AMS NEVE. DFC Gemini. Installation Manual Issue 3

Transcription

1 AMS NEVE DFC Gemini Installation Manual Issue AMS Neve plc own the copyright of all information and drawings contained in this manual which are not to be copied or reproduced by any means or disclosed in part or whole to any third party without written permission. As part of our policy of continual product improvement, we reserve the right to alter specifications without notice but with due regard to all current legislation. Disclaimer: The information in this manual has been carefully checked and is believed to be accurate at the time of publication. However, no responsibility is taken by us for inaccuracies, errors or omissions nor any liability assumed for any loss or damage resulting either directly or indirectly from use of the information contained within it. HEAD OFFICE AMS NEVE PLC BILLINGTON ROAD BURNLEY LANCS BB11 5UB ENGLAND TELEPHONE: +44 (0) FAX: +44 (0) LONDON OFFICE TELEPHONE: +44 (0) FAX: +44 (0) NORTH AMERICAN OFFICES AMS NEVE INC., NEW YORK TEL: +1 (212) FAX: +1 (212) AMS NEVE INC., HOLLYWOOD TEL: +1 (818) FAX: +1 (818) enquiry@ams-neve.com

2 Con tents INSTALLING DFC GEMINI 1 Im por tant note for cus tomer at ten tion 1 Initial Checks 1 Static Sen si tive De vices Han dling Pre cau tions 2 Han dling of Static Sen si tive De vices 2 Ca ble Lengths 3 Rack Mount ing 3 Cooling 4 Tech ni cal Earth 4 Safety Earth 4 Mains Power 5 Power Re quire ments 5 Con sole Data 6 Rack Data 6 Console Module Installation 6 DSP In ter ro ga tion 7 Con nect ing the Sys tem 7 Con sole Con nec tions 7 Sync Con nec tions 7 Audio Signals 7 Au to ma tion Con nec tions 8 Cus tom Sys tem In ter con nects 9 ADC, DAC and AES Varicon Con nec tions 10 Con sole In ter face Pan els 11 Con sole In ter face Panel Varicons 12 SPS Rack (17U) 13 MIOS Rack (4U) 20 En core Pro ces sor Rack (4U) 21 Re corder In ter face Unit (2U) 24 Re mote 8 Chan nel Level Con trol Unit (2U) 30 Mul ti chan nel AES I/O Unit (2U) 31 Logic Sta tus Panel Con nec tions (If Fit ted) 36 i

3 INSTALLING DFC GEMINI Im por tant note for cus tomer at ten tion - this could af fect your war ranty: The connection, initial power-up, and commissioning of the system must be carried out by an AMS Neve Service engineer or an Authorised Representative or Distributor. If any attempt has been made by the customer to connect or power-up the system, this could invalidate the manufacturer s warranty. Failure to follow these procedures and recommendations could invalidate the manufacturer s warranty. Please note that modules, cards or cables should not be hot-plugged (ie inserted or removed with the power on). -plugging can stress the interface components which may lead to failure. Items returned for repair with this kind of damage are not covered under warranty. All front panels must be fitted to the racks to achieve the required cooling. If the rack units are operated with the panels removed overheating will occur and may lead to component failure not covered under warranty. Please check carefully the packages you have been supplied. if there is a shortage or evidence that any item has suffered transit damage then inform the carrier and AMS Neve as soon as possible. Read the following section before attempting to power up the system. It is extremely important that the following checks are carried out prior to switch-on. Ini tial Checks Refer to the correct procedures, described overleaf, when handling static sensitive devices. Remove the transit packing carefully and check for any signs of shipment damage. Remove the transit disk from the floppy drive in the 4U Encore Processor Unit. Ensure all keys on the keyboard are free from any packing material. Is sue 3 Page 1

4 Static Sensitive Devices Handling Precautions In tro duc tion This Specification details the precautions to be used for the Protection of Semi-Conductor Devices. Static Charge build up in humans, tools, fixtures etc, could appear as a voltage difference applied between the leads of a device, leaving either immediate or latent damage. Component and Package Identification from AMS Neve plc Containers and Packages holding Semi-Conductive Devices will be suitably marked. Approved containers consist of: A rigid plastic container lined with conductive foam. A conductive plastic bag of a size adequate to completely contain the item. Han dling of Static Sen si tive De vices General Precautions Personnel handling these devices must not wear outer clothing which will generate a static charge. Cotton or linen is preferred. Wool frequently contains man made additives. Nylon or man made fibre outer garments or dust coats must not be worn. Freshly xeroxed/photostat copies can hold a substantial static charge and should be kept well away from static sensitive devices. All bench surfaces where these devices are handled must be conductive and maintained at earth potential. Before removing a device from the protective material personnel must be adequately earthed. The device should not be handled by its leads. Static Sen si tive De vices to be re turned to AMS Neve plc All containers and packages containing semi-conductive devices should be suitably marked with a warning STATIC SENSITIVE. Approved containers consist of: A rigid plastic container lined with conductive foam. A conductive plastic bag of a size adequate to completely contain the item. Is sue 3 Page 2

