and Noise Reducer VS 4 Shadow Telecine J 31 332 J24 Video Sweetener VS 4 2 Vektorscope STE B1 O 4 2 2 Router Mixer WFM Tek 601 HAN Link A IN D1 Out 4 2 2 J17 IN Serial A Tek 601 Serial A in ie 1 e Keyoode Headers b o cabling see chapter J 33 J 34 J31 3 8 and 3 9 in this section O Link A Out O O 2 SDTV Link B IN J29 AC Power IN Link B Link B Out 2 O3 Terminal J7i Noise amp Dirt Contour o L1L2 L3 N PE gt Processor Processor Aem FRS fo D
46. B1 6 Operational Controls 6 3 2 EFFECT SPATIAL PROCESSING FY 6302 w Rotation Alternatively Connection Board FY 6320 w o Rotation OPTION 1 LED red LCA configuration 2 5 LEDs 4x green P3V3 VCC M2V VEE 3 3V 5V 2V 5V 6 LED red temperature warning 70 C 7 Interface 40 pin male test point signals out FY 6302 8 Programmer Interface 26 pin male FY 6302 FY 6302 20 ESP Planning and Installation Rev 2 04 2002 6 23 6 Operational Controls STE B1 6 3 3 CONVERSION SPATIAL PROCESSING FY 6303 1 1 LED red LCA configuration 2 3 2 5 LEDs 4x green P3V3 VCC M2V VEE 3 3V 5V 2V 5V 4 5 6 6 LED red temperature warning 70 C 7 7 Interface 40 pin male test point signals out 8 8 Programmer Interface 26 pin male CSP FY 6303 6 24 Planning and Installation Rev 2 04 2002 STE B1 6 Operational Controls 6 3 4 GENLOCK GENERATOR FY 6338 1 3 LEDs 3x yellow G1 In case of In case of G1 internal external Sync mode Sync mode G2 OFF ON G2 ON ON OFF ON G3 G3 4 7 LEDs 4x yellow LED 7654 0000 1920 x 1080 L 0001 525 L 0010 1250 L 0011 625 L 0100 1125 L 0101 EDTV 625 L 0110 1125 L 0111 EDTV 525 L 1000 1920 x 1080 L 1001 625 L 8 4 4 1010 DATA MOD
47. Connec tion Unit FH 6325 Rack 3 FH 4057 Upgrade Cable Set Control Assy R2 R3 20 J64 Capstan I O J 1 FD 2 ST 9 A Capstan Servo Power Stage Capstan I O 21 J 67 Pulses 1 R3 R2 J 49 Pulses 1 R2 on Connec tion Unit FH 6325 Rack 3 FH 6056 Multiclock Cable Set RR Multiclock Cable 2 22 J 68 Tension R J 1 FX 6015 Film Tension Board Right FH 1043 Wire Set Filmdeck Tension R 23 J 72 Pulses R1 J 3 Film Pulses on Connection FH 6056 Multiclock Cable Set Unit FH 4125 Rack 1 Multiclock Cable 24 J 73 Pulses 2 R3 R2 J 50 Pulses 2 R2 on Connec FH 6056 Multiclock Cable Set RR tion Unit FH 6325 Rack 3 Multiclock Cable 2 25 J 74 Tension L J 1 FX 6015 Film Tension Board Left Planning and Installation Rev 2 04 2002 FH 1043 Wire Set Filmdeck Tension L 5 25 5 Connections STE B1 5 26 Planning and Installation Rev 2 04 2002 STE B1 5 5 CONNECTION UNIT FH 6325 RACK 3 POWER REAR FAN UNIT R3 5 Connections Connection Unit FH 6325 fi RESET d en ee i d pp spe E iE spp spp eap mp pw Tr FEN er n e E o RT S TENET e ENT iu ENT RET LID JD JIE JE JE dE dE dE 71 L JL JL JL JE JE JE dE IL 1 ANALOG VIDEO OUT HDTV G Y G Y OO J1 B Cb B Cb 00 J2 R Cr R Cr J4 J10 KEY KEY OO J11 G Y J12 B Cb R Cr J14 SDTV J19 B Cb J20 R Cr J21 J23 5
48. J15 J22 KEY KEY KEY KEY Q J5 J11 J16 J23 Fig 503 Part of the connection unit FH 6325 Rack 3 Socket Connector Description Socket type Connector type Function 1 2 STE B1 J12 J 16 J19 J 23 SDTV video outputs J1 J5 J7 J11 HDTV video outputs 5 28 BNC connector HDTV amp SDTV 2 x 5 BNC connectors R G B S K switchable to Y Cp Cr S K independent of the digital output SYNC signal in G Y channel switchable ON OFF SYNC signal in R B Cg Cg channel switchable ON OFF Always 4x4 output EDTV SDTV resolution In 8 4 4 mode EDTV 4x4 resolution All these BNC are outputs of analog picture signals The analog blanking width is corresponding to SMPTE or CCIR For all analog out puts it is possible to switch off the blanking menu VIDEO For the luminance the key and the green signal it is possible to switch transparency the vertical blanking for a stamped in VITC signal menu VIDEO Signal level sync Impedance Return loss Sync level Impedance Return loss 0 7 Vpp 0 3 Vpp 75 ohm gt 35 dB min 4 Vpp for SDTV Bilevel 0 3 V for HDTV Trilevel 75 ohm gt 26 dB min Planning and Installation Rev 2 04 2002 STE B1 5 Connections nization signal Item Socket Connector Socket type Function no Description Connector type 1 RGB Components for SDTV operatin
49. Jjiooooo 1A 0000 O J12 PS 2 2 Me 13 0 0000 12A lt NI 6 3A PS 2 1 T13 T14 Power Switch J4 ooooo 5 3286 00000 J15 6 3A 2 5A pence eID eo AC ou CAUTION CAUTION 3 Phase 120V 208V 120V 2 5A max Disconnect power cord HIGH LEAKAGE CURRENT 3 Phase 230V 400V 230V 2 5A max before removing covers EDI 5 5 T ari 2 Phase 120V 240V 240V 25A max mains voltage in OFF condition before connecting supply 47 63Hz ces 2 T2 5A 250V CAUTION AC IN 100 240V Risk of electric shock Grounded T16 T17 DC OUT 12V 1 3A circuit conductor neutral provided an with over current ACHTUNG protection J36 t Vor Entfernen der Abdeckungen Test components SERVICE AC NetzanschluB unterbrechen before touching OUT U Auch bei Power Off f hren Teile U dieses Ger tes Netzspannung Fig 434 Power terminal unit FH 4030 4 54 Planning and Installation Rev 2 04 2002 STE B1 4 Installation Attention When changing fuses it is mandatory to use only high breaking fuses links of same type and current rating as a replacement Using mended fuses or shorting the fuse holder is not permissible For more details see circuit diagram 1 12840 30 SP sheet 2 e CAUTION For continued protection against risk of fire replace only with the same type and rating of fuse Attention After having switched over to another mains voltage make sure that the cor responding fuses a
50. MONITORING S Ss ss E LTC in z S S SIS REM 2 SDTV Sync In J10 J11 J12 J13 J41B O A B A B GS e o Video In Video Out NR mn Es E S Qy Black Ref RemCtlt R G B S MAU4 MAUS MAU2 MAU EXT HUB LTC out Extern aux SOF C28 79 a 2 Mainframe XFRB Da Vinci E OO Renaissance 8 8 8 5 R G B S a o Rem 1 Su O Ethernet Wave Form Monitor PREE SGI 1 Philips PT 5464 HD no CE mark au iMCS Lt Monitor 2 Tek 1735 1735 HD J5 500 eS T9 3 Tek WFM 300 300 A GCP1 Graphical T Net Indy Control Panel incl P S U Serial IN 1 SDTV Video Monitor Sosi a External i 3 Floppy Drive 10 Base T 10 Base 2 50Q d Joyball Panel Machine Control UL Renaissance nci Porta Power Supply Unit Ethernet Repeater 4 2 2 SCSI s Workstation d SGI 02 Monitor Ethernet 0 Base T SDI In Keyboard Keyboard 9 pin D Sub min 15 pin D Sub min 25 pin D Sub min 13W3 D Sub min Coax Ethernet 10 Base T SCSI Dual Fibre Connector Fibre Connector XLR Connector male XLR Connector female 3 System Applications 3 8 STE B1 Planning and Installation Rev 2 04 2002 STE B1 3 System Applications
51. OUT EXTERN AUX LTC OUT 2 12 4x RJ45 connectors twisted pair cables dis tribution by internal HUB 1x BNC internal HUB Standard IEEE 802 3 RJ45 terminal panel plus internal hub for up to 4 remote panels to telecine controllers Cable length BNC FREEZE SIGNAL marking repeated fields Polarity configurable Input used for synchronization of the telecine to a controller programmer editor pulldown fixed speed sequences Output used for synchronization of a telecine con troller programmer editor pulldown fixed speed sequences Sepmag interface D sub 9 pole female Configurable to 10x Bi Phase 250 240 Hz or 2x Bi Phase 50 48 1x Bi Phase 25 24 Telecine controller interface 25 pin sub D female SOF Film SOF Studio FRID FWD REV Linear time code interface compatible to SMPTE 12M standard XLR male connector STE B1 100m TTL Pulse TTL Pulse TTL Pulse Planning and Installation Rev 2 04 2002 STE B1 2 Specifications 2 7 1 VIDEO DIGITAL VIDEO OUT CCIR 656 LINK A B D sub 25 pin female parallel and BNC serial 4 2 20r4x4 format 8 44 Y Cp Cr K ANALOG VIDEO OUT BNC R G B S K or Y Cp Cr S K EXT REF BNC input for ext reference sync 2 7 2 AUDIO optional DIGITAL OUT 1 2 XLR male channel 1 2 AES EBU format ANALOG IN 1 XLR female bala
52. Option FH 6335 DATA INTERFACE DATA DET O ERROR O ENA DATA CONNECT vcc O M2V O VEE O TMP O POWER R 2 2V OUT J24 V OUT J25 O J 26 CLASS 1 LASER PRODUCT Eye safe Product complies with DHHS Ru e 21 CFR Subchapter J in effect at date of manufacture DIGITAL VIDEO OUT HDTV SDTV LINKA LINKA O o J 29 LINKB LINK B O O J30 TIME CODE EXTERN LTC IN CTRL ASSY OUT g J41A LTC OUT i O e e J47 J41B CTRLASSY R2 o RS 232 Oo o B J 48 O J42 MONITORING PULSE1R2 SDTVR2 o o o o J 49 J55 MONITORING PULSER2 HDTVR2 J 56 iMCS 1 dil J81 J35 J38 J43 J45 J51 J32 J 36 J39 J44 J46 Spare J33 J53 J34 J37 J40 DATAIN R2 J59 POWER FAN UNIT O o J 60 ATG PE Fig 502 Connection Unit FH 6325 Planning and Installation Rev 2 04 2002 5 27 5 Connections 5 5 1 ANALOG VIDEO OUT HDTV Output only with option FH 1675 ANALOG VIDEO OUT HDTV 31 SDTV ay GY GY GI SDTV k is MV J1 J7 J12 J19 HDTV J1 J5 B Cb X B Cb B Cb B Cb J7 11 n 9 ja bw SY J2 J8 J13 J20 R Cr R Cr R Cr X R Cr O g h n q n ud n iu J3 J9 J14 J21 S S S S O d n ja q n ud n iw J4 J10
53. PE terminal 2 top view o into cable loop Swivel frame diameter approx housing 6 inch 150 mm E 5 o Te AN 467 4 mm 18 40 inch cable feed through 5 rear side 447 4 mm 17 61 inch Fig 414 Mechanical dimensions of GCP1 with desk mounting swivel frame 4 20 Planning and Installation Rev 2 04 2002 STE B1 4 Installation 4 9 2 RACK MOUNTING 4 9 2 1 Fixed Rack Mounting For a fixed rack mounting of the GCP1 panel into a 19 cabinet a height of 5 RU s 222 mm 8 75 inch is required Unlock the GCP1 panel with the 3 mm hex head wrench and open it Fasten the rack mounting brackets to the frame of the GCP1 The brackets and panel fastening screws are part of the accessory set Note Before being mounted into the rack the GCP1 has to be closed and locked with the 3 mm hex head wrench Mount the prepared GCP1 panel into the rack The rack mount screws will not be delivered because they are depending on the different rack types Connect the cables to the corresponding plugs of the panel The PE terminal on rear of the GCP1 panel see Fig can be connected to a central earth system to prevent or eliminate EMC interferences panel fastening screw panel fastening screw fastening screw 5 RU screw holes x for rack mounting rack riti mounting
54. Pattern Noise lum chrom FPN 5 FY 4205 xx Film Store FIS 6 FY 4206 xx Aperture Correctur Reformatting ACR 7 FY 6211 xx Film Color Correction Chrominance FCC 8 FY 6211 xx Film Color Correction Chrominance FCC 9 FY 4209 xx 6 Section Color Correction 6SC Option FY 4229 Bypass Secondary Color Correction 10 FY 4210 xx Interface Board Demux IBD 11 FY 4210 xx Interface Board Demux IBD 12 Spare 13 Spare 14 Spare 15 Spare 16 FY 1408 xx Monitoring MON Planning and Installation Rev 2 04 2002 6 9 6 Operational Controls STE B1 6 2 1 FILM CLOCK DISTRIBUTION FY 4201 1 LED red LCA configuration 2 4 LEDs 3x green VCC M2V VEE 45V 2V 5V 5 LED red temperature warning 70 C 6 Interface 40 pin male test point signals out 7 Programmer Interface 26 pin male FCD FY 4201 6 10 Planning and Installation Rev 2 04 2002 STE B1 6 Operational Controls 6 2 2 CAPSTAN amp SPROCKET PULSE GENERATOR FY 6262 1 5 LEDs 5x green P12V M12V VCC M2V VEE 12V 12V 45V 2V 5V 6 6 Interface 9 pin female RS232 interface for service terminal i 7 7 Interface 40 pin male test point signals out 8 9 LEDs 2x yellow 10 ON capstan locked 2V Film D 8 11 ON film deck ready 2V Ref D 11 flashing filmdeck error 10 10 Programmer Interface 26 pin male
55. Planning and Installation Rev 2 04 2002 1 1 1 General STE B1 The operating software serves to set the video parameters by means of the primary color correction in extended ranges The Shadow Telecine is prepared for various useful options like Rotation HDTV Output Data Output via Phantom Transfer Engine 6 8 perf film mode Vistavision S8 mm film scanning and a 6 Sector Color Correction These features make the telecine predestined for high end post productions Extended flexibility provided by the options mentioned above gives the telecine a lead in telecine technology 1 3 CONFORMITY 0 E184475 CE N4067 1 2 This Shadow Telecine STE B1 three phases 120 208V AC Power version is de signed accordingly to regulations of the Underwriters Laboratories Inc North brook Illinois US certificated in Nov 1999 and registered as file no E184475 The STE B1 telecine operating on the mains voltage 120 208V AC is constructed in conformity with the American and Canadian UL standards and is marked with an UL sign on its type label Conform with the following European directives and CE marked Low voltage directive 73 23 EEC Safety standard EN 60950 1997 EMC EMI 89 336 EEC Interference emission EN 55 103 1 1996 Interference immunity EN 55 103 2 1996 EMC AS NZS 3548 FCC FCC 47 Part 15 Class A Planning and Installation Rev 2 04 2002 STE B1 1 General 1 4 FEATURES AND SPECIAL CHARAC
56. Protective earth PE to PE IN PE has to be terminated at first Phase L1 to L1 IN Phase L2 to L2 IN Fasten the strain relief and the cover plate of the connecting block For more details see circuit diagram 1 12840 32 SP FH 4033 Two phase line filter part of Mains Terminal Unit FH 4033 connecting block on case of line filter strain relief 208 V only 2W PE 208V 22A 47 63 Hz CAUTION HIGH LEAKAGE CURRENT Earth connection essential before connecting supply ACHTUNG HOHER ABLEITSTROM Vor Inbetriebnahme Erdungsverbindung herstellen Fig 431 Two phase line filter FH 4033 top view Planning and Installation Rev 2 04 2002 4 51 4 Installation STE B1 4 15 MAINS FUSES 4 15 1 POWER TERMINAL UNIT 1 PHASE FH 4032 The mains fuses set FH 4062 for the subunits is contained in the respective power terminal unit FH 4032 The dimensions of the fuses are 5 x 20mm The current ratings are written on the mounting plate beside the fuse holders for 230V as shown below P Mains Terminal Unit CAUTION or continued protection FH 4032 against risk of fire replace only with the same type and i Fuses gt 10A T 125V eingotusel AC Subunits Fuses 10A T 250V AC Subunits PS 3 1 Ti 230V T2 PS 3 2 J 00000 ssa 634 0000 0 W2 Capstan Servo T3 T4 VS4 J3 00000 o
57. Shadow telecine for 208 Mains Voltage UL version at the rear side of the telecine cabinet 15 Earthing requirements 1 Earthing with the protective earth has to be executed with the power cord which contains the earthed protective conductor PE normally The earth conductor has to be connected to the PE screw terminal within the line filter 2 The additional protective earth has to be connected to the central PE A screw a the power terminal unit as earth conductor with large cross section PE 9 7 TE The jumper TE PE must not be broken The earth connection has to be made before connecting the power cord gem Additional earth conductor Due to its high leakage current gt 3 5mA the telecine unit must be connected with an additional earth conductor of 6mm For more details see chapter 4 13 6 Required cross sections for the mains earth cables Make the earth connection with the additional earth conductor to the central PE screw at the power terminal unit always before applying mains power Planning and Installation Rev 2 04 2002 8 3 8 First Setup STE B1 For this purpose the line filter also carries the following warning note Caution HIGH LEAKAGE CURRENT Earth connection essential before connecting supply D 16 Check the installation of the power cord The mains voltage has to be connected via a power cord to the line filter in the power terminal unit FH 4030 FH 4032 FH 403
58. power systems e 4 Installation For this purpose the line filter also carries the following warning note CAUTION HIGH LEAKAGE CURRENT Earth connection essential before connecting supply The earthing conductor described is to be connected to earth at the service equip ment or if supplied by a separately derived system at the supply transformer or motor generator set The attachment plug receptacles in the vicinity of the unit or system have all to be of an earthing type and the earthing conductors serving these receptacles are to be connected to earth at the service equipment The telecine unit is provided with two separate terminals for connecting protective earth PE and technical earth TE e g video earth at the power terminal unit On delivery these terminals are joined by a short circuit jumper The jumper TE PE must not be broken For using the TE terminal it is necessary to consult Thomson The PE terminal marked by the symbol 417 IEC 5017 protective earth is internally connected with the PE terminal of the line filter and the metal case parts In case of TN C power systems combination of neutral conductor and protective conductor it is necessary to observe the regulations in conformity with IEC 364 5 54 VDE 0100 T 540 and IEC 364 4 41 IEC 364 4 47 VDE 0100 T 410 or the applicable national regulations Any break of the protective earth conductor inside or outside the telecin
59. pulses are configurable to 1x 25 24 Hz 2x 50 48 Hz or 10x 250 240 Hz film speed The telecine enables a clear identification of every frame at every PLAY speed Linear Time Code compatible to SMPTE standard 12M is provided at socket LTC OUT Rack3 The Shadow Telecine STE B1 provides the use of AATON Evertz and ARRI key code reader heads Note Reader heads are not included The operating software applies to keycode data reproduction generated by a key code reader from the manufacturers Evertz AATON or ARRI The Shadow telecine is supplied with a Local Control Panel which provides basic operation of transport framing FPN stand by focus and local remote functions The Functional Control Panel provides complete functional control of the telecine incl setups This panel controls the machine via the internal iMCS 1 interface Planning and Installation Rev 2 04 2002 1 5 1 General Remote control interfaces WF monitoring PTR rollers 1 6 STE B1 The remote control interface iMCS 1 serves also to remotely control the telecine from external devices e g Pogle Pandora DaVinci Renaissance IMCS control interface The iMCS control interface internal machine communication system is designed as a control connection between machine s and control panel s on Cheapernet basis IEEE 802 3 standard iMCS 10Base T RJ45 connectors with internal HUB IEEE 802 3 For Graphical Control Panel Film Color Co
60. sssuellsssllsses nn 6 20 6 3 Film Postprocessing 00cee cece eee eee eee n III 6 21 6 3 1 Spatial Controller amp Address FY 6301 FM 6321 0 0000s 6 22 6 3 2 Effect Spatial Processing FY 6302 FM 6320 2020202 eee 6 23 6 3 3 Conversion Spatial Processing FY 6303 cece eee ee eens 6 24 6 3 4 Genlock Generator FY 6338 0 cece cece teen e eese 6 25 6 3 5 Matrix amp Contour Correction FY 6309 0 cee eee eee eee 6 26 6 3 6 TNE Store EY 6310 sre be ERI Liner Rien ag slid pated 6 27 6 3 7 SDTV Output FY 6312 i2 soie rer ERR UR dott ea tele etree abate PES 6 28 6 3 8 HDTV Output Digital FY 6313 Option 00 6 29 6 3 9 HDTV Output Analog FY 6314 Option 0 6 30 6 3 10 Data Output Interface FY 4345 Option 02 0 cece eee 6 31 6 3 11 Spatial Processor Control FY 6346 ccc cee eee eens 6 32 7 Interfaces 7 1 RJ 45 iMCS Internal Machine Communication System 7 2 7 2 Remote Systems RJ45 iMCS 0 ccc eee eee 7 3 7 3 Remote Control of Waveform Monitoring J3 J4 Rack 2 7 4 7 4 Examples for the Connection to the Color Corrector 7 4 7 5 Description of Bi Phase Signal SOF Pulse and CFR OUT Pulse 7 6 7 6 Data Output Interface FY 4345 0 cece eee ee eee 7 9 7 6 1 Pixel Assignment to the 32 bit HIPPI Data Bus 7 21 Planning and In
61. studio is identical to the voltage stated on this label Details see chapter 4 13 Mains con nection in the Customer Manual Planning and Installation Ventilation The Shadow Telecine STE B1 is cooled by a ventilation system The ventilating air stream enters through openings in the bottom frame of the cabinets The outgo ing air leaves the cabinets on top For this reason make sure that the air inlets are not covered when setting up and that sufficient space is maintained to the other units For cooling reasons always keep the doors closed during operation The admissible ambient temperature of the Telecine must not exceed or fall below the range of 109 C 509 F and 35 C 95 F Optimum operation is at temperature of 20 C Make sure that the machine is protected against high humidity Make sure that enough space is provided so that the cabinets are easily accessible for operation and service works During operation Operate the Shadow Telecine STE B1 in closed condition only To avoid EMC electromagnetic compatibility problems keep the lower front and rear doors always closed during operation Opening the covers or removing parts with tools may give access to live parts In such cases the machine has to be disconnected from the mains If for example due to a failure safe operation of the Shadow Telecine STE B1 is no longer ensured take the machine out of operation and secure it against further use Service Attention
62. the GCP1 panel see Fig can be connected to a central earth system to prevent or eliminate EMC interferences Planning and Installation Rev 2 04 2002 4 15 4 Installation STE B1 LJEJEJEJEJDJEJEJEJEJ OO nj f DOO m FN so z i O B ESL gt o L Woy fox o x o VJ lll es xx top view c J Roy E m a os var shi S ex E N Nec eee ns l Play Stop Play 446 mm 17 56 inch 2 Cay Ar Y f am Ed o0000000060000000000000000S g 20009000 CLs kJ rear side d 7 421 mm 16 58 inch 5 E E FE on sE ge g a ns left side N do 212mm 8 35 inch Screw holes for desk fixing S of I PE 2 ACPowerin J6 f o ic Sue tives Bears RAS N iius Uis i E ground view E eo O m bp LS Qe d E LA 434 mm 17 09 inch 443 mm 17 44 inch Fig 411 Mechanical dimensions of the GCP1 Planning and Installation Rev 2 04 2002 STE B1 4 Installation front side of the GCP1 13 mm 0 51 inch bevelled edge of des
63. with flanges for two 10 inches air hoses FH 4425 Spare Lamp Socket 0 128 442 510 Option Socket for halogen lamp Service Manual FU 0066 Comprehensive technical manual Planning and Installation Rev 2 04 2002 1 13 1 General 1 4 14 CONSUMABLES Test films 35mm TF 35 F4 FA 35mm test film format 4perf Checkerboard test 35mm 3 m Grating test 35mm 3 m Format film 35mm anamorphic 3 m Format film 35mm academy 3 m 5MHz focus distribution 35mm Dolby stereo COMOPT audio with pink noise 35mm Dolby stereo COMOPT audio signal level 35mm Super 35mm TF 35 HR FA 35mm test film HDTV resolution TF 35 F3 FA 35mm test film format 3perf TF 35 F2 FA 35mm test film format 2perf 16mm Checkerboard test 16mm 2 8 m Grating test 16mm 2 8 m Format film 16mm 3 m Format film 16mm anamorphic 3 m Super 16mm TF 16 FS S 16mm test film format TF 16 HR S 16mm test film HDTV resolution Halogen Lamp 2 128 102 130 1 015 630 067 1 131 900 332 1 131 900 333 2 015 630 056 2 015 630 054 2 131 900 163 1 011 010 082 1 011 010 083 1 015 630 070 1 015 630 071 1 015 630 072 1 131 900 336 1 131 900 337 2 015 630 051 2 015 630 053 1 015 630 073 1 015 630 068 Spare halogen lamp 250 W 24 V 10 pcs for film illumination Spare PTR roller set 3 149 900 882 contains 4 rollers STE B1 Plannin
64. 0 video level The brightness of one of the RGB signals should reach a level of 100 Check Video Basic Gain Menu Film set GAIN to 0 dB or 6 dB With very dense film material use basic gain 6 dB Check white level and black level Gain amp Lift Menu Film Film scene white Adjust Gain for the white adjustment Adjust picture white in the RGB channels to 100 video signal Film scene black Adjust Lift for the black adjustment Adjust picture black in the RGB channels to 1 setup Planning and Installation Rev 2 04 2002 STE B1 17 18 19 8 First Setup Check black level Black Master amp Black RGB Note Adjustments of black Master and black RGB do not change the white level Menu Color Use film scene with picture black and stop Menu Color Black Master RGB black level adjustment together for adjust slide control Black on the touch screen Black RGB magnitude and phase for R G B black level adjustment slide directly on the colored hexagon of the touchscreen or use the trackball The adjustments are judged on the color monitor Check white level White Master amp White RGB Adjustments of White Master and White RGB do not change the black level Menu Color Film scene with picture white White Master RGB white level adjustment together for adjust slide the control White on the touch screen White RGB magnitude and phase RGB white level adjust individually or mixed slide
