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Strong eCNA-100 setup and operation manual - Film-Tech

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2. Figure 6 Strong International 23 24 System Overview eCNA 100 Automation Manual Figure 7 TP Address fisz fis foot a Mask ess es fooo Warning This form will change the configuration of the CNA device Figure 8 The above windows show the password login screen for the IP configuration page and the configuration page itself A non configurable password is used to access the IP settings where changes can be made to the device IP subnet mask and gateway IP address The user is prompted to reboot the eCNA when changes are submitted The MAC ID or Hardware address is set by the manufacturer during testing Inside the front panel on the mainboard there is a label with a serial number and MAC configuration information Should the installer ever need to change this address it must be done from the P8 RS 232 port configuration screen however this procedure will most likely never be necessary Strong International eCNA 100 Automation Manual System Overview Interface Hardware The illustration below shows the location of the Ethernet 10Base T RJ45 TCP IP Connector Also shown is the P8 RS 232 header used for configuration of the TCP IP network settings In order to use the terminal connection an adapter cable is required to plug into the 10 pin header and interface with a standard PC RS 232 serial port Ethernet Port P8 Dumb Terminal RS 232 Port
3. eCNA 100 Automation Manual The mainboard Dip Switch 1 position 2 is used to restore factory defaults to your CNA s supervisory settings This configuration is a default set of parameters that your eCNA had when it left the factory When this switch is OFF any custom supervisory settings are saved and restored upon power up These are the parameters that the user defines in the process of configuring an automation for a particular installation When this switch is in the ON position factory defaults are restored each time power is cycled All user defined supervisory parameters are cleared and the original factory defaults are loaded Below is a listing of Supervisory default parameters accessible from the eCNA Host Supervisory menu 1 System Parameter Value ound Changeover Delay Sec Lens Changeover Delay Sec ens Changeover Pulse Sec Failsafe Delay Sec Cue Factor Default 001 Password Control Default assword Cue Learn Mode Manual imed Start Disabled Check Cue Fault Disabled XXXX Missed Cue Fault Disabled Time Format 12Hr Remote Stop Alarm Time Sec 30 Password pm Out 1 Controls None Out 3 Controls None Fault To Lens Pulsed No Op No Op Masking Pulsed No Op No Op H Lights Pulsed Up Up Curtain Pulsed None No Op Out 1 Pulsed No Op No Op Out 3 Maintained No Op No Op Strong International eCNA 100 Automation Manual Addendum 2 Dimmer Variable 1 Variable 2 Variable 3
4. behind your router plugged into a hub or switch It is beyond the scope of this manual to describe the intimate details of computer networking The configuration suggestions given are basic examples designed to illustrate network connection The internet is a great resource for the novice network user The eCNA is not configurable for DHCP or Dynamic Host Configuration Protocol addressing as of the writing of this manual therefore a Static IP must be used The main router with hub or switch connected or integrated should be configurable for either DHCP or static IP Static IP requires that every device computers etc behind the router be configured for a static IP This address will not change and every time the Router computer or eCNA is rebooted the network s hardware devices use the same address The other option for your router is DHCP This will allow any computer or DHCP enabled device plugged into your router When acting as a DHCP server to gain an IP address and network access IF your network is using DHCP and you know the range of IPs used by the DHCP server the eCNA can be used if the server is configured to accept it whether automatically or entered manually outside the IP range of numbers The server must however never assign the eCNA s address to any other device This situation would cause a duplicate IP conflict and require intervention Some DHCP software allows IP range limiting and most allow static add
5. Changeover Open gt gt Pulsed Changeover Close Pulsed For or4 F or4 Flat Hor Lor Hor Scope Special Pulsed or or Lor Nonsync Lor Lor Hor Mono Hor Hor or4 SVA Hor Hor Hor Digital or Lor Fors Aux 1 A1 L A1 Aux 2 lt gt lt gt Pulsed Mute Pulsed For For For4 For4 House Light Up Lor Lor Lor Lor House Lights Mid 1 Por Por Por Lor House light Mid 2 House lights Down Pulsed Stage lights Up or or l or Lor Stage Lights Down Pulsed Curtain Open Pulsed Curtain Close Pulsed Out 1 or or or or Pulsed Out 2 or or or or Pulsed Out 3 or or or or or Maintained Out 4 or or or or or Maintained Default timer values A Sound Changeover Delay 7 seconds Notes 1 Cue 0 is the Sync Cue when running in sync and happens at start when not running in sync A1 Timer A 1 second K Off Delay 7 seconds L Lens Changeover Time 8 seconds Pulse Duration Changeover Pulse 0 2 seconds default All other outputs 2 seconds Timing Diagram 3 Strong International Timing Diagrams 42 eCNA 100Automation Manual CNA 100 Automation Timing Diagram Curtain Call 1 CURTAIN CALL START cue O cue 1 cue 2 cue 3 Curtain Close Time IK segment 0 gt lt segme
6. Power and Overrides SPDT Rocker Switch Overrides 39337 SPDT Rocker Switch Overrides DC Power Harness Power supply to CPU board 39309 eCNA 100 Front Panel Keypad Overlay and Metal Only eCNA 100 Front Panel Keypad Overlay Switches and Metal 39313e 2 eCNA 100 Front Panel Complete Replacement all PCB s 5198466 eCNA 100 Wall Mount Front Panel Keypad Overlay and Metal Only 39313e 1W eCNA 100 Wall Mount Front Panel Keypad Overlay Switches and Metal eCNA 100 Wall Mount Front Panel Complete Replacement all PCB s 39425 1 Strong International 51
7. in the shown location 44 Strong International eCNA 100 Automation Manual Addendum Bootloader Changes This section documents changes in the eCNA s bootloader program structure eCNABOOT v2 000 Checksum 57159 Date 4 20 04 This version requires eCNA mainboard 39425 Modified chip select and H16 initialization to run in the new eCNA mainboard Note source was not ported to Metrowerks for this eCNABOOT v2 00a Checksum 55153 Date 8 10 04 Ported over to metrowerks Modified chip select and H16 initialization to run in the new eCNA mainboard with 29f040 flash Added tcp ip stack and dumb term task to support ethernet config on P8 Added basic HTTP web configuration support Added LSN packet routing support for new TCP host The CNA listens on port 16000 Added S3 1 default internet parameters function S3 2 TCP host routing enable Default MAC ID is automatically defaulted to 00 d0 ad ff 00 01 if found invalid increased shut down delay for go to app and go to bootloader from 5 7 seconds eCNABOOT v2 010 Checksum 4126 Date 1 21 05 Updated TCP IP stack to v1 1 0 PGPO is now initialized low for compatibility with the next rev of hardware eCNABOOT v2 020 Checksum 1293 Date 4 28 05 Fixed edit logic for MAC ID on dumb term P8 Port Previously could not re edit ID if it had a D in location xx xx xx xx Dx xx Strong International 45 Addendum Supervisory Defaults Explained 46 eCNA 100 Supervisory
8. 100 Automation Manual System Overview Product Description The eCNA 100 Cinema Network Automation System is a microprocessor based computer automation designed to automate all aspects of the theatre presentation The major features of the eCNA 100 are listed in this manual Local I O Network LIN Each system component is connected to the network and communicates via a five wire cable This cable provides the serial communications as well as power to the termination panels This is called the Local I O Network or LIN The standard devices that make up the system are the 1 Console Termination Panel film termination 2 Booth Termination Panel House Aux Termination 3 eCNA 100 Control Panel The eCNA 100 Automation Control Panel contains the Main or Master Computer of the system and each I O device is connected to it via a serial communications link The devices are connected in a daisy chain method and can then be distributed within the booth according to their logical location Local Synchronous Network LSN The Local Synchronous Network is a two wire data link that will support CNA 100 150 eCNA 100 150 eCNA 200 and CNA 200 Automations remote stations synchronous communications for interlock network copy functions and a Host PC The automation systems are connected together in a daisy chain configuration which allows the transmission line to continue from one unit to the next System Components The stan
9. 43 Addendum eCNA 100 Automation Manual Added programmable fault to states for Lens Flat Scope Special None No op Masking Flat Scope Special None No op sound Non Syn Mono SVA SR Dig 1 Aux 1 Dig 2 Aux 2 Mute Off Mute On No op House Lights Up Down Mid 1 Mid 2 No op Stage Lights Up Down No op At this time these states can only be defined at the Host Fixed 2 places that were implemented differently than the CNA 200 a Reworked Feature Start Time Routine FNFST to return the same parameters as the version in CNA 200 This clock start feature is not enabled but the Content Player Logic for status calls this routine b Also fixed call to Log Automatic Cue 0 Event to set the 20 bit in CUEFLG prior previous version might not have logged this event Corrected Flash Status Subroutine FST to correct possible Watchdog trip when the Host accesses the Flash Status information Version 4 020 Checksum 179 Date 4 18 05 Now correctly displays the eCNA 100 Version Number on power up The previous version displayed only the low byte of the two byte version number The number 401 0191 was incorrectly displayed as 145 Version 4 030 Checksum 237 Date 4 28 05 Fixed debug screen version number format changed P8 edit logic operation to allow proper configuration of MAC address xx xx xx xx Dx xx Previous version would not allow re configuration of a MAC address with a D