5 Ca ble Lengths The maximum length of the digital communication cable (Tranlink) between the console and the racks which can be guaranteed to work is 30 metres. However, lengths of up to 50 metres have worked successfully but care must be taken to avoid sharp kinks in the cable and runs in the proximity of interfering signals. The standard length supplied is 10 metres. Any other length should be specified at the time of ordering. The maximum length of the Keyboard, Mouse and VGA cables between the Encore Processor Unit and the console is 10 metres. DFC Gemini is supplied as standard with a 10 metre cable bundle consisting of the following: Mouse ca ble Keyboard cable Monitor cable If the cable run from the racks to the console is greater than 10 metres then a different set of cables must be specified at the time of ordering. Under these circumstances, the Encore rack must be sited separately from the other rack mounted components no more than 10m cable length away from the console. There will be three different cable lengths to consider: 1) The VGA, Mouse & Keyboard cables will be 10 metres in length. 2) The Racks to Console Tranlink is subject to the usual limits for a Tranlink. The Racks to Console Audio cable will be the same length as this Tranlink. 3) The Tranlink from the Racks to the Encore rack will need to be specified, depending on where the Encore rack is to be sited, again subject to the usual limits for a Tranlink. Where screened cables are specified it is important that these are used to maintain EMC compliance. Please note that the AMS Neve AES/EBU interface complies with the BBC AES/EBU specification. This includes operational lengths of interconnecting cable of up to 100 meters. If lengths greater than this are needed, please contact the AMS Neve Contract Engineering Department, stating the operational cable length required. AES/EBU cable characteristic impedance - 110ohm +/- 20%. Rack Mount ing The rack units should be installed in a 19" cabinet with access to the front and rear. A rack depth of 700mm minimum is required for clearance of cabling and connectors. Ventilation panels must be provided to allow a free flow of air both across the rack and from the front to the back. It is recommended that intermediate chassis support rails are used to provide rear support all units over 3U. The 17U rack unit is very heavy and no attempt should be made to move or lift it without asistance. Is sue 3 Page 3

6 Cooling No spe cific air con di tion ing is re quired for the racks, pro vided that there is a free flow of air through the rack from front to back, and that the am bi ent air is main tained be low 30 de grees cen ti grade. Therefore it is an installation requirement that all racks are mounted horizontally. The redundant power supply requires 150mm (6inches) of clearance front and rear to maintain adequate airflow. The MIOS rack is fan cooled and it is recommended that it should not be sited in noise critical environments. If the MIOS rack is a 'Stage box' it will use natural cooling and a minimum of 4U should be left above the rack to maintain adequate cooling - a Stage MIOS box has a vented lid and is fitted with mic-line modules only. As the Encore Processor Unit and Multichannel AES I/O Unit are fan cooled, it is recommended that they should not be sited in noise critical environments. Console ventilation slots should not be blocked and air should be free to convect through the console. The console must not be powered up or operated with the dust cover in place. Technical Earth Safety Earth To comply with safety regulations, all AMS Neve systems are supplied with the mains cable connected to the system chassis. It is the customer s responsibility to comply with the local safety regulations; but it is normal practice, after connecting the system to technical earth to remove the 0V to chassis links as shown on the Power and Technical Earth Interconnect diagram. The mains earth connection to the power supplies must not be disconnected. Some components of this system are designated high earth leakage (>3.5mA from Live to Earth) this means that an earth connection is essential to ensure the safety of the equipment. If this is the case the equipment will be labelled adjacent to the safety earth stud. Separate earth studs are provided on the equipment which can be strapped together with green/yellow cable of 1.25mm² or greater. These should be taken to a guaranteed secure earth point within the installation. The reason for this is to guarantee the safety of the equipment even if the safety earth within the mains supply cable should become detached. Is sue 3 Page 4

7 Mains Power The console is DC powered and requires a separate PSU to be fitted in a machine room. This PSU holds two hot-swap modules each of which has an independent mains feed which gives full redundancy. AMS Neve recommends that the system is powered from an on-line un-interruptable power supply. Typical power consumption given below is based on fully populated racks. Check that the voltage selector on the rear of the Encore Processor Rack, Recorder Interface Unit and Remote 8 Channel Level Control Unit is set to the correct operating voltage. All other rack units are auto voltage sensing. The input voltage range and fuse rating are engraved on the equipment label adjacent to the mains input connector. Power Requirements Console Redundant PSU Note: There are 2 modules per PSU Maximum Power Ratings (per module) 1200W Voltage V Current 15A Frequency Hz System Racks Power Consumption (Watts) Encore Processor Rack 400 MIOS Rack 180 Signal Processing System 800 Recorder Interface Unit 12 Remote 8Ch Level Control Unit 20 Multichannel AES I/O Unit 60 Issue 3 Page 5