65. 1 LASER PRODUCT Eye safe Product complies with DHHS Rule 21 CFR Subchapter J in effect at date of manufacture LISTED PROFESSIONAL VIDEO EQUIPMENT 3913 CE N4067 Caution These servicing instructions are for use by qualified personnel only To reduce the risk of electric shock do not perform any installation other than that contained in the Planning and Installation Manual unless you are qualified to do so Refer all servicing to qualified service personnel Attention The film scanner unit has to be unpacked and lifted up by authorized forward ing agencies only with appropriate lifting tool under control and instruction of Thomson service personnel Danger of injury when the film scanner being lifted to the upright position Danger of fire Mount the Shadow Telecine STE B1 on concrete or other non combustible surface only The Shadow Telecine STE B1 is designed for application in TV studios and pro duction facilities only For safety reasons any application for purposes other than the original intended is not allowed Safety instructions concerning FH 6335 Serial HiPPI Interface Rack 3 The laser transceiver used in this unit is classified as AEL Class 1 U S 21 CFR J and AEL Class 1 per EN 60825 1 A11 and is eye safe The Shadow Telecine STE B1 is designed accordingly to regulations of the Un derwriters Laboratories Inc Northbrook Illinois US certificated and registered under file no
66. 1920 x 1080 24 Hz progressive 1920 x 1080 23 98 Hz progressive 1920 x 1080 25 Hz progressive 1920 x 1080 24 segmented frame 1920 x 1080 23 98 segmented frame 1920 x 1080 50 interlaced 2 1 1920 x 1125 60 interlaced 2 1 1920 x 1125 59 94 interlaced 2 1 1920 x 1125 60 interlaced 2 1 1920 x 1080 59 94 interlaced 2 1 Restrictions 1920 x 1250 50 interlaced 2 1 is not supported 5 36 Planning and Installation Rev 2 04 2002 STE B1 5 5 3 SYNC PULSES OUTPUTS PULLDOWN 10 j lO EN 5 Connections Fig 508 Part of the connection unit FH 6325 Rack 3 Planning and Installation Rev 2 04 2002 Item Socket Connector Socket type Function no Description Connector type 7 J17 BNC connector Telecine Frame Pulse for a key code reader time Pulldown out code reader generator TTL level for more details see chapter 7 Interfaces 8 J18 BNC connector The FRS Freeze Signal is used to mark repeated FRS fields TTL level 9 J 24 BNC connector TTL pulse for test and alignment 2V out 10 J25 BNC connector TTL pulse for test and alignment V out 5 37 5 Connections 5 5 4 STE B1 EXTERNAL REFERENCE INPUTS Socket Connector Description For synchronization of the telecine OCIO T T J43 T J AR o gt A E 11 12 13 14 1 Fig 509 Part of t
67. 2 Power 3 J 7 FH 4181 Terminal Panel FH 4059 Power Cable Set Power Supply Rack 1 Power 3 12 J13 Power 4 J 8 FH 4131 Terminal Panel FH 4059 Power Cable Set Power Supply Rack 1 Power 4 13 J 14 PS Assy J 6 FH 4131 Terminal Panel PS Assy Power Supply Rack 1 14 J 15 Illumination Assy J 1 Control Illumination Assy FY 4421 Illumination Interface 15 J 16 Spare 1 not use 16 J 17 Lamp Control J 5 FH 4131 Terminal Panel Lamp Control Power Supply Rack 1 17 J18 Power 5 J 11 FH 4131 Terminal Panel FH 4059 Power Cable Set Power Supply Rack 1 Power 5 18 J19 Ctrl Assy R2 J 62 Ctrl Assy R1 on Connec Ctrl Assy R1 R2 tion Unit FH 4225 Rack 2 Planning and Installation Rev 2 04 2002 5 9 5 Connections Socket Connector Description Connected to STE B1 Cable set J 20 Optical amp Pwr Ctrl Assy J 9 FH 4131 Terminal Panel Power Supply Rack 1 Optical amp Pwr Ctrl Assy J 21 RS 232 not used J 22 iMCS J 7 AT MR820TR Ethernet 10 Base T Micro HUB 10Base T H1 J 27 Power 6 J 12 FH 4131 Terminal Panel Power Supply Rack 1 FH 4059 Power Cable Set Power 6 J 28 Test not used J 39 Power 7 J 13 FH 4131 Terminal Panel Power Supply Rack 1 FH 4059 Power Cable Set Power 7 J 40 Audio Preampl J 3 FY 6011 Board Intermediate Audio Preampl J 41 Commag Comopt J 2 FY 6011 Intermediate Board Commag Comopt
68. 229 1 1 3 LEDs 4x green VCC M2V VEE 45V 2V 5V on Bypass FY 4229 Planning and Installation Rev 2 04 2002 6 17 6 Operational Controls STE B1 6 2 9 6 SECTOR COLOR CORRECTION FY 4209 OPTION OPTION 1 LED red LCA configuration 2 Interface 9 pin female RS232 interface for service terminal 3 6 LEDs 4x green PSV3 VCC M2V VEE 3 3V 5V 2V 5V LED red temperature warning 709C Reset Select 10 Display Status massages for service purpose 11 Enter 12 Programmer Interface 26 pin male FY 4209 29 SCC 6 18 Planning and Installation Rev 2 04 2002 STE B1 6 Operational Controls 6 2 10 INTERFACE BOARD DEMUX FY 4210 1 LED red LCA configuration 2 LED green Internal Parity Error in signal processing 3 LED green TRS IN Signals Error in input signals 4 LED green Ref Pulses Error in reference pulses 5 7 LEDs 3x green VCC M2V VEE 45V 2V 5V onion Fw NM 8 LED red temperature warning 70 C 9 9 Interface 40 pin male test point signals out 10 10 Programmer Interface 26 pin male IBD FY 4210 Planning and Installation Rev 2 04 2002 6 19 6 Operational Controls STE B1 6 2 11 MONITORING FY 1408 1 LED
69. 3 From external not used Fig 308 Waveform Monitoring Planning and Installation Rev 2 04 2002 Monitoring FY 1408 15 pin subminiatur 4 BNC D Connector loop through P inputs V e el wn CH1 R CH2 G CH3 B o WFM s O Local 1 For example WFM only used for HDTV Remote Control 1 an subminiatur 4 BNC D Connector loop through inputs y I U XJ U G B R S o WFM Local 2 For example WFM only used for SDTV Remote Control 2 15_ 2 7 Output Driver PC 354 AY T Rem CTRL Pins 1 8 and 11 15 FROM RSCI GND Pin 9 Waveform Monitoring FY 1408 Waveform Monitor SS AEG L Connection Cable 3 System Applications Interface cable Remote Control from Shadow Rack 2 to WFM TEK 1740 1760 Shadow Rack 2 15 pin subminiature D connector TEK 1740 1760 25 pin subminiature D connector male male Recall 2 Superimposed pin Recall 3 Vector pin 18 pin 6 pin 19 pin 7 Recal 1 parade pin 17 pin 9 pin 14 Note Interface cable Remote Control from Shadow Rack 2 to PT 5664 Disconnect pin 1 of the control cable PT 5664 otherwise the remote control functions are disturbed 3 17 3 System Applicat
70. 3 from the rear of the telecine cabinet For details refer to chapter 4 14 Installation of the power cord 8 4 Planning and Installation Rev 2 04 2002 STE B1 8 First Setup 8 2 POWER ON The telecine is switched on with the Power switch at the right hand side of the unit To switch on the Graphical Control Panel GCP1 press the power button in the upper left corner Note The boot up sequence takes about 2 minutes Details see the separate GCP Customer s Manual Warm up After 15 minutes operating time all characteristics are stabilized To avoid EMC electromagnetic compatibility problems keep the rear doors always closed during operation T J STE B1 H a LI EM 000 N Power Switch DODODODOODDOO o0 d GCP D o 8 8 e p g QE O Q B Q o 808 N E 8 2 A E LU Nn LE B 3 x NC B Diagnostics PC B o ELI eee e Power switch i i E H E telecine Sy Cc l Fig 804 Shadow Telecine and GCP Planning and Installation Rev 2 04 2002 8 5 8 First Setup STE B1 After switching on the power up test appears on the display of the Graphical Control Panel GCP Ctrl Press once the CONTROL BUTTON to get control over the Shadow Telecine
71. 30 and 48 fps Planning and Installation Rev 2 04 2002 STE B1 Auto functions Analog video interface Digital video interface Sepmag Control Interface Time code system Key code reader systems Key code embedded in DPX data Local Control system 1 General Variable SAS select a speed film transport speeds forward and reverse are from 2 to 57 fps in steps of 1 1000 fps In addition quick stop and a high grade freeze frame are standard The Shadow telecine has an automatic quick stop mode that responds to film break and film run out The FPN Fixed Pattern Noise correction includes the automatic shading com pensation the automatic white balance and the coarse POS NEG matching Analog R G Bor Y Cg Cn standard video interface SDTV Output FY 6312 enables connection to conventional video equipment The digital video interface SDTV Output FY 6312 provides SDTV 4 2 2 output signals conforming to EBU Tech 3267 E and SMPTE 125 M interface format and to the CCIR 601 and CCIR 656 standards Digital Outputs SDTV 4 2 2 4 2 2 4 or 4x4 Parallel SDTV 4 2 2 4 2 2 4 or 4x4 Serial Distribution of EDTV and 8 4 4 signals via this interface is prepared This interface can be used to drive external SEPMAG units e g Killi Albrecht Sondor Perfectone a o lip synchronously to the associated film Two bi phase sync pulses determine the direction of tape motion of the external SEPMAG unit These
72. 4 4 U32 offset to image data 0x00002000 8k bytes 3 8 8 ASCII version number of header for V1 0 mat 4 16 4 U32 total image file size in bytes size of element 1 0x2000 header 6 24 4 U32 generic sect length 1664 as default 7 28 4 U32 industry sect length 384 as default 8 32 4 U32 user def sect length 6144 as default 15 660 4 U32 Encryption key OxFFFFFFFF 17 768 2 U16 image orientation 0 as default 18 770 2 U16 no of image elements always 1 19 772 4 U32 pixels per line x value of reproduction format 20 776 4 U32 lines per image y value of reproduction format 21 780 image element 1 21 1 780 4 U32 data sign 0 unsigned 21 2 784 4 U32 reference low 8bit 0 10bit 0 16bit 0 as default 21 3 788 4 R32 reference low quantity 0 as default float 21 4 792 4 U32 reference high 8bit 255 10bit 1023 16bit 65535 21 5 796 4 R32 reference high quantity 2 047 as default float 21 6 800 1 U8 descriptor 4 Key only 6 Y Only 50 R G B 51 R G B key 151 B G R 152 B G R key 21 7 801 1 U8 transfer characteristic 0 user defined 1 printing dens or 2 linear 3 log 21 8 802 1 U8 colorimetric spec 0 user defined or 1 printing dens or 2 not applicable 21 9 803 1 U8 bit size mode 1 8 mode 2 4 6 10 mode 3 5 16 7 14 Planning and Installation Rev 2 04 2002 STE B1 7 Interfaces DPX User defined data Fiel
73. 5 Connections 10Base2 port unconnected 10Base2 port as one bus end connected 5 46 STE B1 On the Micro HUB AT MR820TR there is also a 10Base2 port BNC connector available Important 50 Q terminator settings Ifthe 10Base2 port BNC connector is not used switch the TERMINATOR to ON and plug in an additional 50 Q terminator Otherwise the internal communication via the HUB could be disturbed STE B1 Micro Hub gle uem l p Lu m A 2 Attention l d Plug in additional terminator TERMINATOR Em 50Q 10BASE2 UV Fig 517 lf this connector will be used and realized as one end of the external iMCS bus e g for a telecine controller make sure that the port is terminated 50 Q at each side Set TERMINATOR switch to ON Also switch MEDIA SELECT and BACK BONE ENABLE to ON STE B1 Micro Hub e g Telecine Controller ON f OW f lt gt TERMINATOR 10BASE2 50Q Fig 518 Planning and Installation Rev 2 04 2002 STE B1 10Base2 port via BNC T connector connected 5 Connections Incase the 10Base2 port is is used as part of a IMCS bus via a BNC T connector e g for a service PC with SDCMAINT then set TERMINATOR to OFF e g Service PC STE B1 Micro Hub e g Telecine Controller with SDCMAINT TERMINATOR 10BASE2 500 Fig 519 Note If external HUB connec
74. 56 words 1kbyte D1 Area Size bit 3 10 no D1 Area present set to 0 D2 _ Offset bit 0 2 no offset data set begins at start of D2 Area set to 0 D2 Size 32 bits length in bytes of the data in D2 Area except of fill bytes at the end 0 D2 Size 4GBytes 2 D2 Area starts and ends on an 64 bit boundary filled at the end in case of need Planning and Installation Rev 2 04 2002 7 11 7 Interfaces 7 12 STE B1 Contents of I field For Data Output FY 4345 11 and higher BYTE 0 BYTE 1 BYTE 2 BYTE 3 0x03 0x00 0x00 variable set via Graphical Control Panel menu TK Config submenu Data Destination Note 1 destination routing 2 camp on 3 dest 1 4 src 0 BYTE 0 BYTE 1 BYTE 2 BYTE 3 bit 31 23 15 7 Header_ ULP id P B Reserved D1 Area Size D2 Offset Area D2 Size Area D2 Data Set D2 Area Fig 710 HIPPI FP packet format HIPPI Connection Model Datagram Mode and Stream Mode are supported This mode can be selected via the control system GCP TK Config menu submenu Data connection mode Details of Stream Mode Single connection multiple packets The telecine sets up a single connection and sends multiple PACK ETS on that connection REQUEST CONNECT Details of the Datagram Mode Single Connection single Packet Telecine sets up a single connection REQUEST CONNECT and sends one PACKET on that connec
75. 6 Ground SOL IOL Increment of Lines film speed synchronization pulse 8 Ground 9 not connected 10 not connected 11 SOF Start of Frame vertical synchronization pulse 12 not connected 13 not connected 14 CLK 120 MHz 15 Ground CLK 60 MHz 16 CLK 60 MHz 17 Ground 18 SOL Start of Line horizontal synchronization pulse 19 Ground IOL 20 IOL Increment of Lines film speed synchronization pulse 21 Ground 22 not connected 23 Ground SOF 24 SOF Start of Frame vertical synchronization pulse 25 not connected 5 23 5 Connections STE B1 5 4 8 INTERNAL CONNECTIONS The following table describes the internal cabling from rack to rack as well as the cabling to the individual subassemblies in the Shadow The internal cabling must be changed by our service personnel only The table is only important for the service personnel and serves at this place only for the information of the customer Socket Connector Description Connected to Cable set J 2 Monitoring HDTV R3 J 56 Monitoring HDTV R2 on Connection Unit FH 6325 Rack 3 FH 4057 Upgrade Cable Set Monitoring HDTV R3 J 9 Monitoring SDTV R3 J 55 Monitoring SDTV R2 on Connection Unit FH 6325 Rack 3 FH 4057 Upgrade Cable Set Monitoring SDTV R3 J 37 Data out B J 59 Data in B on Connection Unit FH 6325 Rack 3 FH 4057 Upgrade Cable Set Data B J 38 iMCS 1 Port 6 AT MR820TR Ethernet 10Base T Micro HUB 10Base T R2 1 FDC J
76. 6 RED 4 26 RED 10 26 BLUE 10 26 RED 3 25 RED 3 25 RED 9 25 BLUE 9 25 RED 2 24 RED 2 24 RED 8 24 BLUE 8 24 GREEN 9 23 RED 1 23 RED 7 23 BLUE 7 23 GREEN 8 22 RED 0 22 RED 6 22 BLUE 6 22 GREEN 7 21 GREEN 9 21 RED 5 21 BLUE 5 21 GREEN 6 20 GREEN 8 20 RED 4 20 BLUE 4 20 GREEN 5 19 GREEN 7 19 RED 3 19 BLUE 3 19 GREEN 4 18 GREEN 6 18 RED 2 18 BLUE 2 18 GREEN 3 17 GREEN 5 17 RED 1 17 BLUE 1 17 GREEN 2 16 GREEN 4 16 RED 0 16 BLUE 0 16 BLUE 9 15 GREEN 3 15 GREEN 15 15 KEY 15 15 BLUE 8 14 GREEN 2 14 GREEN 14 14 KEY 14 14 BLUE 7 13 GREEN 1 13 GREEN 13 13 KEY 13 13 BLUE 6 12 GREEN 0 12 GREEN 12 12 KEY 12 12 BLUE 5 11 BLUE 9 11 GREEN 11 11 KEY 11 11 BLUE 4 10 BLUE 8 10 GREEN 10 10 KEY 10 10 BLUE 3 9 BLUE 7 9 GREEN 9 9 KEY 9 9 BLUE 2 8 BLUE 6 8 GREEN 8 8 KEY 8 8 KEY 9 7 BLUE 5 7 GREEN 7 7 KEY 7 7 KEY 8 6 BLUE 4 6 GREEN 6 6 KEY 6 6 KEY 7 5 BLUE 3 5 GREEN 5 5 KEY 5 5 KEY 6 4 BLUE 2 4 GREEN 4 4 KEY 4 4 KEY 5 3 BLUE 1 3 GREEN 3 3 KEY 3 3 KEY 4 2 BLUE 0 2 GREEN 2 2 KEY 2 2 KEY 3 1 0 1 GREEN 1 1 KEY 1 1 KEY 2 0 0 0 GREEN 0 0 KEY 0 0 Planning and Installation Rev 2 04 2002 7 21 7 Interfaces STE B1 Mode 3 Mode 4 Mode 5 3x10Bit Y Only 2x16Bit Y Only 3x10Bit K Only 3 PIXELS HIPPI 2 PIXELS HIPPI 3 PIXELS HIPPI WORD BIT WORD BIT WORD BIT 0 Y 15 N 1 0 0 Y 14 N 1 0 Y 9 N 2 Y 13 N 1 KEY 9 N 2 Y 8 N 2 Y 12 N 1 KEY 8 N 2 Y 7 N 2 Y 11 N 1 KEY 7 N 2 Y 6 N 2 Y 10
77. 6314 xx and two HDTV Serializer Allows to select the following HDTV standards 1250 50 2 1 according to CCIR TG 11 or EU 95 1125 60 and 1125 59 94 2 1 according to SMPTE 260M 1920x1080 60 and 59 94 2 1 according to SMPTE 274M Spatially upconverted from 1332 pixel optical resolution Analog RGB or YCr Cp BNC and digital parallel CCIR TG 11 2x 50 pin subminiature D connector interface Containing boards for Multi standard HD D A converter 1x HDTV digital output stage 1x 1 4 6 FH 4066 DIGITAL TV OPTION The Option DTV operating in the Shadow Telecine STE B1 is designed to gener ate film images according to the digital TV standards ANSI SMPTE 296 M 1280x720 60 Hz progressive 1280x720 59 94 Hz progressive 1920x1080 25 Hz progressive 1920x1080 24 Hz progressive 1920x1080 23 98 Hz progressive 1920x1080 24 Hz segmented frames 1920x1080 23 98 Hz segmented frames 1920x1080 50 Hz 2 1 interlace Note Option FH 4069 HDTV Output is required Planning and Installation Rev 2 04 2002 1 9 1 General 1 4 7 STE B1 TE 4101 PHANTOM TRANSFER ENGINE PACKAGE 103 0 128 407 010 OPTION consisting of DS 0170 Phantom TransferEngine SW CD 0 038 057 000 FY 4345 xx Data Output Interface Rack 3 0 128 434 570 FH 6335 HiPPI Serial Interface Term Panel R 3 0 128 633 500 FU 0077 Customer s Manual Phantom TE 0 126 627 700 Introduction The Phantom TransferEn
78. ATIONS 2 Specifications Note Specifications apply after a warm up time period of 15 minutes 2 1 GENERAL 2 1 1 DEVICE CATEGORY The Shadow Telecine is suitable for stationary studio operation 2 1 2 ENVIRONMENT Recommended Air conditioned or ventilated dust free room Temperature Operation Storage with Lens Gate Assy without Lens Gate Assy Specifications apply after a warm up period of 15 minutes Rel Humidity Storage and operation without condensation Specifications apply to a range of Ventilation The ventilating air stream enters through openings in the bottom frame of the Shadow Telecine cabi net The outgoing air leaves the cabinet on top Air filter mats protect against dust Required air quantity At 20 C ingoing air temperature Safety regulations Electrical equipment C Low voltage directives Safety of information technology equipment Mechanical equipment Standard for safety Planning and Installation Rev 2 04 2002 10 C to 35 C 50 F to 95 F 10 C to 40 C 50 F to 104 F 10 C to 40 C 14 F to 104 F 10 to 80 40 to 60 900 m3 h 32 000 f3 h 73 23 EEC EN 60950 VDE 805 IEC 950 DIN 31000 UL 1419 2 1 2 Specifications STE B1 Electromagnetic compatibility EMC Interference emission CE Interference immunity CE M4067 Australian C Tick label Fcc 47 Part 15 Sec 15 105 Noise Emission 2 2 Elect
79. Condensor lens 2 3 Infrared filter 4 Condensor lens 1 Fig 422 Mounting the four filter elements E O lt Heat absorbing filter 9 KR Condensor lens 2 N lt ONG Infrared filter EN Fi S Condensor lens 1 gt _ lee TO Le f Halogen lamp Slot coding Fig 423 Slot coding Planning and Installation Rev 2 04 2002 4 31 4 Installation STE B1 Fig 424 Mounted filter elements 4 32 Planning and Installation Rev 2 04 2002 STE B1 4 Installation 4 12 INSTALLING LENS GATE ASSEMBLY LGA Attention Installing the appropriate LGA 16mm or 35mm matches the telecine to the re spective film format optically 1 Turn the locking lever to the unlocked position 2 Grasp the LGA by the two handles and set the unit on the guide pins and slide it slowly towards the film deck plate until it fits Do not cant the lens gate assembly while sliding it in to avoid damaging the light sensor 3 Lockthe lever Guide pin Lens Gate Assembly LGA N Locked Locking lever Unlock d n Fig 425 Installing the Lens Gate Assembly Planning and Installation Rev 2 04 2002 4 33 4 Installation STE B1 Insert the Effect filter Guide rail for Effect filters
80. E 1011 525 L 8 4 4 1100 1280 x 720 L 1101 7 1110 1280 x 720 L Tot 8 11 LEDs 4x green P15V VCC M2V VEE 15V 5V 2V 5V 12 LED red temperature warning 70 C 14 Programmer Interface 26 pin male GEN FY 6338 Planning and Installation Rev 2 04 2002 ON OFF ON OFF ON OFF TV standard encoded LED 4 LSB LED 7 MSB 59 94i 59 94 i 50 00i 50 00i 60 00 i 50 00i 59 94 i 59 94 i 60 00 i 50 00i 59 94 i 60 00 p 59 94 p 13 Interface 40 pin male test point signals out or or or or or or external Sync available no external Sync Oscillator running Error Board locked to external Sync Board unlocked 1920 x 1080 L 25 00 P 1920 x 1080 L 50 00 i 1920 x 1080 L 24 00 P 1920 x 1080 L 23 98 P 1920 x 1080 L 24 00 sF 1920 x 1080 L 23 98 sF 6 25 6 Operational Controls STE B1 6 3 5 MATRIX amp CONTOUR CORRECTION FY 6309 1 1 LED red LCA configuration 2 4 LEDs 3x green VCC M2V VEE 5V 2V 5V a fF WN 5 LED red temperature warning 70 C 6 6 Interface 40 pin male test point signals out 7 7 Programmer Interface 26 pin male MCC FY 6309 6 26 Planning and Installation Rev 2 04 2002 STE B1 6 Operational Controls 6 3 6 TV STORE FY 6310 1 LED r
81. E184475 Conform with the following European directives and CE marked Low voltage directive 73 23 EEC Safety standard EN 60950 1997 EMC EMI 89 336 EEC Interference emission EN 55103 1 1996 Interference immunity EN 55103 2 1996 EMC AS NZS 3548 FCC FCC 47 Part 15 Class A Planning and Installation Rev 2 04 2002 I Safety Instructions FCC Rules 47 Part 15 Sec 15 105 Nitrate film material Risk of injury Access to the inside STE B1 This equipment has been tested and found to comply with the limits for a Class A digital device pursuant to the part 15 of the FCC Rules These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment This equipment generates uses and can radiate radio frequency energy and if not installed and used in accordance with the instruction manual may cause harmful interference to radio communications Operation of this equipment in a residential area is likely to cause harmful interfer ence in which case the user will be required to correct the interference at his own expense The Shadow Telecine is not designed for running nitrate film material Thomson is not responsible for possible damage to the film material as well as for any subsequent damage resulting therefrom Nitrate base film material can be destroyed through electrostatic effects or when the internal heat filter is damaged When the Te
82. Edison a wye star delta mesh or a crazy leg delta Let s apply this procedure to get a better understanding of the three basic power systems 4 13 5 1 Edison System 120 240V AC Single phase 3 wire n A 4 120V B y 240V 4 E 120V on Y d PE Single phase two phase current three wire earthed midpoint There are 3 wires therefore there are 3 combinations Example A to B 120Vac mains voltage A to C 240Vac phase voltage B to C 120Vac mains voltage Planning and Installation Rev 2 04 2002 4 43 4 Installation STE B1 4 13 5 2 Wye star System 120 208V AC or 230 398V AC Three phase 4 wire Mains et 118V Y 206V 210V ud P i A bn Phase voltage Mains voltage Mains voltage ase voltage 116V 4 120V y 209V B Phase voltage P PE Three phase current star connection four wire earthed neutral There are 4 wires therefore there are 6 combinations Example A to B 210Vac B to C 209Vac A to C 206Vac B to D 120Vac A to D 118Vac C to D 116Vac The illustration shows the symmetry of the configuration The characteristics of this system are the phase voltages A to B B to C and A to C are all within 10 of each other the mains voltages A to D B to D and C to D are all within 10 of each other the phase voltage is 1 73 times the mains voltage the loads in the system account for the slight differe
83. Item Socket Connector Socket type Function no Description Connector type 13 J3 15 pin For remote control of waveform monitor Remote Control 1 J4 Remote Control 2 subminiature D connector female 15 Cable Length max 50m Sustained types of waveform monitors are Philips PT 5464 HD all standards waveform and vector display Philips PT 5664 SDTV Note Disconnect pin 1 of the control cable PT 5664 otherwise the remote control functions are dis turbed TEK 1735 1730 HD SDTV amp HDTV 2x3 BNC inputs available TEK 1740 1750 1760 SDTV Storing the presets via menu MONITORING F11 preset WFM Preset for WFM 300 F10 STORE is not supported Use the front control panel for storing presets Create a connection cable see table 500 on page 5 22 TEK WFM 300 300A SDTV only Pin assignment Pin no Remote Control 1 Remote Control 2 1 WFM CTRL1 1 WFM CTRL2 1 2 WFM CTRL1 2 WFM CTRL2 2 3 WFM CTRL1 3 WFM CTRL2 3 4 WFM CTRL1 4 WFM CTRL2 4 5 WFM CTRL1 5 WFM CTRL2 5 6 WFM CTRL1 6 WFM CTRL2 6 7 WFM CTRL1 7 WFM CTRL2 7 8 WFM CTRL1 8 WFM CTRL2 8 9 WFM GND1 WFM GND2 10 WFM CTRL1 10 WFM CTRL2 10 11 WFM CTRL1 11 WFM CTRL2 11 12 WFM CTRL1 12 WFM CTRL2 12 13 WFM CTRL1 13 WFM CTRL2 13 14 WFM CTRL1 14 WFM CTRL2 14 15 WFM CTRL1 15 WFM CTRL2 15 Output drivers opto coupler PC 354 see chapter 7 Interfaces Planning and Ins