10. Host The eCNA 100 automation is optimally configured and used with the CineNet HOST software package The Host program allows setup data transfer and programming in a user friendly format Additional hardware and software are required First there must be a Host Computer this can be any DOS based PC with either 1 free ISA slot or an RS 232 Serial port that is not in use installed on that PC there must be CineNet Host networking software This software allows the PC to interface with the CNA The only additional piece of hardware required is a proprietary network controller This can be in the form of an ISA card installed in the PC or a convenient external package such as the VNC or PCI 64 network interface See the CineNet HOST user manual for further details on installation Host software provides Event logging both LIN and LSN Network status configuration and programming copy functions Strong International eCNA 100 Automation Manual Setup CineSuite Software Package The CineSuite software package is a more advanced version of HOST software including two software applications CineSuite Manager This is the main user interface When creating eCNA programs settings eCNA supervisory functions or monitoring eCNA operations this is the application that will be used CineNet Driver This is the software application that connects the CNA Gateway and automations to the computer It must be running in the background when using the
11. House Lights Down n o 5A and P3 Override Connector House Lights Com Com to House Light Relays and P3 Override Connector Up N O 5A and P3 Override Connector Stage Lights Com to Stage Light Relays and P3 Override Connector Down N O 5A and P3 Override Connector Slide Projector Com I N O 10A Aux Out 5 Com I N O 10A Aux Out 1 Com N O 5A and P4 Override Connector Aux Out 2 Com N O 5A and P4 Override Connector Aux Out 3 A Com N O 5A and P4 Override Connector B Com N O 5A Aux Out 4 A Com N O 5A and P4 Override Connector B Com N O N C 5A Sound Mono n o 5A Sound SVA n o 5A Sound SR n o 5A Sound NonSync n o 5A Sound Digital N O 5A sound mute com NO Q 5A 12 Strong International eCNA 100 Automation Manual The House Aux termination board has the following input connections 12 Volt DC Return 12 Volt DC Start A Start B Stop A Stop B Fire Stop A Fire Stop B Digital 1 Cue A Digital 1 Cue B In1A In2A In3A In4A In4B Stop Routine on the Automation System Overview Not available or used when termination board is configured for compatibility mode This mode must be used with the eCNA CNA 100 automation Strong International 13 System Overview eCNA 100 Automation Manual Combination Termination Schedule The Combo termination panel h
12. International eCNA 100 Automation Manual System Overview Program Number Displays the program number to run or edit Use the up and down cursor keys to select the program number Up to nine unique programs can be saved Cue Number Displays the show cue number During programming use the up and down cursor keys to select the cue number to edit Up to nine cues can be programmed for a show Programming Keys These keys are used to program the sound lens masking lights intermission curtain call and end of show LEDs are on each key The LED is on indicating the present state of the output during a show Program Edit Key This key is used to enter the program edit mode allowing the user to build new or alter existing programs The LED is on when program edit is active The user may edit any program during a show or between shows Start Key This key is used to start or restart a show The LED on the start key will blink when the show is ready to start or ready to restart The LED is on when the show is running and off when the show is stopped Stop Key This key is used to stop a show The LED on the stop switch is on when a show is stopped due either to a local or remote stop input or a fault Sync Key This key is used to activate the automation for synchronous interlock operation The sync LED will be on indicating the automation is in sync mode Syne Loop Number This displays the Sync Loop number U
13. Lora Lor See Note 1 House Light Up up Lor up Lor a House Lights Mid 1 Lor Lor House light Mid 2 House lights Down Pulsed up up Stage lights Up For Lor lt See Note 1 Stage Lights Down Pulsed Curtain Open Pulsed Curtain Close Pulsed Memorized Out 1 or or Pulsed Memorized Out2 or or Pulsed Out 3 or or Maintained Out 4 or or Maintained Default timer values A Sound Changeover Delay 7 seconds Notes 1 Outputs are returned to the state that existed previous to fault or stop A1 Timer A 1 second 2 Alarm is set at fault K Off Delay 7 seconds 3 Cue 0 is the Sync Cue when running in sync and happens at start when not running in sync L Lens Changeover Time 8 seconds Pulse Duration Changeover Pulse 0 2 seconds default All other outputs 2 seconds Timing Diagram 2 40 Strong International eCNA 100 Automation Manual Timing Diagrams CNA 100 Automation Timing Diagram Intermission Stop Sequence 4 INTERMISSION START cue 0 cue 1 cue 2 RESTART cue 3 le segment 0 gt le segment 1 gt le segment 2 gt le segment 3 gt e segment 4 gt Output Type K Motor Lamp KE Maintained A K A Slide Projector es gt E Maintained A1 L A1
14. e s 24 Description tes SO Oe Pe Ets Up ste Rhe det d PEE Sele De AN ET Al DNE DUM 3 DHCP e d Senate Gea ee sait sean db ea DAS 20 Durip T rimindl s vada S hd v pd dace RENE Tfi ved nu ene SP Eae rt add ers 14 Edit agemeco toe einet le MSO EG EI WOE eG ae eae Red CAE BORER SU eae To 5 PMN CMe ots Site Sate ln eee ee coca e P Don tes aici Ss IN et caine Et dee 18 Ethernet configuration menu a nesta et CER ARA dale eGR RWS Up eee anes 14 Maule ONIONS Aid spate E ree eee on alk AM eae es alk A Dad de ade O o eal Wess 26 F ltdefeat mre vost eo ee tee px RO eU ars dat Toe d re uto dece ee oe dcs 5 Gateway IB and ss ined Pepe ete beo eme Ded eae ee oio Sed adu seat 16 HTML Based Confieuratlon 44 aad ey ew o Rhe che ew X o hw NOU Pe ENTER RI P ERR EN 16 Interface Hardware ars 5e EIL RE Ep tes PEE EROR AP id 18 20 I termussiom Key ano ve Ew E Fee dotes da pibe recte on ctia 24 is ME PV vC TENE 1 DD A AS RAE ARA AA A AS ARA RAI OE 16 PEOR UA sc e a ld ed e o e SEL e A e ea ae 17 Keypad oce A cic ep RR e a A oct i b AA AA IA IE 4 A peco sece qe ep rsen e ausi etaed Spa We ain O28 cedri nes tuf ne aul re RC 16 EIN Description sensore aeti oes tow Merz Cr EI REN REN GA E i e EA 3 Local Area NetWork ss 5 i entia ascen e S E ANON A INQUE RE NU es 16 Loop NUMBER ues tha f ate e SUO AES UN QE Deve sd S pa ve E Pre de et Vates 2 ESN dOSGHIDHOD coca hdd a aan EM Ane edoceri ais eau do gelbe EO cmd ame 2a td 3 MAC ID s 100 pre EOS RES ERUGST UST ERA ERRA
15. has the following input connections Film Motion Failsafe Input Active Low enabled disabled by W7 Also Connects to P4 Failsafe Input Active Low Also Connects to P4 Failsafe Cue Detector Input Active Low Also Connects to P4 Xenon Fault Failsafe Input Active Low enabled disabled by W5 Also Connects to P4 Fire Stop Fire Alarm Film Tension Input initiates Fire Stop Routine on automation or Film Tension Fault Toggled by W1 Active Low input Roum eommon return for above Inputs return path for switch closure Aso Connects to P4 Not available or used when termination board is configured for compatibility mode This mode must be used with the eCNA CNA 100 automation Strong International 15 System Overview eCNA 100 Automation Manual Configuring the System The LSN can support up to 64 devices CNA 100 150s CNA 200s eCNA 100 150s eCNA 200s Remote Status Monitors dimmer control cards and a Host Computer Each device will each require a unique Sync Id number Id 0 is reserved for the Host PC and Ids 1 through 63 are assigned to eCNA 100s and other devices as necessary To keep things simple assign the eCNA 100 Ids starting at 1 corresponding to the house number and working up The Remote Monitor s Ids if used should be assigned to the higher numbers starting at 62 and working down You may want to keep Id 63 reserved for the portable or secondary host eCNA 100 DIP Switch Settings Current to Version 3 0
16. is caused due to a loss in communications with a Local I O Network device or another network problem This could be the Booth Termination Panel Console Termination Panel or other I O Network device or a wiring problem 34 Strong International eCNA 100 Automation Manual Setup A Local I O Network fault will cause the eCNA 100 to display L In This fault will cause a shutdown during a show or prevent a show start between shows This fault is latched and you are required to press the ALARM CANCEL key to clear the fault Although this will cancel the fault and allow a show to start there is a problem with the Local I O Network or one of the devices and it must be repaired A Local Sync Interlock Fault is caused when either a master or one of the slaves in the sync loop has lost it s sync input sync switch All eCNA 100s on the sync loop will display L S I and sound their alarms This message will also be displayed if one of the units on the loop had a watchdog reset If this was the case all units will display this message except for the one that had the watchdog reset A Local Sync Communications Fault is caused when there is a loss of communications with a unit on the sync loop This could be due to a loss of power of the master or one of the slaves on the loop In this case all units on the sync loop would display L S C except for the one that lost its power This fault can also be caused by defective wiring such as an open or sh