8 Con sole Data Frame Size Length mm (inches) Depth mm (inches) Height mm (inches) Approx. Weight kg (lbs) Custom Re fer to Cus tom Draw ing Rack Data Rack Type U Depth mm (inches) Height mm (inches) Approx. Weight kg (lbs) Encore Processor (18) 178 (7) 30 (66) MIOS Rack (19) 178 (7) 21 (46) * Sig nal Pro cess ing Sys tem (22½) 756 (29¾) 70 (154) Recorder Interface Unit (10) 89 (3½) 8 (18) Re mote 8Ch Level Con trol Unit (10½) 89 (3½) 8 (18) Multichannel AES I/O Unit (17) 89 (3½) 9 (20) * The weight of the MIOS rack is based on a rack populated with 6 mic modules. Con sole Mod ule In stal la tion Modules are usually shipped fitted into the console. If for any reason they are not fitted they will be shipped in anti-static, moulded foam containers. They are individually labelled and should be installed in the console in accordance with the Module Installation Map provided. The module type is engraved on the top of each panel. The serial number is scribed on the bottom board of each module. IMPORTANT NOTE: Keep each front panel with its associated board assembly - DO NOT SWAP FRONT PANELS FROM ONE ASSEMBLY TO ANOTHER. When in stall ing the fol low ing mod ules please note: Master Chanbase Ensure the loudspeaker wiring connectors are plugged into the module i.e. the 34-way connector is plugged into J1 of the vertical volume control board, the level control ribbon cable plugged into J2 of the same board, and the relay control ribbon cable plugged into J7 of the chanbase bottom board. Joystick Ensure that the power connector is plugged into J1 and link wiring connector is plugged into J4, with terminator connections in J5, J6 and J7. (Single twin joystick fitted). Is sue 3 Page 6

9 DSP In ter ro ga tion This is invoked using the middle key in the bottom row of the Quick key section of the lower Matrix panel. The first press of the button re-assigns the chanbase alpha display, then shows which XSP card the Path processing is on. The second press of the button shows which XSP the Mix processing is on (Destination paths only). Pressing the layer key at this time flashes an LED on the relevant XSP card. Con necting the Sys tem When the units are in position and all the cables have been identified and prepared, connect the system as shown in the Custom Interconnect section. Ensure each module is fed with a suitable mains supply. Con sole Con nec tions DAC output SEL 1 should be wired to MON 1 IN and drives the speakers connected MAIN LS OUT. Volume is controlled by the control room pot on the console. SEL 1 may be switched to drive the speakers connected to SMALL LS 1 OUT. DAC output SEL 3 should be wired to MON 2 IN and drives the speakers connected to SMALL LS 2 OUT when SMALL LS 2 button is pressed or when PFL is selected. DAC output SEL 2 should be wired to STUDIO IN and drives the speakers connected to STUDIO OUT. The MAIN LS OUT, SMALL LS1 OUT and SMALL LS2 OUT should then be fed to the loudspeaker amplifiers. The STUDIO IN should be fed from the DAC and the STUDIO OUT should feed the loudspeaker amplifier. The TALKBACK OUT is the line level feed from the Talkback mic, for feeding to an ADC or an external TB system, or both. Sync Con nec tions Connectors are fitted on the SPS rack for AES SYNC, WCK IN, WCK OUT (Word clock), VIDEO and LOOP. These allow connection of three types of sync. The system can operate from any one of these (selectable by the user) or from its internal reference. Audio Signals All au dio to the ADC modules and from the DAC modules are bal ance au dio sig nals. Is sue 3 Page 7

10 Au to ma tion Con nec tions The SPS rack has connectors for TIMECODE IN, TIMECODE OUT, TACH IN, and MACHINE CONTROL. XLR Pin Outs The pin out for XLRs is: Pin 1, Pin 2, Phase (or ) Pin 3, Anti-phase (or ) and for dual circuit connectors: Pin 4, Phase (or ), second circuit (or B channel) Pin 5, Anti-phase (or ), second circuit (or B channel) Pin 1 for outputs is directly connected to the chassis. Pin 1 for inputs is R.F. coupled to the chassis to provide a screen but avoiding hum loop problems. The shell connection of the XLR connector is a direct connection to the chassis and should be used for the O/P screen connection as this gives an improved R.F. connection and screening. Is sue 3 Page 8

11 Custom System Interconnects Custom system interconnection diagrams are shown on the following pages: Is sue 3 Page 9

12 ADC, DAC and AES Varicon Connections The rack(s), are populated as shown on the following pages: The system is sup plied ready to ac cept stan dard varicons. All the varicon out puts are fil tered in or der to pro vide some de gree of RFI pro tec tion. This fil ter ing is lim ited so as not to cause dis tor tion in the au dio do main. In or der to main tain EMC com pli ance and maximum levels of immunity to radio frequency interference, screened twisted pair ca bles should be used. In AMS Neve s con sid er able ex pe ri ence RFI has not proved to be a prob lem. However the system is designed with mount ing points for screen ing cages to be fit ted to the chas sis which elim i nate this pos si bil ity. These MUST be used with shielded cov ers to gain any ben e fit. These shield ing kits are avail able from EDAC dis trib u tors. Is sue 3 Page 10