84. Keycode iniData utr aera ies ESE edd eaten 3 19 3 10 Keycode Applications AATON s esee nnn 3 21 3 10 1 Keycode in SDTV LTC Out and VITC 0 eects 3 21 3 10 2 Keycode M Data 22i us ee reli I ieee ued boise bewnueend BEES 3 21 3 11 Keycode Applications ARRI eese 3 23 3 11 1 Keycode in DMT rsa ETE R AE EORR OEKE E ne 3 23 II Planning and Installation Rev 2 04 2002 STE B1 Contents 4 Installation 4 1 COD A R 4 2 4 2 Unpacking enose R IR leg DIDI 4 3 4 3 Instructions for Authorized Forwarding Agencies Only 4 3 4 4 Accessories oll a il lw hic 4 xx See ee ee ees 4 6 4 5 Space Requirements and Environmental Conditions 4 7 4 6 Removal of Styrofoam Elements ulleeeeeeeees 4 11 4 7 Installing Local Control Panel FH 4500 seeeee 4 12 4 8 Installing Handles at the Filmdeck Front Doors 4 13 4 9 Installing Graphical Control Panel GCP 4 15 4 9 1 Desk Mounting 3 arr Done asit M Ree e alls 4 15 4 9 1 1 Fixed Desk Mounting 02 cece III 4 15 4 9 1 2 Desk Mounting with Swivel Frame sssssssseseles eee 4 18 4 9 2 Rack Mounting E RRERIDLRU NE ECERER D RAG OM G MADRE RR MEA 4 21 4 9 2 1 Fixed Rack Mounting 0 cee eect I 4 21 4 9 2 2 Rack Mounting with Swivel Frame ssssssssseseseseeeses 4 22 4 9 3 Co
85. LED red Clamp error odd Monitoring Mode 9 CLP ERR EVEN LED red Clamp error even Monitoring Mode 10 Interface 26 pin male Programmer interface 11 BOOT LED green LCA reset red LCA boot off LCA loaded 12 TEMP LED red excess temperature of board 13 CODING switch Monitoring Mode ASPR FY 4114 6 8 Planning and Installation Rev 2 04 2002 STE B1 6 Operational Controls 6 2 RACK 2 FILM PROCESSING Capstan amp Sprocket Pulse Generator Film Clock Distribution Film Deck Control Fixed Pattern Noise Film Store Aperture Correction Format Film Color Correction Chrom Film Color Correction Chrom Secondary Color Correction or Bypass SCC FY 4209 28 Interface Board Demux Interface Board Demux Monitoring 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 Fig 602 Overview boards rack 2 1 FY 4201 xx Film Clock Distribution FCD 2 FY 6262 xx Capstan amp Sprocket Pulse Generator CSG 3 FY 4203 xx Filmdeck Control FDC 4 FY 1206 Fixed
86. N 1 KEY 6 N 2 Y 5 N 2 Y 9 N 1 KEY 5 N 2 Y 4 N 2 Y 8 N 1 KEY 4 N 2 Y 3 N 2 Y 7 N 1 KEY 3 N 2 Y 2 N 2 Y 6 N 1 KEY 2 N 2 Y 1 N 2 Y 5 N 1 KEY 1 N 2 Y 0 N 2 Y 4 N 1 KEY 0 N 2 Y 9 N 1 Y 3 N 1 KEY 9 N 1 Y 8 N 1 Y 2 N 1 KEY 8 N 1 Y 7 N 1 Y 1 N 1 KEY 7 N 1 Y 6 N 1 Y 0 N 1 KEY 6 N 1 Y 5 N 1 Y 15 N KEY 5 N 1 Y 4 N 1 Y 14 N KEY 4 N 1 Y 3 N 1 Y 13 N KEY 3 N 1 Y 2 N 1 Y 12 N KEY 2 N 1 Y 1 N 1 Y 11 N KEY 1 N 1 Y 0 N 1 Y 10 N KEY 0 N 1 Y 9 N Y 9 N KEY 9 N Y 8 N Y 8 N KEY 8 N Y 7 N Y 7 N KEY 7 N Y 6 N Y 6 N KEY 6 N Y 5 N Y 5 N KEY 5 N Y 4 N Y 4 N KEY 4 N Y 3 N Y 3 N KEY 3 N Y 2 N Y 2 N KEY 2 N Y 1 N Y 1 N KEY 1 N Y 0 N Y O N KEY 0 N 7 22 Planning and Installation Rev 2 04 2002 STE B1 8 First Setup 8 FIRST SETUP This chapter describes startup of the Shadow Telecine including the following sec tions Installation check Power on Basic check of the telecine Control of the reference signal Attention e D For initial installation of the Shadow Telecine observe the order of following sections 8 1 INSTALLATION CHECK Ventilation Take care that the incoming air can circulate free De
87. OF Film B Film TC Clock Studio V SOF Studio A SOF Studio B Studio TC FRS 7 Interfaces t 34us 0v 5V OV 00 00 00 00 00 00 00 01 00 00 00 02 00 00 00 04 00 00 00 05 00 00 00 06 Delay t b d PPS 5N 0v 5V ov 5V DEUS p RM Fig 704 Timing SOF Film pulse t 234 usec in all modes Planning and Installation Rev 2 04 2002 7 Interfaces STE B1 7 5 DESCRIPTION OF BI PHASE SIGNAL SOF PULSE AND CFR OUT PULSE BI Phase R amp S Signal SOF Signal Pulldown 7 6 S signal configurable to 10x Bi Phase 250 240 Hz or 2x Bi Phase 50 40 Hz or 1x Bi Phase 25 24 Hz See Functional Control Panel FCP Chapter 4 Setup menu Setup Genlock Sep mag coupling R Signal Fig 705 BI Phase Signal Output parameter transistor collector output with 1k ohm pull up to 5V Uce 40V max lc 10mA max Ucesat 0 2V SOF Start of frame e g used for EVERTZ film footage encoder 4025 TTL Output drive 74 FCT 2244 Fig 706 SOF output driver More details see also figure 704 and figure 709 Planning and Installation Rev 2 04 2002 STE B1 CFR Out Pulse V_Studio CFR OUT SOF 48 fps SOF 30 fps SOF 24 fps SOF 18 fps SOF 12 fps SOF 6 fps 7 Interfaces Color Frame Reference TTL Outputdrive 74 FCT 244 ASO 47 Q Fig 707 CFR output drive
88. Open the cover plate of the line filter 6 screws Pass the insulated power cord provided with multicore cable ends through the cable tube of the cabinet and of the line filter Terminate the cable ends at the input connecting block of the line filter as follows Protective earth PE to PE IN PE has to be terminated at first Neutral N to N IN Phase L1 U to L1 IN Phase L2 V to L2 IN Phase L3 W to L3 IN The arrangement of the phases is optional Fasten the strain relief of the cable tube and reinstall the cover plate of the line filter and the housing of the power terminal unit For more details see circuit diagram 1 12840 30 SP FH 4030 connecting block 3 phase line filter cable tube part of power terminal unit FH 4030 strain relief KL 4 4 L4 L4 L4 L4 LP al gag slg ag al LLL CAUTION HIGH LEAKAGE CURRENT Earth connection essential before connecting supply ACHTUNG HOHER ABLEITSTROM Vor Inbetriebnahme Erdungsverbindung herstellen cable tube strain relief on top of case Fig 429 3 phase line filter with removed cover plate FH 4030 top view Planning and Installation Rev 2 04 2002 4 49 4 Installation STE B1 4 14 3 SINGLE PHASE POWER TERMINAL UNIT FH 4032 OPTION The phase to neutral voltage must have a value of about 230V Note 120V mains operation is not possible Single phase voltage has to be connected via a power cord to the
89. PI channel will be 100 MB s The lowest film speed for continuous film transport will be 3 film frames s The resolution can be selected Horizontal 256 2048 pixel Vertical 256 1832 lines The amount of data depends on film format Data is RGB or Y only selectable Color sequence is R GB or B G R selectable Special mode for key channel transfer Maximum pixel resolution is 10 bits The scale can be logarithmic or linear select able General handling of Data For every film frame a HIPPI FP packet is generated HIPPI FP packets consist of Header Area and D2 Area There is no D1 Area The first 8K block within the D2 Area is reserved for file or image information e Image information always begins at the first 8K boundary of the D2 area DPX recommendation HIPPI Field HIPPI Header Area File header DPX or TIFF 8192 Byte Image Data 1 x 32 bit 2 x 32 bit 0x0000 0x1 FFF 0x2000 File information will correspond to SMPTE 268M DPX file format see also notes on page 10 9 All core information will be provided 7 10 Planning and Installation Rev 2 04 2002 STE B1 Parallel Interface Standard Serial Interface Standard 7 Interfaces Shadow Telecine Data Output The physical interface follows the HIPPI PH standard High performance parallel interface mechanical electrical and signalling protocol specification ANS X3 183 1991 New York The serial int
90. Panel Telecine Controller 2 10 Implemented in the Telecine cabinet Offering basic functions to load the film such as STAND BY ON OFF FPN correction A B wind FRAMING PLAY FWD REV STEP FWD REV STOP SHUTTLE FWD REV LOCAL REMOTE POWER ON OFF FOCUS Full operating and service control of all func tions to be mounted separate from the Shadow Telecine Dimension Height 5 Rack Units 223 mm 8 78 in Interface e g to a Pandora or DaVinci telecine controller programmer editor standard op eration control Planning and Installation Rev 2 04 2002 STE B1 2 Specifications 2 6 WAVEFORM MONITORING Application Features Waveform monitors Max cable length Control Color Grading in RGB Focus adjustment Video path checking except MTF measurements Monitoring of the color signals inside the digital signal processing and at the outputs Single parade or superimposed display supported monitors for interfacing Philips PT 5464 HD TEK 1735 1730 HD TEK 1740 1750 1760 SDTV TEK WFM 300 300A SDTV Philips PT 5664 SDTV Nokia 0 6 2 8 4 7 double shielded up to 5 m AF 75 Nokia 1 0 4 7 7 4 double shielded up to 20 m AF 75 Q For cable lengths more than 25 m cable equalizers are recommended Via cheapernet interface Planning and Installation Rev 2 04 2002 2 11 2 Specifications 2 7 INPUT OUTPUT INTERFACES iMCS FRS OUT CFR IN CFR OUT SEPMAG
91. RMINAL UNIT 2 PHASE FH 4033 The mains fuses set FH 4063 for the subunits is contained in the power terminal unit FH 4033 The dimensions of the fuses are 6 3 x 32mm The current ratings are written on the mounting plate beside the fuse holders for 208V as shown below r Mains Terminal Unit CAUTION P or continued protection FH 4033 against risk of fire replace M only with the same type and rating of fuse Fuses 10A T 125V AC Subunits Fuses x 10A T 250V AC Subunits PS 3 1 Ti 208V T2 PS 32 J1 O00O000 10 1a O OOO D J2 Capstan Servo T3 T4 VS 4 J3 O00000 ia a OOOOO0O 4 Spooling Servo TS Te PS 1 2 J35 00000 5A 10a 0000 0 J6 ALAS ie Us PS 1 1 J OOOOO 22a o OOO0O0 J8 HD Serializer T9 T10 HUB J9jl00000 sz 25 B O O OO OJ J10 T11 AUX 1 Cabinet Power Rem J1 o0000 2a 00000 2 PS 2 2 m2 J3 00000 10A PS 2 1 T13 T14 Power Switch Ji4 00000O m 32 O O O O OJ J15 Mains System Service AC out 2 AA EE CAUTION CAUTION pudicus Bcc An Disconnect power cord HIGH LEAKAGE CURRENT 1 Phase 230V 230V 2 5A max before removing covers Earth connection essential 2 Phase 120V 208V 240V 2 5A max Parts of this unit are still at before connecting supply 47 63Hz mains voltage in OFF condition Fuses 2 T2 5A 250V CAUTION AC IN 100 240V Risk of electric T16 shock Grounded circuit conductor J36 POSUTA is neutral provided T17 with over current ACHTUNG prec uon SERVICE AC OUT Vor E
92. S gt u ut i 5 OOO J41B CL aya rial Seral Rem Culi pre SOLIS ve a vel ind Serial O as EXT HUB LTC out 115 230 VAC Keycode in LTC user bits 3 9 2 Keycode in Data J21 J19 J20 J22 a f Oo SDTV Link A Shadow Telecine J31 J 32 Aux I O R G B S STE B1 Keycode Reader From Reader Head Device EVERTZ Keycode Reader EVERTZ J51 Cable 1 Keycode for Data aA QD N RE Serial l O TC Gen out N J15 S N CFR out N X Ses AC Power IN J40 EN Terminal Micro HUB AT MR820TR Connection cable 1 10Base T Network Ports 1 8 10Base2 x n SWETETUS vro Wo c7 d SDIV Shadow Telecine Keycode Reader Device mig a jar ae MS Ce 7 Sync out 9 pin subminiature EVERTZ J55 D connector male 9 pin subminiature mem z g siz 5 8 Keycode in D connector male Serial Out E Extern aux pin pin 3 8 8 J 69 Tx jg MONITORING 8 EIE lt a 2 Rx 3 z T AAA Keycode In 3 GND J10 J11 J12 J13 y 5 5 y d OOO pj qum um um J41B Rem Gm TR G B S MAU4 MAUS MAU2 MAU1 EXT HUB Phantom Transfer Engine e g TE 4101 Planning and Installation Rev 2 04 2002 E Workstation _ SGl Octane ErI 115 230 VAC Monitor co 115 230 VAC Data In Monitor
93. SRin2 w SS D D 95 YV INA O JJ416 ZF Sensor Clk out R Oo CO o o o MOHISOC VRCOUL Tto PAS 8 E im j T9 2 Z ES E Jem 5 o Digital out 1 2 Monitor L Analog in 1 E OJ S J7 Sensor Clk out G ao 8 o ie coe eH S QUM MIS at El E J20 J10 J25 J31 J37 O Phones Monitor R Analog in 2 J44 g Sensor Clk out B N ff gS SETS NON o O Jn fi J21 J 4 J 26 J32 J38 4 AN AN DD ON oS Lo 3 X X Power 1 Power 2 Power 3 Power4 Power 5 Power 6 Power 7 ONE o OV cane o Oh A fo NR o ON o OV eee saat o NU o J2 J4 J12 J13 J18 J27 J39 TE PE Scanner Power TE PE t Power 8 PS Assy O0 J42 J14 Fig 503 Connection Unit FH 4125 Note The connectors on the connection fields backed gray serve the external cabling All the other connectors are required for the internal cabling and must not be changed The following chapters describe the connectors with their functions Planning and Installation Rev 2 04 2002 5 5 5 Connections 5 3 1 AUDIO IN AND OUTPUTS Audio I O Analog out1 SR out 1 SRin 1 328 J29 J35 9 Analog out2 SR out2 SR in2 vows 6 ln e J Leh J30 J36 10 Digital out 1 2 MonitorL Analogin 1 e 7 Nd e J31 J37 11 pes ee Analog in 2 D v i 12 Et ae J 26 J32 J38 Fig 504 Part of the connection unit FH 4125 Audio I O Item Socket Connector Socket type Fun
94. TERISTICS Principle of film scanning Output standards Film types Film formats Format change Lens gate assemblies Effect filters A prism assembly splits up the line of the light scanning film onto the respective color filters of the R G and B line CCD sensor The impinging light is optoelectrically converted in pixel elements of the CCD line sensor depending on the line content then transferred in parallel to the analog CCD shift register and read out horizontally The Shadow Telecine provides for reproduction of films in the 625 50 and 525 59 94 4 3 16 9 SDTV standards and as optional feature in the various HDTV and DTV standards 1280x720 1920x1080 interlaced 2 1 progressive 1 1 segmented frame or in DPX film data format EDTV standards are prepared Standard selection is made in the main menu SETUP COLOR PRINT B W positive B W negative color positive COLOR NEGATIVE INTERMEDIATE and PRIMETIME films of all formats can be reproduced which have 1 16 mm 2 3 4 35 mm perforation holes per frame j Intermediate film a normal positive film with an orange colored mask which is also used in negative films The option Vistavision provides reproduction of 6 and 8 perf 35mm films Note Option Rotation is required The telecine operates with S8 option 16 mm Super 16mm Academy 35mm and Full Aperture 35 mm film formats A simple switch over enables 4 3 as well as 16 9 reproduction
95. Telecine STE B1 Customer s Manual THOMSON iii BROADCAST SOLUTI Published by THOMSON iti BROADCAST SOLUTIONS BTS Media Solutions GmbH Brunnenweg 9 D 64331 Weiterstadt Germany P O Box 1165 Tel 49 0 6155 870 0 Fax 49 0 6155 870 300 Web Sites Internet www thomsonbroadcast com www imagingsystems de Intranet www weiterstadt thmulti com Trademarks All product names mentioned in this manual are the trademarks of their respective owners Copyrights Information in this document is subject to change without notice This document and any updates and or supplemental information including any copies thereof cannot be reproduced neither communicated to a third party without written authorization from THOMSON multimedia Broadcast Solutions Please notify THOMSON multimedia Broadcast Solutions of any errors in this document We also would appreciate any comments you have to improve this manual BTS Media Solutions GmbH 2002 All rights reserved Telecine STE B1 Planning amp Installation THOMSON iii BROADCAST SOLUTI Published by THOMSON iti BROADCAST SOLUTIONS BTS Media Solutions GmbH Brunnenweg 9 D 64331 Weiterstadt Germany P O Box 1165 Tel 49 0 6155 870 0 Fax 49 0 6155 870 300 Web Sites Internet www thomsonbroadcast com www imagingsystems de Intranet www weiterstadt thmulti com Trademarks All product names mention
96. V Link A oa i RGB Data out RGB Data in Shadow Telecine J 41 J 401 37 i J 11 3 12 J 13 STE B1 Rack 200 79 gt C80 E 4 2 2 Router Mixer RGB Data in RGB Data out SGR 2000 o IN WFM Vektorscope eycode Readers 3 SCREAM 1 Serial A T k Serial A Te k 601 bl hapt Cum mA GC ek 601 e 3 8 and 3 9 in this section Racks so A 5 o o Sa J66 J14 2 C3 7 gt 79 MCS Pulses out Pulses oE yg J 33 34 3 AC Power IN Ja TV Li dde NCO SDTV Link B e sm SDTV LinkA gt EPL L3 N PE Micro HUB AT MR820TR Ethernet 10Base T Network Ports 1 8 10Basi J B Transceiver 8 7 6 5 4 3 2 1 E amy ou m ur aw ju am a Serial Out eae a Digital SDTV Video E el alc J 40 Dig IN i 233 uses connect Sel VCR Monitor 5 rn SDTV 3 8 2 8 Sync out m oO oO oO oO J3 MONITORING m m m J55 Y Y A e Dig Out i S e es LTC in REM2 Serial J10 J11 J12 J13 Extern aux J OOOO J15 oo oO RemCitl1 R G B S ch uy e um A B A emn MAU4 MAUS MAU2 MAU 4 Video IN Video Out EXPH B CFR out 4 2 2 m DCP 8 l S from Ras a Digital Color Processor g o o Trancelver Pandora i s R G B S SGR 2000 ke 3 Rem 1 REM PI M i Wave Form Monitor HE imcs s onitor J5 1 Philips PT 5464 HD no CE mark 2 Tek 1735 1735 HD GCP1 Graphical 3 Tek WFM 300 300 A Control Panel External incl P S U Floppy Drive
97. able 1 10Base T Network Ports 1 8 10Base2 3 Tata EE ca e EP SDTV Shadow Telecine Keycode Reader Device amy m ame m on me am Sync out 9 pin subminiature ARRI ca J55 D connector male 9 pin subminiature HEB z g ez Keycode in D connector male Serial Out E E E E beds pin pin 8 9 2 Tx 2 jg MONITORING E 8 R o oj olo X 2 i Ner 2 GND 2 J10 J11 J12 J13 5 5 Piaam a i a im m amp em Cir G MAU4 MAUS MAU2 MAU1 EXT HUB Phantom Transfer Engine e g TE 4101 Monitor Data In am Planning and Installation Rev 2 04 2002 Workstation 9 SGl Octane E0 115 230 VAC p 18W8 Yo Monitor 115 230 VAC Disk Arra aee um 115 230 VAC Fibre C Network HIPPI Out Fibre MAS C a Virtual Datacine SCSI Keyboard Keyboard 3 System Applications 3 23 3 System Applications STE B1 3 24 Planning and Installation Rev 2 04 2002 STE B1 4 Installation 4 INSTALLATION Important note for the installation Before switching on the Shadow Telecine it is absolutely necessary to install the separately delivered condenser lenses with additional heat absorbing filter into the lamp house Otherwise the gray density disk and the film may be destroyed by the burning projector lamp e D Installation steps Unpacking Shadow Telecine and accessories Setting upright Establish the recommended ven
98. ac mains voltage A to C 120Vac mains voltage A to B 240Vac phase voltage The voltage between C and D in the wild leg delta system is usually not within the specifications for our equipment Use the following formula to determine the C or D voltage Phase voltage divided by 2 multiplied with 1 73 In our example 240Vac 2 1 73 208Vac This voltage can vary significantly if the phase voltage is less than 240Vac or if there are unbalanced loads on the delta system If the equipment which you are installing requires three phase power the customer must correct the system before the equipment can operate If the equipment requires only single phase power you can install the equipment but be sure to use one of the wires with the correct voltage 4 46 Planning and Installation Rev 2 04 2002 STE B1 4 Installation 4 13 6 REQUIRED EXTERNAL CIRCUIT BREAKER AND CROSS SECTIONS FOR THE MAINS EARTH CABLES Mains System Cross Section Cable Type Circuit Breaker Wall Outlet Europe 3 Ph N PE 5 x 6mm2 HO7RNF5G6 0 223 25K ABB Stotz 230 400V 1Ph N PE 3 x 6 mm2 HO7RNF3G6 0 222 32K ABB Stotz 230V USA 3 Ph N PE AWG 10 5x SO 600V 223 25K ABB Stotz 120 208V Ph Ph PE AWG 8 3x SO 600V 222 32K ABB Stotz 208V Japan 3 Ph N PE AWG 10 5x SO 600V 223 25K AB Stotz 100 200V Ph Ph PE AWG 8 3x SO 600V 222 32K ABB Stotz 200V see NEC Code 1993 240 4 Exception No 1 Manufacturer for cir
99. acine Port 2 100 Eth t 10 Base T CD Rom Port 1 Base Keyboard pm erne ase 100 b T SCSI SCSI Ethernet KZ scsi C3 Kidard Repeater EI Dual Fibre connector a Power Supply Unit Fig 306 Shadow Telecine with telecine controller Da Vinci 2K SGR 2000 and Phantom Transfer Engine Planning and Installation Rev 2 04 2002 Keyboard Fibre connector XLR Connector male XLR Connector female 3 System Applications 3 14 STE B1 Planning and Installation Rev 2 04 2002 STE B1 3 System Applications 3 7 HDTV Film to Tape and Data Application DaVinci 2K Grain Reducer SCREAM and Phantom Transfer Engine Fibre connector Keyboard Power Supply Uni
100. ack 1 Boards em Rack 2 Boards ness a O D HIPPI oH Data Out oo E p Rack 1 Rack 2 Rack 3 y 4 A y Local Control a 3 5 Panel 3 5 S so O o Oo Fig 701 Sod S HH O 3 a o0 x o Planning and Installation Rev 2 04 2002 Extern aux Micro HUB AT MR820TR Shadow Telecine 7 1 7 Interfaces STE B1 7 1 RJ45 IMCS INTERNAL MACHINE COMMUNICATION SYSTEM Cheapernet system ANSI standard 7 2 Fig 702 RJ45 IMCS on Terminal Panel The main components of the control system are connected via the serial IMCS bus system with each other IMCS internal machine communication system This bus is based on Ethernet standard IEEE 802 3 The participants in the IMCS 1 system are Rack 1 Analog Signal Control Rack 2 Film Deck Control Gateway Control optional Rack 3 Spatial Processor Control The Graphical Control Panel various telecine controllers and a diagnostics PC can be accommodated within the IMCS net via RJ45 connectors on Terminal Panel Standard IEEE 802 3 Data rate 10 MBit sec Max cable length max 100 m Cable type STP UTP Category 3 or better Connector RJ45 Planning and Installation Rev 2 04 2002 STE B1 7 Interfaces 7 2 REMOTE SYSTEMS RJ45 IMCS Remote Interfaces overview Remote Units REM 4 REM 5 REM 6 MAU 4 MAU 1 3 D sub connector D sub connector RJ45 connection RJ45 connections D sub connector T
101. al 500 if the port is one end of a control bus Set TERMINATOR to OFF if the control bus is connected via BNC T con nector Details see chapter 5 6 iMCS connections Check the removal of styrofoam elements Details see chapter 4 6 Check if lenses filters and lamp illumination path are inserted Details see chapter 4 11 Mounting Lenses and Filters Check installing of Lens Gate Assembly LGA Check if the appropriate Lens Gate Assembly 16 mm 35 mm matches the telecine unit to the respective film format Remove possible Effect Filter from the LGA Take care that no Optical Effect Filter is installed within the Lens Gate Assem bly For the usage of these filters see chapter 3 in the Operation Instructions Connect Gateblast Air Compressor See chapter 4 10 in this manual Check mains voltage The voltage for operation is marked on the type label at the rear of the Telecine cabinet and should be checked against the actual mains voltage before switch ing on Details see chapter 4 13 Mains Connection in this manual THOMSON TYPE STE B1 PART SER NO 000 128 580 000 099 3W N PE 230 400 V 6A 6A10A POWER AC 120 208 V 11A 13A 19A ns C 1W N PE 200 V 23A 230 V 20A 240 V 19A N4067 FREQUENCY 47 63 Hz This device complies with part15 of the FCC Rules Operation is subject to the following two conditions 1 This devise may not cau
102. an interference free operation of the GCP1 Should the thickness of the plate be more than 35 mm the underside of the desk plate has to be bevelled in the area of the ventilation holes 4 18 Planning and Installation Rev 2 04 2002 STE B1 4 Installation Insert the GCP1 panel into the swung on swivel frame and open the panel by loosen the locking screw of the panel Fasten the panel to the swivel frame with the four 3 mm countersunk cross head screws close and lock the panel Swing out the GCP1 panel with swivel frame lead the cables from the cable feed through via a loop to the corresponding plugs of the panel and fasten them with the cable traction relief see Fig 414 The cable loop should have a diameter of approx 6 inch 150 mm The earth wire from the PE terminal of the swivel frame see Fig 414 has to be connected to the PE terminal on rear of the GCP1 panel see Fig This PE terminal can be connected to a central earth system to prevent or elimi nate EMC interferences Planning and Installation Rev 2 04 2002 4 19 4 Installation STE B1 664 mm 2 61 inch E left side Es ox wor 2 236 mm 9 29 inch ac i oW cable feed through OK cable traction relief 5 E