17. you from scrolling to a larger cue number You may edit any program while a show is in progress including the program that is running When a show is in progress and you are not in the PROGRAM EDIT mode the PROGRAM and CUE number up and down arrow keys are disabled Cue 0 is the program start cue Cue 0 occurs at the start when not running in Sync mode and occurs at the sync cue when running in Sync mode So when programming remember Cue 0 is the first step of the program Strong International eCNA 100 Automation Manual Setup The INTERMISSION and CURTAIN CALL Keys These are two special programming keys that allow the user to easily program a Show Intermission and a Curtain Call The INTERMISSION KEY is used to program a show intermission at the selected cue The cue then initiates the intermission sequence as follows Changeover Close Lights Sound 7 second delay Curtain Close Xenon Lamp Off Projector Motor Off Slide Projector On The Intermission is terminated and the show is re started either by a START input remote or local or a CUE input remote or local If the show is re started by a START input only the projector motor and lamp are turned on The next film cue will initiate the show start sequence The show start Start Xenon Lamp On Projector Motor On Cue n sequence is as follows Lens Masking Lights Curtain Open 7 second delay Slide Projector Off 1 se
18. 1 Section 1 DIST OVERVIEW namon Di AS A AS A Sapa A A f 2 Product Description cts ta A td a ds e aia 3 Local I O Network LUN a e d esce qe Sed y de Ce dp peg ached dep don doeet ore Ced 3 Local Synchronous Network LSN cc cece cece nee eee hn 3 System Componetits eeri od dest ert A AA AAA dee A A 3 Control Panel Operator Interface 4 stan Peck Sate Ba GAS Drs EE E Rd E RE 3 Dual termination system 2 vo qoum Paco teu A s SOROR te CR CH e D e Aa T Single termination system 23 8 va node e rase S Bas HEE TON NET ewe UNIS E 7 A A 7 House Aux termination panel ops ida 7 Combo termination panel 2d e beu ld dea 7 Termination Panel Features a ee ees tees oe ds oi tele eee eds Y a DA O De 8 Console Termination Schedules ox RA AA ia 8 Booth Termination Schedule 30 50 A A eats E 9 Single Termination schedule tii AAA A IAS 10 Film Termination Schedule rr te A go UE NE Va or OV 11 House Aux Termination Schedule Rae a p A atus 12 Combination Termination Schedule liliis 14 Configuring the yt suchen Jods Eh ae ES oh 4 ah iia bes eo Seen bonos 16 AAN A A s sole Lee 17 TCP IP Ethernet Configuration deese kee eR Gee be xoci Bae wack od 2 RS 232 Based IP Configuration ues duds be b LP OS sake OPERAR RR SEM SPP EAS 21 HIML IP Config ration A Si boa eee BRN PCa 23 Interface LLO WIEN xia ead AR Ves n eS BEM A ILC I 25 TCP IP Networking OVEIVIEW cascara ae pa cee eau een eed 27 Alam Loudness O hee ek gins mt A ace se id ge
19. 10 switches are shown in de tultpositions HOoOOooOoOoo 000000000000000 ui Osa ain BOOTLOADER 1 1 POWER UP DEFAULT 1 2 32 13 16 14 8 15 4 15 2 17 1 15 FRONT PANEL OVERRIDES 2 1 ENHANCED CURTAIN CALL 23 RUN TILL END OF FILM 52 31 FIRE STOP 2 4 PAS SWORD 2 3 CHECK FOCUS DELAY 24 EVENT LOGG ING 27 CONTENT PLAYER ENABLE 2 8 PROGRAM EDIT KEY P amp S WORD 3 1 ALWAYS OFF 3 2 ALWAYS OFF 3 3 ALWAYS OFF 3 4 ALVAYS OFF 3 5 CHECK FOCUS ALARM DISABLE 34 TCP HOST 37 DEFAULT INTERNET PARAMETERS 3 8 Figure 2 ID NUMBER 16 Strong International eCNA 100 Automation Manual System Overview Switch Definitions S1 1 Force Bootloader On Force Bootloader Off Normal Use Factory Default S1 2 Supervisory Defaults On Force Supervisory Defaults on power up Default Supervisory data will be restored on each power up Factory Default Off Will not overwrite user programmed supervisory data on power up If you change any of the default settings with the Host program this switch must be off or the next time the eCNA 100 is powered up all user settings will be over written with the defaults S1 3 through S1 8 are used to set the ID number The number is represented as a 6 bit binary number which allows for 64 possible ID numbers 0 63 Do not use 0 zero as an ID number It has been reserved for the PC Gateway Interface Each bit s
20. 6 Override Connector Close N O 10A P6 Override Connector and P7 Factory Wiring Changeover Com to Open and Close Relays Changeover Douser Line and P6 Override Connector Open N O 10A P6 Override Connector and P7 Factory Wiring Ground To P7 Factory Wiring Connector Projector Motor Line To Projector Com and P6 Override Connector Changeover Douser Line To Changeover Com and P6 Override Connector Lens Turret Line To P9 Factory Wiring Connector Neutral Neutral To P7 and P9 Factory Wiring Connectors Slide Projector Com N O 10A Lens Flat n o 5A and P6 Override Connector Lens Scope n o 5A and P6 Override Connector Lens Special n o 5A and P6 Override Connector Lens Com Com to All Lens Relays and P6 Override Connector CO CIA The Film termination board has the following input connections Input Name Function Film Motion Failsate Input Active Low enabled disabled by W7 Also Connects to P4 Film Presence Failsate Input Active Low Also Connects to P4 Film Cue Failsate I Cue Detector Input Active Low Also Connects to P4 Xenon Fault Failsate Input Active Low enabled disabled by W5 Also Connects to P4 Film Tension Film Tension Input Input Return Common return for above Inputs return path for switch closure Also Connects to P4 12 Volt DC Optional Fused 12 VDC Feed for Start Stop and Digital 1 Cue Return 12 Volt DC Return Path for Optional Feed Sta
21. 7 Eprad FP350 Installation and Operation Manual PRO18 Paging system Setup and Installation Manual PR019 VNC Setup and Operation Manual PR020 CineSuite Installation and Operation Manual Warranty CineNet automation products sold by STRONG INTERNATIONAL are warranted against defects in materials and workmanship for one year from the date of purchase There are no other express or implied warranties and no warranty of merchantability or fitness for a particular purpose During the warranty period STRONG INTERNATIONAL will repair or at its option replace components that prove to be defective provided the unit is shipped prepaid to the manufacturer directly or via and authorized distributor Not covered by this warranty are defects caused by modification misuse or accidents and any further damage caused by inadequate packing for service return STRONG INTERNATIONAL s obligation is restricted to the repair or replacement of defective parts and under no circumstances will STRONG INTERNATIONAL be liable for any other damage either direct or consequential Information in this document is subject to change without notice No part of this document may be reproduced or transmitted in any form or by any means electronic or mechanical for any purpose without the express written permission of STRONG INTERNATIONAL 1997 2007 STRONG INTERNATIONAL All rights reserved Table of Contents Introduction o ea ee totals A A Ce aie endet a A AA
22. CP HOS ii A AAA ag Wi hele A AR AA PS i ee a ge A ae eh As een 13 TCP IP Networking 4 9 5 oua Se Or A AAA A 20 Termination Panel BODA ET Gee a haha gd 6 Termination Panel Console 6 Timme ACT A O eevee the phan men dotted Raed ena see etree ON 31 MNO oe abated E athe Rad a UE AS DES e LE UE E ID dE pM a Sie E 29 List Of Illustrations Figure 1 eCNA Front Panel Illustration Figure 2 eCNA 100 DIP Switch Configuration Figure 3 LSN Dip Switch ID configuration table Figure 4 RS 232 TCP IP configuration screen Figure 5 Embedded TCP IP Configuration welcome screen Figure 6 Embedded TCP IP Configuration Status screen Figure 7 Embedded TCP IP Password screen Figure 8 Embedded TCP IP Set Up screen Figure 9 Mainboard Port Illustration Figure 10 TCP IP network example Figure 11 Network status LED s Alarm volume jumpers Timing Diagram 1 Standard Operation Timing Diagram 2 Fault Stop Shutdown and Restart sequence Timing Diagram 3 Intermission Stop sequence Timing Diagram 4 Curtain Call sequence 50 Strong International eCNA 100 Major replacement parts Below is a listing of the major components that make up the eCNA Use this table when ordering replacements or inquiring about repairs eCNA 100 Replacement Parts Strong P N OEM P N eCNA CPU Board Piezo Transducer Alarm 39307 CNA eCNA 100 Display PCB 5172009 39326 E CNA Power Supply PC Board 5198304 CNA Power Transformer 64011 DPST Rocker Switch