13 Console Interface Panels POWER AUDIO I/O MSD600 I/O 19 COMP AUTO SECTION SERVICES-A L0 L1 L2 REMOTE SERVICES-B SERVICES-C L3 L4 L5 MASTER SECTION SERVICES-A L0 L1 L2 REMOTE SERVICES-B SERVICES-C L3 L4 L5 16 CHANNEL SECTION L0 L1 M0 PSU L2 L3 HIGH LEAKAGE CURRENT Earth connection essential before connecting supply CH 0V 8 CHANNEL SECTION HIGH LEAKAGE CURRENT Earth connection essential before connecting supply CH 0V M0 M1 M0 M1 PSU PSU HIGH LEAKAGE CURRENT Earth connection essential before connecting supply CH 0V HIGH LEAKAGE CURRENT Earth connection essential before connecting supply CH 0V Is sue 3 Page 11

14 Con sole In ter face Panel Varicons Audio I/O Connector Console Interface Panel Lo ca tion: Front of Mas ter Sec tion This con nec tor is a 56 pin Varicon (Elco, Varelco, etc), male. The shell is coded 1:1 E F A B C H J K D R S L M N T U V P a b W c d Z k l p m n t u v z AA BB w x y CC DD EE KK LL MM FF HH JJ NN PIN Stu dio In L Stu dio In R Stu dio Out L Stu dio Out R AU DIO I/O Con trol Room Small LS1 L Con trol Room Small LS1 R Con trol Room Small LS2 L Con trol Room Small LS2 R Con trol Room Mon 1 In L Con trol Room Mon 1 In R Con trol Room Main LS Out L Con trol Room Main LS Out R Con trol Room Mon 2 In L Con trol Room Mon 2 In R T/B Mic O/P Is sue 3 Page 12

15 SPS Rack (17U) VIDEO A VIDEO B VITC WCK IN WCK OUT MC#1 MC#2 MC#3 AES SYNC IN TIMECODE IN TACH IN IN MADI 5 OUT IN MADI 6 OUT IN MADI 7 OUT IN MADI 8 OUT MC#4 MC#5 MC#6 SERVICES TIMECODE OUT TACH OUT MIC/LINE TRANLINKS A B C D IN MADI 1 OUT MADI 2 IN OUT MADI 3 IN OUT MADI 4 IN OUT E PSU 2 PSU 1 Is sue 3 Page 13

16 Ma chine Con trol Ports #1,#2,#3,#4 and #5 Location: Rear of SPS Rack Mating connector: DE 9P Cabling Information: Use a twisted pair screened ca ble with EMC hoods. Twisted pairs should be used with Rx, Rx+ and Tx, Tx+ as twisted pairs. The ca ble screen should be 360º ter mi nated to an EMC backshell at each end. Pin No. 1 GND 2 RX 3 TX+ 4 GND 5 RTS 6 GND 7 RX+ 8 TX 9 GND Signal Is sue 3 Page 14

17 Ma chine Con trol Ports #1,#2,#3,#4 and #5 Se rial RS422 De vice e.g. Sony 9-pin (P2 Pro to col) Location: Rear of SPS Rack Cabling Information: Use high qual ity screened twisted pair ca ble, pay ing careful attention to correct pairing. s should be 360º ter mi nated to EMC backshells at both ends. Length as re quired rec om mended max i mum 50m. DFC Gem ini Serial RS422 Machine Control 9 Way D Male (Jackscrews) RS422 9 Way D Male (Jackscrews) Pin Signal Pin Signal 3 Tx+ 3 Rx+ 8 Tx 8 Rx 7 Rx+ 7 Tx+ 2 Rx 2 Tx 4 0v 1 0v 6 Is sue 3 Page 15

18 Ma chine Con trol Ports #2 & #4 ES1 11 Ca ble (also ES1 12, ES/2, Synchronet) Location: Rear of SPS Rack Cabling Information: Use high qual ity screened twisted pair ca ble, pay ing careful attention to correct pairing. A screened twisted-pair ca ble should also be used for the XLR con nec tion with the screens con nected to both ends. s should be 360º ter mi nated to EMC backshells at both ends. Length as re quired rec om mended max i mum 50m. DFC Gem ini Machine Control 9 Way D Male (Jackscrews) ES Way D Male (Jackscrews) Pin Signal Pin Signal 3 Tx+ 1 Rx+ 8 Tx 2 Rx 7 Rx+ 3 Tx+ 2 Rx 4 Tx 4 0v 8 0v Is sue 3 Page 16