103. and a high pressure hose is additionally required Connection of an external air compressor Connect the external air compressor as follows see figures 418 and 419 Connect an 1 4 inch 8 mm air hose to the appropriate air connector figure 418 at the cabinet rear bottom left hand side Attention Use only high pressure hose 7 5 bar z 107 Ib sq inch Secure air hose with a circular clip on the connector figure 418 Adapt air hose to the air compressor figure 418 Check the correct air pressure 0 6 bar or 8 Ib sq inch nominal value with pressure reducer in the air hose of the pressure reducer figure 419 when the telecine is in PLAY mode If the telecine is in STOP switched off or when mains failure occurs the magnetic valve of the gateblast unit switches off the air supply The required air flow amounts to 60 min Attention Check your compressor regulary e Planning and Installation Rev 2 04 2002 4 25 4 Installation STE B1 Open with a screw driver o m Air Hose Connector 3 149 300 000 Air Compressor for 8 mm air hose External air compressor 25 7 5 bar 35 107 Ib sq in Dry air less than 80 relative air humidity 9 Oil free Fig 418 Rear side of the telecine unit with air connector terminal panel Pre filtered air max 40 um Required air quantity 60
104. annot be switched on again For safety reasons all plug in units should only be operated in the built in condition Planning and Installation Rev 2 04 2002 4 35 4 Installation STE B1 4 13 2 GENERAL REMARKS CONCERNING COMMISSIONING AND AC POWER SUPPLY Mains voltage The Shadow Telecine and the several units are constructed in conformity with the VDE safety regulations EN 60950 VDE 0805 protection class 1 and UL 1419 and are in unobjectionable condition when leaving the factory In order to maintain this condition and to ensure safe operation the following points have to be observed The telecine unit is delivered for operation on the required mains voltage This volt check age is marked on the type label at the rear of the cabinet and should be checked against the actual studio mains voltage before switching on the equipment TYPE STE B1 PART SER NO 000 128 580 000 099 3W N PE 230 400 V 6A 6A10A POWER AC 120 208 V 11A 13A 19A C 1W N PE 200 V 23A 230 V 20A 240V 19A N4067 FREQUENCY 47 63 Hz This device complies with part15 of the FCC Rules Operation is subject to the following two conditions 1 This devise may not cause harmful interference and 2 this device must accept any interference received including interference that may cause undesired operation Fig 427 Type label of Shadow Telecine 3 phase mains connection 3
105. ase Power Terminal Unit 02 00 eee 1 15 1 5 OvervieW 255 09 Send Sees Datei 2 dee Siar lee PS aie Seen Pees 1 17 1 5 1 Operational Units eria tee Aa jae eig REEF E UD M EX NN PEN 1 17 2 Specifications 2 1 General 2215 annaa e a a Aaa E ai eeu 2 1 2 1 1 Device Category s a ois muri dee ah E E CON E Ae 2 1 2 1 2 Environmebl siepe e RICE RESP ets TA bute a E T MER aid 2 1 2 1 3 Mechanical Dimensions sssssesseeee nh 2 3 2 1 4 Mains ConriectlOn users sae euler Ea EE C DR GIOI s Ud 2 3 2 2 Film Transport System leuueeeeeeeeeeeee nnn 2 4 2 3 Illumination amp Film Scanning System 2 6 2 8 1 Light Source and Condenser 0000 cece cece e tenet eae 2 6 2 3 2 COD Scahtiet ser Sec stances sy screens tet curanate tite Route dos rt e ae EN Rea aeu 2 6 2 4 MIdeo c oer ree eee EE EUH I Ee NNI CN Ii RE 2 8 2 5 Control System iil viec oe ees eee eee Oe Pk 2 10 2 6 Waveform Monitoring seseeeeeee III 2 11 2 7 Input Output Interfaces 0 0 cece eee 2 12 2 7 1 MOM IT EE 2 13 2 7 2 Audio Optional 23 eere rhe Eon e Y 2 13 Planning and Installation Rev 2 04 2002 I Contents STE B1 2 7 8 Waveform Monitor 0 0 a ee RR a 2 14 2 8 OpllOnS Igel sv uawusfune uds ees ede Geom dse theese Aen 2 15 2 8 1 AUGIO erui leues idee Cera tede a TR eRe Mee eee EUR a es 2 15 2 8 2 Data Output c dos ser e Sete tianhi
106. be taken not to cover the fresh air en tries see figure 404 Ensure that the area is dustfree and the dust cannot enter through ventilation filters The ambient temperature during operation must not exceed or fall below the range of 4 109 C to 35 C Air condition is required if the temperature exceeds 35 C or if relative humidity is higher than 80 Optimum operation is at a temperature of 20 C to 30 C Planning and Installation Rev 2 04 2002 STE B1 Ventilation Rack 1 Fan Unit R1 4 Installation The ventilation air stream enters through openings in the bottom frame Five bot tom frame mats protect against dust The outgoing air leaves the cabinet from bottom to top It is either led into the room or through openings on top of the cabinet to an air outlet system The required air throughput is 900 m3 h 1200 cu yd h for 209 C ambient air tem perature Outgoing air 900 m3 h 1200 cu yd h Rear Fan Unit R2 Rack 2 Fan Unit R2 Incoming air Fig 404 Air ventilation system of the Shadow Telecine Planning and Installation Rev 2 04 2002 Air Exhaust Option Outlet 2 x 250 mm Cabinet Fans Thermal Switch Lamp Fan Ventilation Shaft integrated in the rear doors Rear Fan Unit R3 Rack 3
107. bsorbing filter 3 dichroic filters for the filter wheel and halogen projection lamp Graphical Control Panel GCP1 Options if requested 4 6 Planning and Installation Rev 2 04 2002 4 Installation 788 5 mm 31 04 inch ij L of lt O ES EN e t lle DM lt O EIS E 10 49 TIN D 00 09 KAN you Sp 97 ww cv6L i jJ t mS D CA 4 amp SSS la NSF 000000 lo HA or0000 or0000 Oo DIEIEJEIEIE 000000 DIEIEIEIEIE EIEYEIEY EIER 1265 mm 49 80 inch o oo0g00000000 fe m N 4 1 Wie pet oo 2202201020100 i 1 HIEJOOEDUODUODDO m DIEIEEIBEI o O or0000 j H SPACE REQUIREMENTS AND ENVIRONMENTAL CONDITIONS STE B1 STE B1 Mechanical dimensions 4 5 Qu SHADOW 000 Da O00 Dum mpm 20A NL ip PS 1 fo Jl LL Zu D 2 L 4 7 Fig 403 Mechanical dimensions of the Shadow Telecine cabinet Planning and Installation Rev 2 04 2002 4 Installation Space Operation temperature 4 8 STE B1 Location The equipment has to be accessible both from the front and the rear side When installing the telecine unit care should
108. c In Control Control FRI Telecine Controller Aux Bus Aux Bus Telecine Controller E Pogle Interface PCs a7 j CFR In g Pogle Workstation ESOS z Workstation o Pandora Bus j sci o2 6Hz IX 30 fii JU o Pogle SCSI Bus Pogle SCSI Bus Monitor Ethernet Control GPI In Port 1 500 am Ethernet 9 n 10 Base T PS2 Keyboard Fig 301 Shadow Telecine with telecine controller Pandora Pogle and Noise Reducer VS 4 Planning and Installation Rev 2 04 2002 Keyboard Scene Change Detector Legend SDI In 4 2 2 ov 97 9 pin D Sub min oL 15 Jo 15 pin D Sub min 25 pin D Sub min e 19w3 o 13W3 D Sub min a Coax Ethernet 10 Base T X 4 SCSI LI Dual Fibre Connector E Fibre Connector XLR Connector male XLR Connector female 3 System Applications 3 4 STE B1 Planning and Installation Rev 2 04 2002 STE B1 3 System Applications 3 2 SDTV Film to Tape and Data Application Pandora Pogle Grain Reducer SCREAM and Phantom Transfer Engine J32 SDT
109. cations Operation of this equipment in a residential area is likely to cause harm ful interference in which case the user will be required to correct the interference at his own expense weighted according to DIN 45635 Part 1 Typical 60 dB A In Play and Standby Planning and Installation Rev 2 04 2002 STE B1 2 1 3 MECHANICAL DIMENSIONS Shadow Telecine cabinet Transport crate Width Height Depth Weight Ground load Peak area load Width Height Depth Weight 2 1 4 MAINS CONNECTION Mains supply Power Consumption 3 phase current UL approved K type fuse required or 3 phase current not UL approved or optional 1 phase current not UL approved 2 phase current UL approved K type fuse required Note for Japan 3 phase current 3 x 175V 60 Hz not sup ported Use 3 phase current 3 x 350 V 60 Hz Typically 3 Phases 400V 5 5A 6 5A 9 5A 3 Phases 208V 11A 13A 19A 2 Phases 208V 22A 1 Phase 230V 20A Planning and Installation Rev 2 04 2002 2 Specifications 1265 mm 49 80 inch 1942 mm 76 45 inch 906 mm 35 67 inch approx 460 kg 1015 Ibs 400 kp m 82 lbs sq ft 12 5 kp cm 178 lbs sq in 2120 mm 83 46 in 1050 mm 41 33 in 1550 mm 61 02 in approx 150 kg 331 Ibs 3 x 400 V 60 Hz 3 x 400 V 60 Hz 1 x 230 V 50 Hz 2 x 208 V 60 Hz approx 5 kVA 2 3 2 Specifications 2 2 FILM TRANSPORT SYSTEM Film size for
110. ction no Description Connector type 1 J 35 XLR female Symmetrical audio inputs for the feed in of a Dolby SR SR in 1 audio signal impedance 10 kOhm Level switchable 4 Bu f VU 9 dB bel 3 J36 XLR female a ag e 3 0 4 8 dBu for 0 VU 9 dB below SR in 2 3 J37 XLR female Symmetrical audio inputs Analog in 1 impedance gt 10 kOhm Level switchable 4 Bu f VU 9 dB bel 5 J38 XLR female bd lg e 3 0 4 8 dBu for 0 VU 9 dB below Analog in 2 5 J23 XLR male Symmetrical audio outputs Analog out 1 impedance lt 40 Ohm Level switchable 3 0 4 8 dBu for O VU 9 dB below 6 J 24 XLR male normal level Analog out 2 5 6 Planning and Installation Rev 2 04 2002 STE B1 5 Connections Item Socket Connector Socket type Function no Description Connector type 7 J 25 XLR male Digital serial interface for the audio channels based Digital out 1 2 on the AES EBU standard Mono Stereo interface AES Recommended Practice Draft AES 3 1992 ANSI 4 40 1992 Impedance 110 Ohm Level outputs 3 Vpp At pin 2 and 3 of the XLR male the push pull signals are connected via twisted pair cable pinning pin 1 screening pin 2 signal pin 3 signal 8 J 26 XLR male Symmetrical analog stereo output for headphones Phones XLR males impedance 150 Ohm Minimum load 32 ohm Level switchable 3 0 4 8 dBu for 0 VU 9 dB below normal level The volume is also controlled by the mul
111. cuit breaker ABB Stotz Kontakt GmbH D 69123 Heidelberg Eppelheimer Str 82 Tel 06221 701 748 Planning and Installation Rev 2 04 2002 4 47 4 Installation STE B1 4 14 INSTALLATION OF THE POWER CORD 4 14 4 LOCATION OF MAINS TERMINAL UNIT FH 4030 FH 4032 FH 4033 The mains terminal the line filter and the central earth screw are located between Rack 2 and Rack 3 in the rear of the cabinet Connection Unit Rack 1 z firs 1 Mains Terminal ere lac FH 4030 ue iub ue 6600 ji FH 4032 TT p 0000 FH 4033 up 119 ees ji i iili Mca E n i sal m L I B o ils H g ES Le Line Filter ICA Connection Unt Rack 3 Connection Unit Rack 2 Mains terminal unit Central earth screw Fig 428 Shadow Telecine rear view 4 48 Planning and Installation Rev 2 04 2002 STE B1 4 Installation 4 14 2 THREE PHASE POWER TERMINAL UNIT FH 4030 Three phase voltage has to be connected via a power cord to the line filter in the power terminal unit FH 4030 from the rear of the telecine cabinet Remove the lower case at the rear side of the power terminal unit 4 hex screws
112. d Offset Length Type Name Content 21 10 804 2 U16 packing mode 1 3 5 0 packed into 32bit words mode 2 4 6 1 filled into 32bit words notes 1 HIPPI Word sequence in 8 bit mode 31 24 R 23 16 G 15 08 B 07 00 key 2 HIPPI Word sequence in 16 bit mode word n 31 16 R 15 00 G word n 1 31 16 B 15 00 key the SMPTE DPX header uses for the 3 10bit mode a right justified notation of the 30bits In order to be compatible with Kodak CINEON images the notation left justified is used for RGB images instead bits 31 22 R 21 12 G 11 02 B 01 00 spare Y only images are according to DPX 31 30 spare 29 20 Yn 3 19 10 Yn 2 09 00 Yn 1 21 11 806 2 U16 encoding 0 21 12 808 4 U32 offset to data 0x00002000 21 15 812 4 U32 end of line padding 0 by default 21 15 816 4 U32 end of image padding 0 by default 21 15 820 32 ASCII description gap 41 1628 8 2 U32 pixel aspect Horizontal vertical gap 43 1664 2 ASCII Film manufacturer ID 2 digits of film edge code 44 1666 2 ASCII Film type ID 2 digits of film edge code 45 1668 2 ASCII Frame offset 2 digits of film edge code 47 1670 6 ASCII Prefix film reel ID 2 digits of film edge code 48 1676 4 ASCII Count film length i feet 2 digits of film edge code gap 50 1712 4 U32 position in sequence actual filmtimer value gap 58 1920 4 U32 SMPTE timecode film keycode in case 59 1924 4 U32 SMPTE user bits film keycode in case 61 1929 1 U8 field numbe
113. density characteristic for CINEON DXR Digital Extended Range files e g used for post production systems like Inferno Fire Discreet Logic or Domino Quantel which captures the dynamic range of NEG films Images color graded on a TV monitor are mapped to Printing Density characteristic for CINEON DXR files e g used for post production systems like Inferno Fire Discreet Logic or Domino Quantel Printing density characteristic for CINEON DXR files which captures the dynamic range of NEG films In addition to the DXR mode the DXR G mode provides a closer color matching to the Kodak Genesis scanner Images color graded on a TV monitor are mapped to Printing Density characteristic for CINEON DXR files In addition to the TV PD mode the TV G mode provides a closer color matching to the Kodak Genesis scanner Cineon Print Density This logarithmic characteristic is close to the ideal Cineon print density characteristic The density range is from 0 to 2 0 In addition to the TV PD mode the TV G mode provides a closer color matching to the Kodak Genesis scanner 7 9 7 Interfaces STE B1 Data Transfer via Shadow Telecine HIPPI Channel In general the HIPPI channel will be treated like a video channel It is assumed that the receiving device is able to cope with the amount of data Therefore the operator has to select the film speed which is appropriate for the application The maximum data rate via the HIP
114. directly on the colored hexagon of the touchscreen or use the the trackball The adjustments are judged on the color monitor Check Gray level Gamma Master amp Gamma RGB Menu Color Film scene with a medium gradation Gamma Master RGB gray level adjustment together for adjust slide the control Gamma on the touch screen Gamma RGB magnitude and phase RGB gray level adjust individually or mixed slide directly on the colored hexagon of the touchscreen or use the the trackball Planning and Installation Rev 2 04 2002 8 9 8 First Setup 8 10 20 Check contour and coring 21 22 23 Menu Sharp adjust contour adjust coring STE B1 adjust for optimum H and V contour adjust contour for optimum noise suppression in black Check audio channels if audio option is available Menu Audio submenu A Config Select Source Select Pre Adjust Select Dolby select lowpass Synchronize digital audio channels Select pre emphasis Select Channel mode Adjust lip synchronous film sound Check film audio path with test tone Adjust audio level Menu Audio submenu A level Adjust audio level Adjust headphone volume Adjust monitoring volume Adjust Sepmag channels Menu Special Submenu Extern D Sepmag Coupling Source Sepmag Coupling Off Ext1 amp 2 Opt or Mag Test tone Source pre adjust not necessary None or Dolby SR None or 5Khz filter int Video or 48 Khz On or Off Mono Stereo channel 1 am
115. e or disconnection of the protective conductor connector may entail that in the event of a failure the operational safety of the device will no longer be en sured All mains sockets of devices being interconnected with signal cables have to be checked The protective earth conductors must not be live Planning and Installation Rev 2 04 2002 4 39 4 Installation STE B1 Abbreviations In conformity with DIN 42 400 or IEC Publication 445 FPE functional protective earth L E line outer conductor phase R S T N neutral conductor PE protective earth conductor earlier designation PROTECT GND color code of the PE wire green yellow TE technical earth functional noiseless earth video earth audio earth with protective earth qualities color code of the TE wire black IEC International Electrotechnical Commission VDE Association of German electrical technicians and electrical engineers DIN German industrial standards UL Underwriters Laboratories 4 40 Planning and Installation Rev 2 04 2002 STE B1 4 Installation 4 13 4 MAINS SYSTEMS POWER TYPES 4 13 4 1 Mains System from Europe and USA L1 U 230 120 V t 4 i 398 208 V 230 120 V 230 120 V L3 W L2 V Three phase current star connection four wire earthed neutral Planning and Installation Rev 2 04 2002 4 41 4 Installation STE B1 4 13 4 2 Mains System from USA and South East Asia Japan T
116. ed LCA configuration 2 4 LEDs 3x green VCC M2V VEE 5V 2V 5V 5 LED red temperature warning 70 C 6 Interface 40 pin male test point signals out 7 Programmer Interface 26 pin male EY 6310 TVS Planning and Installation Rev 2 04 2002 6 27 6 Operational Controls STE B1 6 3 7 SDTV OUTPUT FY 6312 1 LED red LCA configuration 2 4 LEDs 3x green Analog P5V M5V M12V 5V 5V 12V 5 7 LEDs 3x green VCC M2V VEE 5V 2V 5V 8 LED red temperature warning 70 C 9 Interface 40 pin male test point signals out 10 Programmer Interface 26 pin male sol FY 6312 6 28 Planning and Installation Rev 2 04 2002 STE B1 6 Operational Controls 6 3 8 HDTV OUTPUT DIGITAL FY 4313 OPTION OPTION a fF WwW ND HOD FY 4313 Planning and Installation Rev 2 04 2002 1 LED red LCA configuration 2 4 LEDs 3x green VCC M2V VEE 5V 2V 5V 5 LED red temperature warning 709C 6 Interface 40 pin male test point signals out 7 Programmer Interface 26 pin male 6 29 6 Operational Controls 6 3 9 6 30 STE B1 HDTV OUTPUT ANALOG FY 6314 OPTION OPTION co o Oc HOA FY 6314 1 LED
117. ed in this manual are the trademarks of their respective owners Copyrights Information in this document is subject to change without notice This document and any updates and or supplemental information including any copies thereof cannot be reproduced neither communicated to a third party without written authorization from THOMSON multimedia Broadcast Solutions Please notify THOMSON multimedia Broadcast Solutions of any errors in this document We also would appreciate any comments you have to improve this manual BTS Media Solutions GmbH 2002 All rights reserved THOMSON ii Revision Report BROADCAST SOLUTIONS SHADOW Telecine STE B1 Customer s Manual Documentation Order Number FU 0065 000 126 626 500 Before reading the entire manual please check for any supplements at the end of the manual ltem Rev Date Serial Pages Volume Contents Remarks No affected 1 0 12 1999 100 allsections Planning and Install 1st Edition Operating Instructions Preliminary Beta Test 2 1 05 2000 100 allsections Planning and Install Shipment release Operating Instructions 3 2 04 2002 100 allsections Planning and Install 2nd Revision Operating Instructions Operating Software V2 47 Plus Customer s Manual Graphical Control Panel Operating Software V1 7 10 STE B1 Safety Instructions SAFETY INSTRUCTIONS e D e e a Application CLASS
118. erface operates according to the HIPPI Serial Specifications ANS X3 300 1997 using HIPPI PH compatible signalling sequence and protocol ANSI X3 183 1991 The protocol of data transfer follows the HIPPI FP standard High performance parallel interface framing protocol ANS X3 210 1992 Data Format The interface is 32 bits wide Organization is shown in figure 710 Normally a HIPPI FP packet consists of three areas header D1 and D2 Area In general the D1 Area is needed to exchange control information via the HIPPI channel In the telecine the data output is controlled over a separate interface according to the Ethernet standard with an IP UDP protocol so that the D1 Area is dropped In the HIPPI FP packet the byte order is opposite to the bit significance of the 32bit word i e byte 0 is located in the bits 24 31 and byte 3 in the bits 0 7 Inde pendent from this order the byte order of the image data in the D2 Area is deter mined by a switch in the header area of the image data magic number in DPX files The following explanations refer to the items in the packet format figure 710 ULP id bit 24 31 id for Upper Layer Protocol this information can be configured via the control system default 10000000 1xoxxxxxx locally assigned e P bit 23 D1 Data Set Present set to O e B bit 22 Start D2 on Burst Boundary set to 0 D2 Area may start at or before beginning of second burst of the packet burst 2
119. erminal Panel Terminal Panel 9 pin female 9 pin female 25 pin female RS422 RS422 GPI Interface Interface Parallel Micro HUB RJ45 iMCS 1 Protocol Sony 10Base T 10Base T 10Base T RJ45 connection J 38 Film Deck Controller Rack 2 RJ45 connection J 22 RJ45 connection J 51 Controller Controller for future use Rack 1 Rack 3 MAU Medium Attachment Unit Fig 703 Remote Systems RJ45 IMCS RS 422 and GPI Planning and Installation Rev 2 04 2002 7 3 7 Interfaces STE B1 7 3 REMOTE CONTROL OF WAVEFORM MONITORING J3 J4 RACK 2 Output drivers Opto Coupler PC 354 Open Collector Control Outputs electrically insulated from the telecine Pull up resistors are in the particular Waveform Monitor GND Pin 9 is connected via 1M resistor to telecine ground Waveform Monitoring FY 1408 PC 354 FROM RSCI Connection Cable maximum 50 m WAVEFORM MONITOR o Pull up ERK v Pinning see table above 7 4 EXAMPLES FOR THE CONNECTION TO THE COLOR CORRECTOR Diagram for the connection to a differential RS 422 receiver 45V Telecine 45V Color Corrector Diagram for the connection to a TTL receiver 5V Telecine 5V Common W e s Color Corrector 7 4 Planning and Installation Rev 2 04 2002 STE B1 Film Frame SOF Film A S
120. four hooks of the lifting tool onto the two lower or onto all four loops of the cabinet fig 400 B Lift up the cabinet slowly while two persons support it from both sides until the two upper bottom rollers are standing on the floor Continue lifting up until the bottom plate of the transport crate can be pulled out Take care that the cabinet cannot roll away Putdown the cabinet slowly until the two lower bottom rollers are also standing on the floor The floor space amounts 12 1 sq ft or 1 12 m and results in a ground load of 82 Ibs sq ft or 400 kp m2 The bottom rollers enable the Shadow Telecine to be moved to its final location Caution Do not move the telecine unit over coarse floor unevenness otherwise the bottom rollers could be broken Planning and Installation Rev 2 04 2002 4 3 4 Installation STE B1 Padding layers B Lift here only with pulley block or similar lifting gear D L Padding layers 2 3cm approx 1inch S Padding layers N Padding layers Fig 401 Transport crate of the Shadow Telecine 4 4 Planning and Installation Rev 2 04 2002 STE B1 Peak area load e lt p Installation Keep packaging 4 Installation Four threaded leveling feet are located in the corners of the bottom frame for final stationing The feet have a diameter of 32 mm 8 cm This results in a peak area load of lt 178 Ibs sq inch or 12 5 kp cm
121. g and Installation Rev 2 04 2002 STE B1 1 General 1 4 15 FH 4032 ONE PHASE POWER TERMINAL UNIT Alternative to the standard Three Phase Power Terminal FH 4030 Only for 230 V Can only be ordered with the initial order of the STE B1 1 4 16 FH 4033 TWO PHASE POWER TERMINAL UNIT Alternative to the standard Three Phase Power Terminal FH 4030 Only for 208 V Can only be ordered with the initial order of the STE B1 Planning and Installation Rev 2 04 2002 1 15 1 General STE B1 1 16 Planning and Installation Rev 2 04 2002 STE B1 1 General 1 5 OVERVIEW 1 5 1 Operational Units mcd 12 STE B1_ Thomson 14 i p d 1 8 e Ovr t O Q 4 J LF lo te MH se See gl 7 5 p 6 SHADOW 21 22 15 20 Option Rack 2 w C Options Rack 3 Fig 102 Main modules and optional units in the Shadow Telecine STE B1 The Shadow Telecine consists of the following main modules 1 Film Preprocessing FH 4100 and optional Audio Processing Rack 1 2 Film Scanner FH 4400 3 Lens Gate Assembly 35 mm or 16 mm LGA 4 Filmdeck FH 4000 5 Film Processing FH 4200 Rack 2 Planning and Installation Rev 2 04 2002 1 17 1 General 10 11 STE B1 Film Postprocessing FH 6380 Rack 3 including SDTV A