23. CineSuite Manager The CineSuite software operates over TCP IP communications protocol meaning that it can be used in conjunction with the internet via a modem or any ethernet connection It allows remote access to the automation network and provides a means of remotely monitoring devices on the CNA network CineSuite Reporter software has a full color interface for quick identification of remote problems Reporter can also email status reports to managerial personnel and generate reports over long periods of time in order to gather important performance data CineSuite similarly requires a Host PC and a hardware interface device The Host PC must be at least a 486 66Mhz running Windows 95 or above The CineSuite package is constantly under development with new features being added regularly See the CineSuite Guide for additional information regarding the installation configuration and implementation of this software Strong International 37 Timing Diagrams eCNA 100Automation Manual Timing Diagrams for the eCNA 100 38 The following Timing Diagrams show timer values output configurations and cue events for all the outputs Timers and output configurations such as pulsed maintained power up and fault conditions are defaulted on the eCNA 100 and can only be changed with the Host Program These timing diagrams can be extremely useful to help understand the operation and capabilities of the eCNA 100 The first timing diagram shows the Stand
24. Enable front panel overrides The Sound Lights Lens Masking and Auxiliary front panel switches will override the outputs without affecting the program The next instruction will override any manual changes Factory Default Disable front panel overrides The Sound Lights Lens Masking and Auxiliary front panel switches are only used for programming Curtain Call Enables the Curtain Call function and overrides the original Curtain Call function Place the Curtain Call cue at a distance before the next cue that is equal to the curtain close time When the eCNA 100 sees the Curtain Call cue the curtains begin to close the changeover closes and sound is muted At the next cue the curtains will begin to open After the CURTAIN CLOSE TIMER counts down to zero the curtain will be fully open and the changeover will open and the sound is selected Original Curtain Call function Factory Default Run Til End of Film Enables the Run til End of Film function This overrides the normal 7 second motor off delay The projector motor will run until the film runs out of the failsafe Factory Default Disables the Run til End of Film function The projector motor will shut off after the normal 7 second delay Strong International eCNA 100 Automation Manual System Overview S2 4 On Off S2 5 S2 6 On Off Fire Stop Enables the Fire Stop function 39331 Booth Termination Board Converts the Remote Stop inp
25. FILM TECH THE INFORMATION CONTAINED IN THIS ADOBE ACROBAT PDF FILE IS PROVIDED AT YOUR OWN RISK AND GOOD JUDGMENT THESE MANUALS ARE DESIGNED TO FACILITATE THE EXCHANGE OF INFORMATION RELATED TO CINEMA PROJECTION AND FILM HANDLING WITH NO WARRANTIES NOR OBLIGATIONS FROM THE AUTHORS FOR QUALIFIED FIELD SERVICE ENGINEERS IF YOU ARE NOT A QUALIFIED TECHNICIAN PLEASE MAKE NO ADJUSTMENTS TO ANYTHING YOU MAY READ ABOUT IN THESE ADOBE MANUAL DOWNLOADS WWW FILM TECH COM Strong eCNA 100 Automation CINENTET Setup and Operation Manual Revision 1 04 May 2007 eCNA 100 Setup and Operation Manual PRO12 Revision 1 04 This manual covers the setup and operation of the CNA Cinema Automation Optional CineNet and related equipment is covered in the following product reference manuals PR001 CNA Installation Manual PR002 CNA 200 Setup and Operation Manual PR003 CNA 150 Setup and Operation Manual PR004 CNA 100 Setup and Operation Manual PR005 QDC 400 Installation and Setup Manual PR006 ACP 50 Installation and Setup Manual PR007 RVC 5 Installation and Setup Manual PRO008 PCI 64 Gateway Interface Installation PR009 CineNet Host Software PR010 RCM 10 RSM 10 RSM 20 Installation and Operation Manual PRO11 Strong Dimmer Installation Setup and Operation Manual PR012 eCNA 100 Automation Manual PR013 eCNA 150 Automation Manual PR014 eCNA 200 Automation Manual PR016 Strong FP350 Installation and Operation Manual PRO1
26. RRRRE s2 T LEE El 9 9 e Cm cm J om 0m o ID 37 e CEA Um cm om ol 1 ON sx o s 1 AMABAN o zs T BRERARBH v I Mi o s MNaRFRPN de of of ok pee Berri o o 1 NNNRNURE s T DANEDEGE mse 7 AMOUR PEEL OI de oe RESP OEY on ee REDE o z o z Dee ABRA z q RERWRWWE T ABM BROOM ss T AREMAN E 002 J eee em 00 d o Ov pp wm RD wm wes T ABANDONA 0 2 T BRERHRBA moo 1 NBNRNRE 10 so 1 HAGUNBMA of ole o oe DES ABBRGABG 10 25 1 EDRRENAN o e D NNENEMN 10 57 I RNRRRNM on Hose Meee of oe eR SERI one ee REEDS mato T MNRBRRN z I BMNNRRREN conse TAMU s I RB EEE on de d RENTES pcm wm ae o u ABBA o z T MMNNE e I MuNNE mse Mii de ole o oe wei T AMABA ome 1 MMNRRRRN mse I NWRRENN D o I MR on Aae EYE de de ERSTE de ee REESE o z o z eg E om Cm Cm ID 13 LLTTTTTTI ID 29 ofr A Sorpurzsstetzct oro tzsss575 oN pg m mD 45 7 BEERHRNR weer T RBM 9 w 14 T PRA m so T MRRUREN w lt I BNRRURE v c 3 AUD wats T MMNNENER s T ABRE v c I BERR v o TR Figure 3 Front Panel Overrides
27. T A E EME AUR UL P PARU 17 Manu Overrides Esos er i esate E ncmo Mri ae Coder la erm paci e ats eoe TE 26 Memory Faults d ber ie aC o e Se UU ee do ox paca ARES Te al eed erbe s 24 Operating the eC NA 100 55 24 Does G98 Sect REP QURE RU DE Adi 25 Operator Interface qv vetere gea e o opc e wed Cea ew d coe eee aa Se e qc P cot tn 3 OVErVIE W METTE CEU 2 PS E 18 PUCTI d network interfaces roo oot over E EET Oe ly a EORR MEE Eau dutem o ef ou us 29 Power Up micssages deu ed ayes dow we wie ee es WS dodi Qt di a ate war eie c VM P spn aes 29 Program o S iso cue eae xU MA POMA xU MCA ud MAL A ME 4 Strong International 49 DOPO 14 ROQUE 5 Sita e a o nC LM LP oe tl ES 10 RS 232 Selah BOR A he Bow Pero ae Oe a ee 18 Russ Titio PAWNS e San Sees toe See eG ace baad Sa ENDO NS Nd ence ed PIE S 27 CUP weee A A EAS AA AS ASAS AS ia Uta aes p NN ESO 23 Software Revision ISO te aay tee Pa tee hake eta eet dha eed ue ead oa 36 Sis frat acbee es be dle A rie dane ded oe arx aaa te Gee Me aes Oa en te A oe Jd 5 Sati IR e o to AL Arf d rae a r o dl lo o atio E Re 20 Status LEDS A A A a iot E ER ae 5 22 BIOD tt e td o TAS oy 5 SUDAN aos Ei ace aca YA E d ere a E O A id 16 SUDEDVISOLV ia a UN a ca aS quu Nadia dc 29 Switch CONT SU ANON ria na ote Sac Poeno etr Nas 8 A e a e e e e a ese esie 5 26 Sync Fallsate Fauler FT isla nade EA dea aes 28 Synchronous Operation S Less ue ae es A e M p qur el at a e t e TM e 26 T
28. UM 94 dBA HIGH 98 dBA See below w5 w5 w5 mo LO eXe LO roso MD Mimo ooo MD 020 HI 27 HI HI VOLUME VOLUME VOLUME Low Volume Medium Volume High Volume Setting Setting Setting Alarm Loudness Setting o gageo oeoe eee o LJ LJ C4 se sl EL el STATUS LEDS LED LED2 LED3 E VOLUME oooog LSN LIN 5V ubl sa se Ja E gi EE j 5V Indicates 5 volt power supply is OK LIN Local I O Network Status LED LSN Local Sync Network Status LED Figure 11 Status LEDs There are three status LEDs on the 39425 Main CPU Board These indicate the status of the 5 volt power supply the LSN and the LIN Following are the three conditions for the LIN and LSN LEDs Fast Blinking Rate The eCNA 100 computer is working and is communicating properly Slow Blinking Rate The eCNA 100 computer is working but is not communicating Off The eCNA 100 computer has a problem Strong International 29 Setup eCNA 100 Automation Manual Section 2 SET
29. UP STOP Please note at this point you should have completed the entire installation of the automation system If you have not go to the Installation manual and complete it before proceeding Programming the eCNA 100 30 Programming is accomplished with the Programming keys and the Program and Cue numbers The eCNA 100 gives the user the ability to build and store up to 9 different programs Each Program can use up to nine cues The following steps describe how to edit a program l Press the PROGRAM EDIT key to activate the edit mode The PROGRAM EDIT LED will toggle on The CUE up and down arrow keys are enabled and the PROGRAM and CUE displays will stop blinking if show is in progress Select the program to edit with the PROGRAM up or down arrow keys Program the Sound Lens and Lights for each cue using the programming keys Program the Auxiliary outputs OUT 1 through OUT 4 if an Aux Board is connected to the system One or more of these outputs can be on at a time Use the sHOW END key to indicate the end of the program Select a different program to edit or press the PROGRAM EDIT key to de activate edit mode The PROGRAM EDIT LED will toggle off The PROGRAM number and CUE number up and down arrow keys will be disabled and the displays will slowly blink if the show is in progress Following are some simple rules to remember when programming Programming a SHOW END cue locks out subsequent cue numbers keeping
30. Variable 4 Variable 5 Channel 1 Up 10096 Down 0 Mid 1 50 Mid 2 50 Channel 2 House Up 100 Down 0 Mid 1 50 Mid 2 50 Channel 3 Up 100 Down 0 Mid 1 50 Mid 2 50 Channel 4 Up 100 Down 0 Mid 1 50 Mid 2 50 Zone Name pw 1 1 House 3 Zone 3 5 Zone 5 B fees 7 Zone 7 p pes 9 Zone 9 11 Zone 11 13 Zone 13 15 Zone 15 RVC 5 Disabled The States of No Op and None Although the No Op and None states would seem to do similar things they actually behave quite differently No Op can be thought of more accurately as No Change and None more like All Off The way each of these works is slightly different depending on what it is being used for Power Up States The eCNA Automation remembers its current state for its outputs even when power is lost This gives the eCNA automation the ability to return to its pervious state when power is re applied No Op When the power up state is set to No Op the eCNA will return the outputs to their previous state before the power loss For maintained outputs this means engaging the relays and for the pulsed output the relays are pulsed Strong International 47 Addendum eCNA 100 Automation Manual 48 None When the power up state is set to None the eCNA will do nothing on power up It also sets its internal state for these outputs to none For maintained outputs the relays remain off and for pulsed outputs there is no pulse Fault t