19 Ma chine Con trol Port #6 Location: Rear of SPS Rack Mating connector: DA 15 P Cabling Information: A screened twisted-pair ca ble should be used with the screens 360 o ter mi nated to EMC backshells at both ends. Sig nal pairs 1 & 2, 3 & 4, 5 & 6, 9 & 10 and 14 & 15 should all use twisted pairs of the same ca ble. DFC Gem ini Sony 9-Pin Pin No. Signal Pin No. 1 Tx+(B) 3 2 Tx (A) 8 3 Rx+(B) 7 4 Rx (A) 2 5 TIC (A) 6 TIC+(B) 7 8 0v 1 9 CODE (A) 10 CODE+(B) 11 TL EXT 12 D-RECON 13 MUTE 14 FRAME (A) 15 FRAME+(B) SCREEN SCREEN (CHAS SIS) Is sue 3 Page 17

20 Ma chine Con trol Port #6 Location: Rear of SPS Rack Mating connector: DA 15 P DFC Gem ini Stan dard ES Bus Ca ble ES1 11, ES1 12, ES/2, Synchronet Pin No. Sig nal Pin No. Sig nal 1 Tx+(B) 1 RX+ 2 Tx (A) 2 RX- 3 Rx+(B) 3 TX+ 4 Rx (A) 4 TX- 5 TIC (A) 5 TIC- 6 TIC+(B) 6 TIC+ NO WIRE v 8 0v 9 CODE (A) 9 CODE (A) 10 CODE+(B) 10 CODE+(B) 11 TL EXT 11 TL EXT 12 D-RECON 12 D-RECON 13 MUTE 13 MUTE 14 FRAME (A) 14 FRAME (A) 15 FRAME+(B) 15 FRAME+(B) SCREEN SCREEN (CHAS SIS) SHELL SCREEN (CHAS SIS) Is sue 3 Page 18

21 Services Port Location: Rear of SPS Rack Mating connector: DB 25 P Cabling Information: A screened twisted-pair ca ble should be used with the screens 360 o ter mi nated to EMC backshells at both ends. If this port is taken to more than one des ti na tion then all ca ble screens must still be ter mi nated to EMC backshells. Pin No. Signal SYNC COM 15 SYNC NC 16 SYNC NO 17 RL1 COM REC 18 RL1 NC REC 19 RL1 NO REC 20 RL2 COM PLAY/ADR 21 RL2 NC PLAY/ADR 22 RL2 NO PLAY/ADR Is sue 3 Page 19

22 MIOS Rack (4U) MON O/Ps PSU2 TECH EARTH IN WCLK OUT IN AES SYNC OUT AES I/O F LINE OUT E LINE IN D MIC C MIC B MIC A RX2 TX2 RX1 TX1 90V - 240V AC 1.5A MAX 50HZ-60HZ T 3.2A H 250V COAXIAL MADI PSU1 CTRL IN CTRL OUT GP INPUTS GP OUTPUTS COMMS WARNING DISCONNECT MAINS LEAD TO ISOLATE UNIT. NO USER SERVICEABLE PARTS INSIDE. HAZARDOUS VOLTAGES INSIDE. REFER TO MANUALS AMS NEVE model type serial no. made in U.K. See MIOS User Guide for more information. E F A B C H J K D R SL M NT U VP a b W c d Z k l p m nt u vz AA BBw x y CC DD EE KK LL MM FF HH JJ NN 56 Way Varicon Con nec tions All connectors on the rear panel are 56 pin Varicon (Elco, Varelco, etc), male. PIN Mic In Mod ule Line In Mod ule Line Out Mod ule AES I/O Mod ule Mic In 1 A Line In 1 Line Out 1 AES In ½ Mic In 2 A Line In 2 Line Out 2 AES In ¾ Mic In 2 B Line In 3 Line Out 3 AES In 5/6 Mic In 1 B Line In 4 Line Out 4 AES In 7/8 Mic In 3 A Line In 5 Line Out 5 AES In 9/10 Mic In 4 A Line In 6 Line Out 6 AES In 11/12 Mic In 3 B Line In 7 Line Out 7 AES In 13/14 Mic In 4 B Line In 8 Line Out 8 AES In 15/16 Line In 9 Line Out 9 AES Out ½ Line In 10 Line Out 10 AES Out ¾ Line In 11 Line Out 11 AES Out 5/6 Line In 12 Line Out 12 AES Out 7/8 Line In 2 Line In 13 Line Out 13 AES Out 9/10 Line In 1 Line In 14 Line Out 14 AES Out 11/12 Line In 3 Line In 15 Line Out 15 AES Out 13/14 Line In 4 Line In 16 Line Out 16 AES Out 15/16 Is sue 3 Page 20