122. g bracket panel screw rack mounting bracket fastening 19 rack frame Fig 415 Fixed rack mounting of the GCP1 Planning and Installation Rev 2 04 2002 4 21 4 Installation STE B1 4 9 2 2 Rack Mounting with Swivel Frame 4 22 For a 19 rack mounting with swivel frame the GCP1 panel needs a built in height of 3 RU s 134 mm 5 24 inch and a height of 5 RU s 222 mm 8 75 inch in swung down vertical position The components of the swivel frame will be delivered unmounted and sepa rated from the GCP1 panel The swivel frame has to be mounted into the rack first then the GCP1 panel can be installed Rack mounting of the swivel frame Mount the left and right side traverse assembled with telescope rail amp swivel mechanism into the rack The rack mount screws will not be delivered because they are depending on the different rack types Mount the rear traverse to the left and right side traverse with the four 3 mm countersunk cross head screws from above Mount the front traverse to the left and right telescope rail with the four 3 mm countersunk cross head screws from below Pull out the left and right telescope rail by pressing the unlocking levers Mount the front plate of the swivel frame with four 3 mm countersunk cross head screws at the left and right side Installation of GCP1 panel Pull out the swivel frame and position it horizontal b
123. g for SDTV operating J 12 J 19 BNC connector G Green component Y Luminance signal J 13 J 20 B Blue component Cg Blue color difference signal J 14 J 21 R Red component Cr Red color difference signal J16 J 23 Key signal J15 J22 Bilevel synchro S Bilevel synchroniza nization signal tion signal 4 Vpp 2 RGB Components for HDTV operating for HDTV operating J1 J7 BNC connector G Green component Y Luminance signal J2 J58 B Blue component Cg Blue color difference signal J3 J9 R Red component Cr Red color difference signal J5 J 11 Key signal B J 4 J 10 Trilevel synchro S Trilevel synchroniza tion signal Planning and Installation Rev 2 04 2002 5 29 5 Connections STE B1 5 5 2 DIGITAL VIDEO OUT 5 5 2 1 SDTV EDTV 8 4 4 DIGITAL VIDEO OUT SDTV LINK A O 3 SDTV EDTV 8 4 4 J30 LIN J c wo c N 4 SDTV EDTV 8 4 4 J c w wo Q J34 2 prepared Fig 504 Part of the connection unit FH 6325 Rack 3 5 30 Planning and Installation Rev 2 04 2002 STE B1 5 Connections Planning and Installation Rev 2 04 2002 Item Socket Connector Socket type Function no Description Connector type 3 J 29 25 pin SDTV EDTV parallel data Link A subminiature Link A B parallel data D connector SDTV 4 2 2 CCIR 656 or 4x4 format EDTV 8 4 4 J 30 female p
124. generator Analog audio interface Digital audio interface All usual audio tracks can be scanned 16 and 35mm comopt sound COMOPT mono 16mm commag sound COMMAG mono 35mm comopt sound COMOPT Dolby stereo switchable to mono Internal test tone generator 1kHz 10kHz The analog audio interface of the telecine enables connection of mono or stereo signals to conventional audio studios Analog outputs Audio 1 2 Monitor L R Headphone The digital audio interface conforms to the AES EBU standard The sound can be digitally delayed from the control panel Digital Output AES EBU FH 1129 Audio Scanner amp Processor Including Audio Scanner 1 Commag 16 mm Mono Audio Scanner 2 Comopt 35 16 Audio Equalizer amp Processor Boards Mounting into Rack 1 and Filmdeck FY 1102 Audio Output Transformer For symmetrical and ground free analog outputs galvanic isolated 1 4 4 FH 4067 IMAGE ROTATION OPTION FH 4068 IMAGE ROTATION UPGRADE KIT 1 8 Allows to rotate the picture in a range of 180 to 180 Including FY 6301 Spatial Control amp Address Generator FY 6302 Effect Spatial Processing 3x Mounting in Rack 3 Note Required for option Vistavision Planning and Installation Rev 2 04 2002 STE B1 1 General 1 4 5 FH 4069 HDTV OUTPUT OPTION The HDTV Output Option contains the p c boards HDTV Output Digital FY 4313 xx and HDTV Output Analog FY
125. gine is a complementary product to the Spirit DataCine film scanner Shadow Telecine and the Specter Virtual DataCine and includes in tegrated software applications and drivers developed to ensure efficient control and maximum image data throughput during the scanning process The Phantom TransferEngine captures image data either from the HiPPI data channel or from the HDTV channel The HiPPI data channel can record DPX formatted images from the Spirit DataCine Shadow Telecine and Specter Virtual DataCine HiPPI data output The HDTV channel can read HDTV video from Spirit DataCine Shadow Tele cine Specter Virtual DataCine and VooDoo Media Recorder This feature is supported by a Phantom TransferEngine running on a Specter Virtual Data Cine only and requires appropriate optional hardware installed in the SGI server The transferred image data can be displayed in various resolutions on the monitor stored onto a disk array with or without prior modification e g change of format etc and written to tape for archive purposes Features Accepts data from Spirit DataCine Shadow Telecine and Specter Virtual Data Cine HiPPI output Accepts video from the Spirit DataCine Shadow Telecine Specter Virtual Da taCine and VooDoo Media Recorder HDTV output Stores data on disk in DPX format SMPTE 268M 1994 Displays Thumbnail pictures for confidence viewing Displays HiRes images on Data Monitor Remote control by Telecine Controller suppo
126. han of full frame height width for 35mm 4 Perf Better than of full frame height width for 16mm film 60 96 60 of total frame height Capacity with 16mm and 35 mm DIN or ANSI spools diameter 54 cm 2 1 Capacity with DIN or ANSI cores diameter 44 cm 1 7 Switch for clockwise and counterclockwise winding Stops film in shuttle before running from the spool core Planning and Installation Rev 2 04 2002 2 Specifications 0 2s 1 8s 0 06 0 10 Up to Up to 1200m 3937 ft 900 m 2952 ft 2 5 2 Specifications STE B1 2 3 ILLUMINATION AND FILM SCANNING SYSTEM 2 3 1 LIGHT SOURCE AND CONDENSER Halogen lamp 250W Halogen lamp long live type Elapsed time meter Optical matching filters Selectable filters for PRINT NEG INTERMED and PRIMETIME Grey scale disc Adjustment of illumination level Film Gate Air supported Film Gate with skid plate for smooth film handling with FA 35mm gateblock or S 16 mm gateblock 2 3 2 CCD SCANNER Lens Gate Assemblies Two different Lens Gate Assemblies are possible LGA each consisting of projections lens and film gate The two different types of Lens Gate Assemblies available are Full Aperture 35 mm Lens Gate Assembly achromatic color correction Super 16 mm Lens Gate Assembly achro matic color correction Film gate Interchangeable with automatic detection
127. he connection unit FH 6325 Rack 3 e AR o e o Socket type Function Connector type J 35 J 36 Sync 1 BNC connector Loop input 1 for an analog studio reference SDTV bilevel 0 3 Vas 4 Vss HDTV trilevel 0 6 Vss J 38 J 39 Sync 2 BNC connector Loop input 2 for an analog studio reference SDTV bilevel 0 3 Vas 4 Vss HDTV trilevel 0 6 Vss J 43 J 44 Sync 3 BNC connector Loop input 3 for an analog studio reference SDTV bilevel 0 3 Vas 4 Vss HDTV trilevel 0 6 Vas J 45 J 46 Ser Ref BNC connector 4 2 2 serial 270 Mbit s CCIR 656 ECL Level 270 MHz 800mV J37 BNC connector Sync output reflects the level of the selected EXT REF signal Sync 1 3 Sync out J40 SDTV Sync out Bilevel SDTV sync pulse 625 525 651 lines at 25 30 24 Hz frame rates also in HDTV and data mode Unterminated 4 Vss Terminated with 75 Q 2 Vss Especially designed for the vertical synchronization of telecine controllers BNC connector Note The Sync input is selected by the control panel menu Setup F7 Genlock Set tings Genlock ref sync select Note For external synchronization of the Shadow Telecine an appropriate sync signal has to be provided In case of SDTV standards an analog bilevel SDTV sync signal or a serial digital SDI signal are applicable 5 38 Planning and Installation Rev 2 04 2002 STE B1 5 Co
128. hree phase current delta connection four wire earthed midpoint of phase two phase connection 240Vac N is not connected to the telecine 240V 4 e Y Y ab PE Three phase current open delta connection four wire earthed midpoint of phase two phase connection 240V 200V N is not connected to the telecine 240V A ot v Y ab PE Single phase two phase current three wire earthed midpoint N is not connected to the telecine 4 42 Planning and Installation Rev 2 04 2002 STE B1 4 Installation 4 13 5 AN EASY WAY TO FIND OUT THE TYPE OF POWER SYSTEM When you need to determine the type of power you have in a plant use the follow ing simple procedure 1 Label each wire with an identification tag i e A B C etc This is especially helpful when all wires are of the same color 2 Jot down the total number of combinations you can derive from the wires you have e g 3 wires will have 3 combinations 4 wires will have 6 combinations 5 wires will have 10 combinations Example 4 wires labeled A B C D equals 6 possible combinations Ato B Ato C A to D B to C B to D C to D 3 Using your multimeter measure the voltages between all the wire combina tions Note the voltages 4 The lower voltages are the mains voltages whereas the higher voltages are the phase voltages This procedure can be used for any power system regard less whether it is an
129. ical protective bags when carrying the p c boards The Shadow Telecine STE B1 is designed in conformity with the safety regula tions EN 60590 VDE 0805 protection class 1 and is in a faultless condition when leaving the factory In order to maintain this condition and to ensure a safe opera tion the following directions have to be observed When setting up and connecting the Shadow Telecine STE B1 connect the earth line always before connecting the power line Thus is ensured that in case of a short circuit between mains and case the current is led to earth For this reason never disconnect the earth line from the device while it is con nected to mains Details see chapter 4 13 3 Earthing Requirements in the Customer Manual Planning and Installation The Shadow Telecine STE B1 is protected by primary side fuses located on the power terminal unit Caution To reduce the risk of fire replace only with the same type and rating of fuse Never use a mended fuse Do not short circuit the fuse holder Planning and Installation Rev 2 04 2002 Ill Safety Instructions STE B1 Caution The rear service AC Out socket is a double pole or neutral fusing After operation of the protective device one line can remain under voltage e Mains voltage The Shadow Telecine STE B1 is set to operate at the mains voltage stated on the lable on the machine rear Prior the installation of the machine make sure that the mains voltage in the
130. ion lamp current 17 RESET button reset DSP 18 BOOT LOAD switch for internal use 17 RESET 4g BOOT LOAD Planning and Installation Rev 2 04 2002 6 5 6 Operational Controls STE B1 6 1 6 SCANNER PIXEL FORMAT FY 4109 1 1 3 LEDs 3xgreen 5V 2V 5V 2 3 6 4 Interface 26 pin male Programmer interface 5 5 BOOT LED green LCA reset red LCA boot off LCA loaded 6 TEMP LED red excess temperature of board 8 7 GATES LED green 1332 pixels line red Gate length not equal 1332 pixels per line 8 PULSES LED SOL SOF SMI REQ green Reference pulses o k red one pulse is missing SPF FY 4109 6 6 Planning and Installation Rev 2 04 2002 STE B1 6 Operational Controls 6 1 7 MASTER CLOCK GENERATOR FY 4113 MCG FY 4113 Planning and Installation Rev 2 04 2002 1 3 LEDs 3xgreen 5V 2V 5V Interface 26 pin male Programmer interface BOOT LED green LCA reset red LCA boot off LCA loaded TEMP LED red excess temperature of board TEST LED red Test On flashing red No SOL 6 7 6 Operational Controls STE B1 6 1 8 ANALOG SIGNAL PROCESSING BOARD FY 4114 1 6 LEDs 6xgreen analog 12V 45V 5V digital 5V 2V 5V 7 Coaxial connector CCD Monitoring 8 CLP ERR ODD
131. ions 3 18 STE B1 Planning and Installation Rev 2 04 2002 STE B1 3 System Applications 3 9 Keycode Applications EVERTZ 3 9 1 Keycode in SDTV LTC Out and VITC nem J21 J19 J20 J22 MU 24 pede s 4 2 2 Router Mixer Shadow Teleci OOO 0 vee Video Video and VITC je adow Telecine 7 X 7 gt cx O D1 Out 4 2 2 J17 IN STE B1 J51 Video in l GETS gt Sn Film Footage Encoder o TC p out Bi phase in Model 4025TR Link A E O J29 CFR out Film Time Code Data Frame pulse in LinkB and USer Bis 7 Noise amp Dirt Contour Out 2 RS 232 Keycode Data AY Processor Processor Oo m 115 230 VAC J27 J34 J23 J30 Terminal gu Cc Link A LinkB LinkA Link B Micro HUB AT MR820TR onfiguration and Conro 10Base T Network Ports1 8 10Base2 2 RS 422 O O O L1 L2 L3 N PE 8 7 6 5 4 2 4 S i Transfer and Event Data R G B S cu orm iare ame arn me ams You YA N J55 a HiPPI 3 33 Exteriaux GCS7e EO Video and VITC e 601 Video mu 3 i J69 PUE EVERTZ Digital Recorder Dig IN Monitor jg MOMITORING i 2 8 CE aaa 25 Keycode Reader Kelog D1 Digi Beta or Serial Jio Jit J12 J13 Repone t 5 5 Device EVERTZ DuC te Disk Recorder
132. isk Recorder J34 J30 J 25 32 2d Micro HUB AT MR820TR J40 Jer oir z 10Base T Network Ports 1 8 Obes C Link A Link B Link A Link B gr 0 5 4 3 29 1 V mes my tnr ca cm amy SDTV YOY can Dig Out O SDTV Serial Out z e alz ia B ia Sanal SN Digital Video Monitor 8 8 F STE B1 _ 25 79 9 FRS J 71 Freeze Signal GPI Serial VCR LO MONITORING amp 8384 Extern Aux 7 A 1 J3 28 in t OO oo acy Video Disk Recorder np ON Digou d z DTV Sync In 7 J10 J11 J12 J13 j A B A B A H SDTV SDTV NR fa Quickframe Sierra J OOOO m ms mo dm Input 1 Output 1 Serial RemCtlt1 R G B S CEU MAUS MAUZ MAUI LTC out Extern aux SOF APRA eV 25 Jo oV 9 o Telecine A ol 9 Jo Mainframe XFRB j 2 Da Vinci OO a 2K B S i Rem 1 Wave Form Monitor SGI 1 Philips PT 5464 HD no CE mark m imcs Monitor 2 Tek 1735 1735 HD J5 ar 3 Tek WFM 300 300 A GCP1 Graphical 100b T E Neti 100b T E Net2 Control Panel Terminal incl P S U NO External Floppy Drive CT EE 10 Base2 502 Li SCSI pup Legend ov 97e 9 pin D Sub min oO O is 0 o 15 o 15 pin D Sub min lonitor Soft Panel Joyball Panel Machine 0 Base T as CC 25 pin D Sub min Control Ethernet Gsm 13W3 D Sub min 110 Base T Control Panel Renaissance om m O Coax Port 1 Port 2 i Keyboard fi Ethernet 10 Base T Ethernet Kt ses Repeater CE Dual Fibre connector o Fibre connector Power Supply Unit Keyboard XLR Connector male XLR Connecto
133. it weights approx 1015 Ibs 460 Kg Attention The telecine unit has to be unpacked and lifted up by authorized forwarding agencies only with appropriate lifting tool under control and instruction of Thomson service personnel Danger of injury when lifting the telecine to the upright position The telecine unit lies on its back in the transport crate The accessories are con tained in a separate transport case 4 3 INSTRUCTIONS FOR AUTHORIZED FORWARDING AGENCIES ONLY Unpacking Setting upright Ground load Setting up e D Forunpacking first remove the straps around the transport crate Open the upper fixing screws fig 401 A of the transport crate lid Lift up and remove the transport crate lid fig 401 1 Remove padding layers Open the fixing screws of the side walls fig 401 2 3 and remove them Cut open the cover foil at the three lower sides and remove it Now the Shadow Telecine is prepared to be set upright The unit can be set upright only with appropriate lifting tool under control and instruction of Thomson service personnel The unit has a net weight of approx 1015 Ibs or 460 kg and is supported on 4 bot tom rollers for moving to its final location Push the cabinet with its bottom approx 1 1 2 inch or 2 3 cm close to the edge of the transport crate fig 400 Turn the two lower bottom rollers upwards for protection fig 400 C Fixtwo or
134. k plate ventilation holes 10 mm 0 39 inch i left side of the GCP1 l E pow rear side front side bevelled edge of desk plate ventilation holes ventilation holes Fig 412 Ventilation holes of the GCP1 Planning and Installation Rev 2 04 2002 4 17 4 Installation STE B1 4 9 1 2 Desk Mounting with Swivel Frame fastening screws panel to swivel frame 8mm countersunk below front plate unlocking lever for swivel frame inside screw panel locking 8mm hex head wrench washer Cut out dimensions 449 x 238 mm 17 68 x 9 37 inch Fig 413 Cut out dimensions for the GCP1 with desk mounting swivel frame The swivel frame with mounted desk locking blocks and the GCP1 panel will be delivered separately Cut out the opening in the desk Cut out dimensions 449 x 238 mm 17 68 x 9 37 inch Swing out the swivel frame by pressing the unlocking levers and disassemble the four desk locking blocks Set the swivel frame into the desk opening and fasten the four desk locking blocks below the desk plate in one of the three screw holes depending on the thickness of the desk plate Note Before fastening the swivel frame make sure that the ventilation holes of the housing are not covered by the thickness of the desk plate The ven tilation of the housing must not be impeded in order to ensure sufficient cooling of the device and to guarantee
135. l Assy R3 on Connec FH 4057 Upgrade Cable Set tion Unit FH 4225 Rack 2 Control Assy R2 R3 3 J 49 Pulse 1 R2 J 67 Pulses 1 R3 R2 on Con FH 6056 Multiclock Cable Set RR nection Unit FH 4225 Rack 2 Multiclock Cable 2 4 J 50 Pulse R2 J 73 Pulses 2 R3 R2 on Con FH 6056 Multiclock Cable Set RR nection Unit FH 4225 Rack 2 Multiclock Cable 2 5 J 51 iMCS Port 4 AT MR820TR Ethernet 10Base T R3 10Base T Micro HUB 5 J 55 Monitoring SDTV R2 J 9 Monitoring SDTV R3 on FH 4057 Upgrade Cable Set Connection Unit FH 4225 Monitoring SDTV R3 Rack 2 6 J 56 Monitoring HDTV R2 J 2 Monitoring HDTV R3 on FH 4057 Upgrade Cable Set Connection Unit FH 4225 Monitoring HDTV R3 Rack 2 7 J 57 Data in R J 41 Data out R on Connec FH 4057 Upgrade Cable Set tion Unit FH 4225 Rack 2 Data R 8 J 58 Data in G J 40 Data out G on Connec FH 4057 Upgrade Cable Set tion Unit FH 4225 Rack 2 Data G 9 J 59 Data in B J 37 Data out B on Connection FH 4057 Upgrade Cable Set Unit FH 4225 Rack 2 Data B 10 J60 Power Fan Unit J 1 FH 6350 Fan Unit Rack 3 FH 4057 Upgrade Cable Set 1st generation or Power Fan 1 R3 FH 4255 2nd generation 11 J 73 Power Rear Fan Unit J 1 FH 4250 Rear Fan Unit FH 4057 Upgrade Cable Set Rack 3 Power Fan 2 Rear R3 Planning and Installation Rev 2 04 2002 5 43 5 Connections STE B1 5 44 Planning and Installation Rev 2 04 2002 STE B1 5 Connections 5 6 IMCS CONNECTIONS RJ45
136. lation Rev 2 04 2002 5 15 5 Connections STE B1 Socket Connector Socket type Function Description Connector type J 55 25 pin EXTERN AUX is a telecine controller interface based Extern aux subminiature on serial RS 422 standard D connector It serves to connect the following controller devices female with the telecine unit Pogle Pandora DaVinci Renaissance Sunburst Colorvision Pin assignment Pin no Signals 1 Reserved for Film_TC_TxD_A Reserved for Film_TC_TxD_B Film_TC_Common Reserved for Film_TC_RxD_A Reserved for Film_TC_RxD_B SOF_Film_Common Reserved for Studio TC_TxD_A Reserved for Studio TC TxD B Studio TC Common SOF Film A SOF Film B Reserved for Studio TC RxD A Reserved for Studio TC RxD B 2 3 4 5 6 7 8 9 o N Co A not connected Ground SOF Studio A SOF Studio B SOF Studio Common FWD REV A Forward High FWD REV B 5 V Digital 300 mA max E Cc oO N i c N eo N N N not connected N wo not connected N R not connected mm C1 not connected For more signal details see also chapter Interfaces 5 16 Planning and Installation Rev 2 04 2002 STE B1 5 Connections 5 4 4 RJ45 IMCS rd 1 ms x 8
137. lcohol Planning and Installation Rev 2 04 2002 4 29 4 Installation STE B1 4 11 1 INSERT FOUR DICHROIC FILTERS INTO THE FILTER WHEEL Release the filter wheel by pushing down the motor Revolve the filter wheel that a filter opening stands upside Move the two fastening brackets of the filter to the side Note the mounting position notation at the filter opening and at the dichroic filter noted at one small edge NEG PT IMED or CAL or the filter order numbers Insert the respective filter The fastening brackets have to lock in by turnig PT IMED filter Balance ring NEG filter Balance ring CAL filter Push down for releasing the wheel Filter wheel motor Order number Fastening bracket Fastening bracket Fig 421 Insertion of the filter into the filter wheel 4 30 Planning and Installation Rev 2 04 2002 STE B1 4 Installation 4 11 2 INSERT FOUR FILTER ELEMENTS After unpacking clean the filter or lens elements and mount them at their respective positions before or behind the filter wheel Fig 422 To avoid mounting the elements at a wrong place the base plate is provided with encoding pins Fig 423 The filter elements have corresponding grooves Thus wrong mounting is not possible Fasten each element with two M4 screws using a 2mm hex socket head wrench 1 Heat absorbing filter 2
138. le 21 CFR Subchapter J in di female effect at date of manufacture Type Label ji L Option FH 6335 _ IS HIPPI Serial Interface FH 6335 Fig 515 Part of the connection unit FH 6325 Rack 3 Socket Connector Socket type Function Description Connector type Serial Data out Fibre connector It provides a means of high speed data transmission via female a pair of fiber optic cables The Serial Interface is in tended to be used where cable lengths up to 500 m are required Multi Mode Fibre Cable Manufacturer AMP Order No 349565 SC Duplex Cable Type 50 125 um MMF Length max 500m Bandwidth min 500 MHz km 780 nm Optical loss max 4 dB km Connectors Type SC duplex Mean loss max 0 11 dB Standard deviation loss 0 15 dB Optical return loss min 20 dB Number of connectors max 8 between two transceivers 5 42 Planning and Installation Rev 2 04 2002 STE B1 5 Connections 5 5 11 INTERNAL CONNECTIONS The following table describes the internal cabling from rack to rack as well as the cabling to the individual subassemblies in the Shadow The internal cabling must be changed by our service personnel only The table is only important for the service personnel and serves at this place only for the information of the customer Item Socket Connector Connected to Cable set no Description 1 J 26 Power R2 not used 2 J 48 Ctrl Assy R2 J 63 Ctr
139. lecine is running always keep the front doors closed do not touch the rotating film deck parts The closed front doors protect against fluttering film ends in the event of a film break Access to the inside of the Shadow Telecine STE B1 is restricted by locked front and rear doors The closed doors protect operator against electrical and mechani cal hazards Before working on the power supply circuit power clips wires filters switches fuses etc disconnect the unit from mains Even if the mains switch is OFF parts of the unit are still alive If however working on the opened machine is inevitable this has only to be done by an expert who is familiar with the dangers involved Caution Capacitors may still carry a residual charge for 4 minutes after having switched off the unit Planning and Installation Rev 2 04 2002 STE B1 Safety Regulations EN VDE Fuses Safety Instructions Attention Electrostatic sensitive devices on the p c board Observe the following precaution instructions for handling Earthing connector Never remove or insert p c boards when the Telecine is switched on Install or remove p c boards from the Shadow Telecine with the corresponding equipment only Prior to withdrawing the p c board from the bag apply an earthed wristlet e g 3M Wristlet Serial 2200 The Shadow Telecine cabinet is provided with a special earth connector at the front and rear side Use antistat