31. ard Operation from power up to show end Standard Operation implies a running a program with no interruptions stop or faults or special effects curtain call or intermission The defaults for each outputs are indicated in the last column of the timing diagram Default timer values and pulse durations are indicated in the bottom margin of the timing diagram The diagram indicates automatic and programmed outputs The second timing diagram shows the Fault Stop Shutdown and Restart Sequence The area of interest is the shaded portion of the diagram This shows the default Fault to conditions Projector Motor and Lamp OFF Sound NON SYNC Slide Projector ON House Lights UP Changeover CLOSE Stage Lights UP These default conditions can be configured in the eCNA 100 Set up Supervisory section of the Host PC Program The third timing diagram shows the Intermission Stop Sequence The area of interest is the shaded portion of the diagram At the Intermission cue the Changeover and Curtain will close Seven seconds later the Projector Motor will shut off and the Slide Projector will turn on Sound Lights and Out 1 2 3 and 4 can be programmed for any state during the intermission A Restart will start the Projector Motor and a film cue will initiate the show start sequence The last timing diagram shows the Curtain Call Sequence The area of interest is the shaded portion of the diagram At the Curtain Call cue the curtain begins to clos
32. as output contacts for the following functions output Name Contact Connection Type Lamp Com N O 10A and P6 Override Connector Motor Com N O 10A and P6 Override Connector Close N O 10A P6 Override Connector and P7 Factory Wiring Changeover Com to Open and Close Relays Changeover Douser Line and P6 Override Connector Open N O 10A P6 Override Connector and P7 Factory Wiring Ground To P7 Factory Wiring Connector Projector Motor Line To Projector Com and P6 Override Connector Changeover Douser Line To Changeover Com and P6 Override Connector Lens Turret Line To P9 Factory Wiring Connector Neutral Neutral To P7 and P9 Factory Wiring Connectors Slide Projector Com N O 10A Sound Mono N O 5A Sound SVA N O 5A CTE CE CTE COIN Somax CON CTN CIN Up N O 5A and P5 Override Connector Stage Lights Com to Stage Light Relays and P5 Override Connector Down N O 5A and P5 Override Connector Open N O 5A and to P5 Override Connector Curtain Com to Open and Close Relays and to P5 Override Connector Close N O 5A and to P5 Override Connector tasking Fat NO Saana to P10 Over Connector N O 5A and P6 Override Connector Lens Special N O 5A and P6 Override Connector Com to Lens Relays and P6 Override Connector Out 1 Com N O 5A 14 Strong International eCNA 100 Automation Manual System Overview The Combo termination panel
33. cond delay Changeover Open Sound If the show is re started with a CUE input there is no need for a show start cue Strong International 31 Setup eCNA 100 Automation Manual The show start sequence is as follows CUE Xenon Lamp On Projector Motor On Lens Masking Lights Curtain Open 7 second delay Slide Projector Off 1 second delay Changeover Open Sound The Curtain Call function will issue a curtain close at a selected cue For example suppose you wanted your curtains to close and the end of your trailers and open back up at the start of your feature presentation You would place a cue at a distance before the end of the trailer that is equal to the curtain close time and another cue at the beginning of the feature The sequence of events are as follows Cue n with Curtain Call Curtain Close Sound if programmed Lights if programmed Cue n Lens Masking Changeover Close Lights Curtain Open 7 second delay Changeover Open Sound Operating the eCNA 100 In the Ready to Run state the FILM PRESENCE LED will be off and the START LED will be blinking Select the program 1 through 9 that you want to run with the up down arrow keys Press the START switch to start the show The START LED will toggle on 32 Strong International eCNA 100 Automation Manual Setup When a show is running the current states of the Sound Lens Lights and Auxiliary will be shown wi
34. ction 3 Setting Full Duplex lt lt lt You must cycle power to activate this new parameter gt gt gt Press any key to continue_ Selection 4 Setting Half Duplex lt lt lt You must cycle power to activate this new parameter gt gt gt Press any key to continue_ Function 5 CNA IP Address 192 168 000 000 Function 6 Subnet Mask 255 255 255 000 Function 7 Gateway IP 000 000 000 000 Function 8 Setting On Line Function 9 Setting Off Line 22 Strong International eCNA 100 Automation Manual System Overview HTML IP Configuration Ethernet settings can be configured via your web browser when the eCNA is connected to your LAN Local Area Network This option provides a means for configuring the IP Subnet mask and Gateway IP only at this time A computer on the ethernet network can access the configuration status page when the eCNA s IP address is known and entered in the web browser s address bar Cinesuite Cinesuite GINENET MENS moved AVANCE ao the point of io the point of Simplicity Simplicity Figure 5 Embedded HTML server shown IP address browser entry directs user to a welcome screen with hyperlink selections The second illustration is the status page showing various network parameters ena sor sume pe TT amaa foa newer Dem Genie mre uo eres cargas rum owner ested Wek secre Jeans 102162001100
35. ction Hardware The eCNA s ethernet port is of the 10BaseT variety this means that it communicates at a maximum of 1OMB s This makes it a natural requirement that the hardware path support this speed The cable should be of the standard Cat5 type and terminate in RJ45 connections Twisted pair wiring is used and should follow standard conventions for ethernet hardware Below is a diagram representing these wiring terminations The RJ connectors when installed must be of the proper type for the wire used Stranded or Solid Sound termination is required for proper reliable performance as is true for any type of networking connection A special tool is used to crimp the RJ45 connector on the wire and practice is usually needed for a reliable termination Consult your IT staff or a qualified electrician during installation 1f problems arise Strong International 25 26 System Overview eCNA 100 Automation Manual Cable is standard 1 1 twisted pair EB GEEN A Blue White Green Brown White Brown RJAS RJ45 0 no nw QN N 0 0100 B 1 Orange White 2 Orange 3 Green White 4 Blue ONOW The hub switch or router used with your network must also be configured to accept 10MB s network traffic Most hardware manufactured today accepts and in many cases automatically configures itself to either 10 100 or 1000 MB s Some older hardware requires a switch to be manually set to the proper net
36. dard components that make up the automation system LIN are described in the following sections Control Panel Operator Interface The automation controller and front panel interface is a self contained unit that can either be surface mounted to the booth wall or can be mounted in a standard 19 rack The unit will house the main CPU the front panel interface and the power supply for local and remote power for the Local I O Network Communications to the local I O devices and other remote CNA systems is accomplished via several serial ports on the Main CPU The Local I O Network LIN Com Port This is the interface for the Local I O Network that will support the Main I O Interface the Console and Booth Termination Panels and other auxiliary devices Strong International 3 System Overview eCNA 100 Automation Manual The Local Synchronous Network LSN Com port This is the interface for the Interlock and Copy function between CNA 100 systems Remote Monitors and PC Host The P8 RS 232 Setup Port This Serial communications port is used for configuring the eCNA via a special cable The RJ45 ethernet port This is a standard TCP IP interface it is used for configuring the eCNA as well as running the CineSuite software The flexibility of this communications protocol is key to achieving full control of your system whether digital film or mixed See the CineSuite user guide for full details The front panel is used to setup prog
37. data with and receive control from other automations and a host computer over a TCP IP ethernet network The eCNA 100 operator interface is user friendly and self explanatory Once some basic rules are learned you will be programming and running basic programs in less than an hour To enhance the operation of the eCNA 100 and provide a higher level of control the CINENET Gateway PC Card and Host software is available This product will provide a PC interface to the eCNA 100 automations The Host PC and software will allow management to access programming data logging and diagnostic information from all systems connected to the network Access to data and system upgrade software will also be available via the modem Internet This model offers a RJ45 Ethernet connection and runs the TCP IP protocol This interface will facilitate the CNA s interaction with other devices in the projection booth and is a convenient way to configure and monitor the automation This manual provides the installer and user with the necessary information to install setup and operate the eCNA 100 automation system The installer is encouraged to read all sections of the manual before proceeding with the installation If while installing or operating the eCNA 100 automation you find any part of the manual to be unclear or incorrect please let us know Call STRONG INTERNATIONAL at 800 424 1215 if help or additional information is required 2 Strong International eCNA