23 Encore Processor Rack (4U) MAINS VOLTAGE: FREQUENCY: CURRENT: FUSE RATING: MON SCSI MODEM NET 1 DSP/ SOUND SAM COMMS AUXILIARY 1 2 TRANLINK AMS NEVE ENCORE FOR DFC/LIBRA 230 Mouse Keyboard Printer Monitor MOUSE PORT Location: Rear of 4U En core Pro ces sor Rack Mating connector: Male PS2 Stan dard KEYBOARD PORT Location: Rear of 4U En core Pro ces sor Rack Mating connector: Male PS2 Stan dard Is sue 3 Page 21

24 PRINTER PORT Location: Rear of 4U En core Pro ces sor Rack Mating connector: 25 way D type male Cabling Information: A screened ca ble should be used with the ca ble screens ter mi nated to an EMC backshell uti lis ing a 360 ter mi na tion at each end Pin No. Signal 1 Strobe 2 D0 3 D1 4 D2 5 D3 6 D4 7 D5 8 D6 9 D7 10 Ack 11 Busy 12 Paper Empty 13 Select 14 Auto Feed Ext 15 Error 16 Init 17 no con nec tion 18 no con nec tion 19 GND 20 GND 21 GND 22 GND 23 GND 24 GND 25 GND Is sue 3 Page 22

25 MONITOR PORT Location: Rear of 4U En core Pro ces sor Rack Mating connector: 15 way high den sity D type male (std VGA) Monitor Information: Use only CE marked Class B com pli ant mon i tors Pin No. Signal 1 RED 2 GREEN 3 BLUE 4 GND 5 GND 6 GND 7 GND 8 GND 9 no con nec tion 10 GND 11 GND 12 no con nec tion 13 HSYNC 14 VSYNC 15 no con nec tion Is sue 3 Page 23

26 Recorder Interface Unit (2U) RECORD ENABLE DUBBER ENABLE DUBBER TALLY MASTER ENABLE/TALLY TRANLINK A TRANLINK B DEBUG RECORD TALLY Opto-isolated tallys There are 96 opto-isolated inputs for the 48 record and 48 dubber tracks plus a further 8 opto-isolated inputs for any master monitoring functions. Re cord en able re lays There are 48 normally open relays for connection to MTR. Dubber re lays Master relays There are 48 Dubber relays for connection to Dubber. These normally open 8 relays are intended for master control operations (Master Record/Master Play etc.). Is sue 3 Page 24

27 Dubber Re cord En able Re lays Location: Rear of Re corder In ter face Unit - la belled Dubber En able Mating con nec tors re quired: 50-way D type male HI 33R Fusible resistor LO COM These relays are accessed as relays 1-48 from Encore I/O configuration. (i.e. setting relay 1 in Encore I/O configuration will address Dubber Record Enable 1) HI LO COM HI LO COM PIN PIN PIN PIN PIN PIN Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay HI LO COM PIN PIN PIN Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Dubber Relay Is sue 3 Page 25

28 Multi-Track Re cord En able Re lays Location: Rear of Re corder In ter face Unit - la belled Re cord En able Mating con nec tor re quired: 50-way D type male N/O COM Normally open relays rated at: 0.5A switching current 10VA max switching power 100V max operating voltage 1A max closed contact rating These relays are accessed as relays from Encore I/O configuration. (i.e. setting relay 49 in Encore I/O configuration will address Multi-track Record Enable relay 1) N/O COM N/O COM PIN PIN PIN PIN Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Record Enable Is sue 3 Page 26

29 Dubber Tally (Opto-isolated Reader In puts) Location: Rear of Re corder In ter face Unit Mating con nec tor re quired: 50-way D type male VDC R 10mA Opto-isolated inputs Rated at 10mA + - Tallies must be connected via a resistor of appropriate value to limit current to less than 10mA, e.g. if tally signal from machine is active high 5V it would be connected to the + PIN via a 470 ohm resistor. Typical connection schemes: MAGNATECH DUBBER MULTITRACK 28 VDC 5 VDC R 2.7K ohms R 470 ohms PIN PIN PIN PIN Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Dubber Tally Is sue 3 Page 27

30 Re cord Tally (Opto-isolated Reader In puts) Location: Rear of Re corder In ter face Unit Mating con nec tor re quired: 50-way D type male VDC R 10mA Opto-isolated inputs Rated at 10mA + - Tallies must be connected via a resistor of appropriate value to limit current to less than 10mA, e.g. if tally signal from machine is active high 5V it would be connected to the + PIN via a 470 ohm resistor. Typical connection schemes: MAGNATECH DUBBER MULTITRACK 28 VDC 5 VDC R 2.7K ohms R 470 ohms PIN PIN PIN PIN Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Record Tally Is sue 3 Page 28