140. les 0 0 eee eens 4 47 4 14 Installing of the Power Cords Lsseseellleeeeeeeees 4 48 4 14 1 Location of Mains Terminal Unit FH 4030 FH 4032 FH 4033 4 48 4 14 2 Three Phase Power Terminal Unit FH 4030 02 00000 4 49 4 14 3 Single Phase Power Terminal Unit FH 4032 Option 4 50 4 14 4 Two Phase Power Terminal Unit FH 4033 Option 5 4 51 Planning and Installation Rev 2 04 2002 Il Contents STE B1 4 15 Mains Fuses 2 22 lsleicclReRe ku ca aieeied sock eua citer ees 4 52 4 15 1 Power Terminal Unit 1 Phase FH 4032 0 cece eee 4 52 4 15 2 Power Terminal Unit 2 Phase FH 4033 0 cee eee eee eee eee 4 53 4 15 3 Power Terminal Unit 3 Phase FH 4030 0c eee eee eee es 4 54 4 16 Location of Power Supply Units of Rack 1 3 4 56 4 16 1 Removal of Power Supply Units of Rack 1 0 0 cee eee eee ee 4 57 4 16 2 Removal of Power Supply Units of Rack 2 and3 0020000 4 59 Connections External Equipment 5 1 EMC Terminal Panel with Cable Feed Through 5 1 5 2 Overview Rack 1 3 ccc cece eee eee eee nnn nnn 5 3 5 3 Connection Unit Audio Rack 1 cece eee eee eee 5 5 5 3 1 Audio Inputs and Outputs 0 00 e eee eee ees 5 6 5 3 2 Audio Reference Signals 0000e cece cece eee et eee eee ees 5 8 5 3 3 Internal C
141. line filter within the power terminal unit FH 4032 from the rear of the telecine cabinet Remove the cover plate of the connecting block 4 screws Terminate the cable ends at the input connecting block of the line filter as follows Protective earth PE to PE IN PE has to be terminated at first Phase L1 to L1 IN Neutral N to L2 IN Fasten the strain relief and the cover plate of the connecting block For more details see circuit diagram 1 12840 32 SP FH 4032 Single phase line filter part of Mains Terminal Unit FH 4032 connecting block on case of line filter strain relief 230 V only 1W N PE 200V 23A CAUTION HIGH LEAKAGE CURRENT Earth connection essential before connecting supply 230V 20A 240V 19A ACHTUNG HOHER ABLEITSTROM Vor Inbetriebnahme Erdungsverbindung herstellen Fig 430 Single phase line filter FH 4032 top view 4 50 Planning and Installation Rev 2 04 2002 STE B1 4 Installation 4 14 4 TWO PHASE POWER TERMINAL UNIT FH 4033 OPTION The phase to phase voltage must have a value of about 208V Note 120V mains operation is not possible Two phase voltage has to be connected via a power cord to the line filter within the power terminal unit FH 4033 from the rear of the telecine cabinet Remove the cover plate of the connecting block 4 screws Terminate the cable ends at the input connecting block of the line filter as follows
142. lowers no change of the supply voltage has to be executed Planning and Installation Rev 2 04 2002 4 37 4 Installation STE B1 4 13 3 EARTHING REQUIREMENTS A BD 99002 e D Protective earthing e D High Leakage Current Additional Earth Conductor UL 1419 4 38 Earthing instructions 1 Earthing with the protective earth has to be executed with the power cord which contains the earthed protective conductor PE normally The earth conductor has to be connected to the PE screw terminal within the line filter 2 The additional protective earth has to be connected to the central PE screw at the power terminal unit as earth conductor with large cross section 3 The jumper TE PE must not be broken 4 The earth connection has to be made before connecting the power cord CAUTION GROUNDING CIRCUIT CONTINUITY IS VITAL FOR SAVE OPERATION OF MACHINE NEVER OPERATE MACHINE WITH GROUNDING CONDUCTOR DISCONNECTED ATTENTION UN CIRCUIT DE TERRE CONTINU EST ESSENTIEL EN VUE DU FONCTIONNEMENT SECURITAIRE DE L APPAREIL NE JAMAIS METRE L APPAREIL EN MARCHE LORSQUE LE CON DUCTEUR DE MISE A LA TERRE EST DEBRANCHE Earthing of the telecine unit serves the product safety and meets the requirements in conformity with safety class I The Shadow Telecine is connected with the protective earth of the power supply circuit e g the studio by means of the power cord which also contains the earthed protec
143. mat Film types Film transport Fixed speeds Select A Speed Stop mode Variable visible search Step mode 2 4 16mm S16mm FA Super 35 mm 35 mm in 4 perf 3 perf and 2 perf Vistavision 35 mm in 8 perf Option Cinerama 35 mm in 6 perf Option S8 mm Option Color Print B W positive B W negative Color positive Color Negative Intermediate Primetime Direct servo controlled capstan drive Feed and take up spooling servo con trolled to provide constant film tension Full resolution in forward and reverse mode 25 12 1 5 6 1 4 18 3 4 fps 29 97 23 98 17 98 11 99 5 99 fps Reduced vertical resolution in forward and reverse mode 57 fps 2 00 to 57 00 fps in forward and reverse Frame accurate in full quality Spatial and color processing still possible With full size picture in a range of Upper limit adjustable to 600 fps for 16 mm and 240 fps for 35 mm Single step forward and reverse with full reso lution STE B1 at 625 lines 50 Hz at 525 lines 59 94 Hz all standards 2 fps to at least 150 fps for 16 mm 2 fps to at least 75 fps for 35 mm Planning and Installation Rev 2 04 2002 STE B1 Run up time Picture stability 35mm 4 Perf 16mm Framing adjustment Film capacity on spools on cores A B wind Film Switch to 25 or 24 fps Unlocked but correct speed Locked to correct speed within Better t
144. mat dated February 1st 1989 and female adapted to telecine requirements Command format active low Pin assignment Pin no Signals Parallel Standard mode 1 Stop SW O 2 Fast FWD SW 1 14 3 Fast rewind SW 4 Play SW 5 Play reverse SW 6 Stop lamp i 25 7 FWD lamp O 8 Rewind lamp Do 9 Play lamp 10 Play reverse lamp 11 Ground 12 Ground 13 Data out 7 14 Step FW SW 15 Step RV SW 16 Step FW lamp 17 Step RV lamp 18 Status 1 19 Status 2 20 Status 3 21 Status 4 22 Data in 7 23 Data out 12 24 5V maximum current 750 mA Ri 0 40 25 5V maximum current 750 mA Rj 0 4Q Note all switch pins go to 5V trough 1k Ohm all lamp feeds are 5V Planning and Installation Rev 2 04 2002 5 19 5 Connections STE B1 5 4 6 WAVEFORM MONITORING Ch 1 R R Conti iN Ch 2 G O Jd 13 g Ch 3 B 12 Ox O J12 J3 S Remote Control 2 J13 O O J4 Fig 512 Part of the connection unit FH 4225 Rack 2 Socket Connector Socket type Function Description Connector type J10 J13 BNC connector One set of analog outputs for connection of wave CH 1 R CH 2 G form monitors Level adjustable on board FY 1408 CH 3 B S via pot to equalize different cable length Monitoring output Diagram for correct cabling is described in chapter 3 System Applications section 3 9 Waveform Monitor ing 5 20 Planning and Installation Rev 2 04 2002 STE B1 5 Connections
145. n Rev 2 04 2002 Operation mode switchable 2x 4 2 2 4x4 4 2 2 4 Key signal on Link B R G B Kor Y Cg Cg K Switchable between 10 bit and 8 bit with static rounding Clock and data timing according to CCIR or EU 95 Pinning according to CCIR TG11 Cable adapter for EU 95 SMPTE 260M and SMPTE 274M necessary CCIR Link A 4 2 2 Y CB Cr or 4224 Y Cg Cn or 4x4 Y CBo Cro or 4x4 G Bo Ro or 4x4 G R or 8 8 8 Y Cr or 8 8 8 G R CCIR Link B 4 2 2 Y CB Cr or 4 2 2 4 K 0 0 or 4x4 K Cai Cry or 4x4 K By R4 or 4x4 K B or 8 8 8 K Cp or 8 8 8 K B CCIR Link A B Y Cg Cn Digital parallel interface pinning according to CCIR Document TG 11 1 11 2 for the HDTV Y C Signal 4 2 2 DATAO 9 MSB used for the luminance signal Y DATA10 19 MSB used for the chrominance signal Cr Cp 8 10 bit mode switchable 5 33 5 Connections Socket Connector Description Socket type Connector type Function STE B1 Coding amp Data format Details of the video data connector CCIR Y C TV Standard Coding Data format Clock 1250 50 CCIR TG 11 1 11 2 or EU 95 PG02 03 36 MHz 1125 60 SMPTE 260M 74 25 MHz 1125 59 94 SMPTE 260M 74 18 MHz 1920x1080 60 SMPTE 274M 74 25 MHz 1920x1080 59 94 SMPTE 274M 74 18 MHz 1280x720 60P SMPTE 296 M 74 25 MH
146. nalog Out RGBSK or Y OR CB SK SDTV Digital Out 4 2 2 or 4 2 2 4 or 4x4 Local Control Panel Keycode Reader Mounting Support for AATON EVERTZ and ARRI Particle Transfer Rollers Diagnosis Kit FH 1660 see fig 103 Diagnosis amp maintenance tool SDCMAINT incl remote access control via PC DUO Not included but required PC with Ethernet Interface and modem Hardware requirements for PC and Ethernet card see separate manual SDCMAINT GCP1 Graphical Control Panel See fig 103 Options The following units are optionally available 12 13 14 15 16 Air Exhaust Hood Audio Pick up and Processor Set FH 1129 mounted on the filmdeck Audio Scanner 1 FH 1013 Commag 16 and Audio Scanner 2 FH 1023 Comopt 35 16 mm and with following boards in rack1 Audio Equalizer Board FY 1101 Audio Processor FY 1103 Audio Output Transformer FY 1102 HDTV Processing FH 4069 including following boards in rack 3 FY 6314 xx HDTV Output Analog GBRSK or Y Cg CRS K FY 4313 xx HDTV Output Digital 4 2 2 or 4 2 2 4 or 4x4 FY 4345 xx Data Output Interface board in rack 3 Part of FH 4101 Transfer Engine Package Planning and Installation Rev 2 04 2002 STE B1 20 21 22 1 General FH 6335 HIPPI Serial Interface board in rack 3 provides a high speed data transmission via fibre optic cable Part of FH 4101 Transfer Engine Package Rotation FH 4067 including following boards in
147. nced audio input channel 1 ANALOG IN 2 XLR female balanced audio input channel 2 ANALOG OUT 1 XLR male balanced audio output channel 1 ANALOG OUT 2 XLR male balanced audio output channel 2 SR IN 1 XLR female balanced Dolby SR SRD audio input channel 1 SR IN2 XLR female balanced Dolby SR SRD audio input channel 2 SR OUT 1 XLR male balanced audio output to a Dolby SR processor channel 1 SR OUT2 XLR male balanced audio output to a Dolby SR processor channel 2 Planning and Installation Rev 2 04 2002 2 13 2 Specifications STE B1 MONITOR L XLR male balanced audio output to an active speaker left channel MONITOR R XLR male balanced audio output to an active speaker right channel Audio Ref Audio Synchronization 48 kHz IN BNC female 48 kHz clock input to synchronize the audio processor with external digital audio components 48 kHz OUT BNC female 48 kHz clock output to synchronize external digital audio components 2 7 3 WAVEFORM MONITORING ANALOG OUT BNC For waveform monitoring only R G B S CTRL D sub15 pin female connector for remote control of waveform monitor or vectorscope Maximum Cable Length 50 m 150 feet 2 14 Planning and Installation Rev 2 04 2002 STE B1 2 8 OPTIONS 2 8 1 AUDIO Audio format Inputs Outputs Test oscillator Frequency response COMOPT COMMAG 2 Specifications COMMAG 16mm MONO COMOPT 35mm MONO STEREO COMOPT 16mm MONO
148. nces among the mains voltages and the phase voltages 4 44 Planning and Installation Rev 2 04 2002 STE B1 4 13 5 3 Delta Mesh System 240V AC or 398V AC Three phase 3 wire f 240V Phase voltage j 238V Phase voltage M 241V Phase voltage B e Three phase current delta connection 3 wire 240Vac or 398Vac There are 3 wires therefore there are 4 combinations Example A to B 238Vac A to C 240Vac B to C 241 Vac The characteristics of the delta system are there is no neutral so there are no mains voltages 4 Installation the phase voltages A to B A to C and B to C are within 10 of each other Planning and Installation Rev 2 04 2002 4 45 4 Installation STE B1 4 13 5 4 Wild Leg crazy leg Delta System 120 240V AC Three phase 4 wire t 240V Phase voltage i 238V Phase voltage 241V Phase voltage P eo Three phase current wild leg delta connection 4 wire 120 240Vac earthed midpoint of phase There are 4 wires therefore there are 6 combinations Example A to B 238Vac B to C 240Vac A to C 240Vac B to D 119Vac A to D 119Vac C to D 208Vac Occasionally you will find a delta system in which one phase is center tapped and grounded This is called a wild leg delta It produces two mains voltages which are each equal to half of the phase voltage Example A to D 120V
149. ness Y Vector 16 1 Optic Type U16 Steadiness X Vector Thomson internal Data Default 0x8000 1 unit 1 100um Thomson internal Data Default 0x8000 1 unit 1 100um Thomson internal Data Planning and Installation Rev 2 04 2002 STE B1 7 Interfaces DPX User defined data 76 16 2105 1 Future Use Thomson internal Data 76 17 2106 2 Tbd 76 18 2108 2 Future Use Thomson internal Data Steadiness Rotation Angle Rotation angle 0x8000 0 0 360 0x0000 Oxffff H Scanning area Thomson internal Data 1 unit 1um 76 20 2112 2 Center Position X Thomson internal Data tunit 1um 76 21 2114 2 Center Position Y Thomson internal Data tunit 1um 76 22 Future Use TBD 2559 1 seq cem c Last element of SHADOW generated User Data TBD U8 U16 76 19 2110 2 U16 V Scanning area Thomson internal Data tunit 1um U8 Planning and Installation Rev 2 04 2002 7 17 7 Interfaces STE B1 TIFF Tag Image File Format The second image file header format provided by Shadow Telecine is TIFF mostly used in consumer applications The maximal length is 4 GBytes A TIFF file begins with an 8 byte image file header that points to an image file directory IFD contain ing information about the image and pointers to the image data This TIFF header implementation is based on TIFF Revision 6 0 Final June3 1992 The TIFF header can only be used together with the 4 8 bit RGB key mode 4
150. ng sequence and protocol compatible HIPPI PH ANSI X3 183 1991 Overhead bits OHI to OH7 not supported Reception link control 770 to 860 nm center wavelength 0 to 17 dbm optical power range Optical Duplex SC Connector AEL Class laser per EN 60825 1 Transmitting distance up to 500 m with 50 125um MMF cable Planning and Installation Rev 2 04 2002 STE B1 2 8 3 ROTATION Range 2 8 HDTV TV standards Display formats Fixed speeds X Y Zoom Resolution Signal Noise ratio Digital Video Out Analog Video Out EXT REF 180 to 180 image rotation also available in STOP 1250 50 1125 60 1125 59 94 1920 x 1080 60 and 59 94 1280 x 720p 60 and 59 94 full screen and horizontal vertical letterbox See corresponding SDTV speeds for 50 Hz standards 625 lines 50 Hz 59 94 Hz standards 525 lines 59 94 Hz for 1125 lines 60 Hz Typical area magnification HDTV Depth of modulation 0 5 MHz to 18 MHz For center amp corner Film losses not taken into account Measured with ND 1 in the vision gate y 0 4 CCIR Link A B D sub 50 pin 4 2 2 or Ax4 Pinning according to CCIR TG11 Serial 2xBNC via included converters Note Standard 1250 50 Hz only in parallel mode available BNC e R G B S K or Y Cp CR S K Filtering according to EU95 Nov 1992 BNC input for external trilevel sync Planning and Installation Rev
151. nge activity 4 B G2 Flashing LED green shows red data LSB activity 5 A G5 Flashing LED green shows blue data LSB activity 6 9 LEDs 4x green P3V3 VCC M2V VEE 3 3V 5V 2V 5V 10 LED red temperature warning 709C 11 Interface 40 pin male test point signals out 12 Programmer Interface 26 pin male FIS FY 4205 6 14 Planning and Installation Rev 2 04 2002 STE B1 6 Operational Controls 6 2 6 APERTURE CORRECTION FORMAT FY 4206 1 LED red LCA configuration 2 Interface 9 pin female RS232 interface for service terminal 3 6 LEDs 4x green PSV3 VCC M2V VEE 3 3V 5V 2V 5V 7 LED red temperature warning 709C 8 Interface 40 pin male test point signals out 9 Programmer Interface 26 pin male ACR FY 4206 Planning and Installation Rev 2 04 2002 6 15 6 Operational Controls STE B1 6 2 7 FILM COLOR CORRECTION CHROMINANCE FY 6211 1 LED red LCA configuration 2 4 LEDs 3x green VCC M2V VEE 5V 2V 5V 5 LED red temperature warning 70 C 6 Interface 40 pin male test point signals out 7 Programmer Interface 26 pin male FCC FY 6211 6 16 Planning and Installation Rev 2 04 2002 STE B1 6 Operational Controls 6 2 8 BYPASS SECONDARY COLOR CORRECTION FY 4
152. nnecting to the Shadow Telecine 0 00 cece eee ees 4 24 4 10 Connecting to an External Gateblast Air Compressor 4 25 4 11 Mounting Lenses and Filters eee eee eee eens 4 29 4 11 1 Insert Four Dichroic Filters into the Filter Wheel 000 4 30 4 11 2 Insert Four Filter Elements 0 00 cece eee eee eee 4 31 4 12 Installing Lens Gate Assembly Lleeeeeees 4 33 4 13 Mains Connection General eeeeeeeeeeeeeee 4 35 4 13 1 Safety Instructions 0 cece cence eens 4 35 4 13 2 General Remarks Concerning Commissioning and AC Power Supply 4 36 4 13 3 Earthing Requirements yian aT AE eee 4 38 4 13 4 Mains System Power Types 0000 cece eect teen eens 4 41 4 13 4 1 Mains System from Europe and USA 0000 cece eee eee ee 4 41 4 13 4 2 Mains System from USA and South East Asia Japan 4 42 4 13 5 An Easy Way to Find Out the Type of Power System 4 43 4 13 5 1 Edison System 120 240V AC Single Phase 3 Wire 4 43 4 13 5 2 Wye Star System 120 208V AC or 230 398V AC Three Phase 4 Wire 4 44 4 13 5 3 Delta Mesh System 240V AC or 398V AC Three Phase 3 Wire 4 45 4 13 5 4 Wild Leg Crazy Leg Delta System 120 240V AC Three Phase 4 Wire 4 46 4 13 6 Required External Circuit Breaker and Cross Sections for the Mains Earth Cab
153. nnections 5 2 OVERVIEW CONNECTION UNITS RACK 1 3 Q OO Cum z Rack 3 Rack 2 igo gin m M ri nn 1 Bel s sos i Ada EL E Jem le ios Fig 502 Shadow Telecine rear view Planning and Installation Rev 2 04 2002 5 3 5 Connections 5 4 STE B1 Planning and Installation Rev 2 04 2002 STE B1 5 Connections 5 3 CONNECTION UNIT FH 4125 RACK 1 E T P Data out R1 P gt A q o B ata ou E T o aj 48 kHz in RM Connection Unit FH 4125 oS 2 ot g SEU ER E GG z gt P a E J5 E amp Data out G1 lt ES 2 J33 E 2 4pktzout E 8 z z E o REA o E 8 Iz oul 3 J6 2 o Data out B1 9 J3 A J19 J40 E is a 9 J15 Audio 1 0 0 J7 erR Analogouti SR out1 SRin1 2 Data out R2 G2 B2 Oo amp S M E J8 g 8lo g la ie e J41 M n ji m J23 J29 J35 J k d K v Analogout2 SRout2
154. nnections Synchronization of HDTV For H DTV applications an analog trilevel H DTV sync has to be applied This external sync signal must be fully compliant to the selected H DTV standard Note Synchronization of H DTV operating modes to SDTV sync signals is not supported not possible For example the V sync of the 625 50 standard can not be used in the Shadow Telecine for synchronizing the H DTV standard 1920 x 1080 25p 5 5 5 TIME CODE LTC IN J41A LTC OUT 18 J 4i B Fig 510 Part of the connection unit FH 6325 Rack 3 Item Socket Connector Socket type Function no Description Connector type 17 JAA XLR female XLR input connector LTC in Interface for ARRI film time code information 18 J41B XLR male XLR output connector LTC out LTC linear timecode compatible to the standard SMPTE 12M 5 5 6 CONTROLS eT 19 J 53 Fig 511 Part of the connection unit FH 4225 Rack 3 Socket Connector Socket type Function Description Connector type J 53 Spare RJ45 connector Connected to option Data Output Board FY 6345 but not supported for future use Planning and Installation Rev 2 04 2002 5 39 5 Connections 5 5 7 IMCS 1 iMCS 1 mja J51 STE B1 Fig 512 Part of the connection unit FH 4225 Rack 3 Socket Connector Description Socket type Connector type Function J51 iMCS 1 5 5 8 RS 232 INTERFACE RJ45 c
155. nning and Installation Rev 2 04 2002 STE B1 T Overview Graphical Control Panel INTERFACES Telephone Line 10Base T CJ Modem Diagnosis PC incl SDCMAINT and PC DUO Remote Control Tool CJ wen E EL Cheapernet Interface oo 10Base T External Connections Internal Connections Remote Diagnosis PC incl PC DUO Remote Control Tool 7 Interfaces Telecine Controller O o RJ45 Terminal Panel Controller Interface 10Base 2 10BASE T Network Ports 10BASE2 AUI BACKBONE PORT Port 8 OFFON J AUI OFF MDI Ci MDI X du au um i0 z m T Y TERMINATOR Port7 Port6 Port5 Port4 Port3 Port2 Porti jASE2 ON ONE 10BASE2 SELECT ENABLE 10Base T 10Base T 10Base T Editor Out Extern aux A A D a di IMCS 1 IMCS 1 IMCS 1 Analog Signal Spatial Processor Film Deck Control Control Control RSCI 2c RSCI RSCI aL Y N R
156. ntfernen der Abdeckungen Test components NetzanschluB unterbrechen before touching Auch bei Power Off f hren Teile dieses Ger tes Netzspannung Fig 433 Power terminal unit FH 4033 Planning and Installation Rev 2 04 2002 4 53 4 Installation STE B1 4 15 3 POWER TERMINAL UNIT 3 PHASE FH 4030 The mains fuses set FH 4061 120 208V or FH 4062 230 400V for the subunits is contained in the power terminal unit FH 4030 The dimensions of the fuses are 6 3 x 32mm FH 4061 or 5 x 20mm FH 4062 The current ratings are written on the mounting plate beside the fuse holders for 120V and 230V as shown below CAUTION Mains Terminal Unit For continued protection FH 4030 against risk of fire replace e only with the same type and rating of fuse Fuses 10A T 250V AC Subunits Fuses gt 10A T 125V AC Subunits PS 3 1 Ti 120 V T2 PS32 J 00000 is 5 B 0000 0 2 6 3A 6 3A 13 230v T4 Capstan Servo VS4 J3 00000 2 5A 25a J4 0 8A 0 8A Seg Spooling Servo T gt T6 PS 1 2 J5 O Qui AO OOO00 4J6 SAO RO 10 6 3A AUXS x 18 PS 14 J7 4A 15A J8 SOON Qu EAG ae HD Serializer T9 T10 HUB Jo 10A 1 B O O OO O Jt0 SBOE RS 6 3A 6 3A T11 AUX 1 Cabinet Power Rem
157. nts SHORT LONG ImageWidth ImageLength SamplesPerPixel BitsPerSample 2 XResolution RATIONAL 1 235 176 random no of pixels per resolution unit horizontal ka YResolution RATIONAL 235 176 random no of pixels per resolution unit vertical Planning and Installation Rev 2 04 2002 7 19 259 262 273 277 278 279 282 283 7 Interfaces STE B1 IFD of RGB full color image Tg Name Type Com Values ResolutionUnit SHORT 2 no absolute measurement Extra Samples SHORT 2 Unassociated ALPHA Data Note Not all TIFF readers can read R G B Alpha images The following software packages can read Shadow TIFF files imgview of SGI IRIX 6 2 can read 4 8 bit R G B Alpha and 4 16 bit R G B Alpha but not 16 bit greyscale images polyview for Windows 95 can read 16 bit greyscale images but no R G B im ages with 4 components 7 20 Planning and Installation Rev 2 04 2002 STE B1 7 Interfaces 7 6 1 PIXEL ASSIGNMENT TO THE 32 BIT HIPPI DATA BUS Mode 0 Mode 1 Mode 2 4x8Bit RGBK 3x10Bit RGB 4x16Bit RGBK HIPPI PIXEL M HIPPI PIXEL M HIPPI WORD BIT WORD BIT WORD N WORD N 1 RED 9 31 RED 9 31 RED 15 31 BLUE 15 31 RED 8 30 RED 8 30 RED 14 30 BLUE 14 30 RED 7 29 RED 7 29 RED 13 29 BLUE 13 29 RED 6 28 RED 6 28 RED 12 28 BLUE 12 28 RED 5 27 RED 5 27 RED 11 27 BLUE 11 27 RED 4 2
158. o the two provided holes at the front mask of the equipment and press tightly fig 406 Doing so the switch at the rear of the control panel locks automatically into the socket at the equipment Fasten the control panel from below with the two threaded pins M4 using a 2mm hex socket head wrench fig 407 For this procedure the two lower doors of the cabinet have to be opened Fig 406 Local Control Panel FH 4500 Fastening screw Fastening screw Guiding bolts Guiding bolts Fig 407 Fastening screws of the Local Control Panel Note Should it happen that due to a technical disturbance the electronic door lock cannot be unlocked it is possible to manually unlock the door lock see section 3 Servicing chapter 3 17 in the Service Manual 4 12 Planning and Installation Rev 2 04 2002 STE B1 4 Installation 4 8 INSTALLING THE HANDLES AT THE FILMDECK FRONT DOORS In order to protect the door handles for transport the handles are mounted inside of the doors After unpacking the unit the door handles have to be mounted at the outside of the doors fig 409 Washers and screws are delivered with the handles Fig 408 Front door handle of the film deck Screws Washers ues 4 c 33 Fig 409 Mounting the door handle Planning and Installation Rev 2 04 2002 4 13 4 Installation 4 14 STE B1 Planning and Installation
159. onnections 6 teen nas 5 9 5 4 Connection Unit Rack 2 0 0 cece eee 5 11 5 4 1 Keycode In 4 oie d gres ean bee DOR RR DER 5 12 5 4 2 Color Frame Reference Signals 0 ccc cece eect e eens 5 13 5 4 3 VatlOus QUE ayere oie Critic ete hen E aee Er Re Rate mtd 5 14 5 4 4 RJ45 IMCS usna eigi eios Res qe eet cce e vis Rute PE ee eH De 5 17 5 4 5 Remote 4 6 cocer xum EDU a eee dE PUTA 5 18 5 4 6 Waveform Monitoring ssesssssee RII 5 20 5 4 7 Pulses QUT see cs gitur etc races w ae ateca a EA acce acia aa a esae d 5 22 5 4 8 Internal Connections 6 eect etn n eens 5 24 5 5 Connection Unit Rack 3 0c cece eee eee 5 27 5 5 1 Analog Video QUE nene i et Eee e hed and tea 5 28 5 5 2 Digital Video OUt irem m Re pe EE ma 5 30 5 5 3 Sync Pulse Outputs senere iaeia aea a eee tenes 5 37 5 5 4 External Reference Inputs 0 00 cece eee tenes 5 38 5 5 5 AEA 001e a EM M seh EE PE EE 5 39 5 5 6 Gohtrols 4 i Sadciescta Rete chats tate Sov entahate bate Dudes uto Eom Dre qtat ave qu tae 5 39 5 5 7 IMOS ex its acencccs ante alf eli aM LIU DEL USE 5 40 5 5 8 RS 232 Inteiface 2 a cota cer RR DOR PAIRED PE dn e 5 40 5 5 9 Extern Control Assy Out 0 00 teenies 5 41 5 5 10 Data Interface 0 cect n teens 5 42 5 5 11 Internal Connections 0 cette tenet ne ees 5 43 5 6 iMCS Connections RJ45 sseeueeeeseeee 5 45 Planning and Installation Re