38. e The next cue will begin to open the curtain The curtain close time is determined by the distance between the curtain call cue and the next film cue Sound Lights and Out 1 2 3 and 4 can be programmed for any state during the Curtain Call Strong International eCNA 100 Automation Manual Timing Diagrams CNA 100 Automation Timing Diagram Standard Operation show end power up START cue O cue 1 cue 2 cuen K segmentO gt j segment1 gt i segment2 gt i segmentn gt end Default Output Type K Motor Lamp Maintained A K Slide Projector 1 Maintained At L L Changeover Open 4 K gt Pulsed Changeover Close 1 Pulsed Memorized For For For For ror Flat Hor Hor For For Hor Scope Special Pulsed ror or For Nonsync Hor or Lor Mono Hor or or SVA Nonsync Lor or Lor Digital Hor or Lor Aux 1 L L Aux 2 lt Pulsed 6 Mute Pulsed E Hor For For r or House Light Up up Lor Lor Lor Lor House Lights Mid 1 Lor Lor Lor Lor House light Mid 2 House lights Down Pulsed up Stage lights Up Fors Lor Lor Lor Stage Lights Down Pulsed Curtain Open Pulsed Curtain Close Pulsed Memorized Out 1 or or or or Pul
39. e sync loop number on each automation in the loop must be the same To begin a movie insure that the sync cue is positioned before the cue detector on the first machine Press the START switch on any machine in the loop All projectors will start simultaneously As the sync cue passes through each projector the show start sequence will initiate At the end of the show each machine will shut down independently as the tail of the film runs out of the projector On endless loop systems all projectors will continue to run until the last machine sees the end cue At that time all projectors will shut down simultaneously System Status Messages The eCNA 100 contains a list of status messages that can be displayed due to various internal or external conditions Most of these messages given indicate system faults There are also some internal power up and reset diagnostic messages most of which will not and should not be displayed Fault Condition Messages The Fault Condition messages can be divided into three categories Internal memory faults run time faults and failsafe faults Strong International 33 Setup eCNA 100 Automation Manual Memory Faults The internal memory faults are generated when there is a checksum error Briefly a checksum is an arithmetic sum of the contents of memory that is stored in the memory itself and is re computed and checked each time the eCNA 100 is powered up Each of the Programs 1 through 9 and the Syst
40. em Parameters have a checksum The fault messages are displayed and blinked rapidly on the three digital displays Message Description POI Program 1 Checksum Fault P02 Program 2 Checksum Fault P03 Program 3 Checksum Fault P04 Program 4 Checksum Fault P05 Program 5 Checksum Fault P06 Program 6 Checksum Fault P07 Program 7 Checksum Fault P08 Program 8 Checksum Fault P09 Program 9 Checksum Fault PAr System Parameters Checksum Fault If any of the Program memory faults are displayed on power up clear the fault by pressing the ALARM CANCEL key Press the PROGRAM EDIT key to enter the edit mode Cursor to the program that has the checksum error Scroll through the program to verify it If all the steps look okay press any key to re calculate the checksum Press the PROGRAM EDIT key again and cycle power to verify that there are no other checksum errors A System Parameters memory fault will be displayed if there is a checksum error This error must be cleared from the Host PC by copying the system parameters from the Host Program to the eCNA 100 If you are not using a Host PC the system will be using the default parameters and can not issue a System Parameters Checksum Fault Run Time Faults These three messages will be displayed if there are the following communications faults Message Description LIn Local I O Network Fault LSI Local Sync Interlock Fault LSC Local Sync Communications Timeout Fault The Local I O Network Fault
41. ently supports several types of termination systems The type used depends on the specific requirements of the projection booth designers The Dual termination system consists of two panels that support all standard console and booth equipment control I O The functions are logically divided between the two boards according to the location of the projection booth equipment The Console termination panel controls the equipment that is normally associated with the console system such as the projector lamp film monitoring etc The Booth termination panel controls other functions such as masking curtains and lights The Dual termination system s versatility lies in that it allows both the Booth and Console termination panel functions to be placed in separate locations The Single termination system combines most of the functions of the Console and Booth units into a single panel This panel provides the option of a single lower cost alternative for installations that do not require all of the options that separate units offer Both of these systems have now been taken out of production The 394xx termination panels have been designed to operate in a similar fashion while providing new flexibility required for digital integration The 39432 2 Film board takes over for the original 39330 console termination panel The Film termination board is primarily used to interface with traditional console equipment Controls are given for functions such as Xen
42. es user defined EEPROM parameters and enables default IP of 192 168 0 254 and half duplex communication This is of obvious value to the technician configuring the eCNA in the field This selection would allow a unit with unknown IP parameters to be used for troubleshooting or substitution without re configuring it 20 Strong International eCNA 100 Automation Manual System Overview TCP IP Ethernet Configuration The eCNA 100 will need to be configured in order to assist other devices in interfacing with it via ethernet Configuration is accomplished either with the Dumb Terminal P8 RS 232 port on the eCNA 100 s mainboard or the Ethernet RJ45 connection The installer will need to configure the IP Default gateway and the subnet mask The eCNA s Hardware or MAC address is also configured during setup At this time it is not an option to use the HOST software to configure TCP IP settings RS 232 Based IP Configuration The installer can use a windows PC or Laptop running a terminal emulator or any other device with dumb terminal capabilities and a RS 232 communications port Settings are as follows 19 200 Baud 8 Data bits No Parity 1 stop bit and hardware handshaking With power off connect the cable from your terminal to P8 upon power up the terminal should come up with the configuration screen shown below this is the eCNA s Ethernet configuration menu Any selections made using this method are stored in the eCNA s non vola
43. hronous projector control user selected data transfer and real time remote automation status The Local I O Network LIN is designed to provide remote I O control for each screen in a complex A standard RJ45 Ethernet connection provides operation over TCP IP for interface with various devices The CINENET network offers many advantages over point to point wiring such as reduced installation costs reduced wiring errors and high noise immunity CINENET also allows management to program and access real time status of all auditoriums in the theatre complex from a central location using a personal computer Strong will continue to develop new CINENET products that will provide the control and flexibility the theatre industry demands Strong International System Overview eCNA 100 Automation Manual Section 1 SYSTEM OVERVIEW The eCNA 100 Cinema Network Automation is a CINENET compatible automation system specifically designed for the motion picture and theatre industry The system is modular in design consisting of the operator interface and system peripherals The main computer and each peripheral device are defined by their common functions and locations in the booth The devices within the system communicate with each other on a serial communications link Automation systems and remote stations distributed throughout the booth and other areas of the multiplex communicate on a second serial communications link The eCNA can also exchange
44. lm Motion Failsafe Input Parallel with P2 Failsafe Cue Detector Input Parallel with P2 Film Tension Remote Stop Failsafe Input Parallel with P2 Failsafe Input Parallel with P2 Features Low current dry relay contact outputs High current dry relay contact outputs Override connectors for plug in cable to override switches Projector motor fuse Changeover fuse Plug in I O CPU Control Board to handle I O and serial interface Terminal Blocks for connection to the console and booth equipment The I O Control Board simply plugs onto the relay board to provide I O and the network interface This Panel PC board will connect to the Local I O Network LIN The outputs are then configured at the PC Host Locally on the CNA or via CineSuite and TCP IP where applicable The relays and plug in I O CPU Control Board get their power from the LIN cable This board will generally be mounted in a cabinet on the booth wall but can also be mounted in the console next to the Booth Termination Panel This termination board is listed for legacy support and informational purposes only see the section below for current production models 10 Strong International eCNA 100 Automation Manual System Overview Film Termination Schedule The Film termination board has output contacts for the following functions output Name Contact I Connection Type Lamp Com N O 910A and P6 Override Connector Motor Com N O 10A and P