31 Mas ter En able/tally Lo ca tion: Rear of Re corder In ter face Unit - la belled Mas ter En able/tally Mating con nec tor re quired: 37-way D type male Master Enable N/O COM Normally open relays rated at: 0.5A switching current 10VA max switching power 100V max operating voltage 1A max closed contact rating Master Rec Enable and Master Play Enable should be connected to Multitrack Master Rec and Master Play if remote punch in/out is required. Master Enable PIN PIN Master Rec Enable Master Play Enable Not Allocated Not Allocated Not Allocated 10 9 Not Allocated 8 7 Not Allocated 6 5 Not Allocated 4 3 Master Tally Tallies must be connected via a resistor of appropriate value to limit current to less than 10mA, e.g. if tally signal from machine is active high 5V it would be connected to the + PIN via a 470 ohm resistor. VDC R 10mA Opto-isolated inputs Rated at 10mA + - Master Play Tally MUST be activated before MTR Record Enables will function. Master Rec Tally is optional but will allow cancellation of MTR Rec Enables when MTR is taken out of record by another means. Master Tally PIN PIN Master Play Tally Master Rec Tally Not Allocated Not Allocated Not Allocated Not Allocated Not Allocated Not Allocated Is sue 3 Page 29

32 Re mote 8 Chan nel Level Con trol Unit (2U) 7 5 OUTPUTS INPUTS REMOTE CONTROL REMOTE CONTROL Location: Rear of 2U Re mote 8 Chan nel Level Con trol Unit Mating connector: 9-way D type female Is sue 3 Page 30

33 Mul ti chan nel AES I/O Unit (2U) See AES960 User Guide for more information. 110V - 230V AC PSU 2 50HZ - 60HZ 0.7A/0.45A T 1.6A H 250V PSU 1 110V - 230V AC 50HZ - 60HZ 0.7A/0.45A T 1.6A H 250V PSU HEALTHY CTRL IN AES-EBU IN AES-EBU OUT CTRL OUT AES-EBU IN 1-24 AES-EBU OUT 1-24 CAUTION: PROTECTION AGAINST FIRE, REPLACE FUSES ONLY WITH SAME TYPE & RATING WCLK-IN WCLK-OUT SYNC TX SYNC RX AES SYNC TX2 RX2 TX RX COAXIAL MADI Is sue 3 Page 31

34 AES-EBU IN - Stan dard I/O Location: Rear of Mul ti chan nel AES I/O Unit Mating con nec tor re quired: 37-way D type male Pin No. Signal type Channel AES 1AB In AES 2AB In AES 3AB In AES 4AB In AES 5AB In AES 6AB In AES 7AB In AES 8AB In AES 9AB In AES 10AB In AES 11AB In AES 12AB In Is sue 3 Page 32

35 AES-EBU OUT - Stan dard I/O Lo ca tion: Rear of Mul ti chan nel AES I/O Unit Mating con nec tor re quired: 37-way D type male Pin No. Signal type Channel AES 1AB Out AES 2AB Out AES 3AB Out AES 4AB Out AES 5AB Out AES 6AB Out AES 7AB Out AES 8AB Out AES 9AB Out AES 10AB Out AES 11AB Out AES 12AB Out Is sue 3 Page 33

36 AUX AES-EBU IN - Op tional Ex pan sion 1 or 2 Cards Location: Rear of Mul ti chan nel AES I/O Unit Mating con nec tor re quired: 50-way D type male Pin No. Signal type Channel 1 Exp. Card 2 Exp.Card AES 13AB In AES 14AB In AES 15AB In AES 16AB In AES 17AB In AES 18AB In AES 19AB In AES 20AB In AES 13AB In AES 14AB In AES 15AB In AES 16AB In AES 17AB In AES 18AB In AES 19AB In AES 20AB In AES 21AB In AES 22AB In AES 23AB In AES 24AB In AES 25AB In AES 26AB In AES 27AB In AES 28AB In Is sue 3 Page 34

37 AUX AES-EBU OUT - Op tional Ex pan sion 3 or 4 Cards Lo ca tion: Rear of Mul ti chan nel AES I/O Unit Mating con nec tor re quired: 50-way D type male Pin No. Signal type Channel 3 Exp. Card 4 Exp.Card AES 13AB Out AES 14AB Out AES 15AB Out AES 16AB Out AES 17AB Out AES 18AB Out AES 19AB Out AES 20AB Out AES 13AB Out AES 14AB Out AES 15AB Out AES 16AB Out AES 17AB Out AES 18AB Out AES 19AB Out AES 20AB Out AES 21AB Out AES 22AB Out AES 23AB Out AES 24AB Out AES 25AB Out AES 26AB Out AES 27AB Out AES 28AB Out Is sue 3 Page 35