160. onnector This RJ45 connector is used to extend the iMCS 1 bus for connecting Graphical Control Panel Diagnostic PC or telecine controller Details about the standard see chapter 7 Interfaces RJA45 IMCS Fig 513 Part of the connection unit FH 4225 Rack 3 Socket Connector Description Socket type Connector type Function J 42 RS 232 5 40 9 pin subminiature D connector female Serial RS 232 interface port for test and alignment purposes Planning and Installation Rev 2 04 2002 STE B1 5 5 9 EXTERN CONTROL ASSY OUT EXTERN CTRLASSY OUT E 22 Oo J47 Fig 514 Part of the connection unit FH 4225 Rack 3 5 Connections Ctrl Assy Out subminiature D connector female Planning and Installation Rev 2 04 2002 ltem Socket Connector Socket type Function no Description Connector type 22 J47 9 pin Daisy chain Connection to external Racks 5 41 5 Connections STE B1 5 5 10 DATA INTERFACE 5 5 10 1 FH 6335 HIPPI Serial Interface FH 6335 is part of option FH 4101 Transfer Engine Package Rack 3 Connection Unit FH 6325 DATA INTERFACE CLASS 1 BARDE LASER PRODUCT ENA DATA C Eye safe CONNECT nad vcc M2V P VEE J TMP f ol HIPPI Serial Data out TO fibre connector J 160 pin Product complies with DHHS J ao VG connector NN Ru
161. oring 2 14 Outputs 2 13 2 15 processing 1 8 Reference 2 14 SR SRD 2 13 Audio scanner 1 18 B Basic check 8 7 Basic operation 9 1 Batteries V Blanking 2 9 C Cable feed through 5 1 5 2 CCD scanner 2 6 CCD sensor 1 3 CCIR 2 16 CE CFR signal 7 7 Cleaning 4 29 Color correction 1 4 2 8 Planning and Installation Rev 2 04 2002 10 Index Color framing 7 7 COMMAG 2 15 Commissioning 4 36 COMOPT 2 15 Condensor lenses 4 29 4 31 Conformity 1 2 CE 1 2 UL 1 2 Connecting GCP 4 24 Connection cabel AATON 5 13 ARRI 5 13 EVERTZ 5 12 Connections 5 1 Rack 1 5 5 Audio in and outputs 5 6 Audio reference 5 8 Internal 5 9 Rack 2 5 11 Color frame reference 5 13 Internal 5 24 Keycode in 5 12 Pulses out 5 22 RJ45 iMCS 5 17 Various out 5 14 Waveform monitoring 5 20 Rack 3 5 27 Analog video out 5 28 Data interface 5 42 Digital video out 5 30 Extern control assy out 5 41 External reference inputs 5 38 iMCS 5 40 Internal 5 43 RS 232 5 40 Sync pulses outputs 5 37 Time code 5 39 iMCS 5 45 RJ45 5 45 Contour Correction 1 4 Contour correction 2 7 Control system 2 10 D Data format 2 17 Data I O connector 5 34 Data output 2 17 10 1 10 Index Desk mounting 4 15 Diagnostics 1 12 Digital video 1 5 DTV output 1 9 E Editor in
162. ot pere tee p eain 2 17 2 8 3 RROTATIO Mies snot rtr eee IVECOLREE URS D Ig Bec Race ARE EA 2 19 2 8 4 EID TM 6 rhet erc tte Bane eA TULERUNT a OA Td 2 19 2 8 5 Option DTV ayeee A este De ee dete D Dc ee Rec D He Ven aet d 2 20 2 8 6 Option Vistavision sssssssssssses I n 2 21 2 8 7 6 Sector Color Processor 0 ccc ccc cette teen eens 2 22 3 System Applications 3 1 SDTV Film to Tape Application Pandora Pogle and Noise Reducer VS 4 000 cece eee cece eee eee eens 3 3 3 2 SDTV Film to Tape and Data Application Pandora Pogle Grain Reducer SCREAM and Phantom Transfer Engine 3 5 3 3 SDTV Film to Tape Application DaVinci Renaissance and Noise Reducer VS 4 seeeee eee nnne 3 7 3 4 SDTV Film to Tape and Data Application DaVinci Renaissance Grain Reducer SCREAM and Phantom Transfer Engine 3 9 3 5 SDTV Film to Tape Application DaVinci 2K and Noise Reducer VS 4 sseseeeee nnn nnn 3 11 3 6 SDTV Film to Tape and Data Application DaVinci 2K Grain Reducer SCREAM and Phantom Transfer Engine 3 13 3 7 HDTV Film to Tape and Data Application DaVinci 2K Grain Reducer SCREAM and Phantom Transfer Engine 3 15 3 8 Waveform Monitoring lseeeeeeen B III 3 17 3 9 Keycode Applications EVERTZ eese 3 19 3 9 1 Keycode in SDTV LTC Out and VITC ccc ccc cee 3 19 3 9 2
163. p 2 delay 10r 10 Khz Studio level 3dB OdB 4dB 8dB Bi phase or Timecode 2 ppf or 10 ppf 24 Using of Optical Effect Filters see chapter 3 Operation Instructions Planning and Installation Rev 2 04 2002 STE B1 8 First Setup 8 4 CONTROL OF THE REFERENCE SIGNAL External reference signal connections on Terminal Panel FY 6319 Rack 3 35 T w 45 J 36 J39 J44 J46 Fig 806 Sync 1 Loop input 1 for an analog studio reference SDTV bilevel HDTV trilevel Sync 2 Loop input 2 for an analog studio reference SDTV bilevel HDTV trilevel Sync 3 Loop input 3 for an analog studio reference SDTV bilevel HDTV trilevel Ser Ref Loop input 3 for an analog studio reference Select the connected reference signal in the Home menu submenu Setup but ton Genlock Ref Sync as a reference source 2002 01 31 16 58 11 Fig 807 Menu Setup window Genlock Settings Planning and Installation Rev 2 04 2002 8 11 8 First Setup 8 12 STE B1 The following signals can be selected from the menu Internal film scanner is synchronized internally runs free EXT1 film scanner is synchronized by genlock signal EXT1 EXT 1 Input EXT REF SYNC 1 on terminal Rack 3 EXT 2 film scanner is synchronized by genlock signal EXT 2 EXT 2 Input EXT REF SYNC 2 on terminal Rack 3 EXT 3 film scanner is synchronized by genlock signal EXT 3 EXT3 Input EXT REF SYNC 3 on terminal Rack 3 Serial film
164. r 525 60 Timing Fig 708 Coarse Timing CFR OUT Pulse 525 Planning and Installation Rev 2 04 2002 7 7 7 Interfaces STE B1 Fixed speeds except SAS fit into 8V 50 Hz or 10V 60 Hz sequences The fig ure 709 shows the pull down sequences for the 525 60 Hz and 625 50 Hz mode 50 Hz System SDTV Sync Pa a 3E qe rab gd dem lt Field1 SOF Pulldown 1 5 lines CFR 510 us at SDTV EDTV 8 4 4 223 us at HDTV 1250 z 60 Hz System SDTV Sync rl Field 1 SOF Pulldown 1 5 lines gt CFR 505 us at SDTV EDTV 8 4 4 47 us at HDTV 1250 1080 Fig 709 Timing CFR OUT Pulse 7 8 Planning and Installation Rev 2 04 2002 STE B1 7 Interfaces 7 6 DATA OUTPUT INTERFACE FY 4345 Overview This chapter outlines the basic approach for data transfer between the Shadow Telecine and a computer system Data conversion The following data conversion modes are supported modes 1 Planning and Installation Rev 2 04 2002 TVLEV GRLEV DXR TV PD DXR G TV G C PD Image data maintains the TV video levels black level 644 10 bit white level 940g 10 bit within a total range of 0 10234 10 bit Image data is mapped to graphic video levels black level Og white level 10234 10 bit within a total range of 0 10234 10 bit Printing
165. r female Fig 305 Shadow Telecine with telecine controller Da Vinci 2K and VS 4 Planning and Installation Rev 2 04 2002 3 11 3 System Applications 3 12 STE B1 Planning and Installation Rev 2 04 2002 STE B1 3 System Applications 4 Keyboard 3 6 SDTV Film to Tape and Data Application DaVinci 2K Grain Reducer SCREAM and Phantom Transfer Engine J32 SDTV Link A C w j RGB Data out RGB Data in Shadow Telecine J 41 3 40 5 37 3 J 11 J 12 13 Vektorscope STE B1 Rack 2L 50 779 LS 4 2 2 Router Mixer WFM _ Tek 601 RGB Data in RGB Dataout SGR 2000 IN Serial A Serial A J 57 J 58 J 59 3 J2 J 3 J 4 SCREAM Oi Tek 601 Keycode Readers Rack 3E C50 79 q a cabling see chapter 3 8 and 3 9 in this section J66 J14 2 FRA 7 gt 79 iMCS A O Pulses out Pulses UB Je J 33 J 34 ACP IN 3 Terminal SDTV Link B L1L2 L3 N PE J31 ATS Je O SDTV Link A Ethernet Serial Micro HUB AT MR820TR Transceiver 10Base T Network Ports 1 8
166. r gap Planning and Installation Rev 2 04 2002 7 15 7 Interfaces STE B1 DPX User defined data 75 2048 32 ASCII User identification Thomson SHADOW TELECINE 76 1 2080 4 ASCII PDPX identifies that this is a valid UD header 1 U8 Board Type Thomson internal Data 00 FY6315 01 FY4345 1 U8 FirmwareVersion ID Thomson internal Data Same Number as on control panel 1 U8 Protocol Version ID Thomson internal Data for user defined header area 1 U8 Future Use Thomson internal Data Tbd 32 4 U Shadow Status Bit 0 1 00 don t care 01 output mode transfer 02 output mode display 03 output mode continues Bit 15 2 undocumented Data Board Thomson internal Data Transfer Function 00h standard log 01h linear 02h TV Log 03h DXR Log 04h future use 05h future use 06h future use 07h future use User Magic Number Shadow Transfer Function Primary Modes Color Correction Linear low reference value Thomson internal Data Bit 0 CRT GAMMA 0 OFF Thomson internal Data Bit 2 0 primary mode 0 print positive intermediate positive print negative color negative primetime negative primetime positive intermediate negative color positive Thomson internal Data 0 for Video Levels 64 for Graphic Levels Linear high reference value Thomson internal Data 940 for Video Levels 1023 for Graphic Levels 7 16 2 Steadi
167. rack 3 FY 6301 xx Spatial Controller and Address 3x FY 6302 xx Effect Spatial Processor Digital TV FH 4066 including following boards in rack 3 FY 6338 xx Genlock 1920x1080 P Transfer Engine Package TE 4101 including the board FY 4345 xx Data Output Interface in rack 3 the HiPPI Serial Interface for data transmission via fibre optic cable and Transfer Engine software for high speed film data to be fed to a computer workstation 6 Sector Color Processor 6SC STE including following board in rack 2 FY 4209 xx Secondary Color Correction S8 mm scanning including following board in rack 2 FY 6262 xx Capstan Control and Sprocket Pulse Generator Planning and Installation Rev 2 04 2002 1 19 1 General STE B1 For Shadow Telecine system configuration the following units are recommendable S oo Bu ug 23 o C 24 25 ng nu Diagnostic PC with Ethernet Card ma oooooooooo oO C 00 Do e 800 10 oo nao un ou gen na na Baagagaagg een D H Bg nu ug oo of oo oo Fig 103 23 Waveform monitor multistandard e g Philips PT 5464 HD 24 Active audio speaker e g Fostex 6301B 25 Video color monitor e g Sony 2010 SDTV or Barco HDM 2051 HDTV 1 20 Planning and Installation Rev 2 04 2002 STE B1 2 SPECIFIC
168. re inserted For this purpose see the indicated fuse rat ings on the front panels of the units or subunits The subunits also contain fuses which have to be changed see chapter Mains connection of subunits and mains voltage change Overview fuses sets Fuse AC Subunit Fuses set FH 4061 Fuses set FH 4062 Fuses set FH 4063 d 3 phase UL version 1 or 3 phase 2 phase UL version Mains system 120V 208V Mains system 230V Mains system 208V UL 248 14 Mains system 230V 400V UL 248 14 6 3 x 32 mm IEC 127 6 3 x 32 mm 5x 20mm T1 Power Supply 3 1 T 15A T 6 3A T 10 T2 Power Supply 3 2 T 15A T 6 3A T 10 T3 Capstan Power Stage T 2 5A T 0 8A T1 2 T4 VS 4 T 2 5A T4A T5 T5 Spooling Power Stage T10A T4A T5 T6 Power Supply 1 2 T 15A T 6 3A T 10 T7 Aux 3 T4A T2A T3 2 T8 Power Supply 1 1 T 15A T 6 3A T 10 T9 HD Serializer T 10A T2A T 3 2 T10 Hub T 15A T 1 6A T2 5 T11 Aux 1 T4A T2A T 3 2 T12 Power Supply 2 2 T 12A T 6 3A T 10 T13 Power Supply 2 1 T 15A T 6 3A T 10 T14 Power Switch T 3 2A T2 5A T 3 2 T16 Service AC Out socket T2 5A T 2 5A T2 5 T17 Service AC Out socket T2 5A T 2 5A T2 5 Planning and Installation Rev 2 04 2002 4 55 4 Installation STE B1 4 16 LOCATION OF POWER SUPPLY UNITS OF RACKS 1 3 o bo FH4130 FH 4140 access from the rear side
169. red LCA configuration 2 4 LEDs 3x green Analog P5V M5V M12V 5V 5V 12V 5 7 LEDs 3x green VCC M2V VEE 5V 2V 5V 8 LED red temperature warning 709C 9 Interface 40 pin male test point signals out 10 Programmer Interface 26 pin male Planning and Installation Rev 2 04 2002 STE B1 6 Operational Controls 6 3 10 DATA OUTPUT INTERFACE FY 4345 OPTION OPTION 1 LED red LCA configuration 2 LED red Restart 3 9 pin female Programmer Interface RS232 4 6 LEDs 3x green VCC M2V VEE 45V 2V 5V 7 LED red temperature warning 709C 8 Interface 40 pin male test point signals out 9 Programmer Interface 26 pin male DOI FY 4345 Planning and Installation Rev 2 04 2002 6 31 6 Operational Controls STE B1 6 3 1341 SPATIAL PROCESSOR CONTROL FY 6346 1 1 Hex switch not used LED red LCA configuration LED red Flash valid 4 Interface 9 pin female RS232 interface for service terminal 5 7 LEDs 3x green VCC M2V VEE 5V 2V 5V 8 LED red temperature warning 70 C 9 Interface 40 pin male test point signals out 10 Button 1 test for MCK microcomputer kernel 11 Button 2 reset for MCK hold button 2 and press button 1 starts MCK monitor program service SPC FY 6346 6 32 Pla
170. red LCA configuration 2 7 LEDs 6x green P5V M5V M12V VCC M2V VEE 5V 5V 12V 5V 2V 5V 8 LED red temperature warning 70 C 9 Interface 40 pin male test point signals out 10 Programmer Interface 26 pin male MON FY 1408 6 20 Planning and Installation Rev 2 04 2002 STE B1 6 Operational Controls 6 3 RACK 3 FILM POSTPROCESSING Conversion Spatial Processing Effect Spatial Processing or Conn Board FY 6302 20 FY 6302 20 FY 6302 20 SCA FY 6301 21 ESP ESP Effect Spatial Processing or Conn Board ESP Effect Spatial Processing or Conn Board Spatial Controller amp Address Conversion Spatial Processing Conversion Spatial Processing Genlock Generator Matrix amp Contour Corr HDTV Output Digital HDTV Output Analog Data Output Interface Spatial Process Ctrl SDTV Output TV Store
171. repared Link B Digital Video Outputs for the SDTV Data feed to any parallel data other 4 4 4 4 SDTV signal processor like noise re ducer or color corrector Operation mode switchable same mode at serial and parallel output R G B K or Y Cp Cr K switchable between 10 bit and 8 bit with static rounding See item number 4 Link A Link B serial data outputs Link A parallel data 4 2 2 CCIR 656 Y Cg Cn or e 4224 Y Cg CR or e 4x4 Y Cpo Cro or 4x4 G Bo Ro or 844 Yo Cgo Cro Link B parallel data 4 2 2 CCIR 656 Y Cg Cn or 42 24 K 0 0 or 4x4 K Cpt Cri or 4x4 K B4 R4 or 8 144 Y4 Cpt Cri 4 J31 J 32 BNC connector SDTV EDTV CCIR 656 serial data Link A Serial EBU TECH 3267 E serial data 270 360 MBit s EBU TECH 3268 E J33 J 34 CCIR 656 SMPTE 114 22 Link B serial data 5 31 5 Connections STE B1 5 5 2 2 HDTV Outputs Parallel Only with option FH 4069 HDTV Output DIGITAL VIDEO OUT HDTV LINK A Oo J27 LINK B J28 Fig 505 Part of the connection unit FH 6325 Rack 3 5 32 Planning and Installation Rev 2 04 2002 STE B1 5 Connections Item Socket Connector Socket type Function no Description Connector type 5 J27 50 pin HDTV parallel video data HDTV out Link A parallel video data J28 HDTV out Link B parallel video data subminiature D connector female Planning and Installatio
172. romagnetic environment E2 and E4 EN 55 103 1 Electromagnetic emission emission radiated EN 550 22 class B emission contacted EN 550 22 class B Electromagnetic environment E2 and E4 EN 55 103 2 Electromagnetic immunity EN 61000 4 3 Electrostatic discharge EN 61000 4 2 Electrical fast transient burst EN 61000 4 4 Surge immunity test EN 61000 4 5 Immunity to conducted disturbances EN 61000 4 6 Voltage dips EN 61000 4 11 Comment According to the valuation criterion B test pulses in conformity with standard EN 55 103 2 may cause minor picture interferences at the analog SDTV out put In addition disturbances in synchronism may occur at the outputs Sync Out J37 SDTV Sync Out J 40 Pulldown Out J17 and FRS Out J18 After decay of test pulses there will be no impairment of operation Attention Conformity to the EMC regulations is only assured with closed Shadow Telecine rear doors during operation EMC AS NZS 3548 This equipment has been tested and found to comply with the limits for a Class A digital device pursuant to part 15 of the FCC Rules These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environ ment This equipment generates uses and can radiate radio frequency en ergy and if not installed and used in accordance with the instruction manual may cause harmful interference to radio communi
173. rrectors and Diagnostic PC with cheapernet interface board A monitoring selector allows to display a signal at several test points within the digi tal processing chain for enhanced monitoring session and for test purposes Note Not included but required Waveform monitor The Particle Transfer Rollers used to clean the film during play on both sides of dirt dust and lint The rollers are performed as reverse helix particle transfer rollers That means they contain a Micro Mat helix side wipe system for a powerful film cleaning Planning and Installation Rev 2 04 2002 STE B1 1 General 1 4 1 GCP 1 GRAPHICAL CONTROL PANEL The control panel GCP1 designed as graphical user interface allows all operational functions to be controlled 1 4 2 LENS GATE ASSEMBLY AND GATE BLOCK OPTIONS FA35 LGA Full Aperture 35 mm Lens Gate Assembly For scanning all types of 35 mm POS NEG IP and Primetime films Comprising Film gate Image Lens Test film Chess Board FG S16 LGA Super 16 mm Lens Gate Assembly For scanning all types of 16 mm POS NEG IP and Primetime films Comprising Film gate Image Lens Test film Chess Board FH 4602 Super 8 mm Film Gate Option for FG S16 LGA For scanning all types of S8 mm films In exchange with 16 mm film gate which is part of the FG S16 LGA Planning and Installation Rev 2 04 2002 1 7 1 General STE B1 1 4 3 AUDIO OPTIONS Audio formats Test
174. rtcircuit 12 Interface 40 pin male test point signals out is 13 Service button internal test tone gen ON 1 kHz 0 VU FY 1103 6103 APB 6 1 4 ANALOG SIGNAL CONTROL FY 4105 1 3 LED red ON Stand by for rack 1 2 3 4 Button 1 reset for MCK micro computer kernel 5 7 LEDs green ON VCC M2V VEE 5V 2V 5V 8 Interface 9 pin female RS232 interface for service terminal 9 Interface 40 pin male test point signal out 10 Button 2 test for MCK ASC FY 4105 xx hold button 2 and press button 1 starts MCK mon progr service 6 4 Planning and Installation Rev 2 04 2002 STE B1 6 Operational Controls 6 1 5 SCANNER CONTROL BOARD FY 4106 1 5 LEDs 5xgreen 15V 15V 5V 2V 5V Interface 9 pin female RS232 interface for service terminal Interface 26 pin male Programmer interface 8 LCA READY LED green LCA reset red LCA boot off LCA loaded 9 TEMP LED red excess temperature of board 10 MOT ERR LED red motor power amp over current 11 ERROR LED red error of fan in scanner proj lamp Rack 1 or cabinet top 12 FM CORR LED not in use 13 GSD TARGET LED yellow in target off during positioning 14 FW TARGET LED yellow in target off during positioning 15 FM TARGET LED yellow in target off during positioning 16 LAMP ERROR LED red no project
175. rted Data format export Cineon SGI TIFF JPEG BMP etc Graphical User Interface GUI Drivers for archiving devices Planning and Installation Rev 2 04 2002 STE B1 1 General 1 4 8 6SC 6 SECTOR COLOR PROCESSOR Basic 6 sector color corrector for yellow green cyan blue and magenta It extends the primary color corrector already supplied with Thomson telecine and works al ways in the highest possible resolution of the scanning system 1 4 9 FH 1639 VISTAVISION Extends the 35mm scanning formats by 35mm 8 perf Vistavision film format 35mm 6 perf Cinerama film format Note Option FH 4067 Image Rotation is required 1 4 10 SGR 2000 SCREAM GRAIN REDUCER Resolution independent Grain Reducer contains a signal processing in RGB up to 2k in real time use of the internal real time bus interface of Shadow and controlled by the GCP or a TK controller Note Option FH 4067 Image Rotation is required 1 4 11 FH 4602 S8 MM FILM SCANNING See chapter 1 4 2 lens gate assembly and film gate options Planning and Installation Rev 2 04 2002 1 General 1 4 12 ACCESSORIES STE B1 FH 4020 Basic Accessories 0 128 402 000 Contents Toolbag with various standard and special tools 10 pcs capstan lamp Dustaway compressed air cleaner Customer s Manual FU 0065 already supplied with the basic unit incl Part 1 Planning amp Installation Part 2 Operation Manual FH 1660 Diagnostic Kit
176. rted scanning Select Ratio 4 3 16 9 Menu TK Config select SDTV ratio Select speed Menu TK Config select Film speed or SAS speed Select a fixed or a variable film speed Perform FPN correction Local Control Panel press both keys FPN together Planning and Installation Rev 2 04 2002 8 7 8 First Setup 8 8 10 11 12 13 14 15 16 STE B1 Thread the film Define winding direction The two switches A B on the filmdeck are to be set in position A Mount film roll Or Mount film reel Thread the film according to the film threading path printed on the filmdeck Take care to put the frame bar on the cross line of the sprocket wheel Adjust Frame Line Menu Home set frame or Press key FRAMING on the Local Control Panel This effects a coarse correc tion of the frame line downwards 1 perforation hole downwards per film pic ture Adjust optical focus Menu Home set focus Select scanning format fixed aspect Menu Sizing submenu Repro select a fixed scan format by pressing Fix As pect Select fixed reproduction format fixed repro Menu Sizing submenu Repro select fixed repro Adjust Film Masking Menu Film submenu Masking serves the color adaption to the actual film Adaption is made optionally by selection of fixed unity or variable masking coefficients Check intensity of film illumination Menu Film slide the control CCD output for 10
177. rve 11 Reserve 12 Reserve 13 FY 4113 xx Master Clock Generator 14 FY 4114 xx Analog Signal Processor RED 15 FY 4114 xx Analog Signal Processor GREEN 16 FY 4114 xx Analog Signal Processor BLUE Planning and Installation Rev 2 04 2002 6 1 6 2 6 Operational Controls STE B1 6 1 1 AUDIO EQUALIZER FY 1101 OPTION 1 4 6 LEDs 5x green 12V 8 25V 5V 5V 12V 5 LED notin use ORONS AEB FY 1101 Planning and Installation Rev 2 04 2002 STE B1 6 Operational Controls 6 1 2 AUDIO OUTPUT FY 1102 OPTION 1 3 4 6 LEDs 4x green 15V 5V 5V 15V 2 5 LEDs not in use 7 Interface 9 pin male AES EBU digital audio test input AOT FY 1102 Planning and Installation Rev 2 04 2002 6 3 6 Operational Controls STE B1 6 1 3 AUDIO PROCESSOR FY 1103 FY 6103 OPTION 1 3 4 6 LEDs 4x green 12V 5V 5V 12V 1 2 2 5 LEDs notin use F 7 9 LEDs green yellow red processor control indicators 5 green no errors red OFF T yellow monitor program started service red power up test error or online error green OFF 2 green ON red flashing warnings 11 level overflow data transmission etc 10 Interface 9 pin female RS232 interface for service terminal E 11 Measuring points M 14 M 15 processor reset sho
178. sa O O0000 4 T Spooling Servo 2s 6 PS 1 2 J5 O0 O O O O 4A 634 OOOOO0 J6 AUX 3 IE T8 PS 1 1 J7 lOOOOO0 2A 634 B OOO00 48 HD Serializer T9 T10 HUB J9looooo 2A 16a S OOOOO J0 T11 AUX 1 Cabinet Power Rem Jij oooo0oo0 2A O O O O O J12 PS 2 2 T12 JiSlooooo e PS 2 1 T13 T14 Power Switch J140 0000 ssa 25 B 0000 O J5 IERI Service AC oul CAUTION CAUTION Disconnect power cord HIGH LEAKAGE CURRENT 3 Phase 120V 208V 120V 2 5A max t before removing covers 1 3 Phase 230V 400V 230V 2 5A max Parts of this unit are still at Earth connection essential 47 63Hz Fuses 2 T2 5A 250V CAUTION AC IN 100 240V Risk of electric T16 shock Grounded J36 DC OUT 12V 1 3A circuit conductor neutral provided T17 with over current protection ACHTUNG Test components Vor Entfernen der Abdeckungen 1 SERVICE AC Netzanschluf unterbrechen before touching OUT M Auch bei Power Off f hren Teile dieses Ger tes Netzspannung Fig 432 Power terminal un 4 52 it FH 4032 Planning and Installation Rev 2 04 2002 STE B1 4 Installation 4 15 2 POWER TE