45. nt 1 gt lt segment 2 gt lt segment 3 gt lt segment 4 gt Output Type Motor Lamp Maintained e Slide Projector Maintained Changeover Open Pulsed Changeover Close Pulsed Fors ror ror Flat Fors For4 For4 Scope Special Pulsed or or Hor or Nonsync or Lor Lor Lor Mono or For tor For SVA or Lor Lor Lor Digital or Lor Lor Lor Aux 1 A1 L A1 Aux 2 lt gt Pulsed Mute Pulsed Fors For For For House Light Up Lor Lor Lor Lor House Lights Mid 1 Lor Lor Lor Lor House light Mid 2 House lights Down Pulsed Stage lights Up or ron jee ia Stage Lights Down Pulsed Curtain Open Pulsed Curtain Close Pulsed Out 1 or or or or Pulsed Out 2 or or or or Pulsed Out 3 or or or or or Maintained Out 4 or or or or or Maintained Default timer values A Sound Changeover Delay 7 seconds Notes 1 Cue 0 is the Sync Cue when running in sync and happens at start when not running in sync A1 Timer A 1 second 2 Place Curtain Call cue at a distance before cue 3 that is equal to the curtain close time K Off Delay 7 seconds L Lens Changeover Time 8 seconds Pulse Duration Changeover Pulse 0 2 seconds default All other outputs 2 seconds Timing Diagram 4 Strong International eCNA 100 Automation Manual Addendum ADDENDUM Software Changes This section details the eCNA 100 software changes Version 4 010 Checksum 103 Date 1 21 05 Added new System Parameters flag to allow better control of the Password Thi
46. o states No Op When the Fault To state is set to No Op the eCNA will not change the relay states on a fault For maintained outputs the relays will not change For the pulsed outputs no relays will pulse None When the Fault To state 1s set to None the eCNA will turn off all outputs It also sets 1ts internal state for these outputs to none For maintained outputs the relays are turned off for pulsed outputs the relays are not pulsed Strong International Index SACAR Libia ser coti ce ted dale A e Md editt t dbi 20 UBA ss ta d 18 Al rm CANCE dais du ap atl aed A EE EPA e pt o A dp abi aes 5 Alarm DODGE e SS oes S a m wed a e SR ee c A diene ue 22 Booth ternumauon AA a a SEN OU P e Ste Vade ts 7 Checks Focus Alarmi Choo Ced ats metu e M E SE SOT ELE Eq diae dudes gt t acd 12 Check Foc sdelay i a Lucus oq dono p pe E EDO EIC eh o oe Ecce da eee 12 CAEN DO OH Cert th ater pec a aa bet etit O ao x LE 30 Cine Net Host ea cata et padecer Re de a epa CEA ees tado deg get eie 29 CNC SUNG dia lod sa sd ra Chee E E cie 30 ine Suite A Very v teet ee drea ode Rea e ecu d yea Hw p ter tale we Wane ee 30 CNA PEO STAM ado aos nU eO wd UNIS ds moth 23 Console Termmaton Panel uteveteaetemodawe et anae prea RR DEI DS PA Seb bs 6 Copy Functions script te oe do o eto ecg ten eg tecum Cul crm e e tef chis mo 29 edu ME CM 6 Cucine s Nec sta A ee a Se e UM SUR nM SUR RR E REA 4 Curtaim Call Kec eee adiac a e aede ot es dit ROCA oe s AN d Su beu e
47. on Lamp Changeover Projector Motor and Slide Projector The 39431 House Aux termination panel replaces the original 39331 booth termination panel This House Aux board will be used to control the booth functions The 39432 1 Combo termination panel is a replacement for the 39332 single termination panel As with the single termination panel this combination board offers a mix of functions associated with each individual Film and House Aux board The Film House Aux and Combo termination boards must be configured for compatibility mode operation when being used with the eCNA 100 See the installation manual or the 394xx termination board supplement Currently the eCNA 100 does not support the new digital inputs and assignable outputs these termination boards offer Strong International 7 System Overview eCNA 100 Automation Manual Termination Panel Features Console Termination Schedule This panel supports the input and output termination interface and provides connections for standard booth functions as listed below Contact Connection Type On Off On Off Changeover Open Close Lens Turret Flat Scope Special Slide Projector On Off Input Name Function Film Presence Failsafe Input Parallel with P2 Film Motion Failsafe Input Parallel with P2 Film Tension Failsafe Input Parallel with P2 Cue Input Failsafe Cue Detector Input Parallel with P2 Features High current dry unpowered relay contact outpu
48. ort on the LSN communications link Sync Interlock Failsafe Fault This fault indicates the master or one of the slave eCNA 100s has a failsafe fault that is preventing the interlock loop from resuming a show The following message is displayed to indicate this fault Message Description LSr Not Ready To Resume Fault LSr Need Master To Resume Fault LSr Not Ready To Run The Not Ready To Resume Fault indicates that the automation cannot start a show because at least one of the eCNA 100 remotes are not in the Ready to Resume condition The Need Master To Resume Fault indicates that there is no master The master may be lost if the communication wires are disconnected power is lost or the sync input sync switch is not enabled at the master The Not Ready To Run Fault indicates that the automation cannot start a show because a least one of the eCNA 100 remotes is not in the Ready to Run condition Event and Show Logs When running Host software the eCNA 100 is capable of sending data over the LSN to a Host PC When running CineSuite software the eCNA is capable of sending data over both the LSN and the ethernet network This is a historical record of automation activity including faults starts stops cues and other occurrences Show logs contain data specifically about a particular show this data can include show numbers events and times that the events occurred total down time and many other important parameters See
49. p A tuae ahs ut E 29 Status io desata rada ee ah bey ads alee bane ie gaan tga Aa 29 Section 2 SEUD SA Sage OR Ao M ye he AA DA Hae ae au oye pate oo aks 30 Programming the eCNA 100 aa ia as AV PA LER Beas 30 INTERMISSION and CURTAIN CALL Keys 0 0 ccc cece ccc ene hh 31 Operating th ec NA TDU Ss ua ds A ia ES 32 Soft Manual Overrides 42s aprisa e a ato 29 Synchronous Operation lu o op A rtr ao ue ide Ir Ed 33 System Status Messages oy oes xe ea RATER ARE EN NACER Wa seg n 33 Fault Condition Messages 454 6p OPER RAT SPOILER SOs Peak EPOD ASSI E dts 33 Memory Ella e co codi be 2 tele ates gd Mo te te ced d 34 Ene Tie Faults ar s duet Qus noe TNR QS MEPS neo ee Matas ane s 34 Sync Interlock Failsafe Fault ista snoot ladrar PI e 35 Power Up Messaves sr ean drm eau ates a Riga ee te e cuc ate a 36 Cinesure Manresa dns pan dew AAA 37 Addendum Software Changes The States of No Op and None eCNA 100 Major replacement parts INENET An Introduction to THE CINENET SYSTEM Strong International s CINENET is an automation and control network designed specifically for the Motion Picture Theatre Industry CINENET provides a low cost connection to various control and I O devices in the projection booth auditorium and throughout the theatre complex CINENET is divided into multiple network layers The Local Synchronous Network LSN is a complex wide data network that provides advanced sync
50. ram and run the shows It also displays error and status messages to the user The front panel incorporates up to nine manual override switches used for emergency manual control These are rocker type switches and their general functions should be obvious to the operator All manual controls circumvent the electronic circuitry giving the user the ability to control the major functions in the event of an automation failure The manual control functions are listed below PS e SE Cinema Network Automation amp CNA 100 O CURTAIN pease OPEN a 2 PROGRAM EDIT v SOUND LIGHTING AUXILIARY e 9 MANUAL CONTROLS MONO sva gt DIGITAL Al J FILM PRESENCE FAULT Sa FILM MOTION FAULT FAULT OND A ts LENS amp MASKING DEFEAT ay 9 e e O XENON LAMP FAULT MID2 DOWN FLAT SCOPE SPECIAL J JL LJ c E open A N E IARY 34 A ara as E INTER CURTAIN R CLOSE OES herida Mission CALL Figure 1 PROJECTOR Maintained ON AUTO LAMP Maintained CHANGEOVER Momentary OPEN CLOSE LENS Momentary FLAT SCOPE LENS Momentary SPECIAL CURTAIN Momentary OPEN CLOSE HOUSE LIGHTS Momentary UPIDOWN STAGE LIGHTS Momentary UPIDOWN AUXILIARY Momentary ONI ON2 29799 Sy PE 4 Strong
51. ressing Below are two very basic examples of possible network designs The first shows eCNAs connected behind a router switch hardware firewall The host PC can be configured to utilize the internet via the router s uplink the decision to do so is up to the administrator and recommended only if remote functions are actually necessary The Host PC can be used for everyday tasks like email and web browsing The second illustration shows an isolated intranet where there is no outside access all of the network components and hardware are dedicated to the eCNA theatre automation network This of course will make advanced remote tasks through the CineSuite software package unavailable unless you are directly connected to your local network The administrator must weigh their options and decide which CineSuite features are likely to be used and which network configuration will provide proper support for other ethernet based equipment that may be present Although not a major threat in most cases the hazards of computer email viruses Trojan horses and worms could affect the operation of all devices over ethernet Proper care must be taken to limit exposure on any computers connected The eCNA is not susceptible to virus infection but the increased network activity of an infected PC would most likely slow your network to a crawl It is important that the SW3 7 and 3 8 DIP switches are placed in their proper positions during ethernet set up 3 7 sets