38 Logic Sta tus Panel Con nec tions (If Fitted) Con nec tor J6 - LED Drive Location: Con sole up per cen tre - rear of Sta tus Panel. Ac cess: Re move the rear panel. Mating con nec tor re quired: 10 Way IDC Bump Po larised Socket. 1 J4 2 Pin No. 1 GND 2 GND Signal ALARM 1 4 ALARM 2 5 O/L VR J6 J11 J12 6 SOLO 7 RE CORD 8 REHEARSE NO CONNECTION 10 NO CONNECTION Connect the respective pin to ground to illuminate the required display Current rating: 60mA per LED The LED brightness can be adjusted using VR1 The six LEDs can be placed under software control via the J6 to J11/J12 connection cable, such that operation of relays 1 to 6 will light LEDs ALARM1, ALARM2, O/L, SOLO, RECORD and REHEARSE respectively. Relays 7 and 8 are operated using the Control Room DIM and TALKBACK buttons respectively. Is sue 3 Page 36

39 Logic Sta tus Panel Con nec tions con tin ued Con nec tor J11 - Re lay Out put Location: Con sole up per cen tre - rear of Sta tus Panel. Ac cess: Re move the rear panel. Contact Rating: 90 watts DC at 40 volts max. Mating con nec tor re quired: 26 Way IDC Bump Po larised Socket. Pin No. Relay No. J4 1 R1 I1 2 I2 3 1A A 5 1B 6 2B 7 R2 I I2 9 1A 10 2A 11 1B 12 2B VR J11 J12 13 R3 I1 14 I2 15 1A 16 2A 17 1B 10 2 J6 18 2B 19 R4 I1 20 I2 21 1A 22 2A 23 1B 24 2B 25 GND 26 GND Relay No Function 1 Alarm 1 (DFC Gemini Au to ma tion Locked Tally) 2 DFC Gemini Swap Speakers (Sound One Speaker change over or Dolby Re mote In put) 3 Dig i tal Over load (as set up in Encore preferences) 4 Solo Status 5 Re mote solo clear (twin DSP tower systems only) 6 Cut Status 7 Dim Status 8 Talkback Status Relays 1 to 8 I1 I2 1A 1B 2A 2B Pin outs for relays 5, 6, 7, and 8 are shown on the next page. Is sue 3 Page 37

40 Logic Sta tus Panel Con nec tions con tin ued Con nec tor J12 - Re lay Out put Location: Con sole up per cen tre - rear of Sta tus Panel. Ac cess: Re move the rear panel. Contact Rating: 90 watts DC at 40 volts max. Mating con nec tor re quired: 26 Way IDC Bump Po larised Socket. Pin No. Relay No VR1 J J6 J11 J12 1 R5 I1 2 I2 3 1A 4 2A 5 1B 6 2B 7 R6 I1 8 I2 9 1A 10 2A 11 1B 12 2B 13 R7 I1 14 I2 15 1A 16 2A 17 1B 18 2B 19 R8 I1 20 I2 21 1A 22 2A 23 1B 24 2B 25 GND 26 GND Relays 1 to 8 1A I1 1B 2A I2 2B PINS 1, 13 to PINS 25 PINS 7, 19 to PIN 26 Is sue 3 Page 38

41 LOGIC STATUS PANEL Con nec tions con tin ued Con nec tor J4 - Re mote In puts Location: Con sole up per cen tre - rear of Sta tus Panel. Ac cess: Re move the rear panel. Mating con nec tor re quired: 20 Way IDC Bump Po larised Socket. Pin No. Signal J4 1 GND 2 GND I/P I/P2 7 8 I/P3 9 VR J11 J12 10 I/P I/P5 13 J6 14 I/P I/P I/P8 19 Vcc 20 Vcc Inputs 1 8 are under software management. They can be activated by application of a ground signal to the appropriate connector pin as follows: I/P1 I/P2 I/P3 I/P4 I/P5 I/P6 I/P7 I/P8 Talkback Re mote In put Con trol Room Dim Re mote In put Con trol Room Cut Re mote In put Stu dio Dim Re mote In put (not used on DFC Gem ini) Re mote Solo Clear In put Solo Con trol In put Red Light In put (not used on DFC Gem ini) ing Mode Tog gle In put Is sue 3 Page 39

42 RE CORD TALLY PANEL Con nec tions (op tional) Con nec tor J1 - LED Drive Location: Con sole up per cen tre - rear of Re cord Tally Panel. Ac cess: Re move the rear panel. Mating con nec tor re quired: 50 Way IDC Bump Socket. LED 1 VR1 RECORD TALLIES The LED bright ness can be ad justed us ing VR1. Con nect the re spec tive pin to ground to il lu mi nate the re quired LED. Cur rent rat ing: 20mA per LED. 1 2 J1 LED 48 Pin No. Signal 1 GND 2 GND 3 LED 1 4 LED 2 5 LED 3 6 LED 4 7 LED 5 8 LED 6 9 LED 7 10 LED 8 11 LED 9 12 LED LED LED LED LED LED LED LED LED LED LED LED LED LED LED LED LED LED LED LED LED LED LED LED LED LED LED LED LED LED LED LED LED LED LED LED LED LED LED 48 Is sue 3 Page 40

43 Is sue 3 Page 41