179. scanner is synchronized by serial signal SER REF Planning and Installation Rev 2 04 2002 STE B1 9 BASIC OPERATION 9 Basic Operation 9 1 CONDITIONS FOR BASIC OPERATION Local control panel PHILIPS Fig 901 Shadow Telecine Front doors open Front doors closed lt Front doors locked Attention SHADOW Film operation up to a fixed speed of maximum 50 frames per second is possible All operation modes are possible With a certain shuttle speed gt 2 times play closed front doors are locked additionally The front doors are unlocked as soon as the shuttle speed lt 2 times play is reached again Opening the front doors effects that a high shuttle speed is reduced to 2 times play speed To avoid EMC electromagnetic compatibility problems keep the rear doors always closed during operation Planning and Installation Rev 2 04 2002 9 1 9 Basic Operation 9 2 9 2 1 9 2 2 9 2 STE B1 Note Should it happen that due to a technical disturbance the electronic door lock cannot be unlocked it is possible to manually unlock the door lock see section 3 Servicing chapter 3 17 in the Service Manual REPRODUCTION MODE PLAY PLAY SHUTTLE
180. se harmful interference and 2 this device must accept any interference received including interference that may cause undesired operation Fig 801 Type label of Shadow telecine for 230 Mains Voltage Europe Version at the rear side of the telecine cabinet Planning and Installation Rev 2 04 2002 STE B1 8 First Setup THOMSON TYPE STE B1 PART SER NO 000 128 580 000 099 POWER AC 3W N PE 120 208 V 11A 13A 19A FREQUENCY 47 63Hz Listed C us Professional Video Equipment 3813 This device complies with part15 of the FCC Rules Operation is subject to the following two conditions 1 This devise may not cause harmful interference and 2 this device must accept any interference received including interference that may cause undesired operation Fig 802 Type label of Shadow telecine for 120 Mains Voltage UL version at the rear side of the telecine cabinet THOMSON TYPE STE B1 PART SER NO 000 128 580 000 099 POWER AC 2W PE 208 V 22 A FREQUENCY 47 63 Hz Listed C UL us Professional Video Equipment 3813 This device complies with part15 of the FCC Rules Operation is subject to the following two conditions 1 This devise may not cause harmful interference and 2 this device must accept any interference received including interference that may cause undesired operation Fig 803 Type label of
181. stallation Rev 2 04 2002 V VI Contents STE B1 First Setup 8 1 Installation Check rorem eee hme ene 8 1 8 2 Power On 322042550 5i no it a e diane earned lard ae tla baies 8 5 8 3 Basic Check 2 4 leleissexGelebeta neis giulia ei Meal stele 8 7 8 4 Control of the Reference Signal sesssess 8 11 Basic Operation 9 1 Condition for Basic Operation ueluueeeeeeeeeeeee 9 1 9 2 Reproduction Mode PLAY seeeeeeeeeee 9 2 9 2 1 PAY he C MEM 9 2 9 2 2 Shuttle Planning and Installation Rev 2 04 2002 STE B1 1 General 1 GENERAL 1 1 ABOUT THIS MANUAL This manual is part 1 of the Shadow STE B1 Customer s Manual This part of the manual contains all information required by the planning engineers in the preparation of installation to include the Shadow Telecine in a studio or pro duction environment Furthermore it contains all information required for setup in stallation and initial startup All further information concerning control maintenance and repair you will find in the Operating Instructions and the Service Manual in preparation of the system 1 2 INTRODUCTION The Shadow Telecine is a professional digital multi standard telecine based on highly sophisticated CCD film scanning technology for reproduction of color and black white films of the most different formats in highest picture quality Fig 101 Shadow Telecine STE B1
182. stem AATON Qo Qo RS 422 O O am as ay am an m my TC Gen Out MTC Board Biphase R 6G B Ss SDTV 9 pin subminiature 9 pin subminiature IN Em d SN Tu D connector male D connector male HIPPI 3 3 3 3 C28 79 pin pin Video and VITC 601 Video serial Out Extern aux 4 1x or 2x or 10x Bi Phase R Signal 7 Digital Recorder Ae z Monitor oO oO oO oO li P MENTORING m S 8 o 2t SOF Pulse t D1 Digi Beta or Seria J3 J10 J1 J12 J13 CFR out A Pre stop ji Disk Recorder gt 9 0000 J41B 1x or 2x or 10x Bi Phase R Signal Dig Out Serial RemCtl R G B S Wu id M Mer Keycode in LTC user bits EN not connected I 8 Serial IN 2 EXT HUB EAT 7 Ground Digital 1 shield 115 230 VAC Bt not connected 4 9i 5V Digital 300mA max lo 3 10 2 Keycode in Data MTC MTC Shadow Telecine J21 J19 J20 J22 AATON Keylink PC JSI Version 8 34 z 3 STE B1 are E VITC S E only TC Gen Out Biphasa VITC fa a ites a J31 32 2 F out olg 9 SDTV Link A Hes Video Video Uer s J 33 J34 Comi VGA o X28 79 SDTV Link B AC Power IN Terminal Cable 1 Keycode for Data oX 9 7o m y mol L1 L2 L3 N PE Micro HUB AT MR820TR Keycode In S ae 10Base T Network Ports 1 8 10Base2 J 40 8 7 6 5 4 3 2 Fatu E kes SDTV
183. t XLR Connector male Keyboard Fig 307 Shadow Telecine with telecine controller Da Vinci 2K SGR 2000 and Phantom Transfer Engine XLR Connector female RGB Data out RGB Data in Ethernet J 41 J 40 J 37 3 J 11 J 12 J 13 Transceiver Rack 2b 50 9 gt eX 50 je RJ45 10Base T connector Shadow Telecine s NAE to MAU2 STE B1 RGB Data i RGB Data out STE B1 J E up 3 J2U304 EA E Rack 3L 50 73 a a N Keycode Readers cabling see chapter _ J 66 J14 J35 3 8 and 3 9 in this section gt ol 3574 Voodoo gt e Pulses out Pulses a 1 AO J37 S HM Media Recorder o HDTV Video Sync out S Sync In DCR 6024 aedi Monitor AC Power IN x g J41B D6 Tape HD SDI Out n Terminal BS e R O LTC out e Rd DUE Micro HUB AT MR820TR J27 i HD SDI Out 10Base T Network Ports 1 8 10Base2 T HD SDI Out ca 8 7 6 5 4 3 2 1 C39 79 C59 7 1x Serializer SDI In HiPPI ams cams cs em qm HDTV Link A HD Parallel HD 10 SR fea REM 2 Serial Out Vide Input FH 1630 e e x HD SDI Out x 8 8 8 E jg MONITORING 838 J28 HD SDI Out Down E ej oj C89 7 C89 79 1x Serializer HD SDI In C t O J10 J11 J12 J13 9 HDTV Link B HD Parallel HD 10 SR O onverter HDsDim HDTV WFM E Oo0o00 488 Vide Input FH 1630 DR Rem Ctrl R G B S gu que um mm ET HD SDI Out u 0 s MAU4 MAUS MAU2 MAU Sony Tektronix EXT HUB Extern aux Serial 4 2 2 WFM 1 1 25 ei NR dco xe S sa D i 3 onitor Q E 0000 Hire
184. tails see chapter 4 5 Space requirements and environmental conditions Check internal p c board positions Visual check only Check that all boards from Rack 1 to Rack 3 are tightly fitted in their respective sockets Check internal connections of the telecine cabinet Visual check only Check that all plugs are fitted to the correct sockets If necessary plug in loose cables into the sockets according to their label Check external connections of the telecine Check the outputs for video and audio option reference signals and IMCS connections as described in chapter 5 Connections and chapter 3 System Applications Check installation of the Local Control Panel Details see chapter 4 7 Installing Local Control Panel Check installation of the front door handles Details see chapter 4 8 Planning and Installation Rev 2 04 2002 8 1 8 First Setup 7 8 ATTENTION ON A 4 Y TERMINATOR l 50Q 10BASE2 gt 10Base2 port unconnected 9 10 11 12 13 14 8 2 STE B1 Check installation of the Graphical Control Panel Details see chapter 4 9 Installation GCP and the separate GCP manual Check the connections of the Micro Hub The internal machine communication system iMCS is based on the RJ45 interface The TERMINATOR of the 10Base2 port of the Micro Hub must be set to ON and an 509 terminator added if no external device is connected Set TERMINATOR to ON without addition
185. tallation Rev 2 04 2002 5 21 5 Connections Connection cable for waveform monitors type TEK 1740 1750 1760 STE B1 15 pin subminiature 25 pin subminiature Function D connector D connector male male pin 9 pin 14 GND pin 5 pin 18 Recall 2 Superimposed pin 6 pin 19 Recall 3 Vector pin 7 pin 17 Recall 1 Parade Table 500 Connection cable WFM 5 4 7 PULSES OUT Pulses out Oo amp 4 14 O J66 Fig 501 Part of the connection unit FH 4225 Rack 2 Item Socket Connector Socket type Function no Description Connector type 14 J 66 25 pin Pulses out is a general purpose pulse output con Pulses out subminiature nector with telecine internal synchronization pulses 5 22 D connector female It serves to connect the SCREAM Grain Reducer with the telecine unit All signals ECL Level Emitter Coupled Logic Planning and Installation Rev 2 04 2002 STE B1 Function 5 Connections Item Socket Connector Socket type no Description Connector type 14 J 66 25 pin Pulses out subminiature D connector female O 1 14 13 25 O Planning and Installation Rev 2 04 2002 Pin assignment Pin no Signals 1 CLK 120 MHz 2 Ground CLK 120 MHz 3 CLK 60 MHz 4 Ground 5 SOL Start of Line horizontal synchronization pulse
186. ted set MDI MDI X switch on internal HUB to MDI X or use crossed RJ45 patch cable Planning and Installation Rev 2 04 2002 5 47 5 Connections STE B1 5 48 Planning and Installation Rev 2 04 2002 STE B1 6 Operational Controls 6 OPERATIONAL CONTROLS This section describes switches test points and LEDs of all boards within Rack 1 3 6 1 RACK 1 AUDIO ILLUMINATION FILM PREPROCESSING UUUUUU OPTION FE e ASPB FY 4114 Audio Equalizer Board Audio Output Transformer Audio Processor Board Scanner Control Board Scanner Pixel Format Master Clock Generator Analog Signal Processing Red Analog Signal Processing Green Analog Signal Processing Blue Analog Signal Control 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 Fig 601 Overview boards rack 1 1 FY 1101 Audio Equalizer 2 FY 1102 Audio Output 3 FY 1103 FY 6103 Audio Processor 4 Reserve 5 FY 4105 xx Analog Signal Control 6 FY 4106 xx Scanner Control Board 7 Reserve 8 Reserve 9 FY 4109 xx Scanner Pixel Format 10 Rese
187. terface 5 15 Effect filter 8 10 Effect filter kit 2 9 Effect filters 1 8 4 33 Electromagnetic compatibility 2 2 Environmental 2 1 Environmental conditions 4 7 Extern reference 2 13 Extern aux 5 16 F FCC Rules Il Features 1 3 Film capacity 2 5 gate 2 6 scanning 2 6 speed Data Out 2 17 Speeds 2 19 speeds 2 4 transport 2 4 types 2 4 Film size formats 2 4 Film formats 1 3 Film reels 1 4 Film transport 1 4 Film types 1 3 Filmdeck 1 17 Filter wheel 4 30 Filters 4 29 First Setup 8 1 FPN 1 5 Framing 2 5 Fuses Ill 4 36 4 52 4 55 10 2 STE B1 G Gate blast unit 2 6 Gateblast 1 4 4 25 Graphical control panel 4 15 Grey scale disc 2 6 Ground load 4 3 Grounding 4 38 H Halogen lamp 2 6 4 31 Handles 4 13 HDTV 2 19 output 1 9 HDTV output 1 18 Heat absorbing filter 4 31 HIPPI 2 17 2 18 Home menu 8 6 Hub 5 45 I O Interfaces 2 12 Illumination 2 6 Image Size 2 17 iMCS 1 6 2 12 7 2 7 3 Infrared filter 4 31 Installation 4 1 Installation check 8 1 Instructions forwarding agencies 4 3 Interfaces 7 1 CFR 7 6 color framing 2 12 Data output 7 9 Extern aux 2 12 HIPPI 7 10 LTC out 2 12 SEPMAG 2 12 SOF 7 6 Waveform monitoring 7 4 K Keycode Reader 1 5 Keycode Applications AATON 3 21 Planning and Installation Rev 2 04 2002 STE B1
188. ti function dial on the control panel pinning pin 1 ground pin2 left channel pin3 right channel 9 J 29 XLR male Symmetrical audio outputs to external Dolby SR de SR out 1 vices signals XLR males impedance 40 Ohm Level switchable 3 0 4 8 dBu for 0 VU 9 dB below 10 730 XLR male normal level SR out 2 i 11 J31 XLR male Symmetrical analog audio output Left or Right for moni Monitor L toring active speaker impedance lt 40 Ohm Level switchable 3 0 4 8 dBu for 0 VU 9 dB below 12 J32 XLR male normal level l Monitor R Volume control from to 6 dB by the multi function dial on the control panel Planning and Installation Rev 2 04 2002 5 7 5 Connections STE B1 5 3 2 AUDIO REFERENCE SIGNALS 48 kHz in y J 33 48 kHz out J J 34 Fig 505 Part of connection unit FH 4125 Audio Ref Socket Connector Socket type Function Description Connector type J 33 BNC connector Input to feed in an external 48 kHz word clock to syn 48 kHz in chronize the Telecine audio processor with external digital audio components Without external 48 kHz signal the digital audio is syn chronized with the video output signal TTL Level J34 BNC connector 48 kHz clock output to synchronize external digital au 48 kHz out dio components TTL Level 5 8 Planning and Installation Rev 2 04 2002 STE B1 5 Connections
189. tilation conditions Removal of Styrofoam elements Installing the Local Control Panel Installing the handles at the front doors Installing the Graphical Control Panel GCP1 Connecting an external gateblast compressor Mounting the filters and lenses in the lamp house Installation of the LGA Planning and Installation Rev 2 04 2002 4 1 4 Installation STE B1 4 1 WARNINGS The telecine unit weights approx 1015 Ibs 460 Kg Attention The telecine unit has to be unpacked and lifted up by authorized forwarding agen cies only with appropriate lifting tool under control and instruction of Thomson ser vice personnel Danger of injury when the telecine is being lifted to the upright posi tion Mains installation must only be done by qualified personnel e lt Power supply in excess of 40 volts are potentially hazards or lethal At no time should contact be made with the machine wiring or terminals except via 5 a probe with appropriate insulating properties The Shadow Telecine is designed to be operated with locked front and rear doors The rear doors must only be removed by qualified service personnel for mainte 5 nance purposes The Shadow Telecine cannot operate with open filmdeck doors An interlock switch is fitted for safety purposes Do not modify the operation of this switch 4 2 Planning and Installation Rev 2 04 2002 STE B1 4 Installation 4 2 UNPACKING e The telecine un
190. tion After the transmission of the packet the connection is released RE QUEST CONNECT DISCONNECT One PACKET is always one film frame One standard burst consists of 256 32 bit data The single allowed Shortburst will always be the last burst of a packet Planning and Installation Rev 2 04 2002 STE B1 Image data format 7 Interfaces The image data is always placed in the D2 Data Set Address 0 1FFFH reserved for DPX or TIFF header Address 2000H start of image data For the transfer of digital component data into the 32 bit HIPPI channel six select able modes are provided illustrated in chapter 7 6 1 Selectable Modes 1 6 1 3 8 bit key channel 3 10 bit 3 10 bit key channel expanded to 4 16 bit 3 10 bit Y only 2 10 bit expanded to 2 16 bit Lum only 3 10 bit key channel Planning and Installation Rev 2 04 2002 1pixel in 2 HIPPI Words 8 pixel per HIPPI Word 2 pixel in 1 HIPPI Word 8 pixel per HIPPI Word 7 13 7 Interfaces STE B1 Image DPX Data Format The relevant information of the embedded keycode are described in the fields 43 48 and 76 16 76 21 The standardized format is shown in the following tables DPX SMPTE 268M header information Field Offset Length Type Name Content 1 0 4 U32 magic number 0x53445058 ASCII code of SDPX 2
191. tive conductor PE see also chapters 4 13 6 Required cross sections for the power cords and 4 14 Installation of the power cord Precondition is an earthed and checked mains connection The protective earth conductor of the power cord always has to be connected to the PE screw terminal within the line filter This PE screw terminal is internally con nected with the parts to be earthed e g the cases The effect of the protective earth connection must not be cancelled through the use of an extension cord without protective earth conductor through an excessively long cable nor must its function be disabled in any other way Due to its high leakage current gt 3 5mA the telecine unit must be connected with an additional earth conductor of 6mm An insulated earthing conductor that is identical in size insulation material and thickness to the earthed and unearthed branch circuit supply conductors except that it is green with or without one or more yellow stripes is to be installed as part of the branch circuit that supplies the unit or system For more details see chapter Required cross sections for the mains earth cables Make the earth connection with the additional earth conductor to the central PE screw at the power terminal unit always before applying mains power Planning and Installation Rev 2 04 2002 STE B1 Connecting to Service Equipment UL 1419 Earthed Plug Receptacles UL 1419 ro OF TN C
192. trix and mask settings all positive negative and interpositive films are adapted to the telecine Color correction adjustments can be carried out individually or together in the black gray and white picture areas The chrominance saturation compensates color losses of the film being scanned The Shadow is prepared for the option 6 Sector Color Correction The horizontal and vertical contour and aperture enhancement of the telecine pro vides optimum sharpness The aperture correction is fixed with a flat response The contour correction is variable to increase or decrease sharpness The film capacity of winding plates 44 cm amounts to 900 m and of film reels Q 54 cm to 1200 m In addition film loop operation is possible The film transport is continuously The silent capstan drive is microcomputer con trolled and ensures gentle film handling There are two unlocked modes of film transport in forwards and reverse motion 1 Single frame mode 2 Continuously adjustable search mode with visible picture and full color picture size from slow motion 2 1 10 the normal speed up to 10x of the normal speed for 35mm film up to 25x of the normal speed for 16mm film Locked modes Normal speeds are 24 frames s 25 frames s for 60 Hz TV standards for 50 Hz TV standards Fixed film transport speeds forward and reverse with 50 Hz standard 6 4 12 1 5 18 3 4 25 and 50 fps and with 60 Hz standard 6 12 18 24
193. ux Rem5 Rem 6 Steadiness o B O O O B O LO o O o J50 J 60 J 69 wu J3 Remote o nos Control 2 J55 J65 J75 o TC Gen out Sepmag out Rem 4 O O O TE OPE B B B LO J4 J51 J56 J61 4 L I o o o 9 o Fig 506 Connection Unit FH 4225 Planning and Installation Rev 2 04 2002 5 11 5 Connections STE B1 5 4 1 KEYCODE IN O B 4 q O J69 Fig 507 Part of connection unit FH 4225 Item Socket Connector Socket type Function no Description Connector type 1 J 69 9 pin RS 232 or RS 422 input switchable Keycode in subminiature Interface to read e g KEYCODE information for in D connector sertion into VITC or LTC user bits female Pin assignment Pin no RS 422 RS 232 1 TxB 2 TxA TxD O 3 RxB RxD 1 6 4 RxB 5 9 5 Ground Ground E 6 TxA 7 TxB 8 RxA 9 RxA The connection from the keycode reader device decoder EVERTZ Serial I O to the keycode reader input of STE B1 Rack 2 KEYCODE IN J 69 9 pin RS 232 Cable Evertz Shadow Sub D 9 pin male Sub 9 pin male 3 2 Tx 2 3 Rx 5 5 GND 5 12 Planning and Installation Rev 2 04 2002 STE B1 ARRI 5 Connections Serial I O to the keycode reader input of STE B1 Rack 2 KEYCODE IN J 69 9 pin RS 232 Cable ARRI Sub D 9 pin male 2 3 5 AATON Keylink Com 1 to the keycode reader input of STE B1 Rack 2 KEYCODE IN J69 9 pin
194. ux SOF Mainframe XFRB o 4 Tranceiver o 25 79 Da Vinci 8 900990 POE A Renaissance 8 8 8 s R G B S ic Rem 1 e Ethernet 2 Wave Form Monitor T Net Shadow SGI 1 Philips PT 5464 HD no CE mark aim iMCS Qo Monitor 2 Tek 1735 1735 HD J5 pum Gu 3 Tek WFM 300 300 A GCP1 Graphical T Net Indy Control Panel Tarra incl P S U External a Floppy Drive Phantom Transfer Engine e g TE 4101 Monitor Power Supply Unit Data Recorder ii Exabyte USCSI T co Data In USCSI Fibre C EI Monitor Workstation T Fibre C Disk Array Network Fibre Channel to SGl Octane Fibre C EX be HiPPI Out CD Rom 100 b T SCSI SCSI Keyboard Keyboard Virtual Datacine 10 Base2 Ethernet Transceiver 50Q Li Soft Panel Control P Joyball Panel Machine Control anel Renaissance Power Supply Unit 10 Base T 509 Anm O em Port Port 2 Ethernet Repeater Fig 304 Shadow Telecine with telecine controller Da Vinci Renaissance SGR 2000 and Phantom Transfer Engine Planning and Installation Rev 2 04 2002 SDI In 4 2 2 SCSI gt Workstation
195. v 2 04 2002 STE B1 Contents 6 Operational Controls 6 1 Audio Illumination Film Preprocessing eeeeeeeee eens 6 1 6 1 1 Audio Equalizer FY 1101 Option 0 eee 6 2 6 1 2 Audio Output FY 1102 Option 0 ccc eee 6 3 6 1 3 Audio Processor FY 1103 Option 0 0 eee eee 6 4 6 1 4 Analog Signal Control FY 4105 2 cc cece eee 6 4 6 1 5 Scanner Control Board FY 4106 ccc cece 6 5 6 1 6 Scanner Pixel Format FY 4109 0 cc cece cee eee en eees 6 6 6 1 7 Master Clock Generator FY 4113 00 cc cece cece eee eens 6 7 6 1 8 Analog Signal Processing Board FY 4114 2 00 ccc eee eee 6 8 6 2 Film Processing 0l III ee eee 6 9 6 2 1 Film Clock Distribution FY 4201 0 cece eeeee 6 10 6 2 2 Capstan amp Sprocket Pulse Generator FY 6262 0 000 eee 6 11 6 2 3 Filmdeck Control FY 4203 0c cece cette eens 6 12 6 2 4 Fixed Pattern Noise FY 1206 2 00 c cece eee eee eee 6 13 6 2 5 Film Store FY 4 205 sc us a a heRG ORA xe E RAE cee 6 14 6 2 6 Aperture Correction Format FY 4206 000 eee eee ees 6 15 6 2 7 Film Color Correction Chrominance FY 6211 LLue 6 16 6 2 8 Bypass Secondary Color Correction FY 4229 6 2 9 6 Sector Color Correction FY 4209 0 cece eee 6 18 6 2 10 Interface Board Demux FY 4210 2 cc eee 6 19 6 2 11 Monitoring FY 1408
196. y pressing the unlocking levers Insert the GCP1 panel into the swivel frame Loosen the panel locking screw with the 3 mm hex head wrench and open it Fasten the panel to the swivel frame with the four 3 mm countersunk cross head Screws Lead the cables from the rear side of the rack through the cable holders via a first loop long enough to plug in and out the GCP to the swivel frame Lead the cables within the swivel frame via a second loop diameter approx 6 inch 150 mm to the corresponding plugs of the panel and fasten them with the cable traction relief see Fig 414 The earth wire from the PE terminal of the swivel frame see Fig 414 has to be connected to the PE terminal on rear of the GCP1 panel see Fig This PE terminal can be connected to a central earth system to prevent or elimi nate EMC interferences Planning and Installation Rev 2 04 2002 STE B1 4 Installation fastening screws rear traverse 8mm countersunk fastening screws front traverse rear traverse 8mm countersunk gU VA MS L panel fastening screws 3mm countersunk below front plate front traverse side traverse with telescope rail front plate E amp swivel mechanism of swivel frame rack mount panel locking screw Screws 8mm hex head wrench front plate swivel frame fastening unlocking lever SCIEWS 8mm N h countersunk R Le d ee o oo 6 2 o
197. z only with Option DTV FH 4066 1208x720 59 94P only with Option DTV FH 4066 SMPTE 296 M 74 18 MHz Pin assignment The 20 bits in each data word for the 1250 1125 1920x1080 signals are denoted data 00 to 19 Data 19 is the MSB most significant bit of the color difference data while data 09 is the MSB of the luminance data The electrical specifications of the Video Data I O connector are identically to EU 95 stan dard Mechanical pinning according to CCIR Documentation TG 11 1 TG 12 1 see table below Contact Bit no Signal Contact Bit no Signal Contact Bit no Signal 1 clk a 34 3 clk b 2 19 data 09a 18 gnd 35 19 data 09b 3 18 data 08a 19 gnd 36 18 data 08b 4 17 data 07a 20 11 data 01a 37 17 data 07b 5 16 data 06a 21 11 data 01b 38 16 data 06b 6 15 data 05a 22 10 data 00a 39 15 data 05b 7 14 data 04a 23 10 data 00b 40 14 data 04b 8 13 data 03a 24 gnd 41 13 data 03b 9 12 data 02a 25 gnd 42 12 data 02b 10 9 data 19a 26 gnd 43 9 data 19b 11 8 data 18a 27 gnd 44 8 data 18b 12 7 data 17a 28 1 data 11a 45 7 data 17b 13 6 data 16a 29 1 data 11b 46 6 data 16b 14 5 data 15a 30 0 data 10a 47 5 data 15b 15 4 data 14a 31 0 data 10b 48 4 data 14b 16 3 data 13a 32 gnd 49 3 data 13b 17 2 data 12a 33 gnd 50 2 data 12b Fig 506 Pinning of Data I O Connector CCIR Y C 5 34 Planning and Installation

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