52. rt A Senses 5 25 Volts AC or DC referenced to Start B Start B Return Path for Start Input Stop A Senses 5 25 Volts AC or DC referenced to Stop B Stop B Return Path for Stop Input Digital 1 Cue A Senses 5 25 Volts AC or DC referenced to Digital 1 Cue B Digital 1 Cue B Return Path for Digital 1 Cue Input Not available or used when termination board is configured for compatibility mode This mode must be used with the eCNA CNA 100 automation Strong International 11 System Overview eCNA 100 Automation Manual House Aux Termination Schedule The House Aux termination has output contacts for the following functions output Name Contact Connection Type Side Mask Flat n o 5A and P2 Override Connector Side Mask Scope n o 5A and P2 Override Connector Side Mask Special n o 5A and P2 Override Connector Side Mask Com Com to Side Mask Relays and P2 Override Connector Top Mask Flat n o 5A and P2 Override Connector Top Mask Scope n o 5A and P2 Override Connector Top Mask Special n o 5A and P2 Override Connector Top Mask Com Com to Top Mask Relays and P2 Override Connector Close N O 5A and P3 Override Connector Curtain Com to Open and Close Relays and P3 Override Connector Open N O 5A and P3 Override Connector House Lights Up n o 5A and P3 Override Connector House Lights Mid 1 n o 5A House Lights Mid 2 n o 5A
53. ry relay contact outputs for Slide Projector and Environmental Control A plug in I O CPU Control Board to handle I O and serial interface Override connector for plug in cable to override switches Override connector for optional override switches Large terminal blocks for user interface This Panel PC board will connect to the Local I O Network LIN The outputs are then configured at the PC Host Locally on the CNA or via CineSuite and TCP IP where applicable The relays and plug in I O CPU Control Board get their power from the LIN cable This board will generally be mounted in a cabinet on the booth wall but can also be mounted in the console next to the Booth Termination Panel This termination board is listed for legacy support and informational purposes only see the section below for current production models Strong International 9 System Overview eCNA 100 Automation Manual Single Termination Schedule This panel combines most of the functions of both the Console and Booth Termination Panels The connections and functions are listed below Output Name Contact Connection Type Projector Motor On Off Xenon Lamp On Off Changeover Open Close Lens Turret Flat Scope Special Slide Projector On Off Masking Flat Scope Special Curtains Open Close House Lights Up Down Mid 1 Mid 2 Stage Lights Up Down Sound Processor Mono SVA SR Digital Aux Non sync Mute Film Presence Failsafe Input Parallel with P2 Fi
54. s new flag now overrides the existing DIP Switch control as follows Flag Description Default Use the existing S2 3 logic On password Off no password Off No password required regardless of S2 3 setting On Password required regardless of S2 3 setting If you are using a Host program with the Network setting this flag to other than the Default state requires a new version of the Host Program or you may loose this setting at the CNA Added Edit field to Setup CNA System screen 140 to allow changing this flag locally Password Control Default S3 6 inhibits the serial output flag that causes the RCM 10 RSM 10 Remote Station to sound the alarm for the Check Focus Delay when the CNA starts a show The Switch settings are as follows S3 6 Description Off Enable the RCM 10 RSM 10 Check Focus Alarm On Disable the RCM 10 RSM 10 Check Focus Alarm Added logic to Screen 111 Setup CNA System to edit the password Password 1234 This new parameter replaces spare bytes that should be zero which will cause the password to be defaulted the first time this version is run This results in a MEM FLT SET UP the first time only Added programmable power up states for Masking Flat Scope Special None No op Sound Non Syn Mono SVA SR Dig 1 Aux 1 Dig 2 Aux 2 Mute Off Mute On No op At this time these states can only be defined at the Host Strong International
55. se the up and down cursor keys to change the loop number Up to 9 different loops can be on the sync network 0 disables the machine from sync operation The user is prevented from changing the Sync Loop number when sync is enabled with the Sync Key Fault Status LEDs These LEDs display the status of the fault conditions Film Presence Film Motion and Xenon Fault The LEDs are off when there is no fault present When a fault exists the LED will blink rapidly Strong International 5 System Overview eCNA 100 Automation Manual Power Switch Supplies power to the automation main controller and termination panels Fault Defeat Key This key will defeat or bypass the fault inputs film presence film motion and xenon lamp This key is normally used for testing the projection equipment or newly edited programs It is not recommended for normal operation The LED will blink when the Fault Defeat is activated Alarm Cancel Key This key will cancel the local alarm and all remote alarms This key is also used to clear any of the latched faults Pressing the Alarm Cancel key once will cancel the alarm Pressing the key again will clear the fault condition Cue Input Key This key provides a manual cue input This is similar to the cue input from the electronic cue detector or pick off This key is always active during a show 6 Strong International eCNA 100 Automation Manual System Overview Termination Panels The eCNA automation curr
56. sed Memorized Out 2 or or or or Pulsed Out 3 or or or or Maintained Out 4 or or or or Maintained Default timer values A Sound Changeover Delay 7 seconds Notes 1 Changeover occurs only when there is a lens change A1 Timer A 1 second 2 Stage Lights Up always follows House Lights Up K Off Delay 7 seconds 3 Stage Lights Down always follows House Lights Mid 1 L Lens Changeover Time 8 seconds 4 Cue 0 is the Sync Cue when running in sync and happens at START when not running in sync Pulse Duration Changeover Pulse 0 2 seconds default 5 Cue n is the End of Show cue All other outputs 2 seconds 6 Mute occurs only when there is a lens change except at show start Timing Diagram 1 Strong International Timing Diagrams eCNA 100Automation Manual CNA 100 Automation Timing Diagram Fault Stop Shutdown amp Restart Sequence power up START cue 0 fault stop RESTART segment 0 gt lt segment 1 gt K segment 3 Default Output Type Motor Lamp Maintained XN Slide Projector po Maintained A1 A1 Changeover Open Pulsed Changeover Close Pulsed Memorized For rors Fors Flat Hor Hor Hor Scope Special Pulsed See Note 1 Nonsync a Mono SVA Nonsync Nonsync Digital Aux 1 Aux 2 Pulsed Mute Pulsed
57. th the LEDs on The cue number displayed is the next cue the eCNA 100 is waiting to see When troubleshooting a program or system the operator can press both the START and STOP keys simultaneously to force a show to quit Soft Manual Overrides During run mode pressing any of the Sound Lens Lights or Auxiliary keys will drive the output to that state Note This will not alter the saved program At the next cue the program will override any manual changes Synchronous Operation The eCNA 100 systems are capable of running film synchronously in a multi projector booth The eCNA 100 can be programmed for any one of nine sync loops and allows nine different sync loops on the network at one time Pressing the SYNC key will activate the sync operation and disable the up down arrow keys This prevents the machine from joining another sync loop that may be running and causing a fault on those machines when it drops off the loop To change the SYNC LOOP number press the SYNC switch to deactivate Set the loop number with the up and down arrow keys and press the SYNC switch again to activate The LED on the SYNC switch indicates whether sync mode is active To run in sync the following conditions must be true l A sync cue must be added to the beginning of the film This is the first cue that is seen by the automation It acts to initiate the start up sequence for each machine 2 Sync Mode on each automation in the loop must be enabled 3 Th
58. the Host or the CineSuite manual for more information on event and show logs Strong International 35 Setup eCNA 100 Automation Manual Program and Configuration Copy Functions The Dos Host and CineSuite software package allow the user to copy individual programs and configuration details from and to your eCNA 100 Due to limitations imposed by the eCNA 100 front panel the Host CineSuite package must be used to access these functions Supervisory Supervisory configuration is only accessible via external programs system variables such as lighting levels for the QDC 400 and sound configuration on the RVC 5 as well as system settings including Delays password and output configurations can all be set up here See the Dos Host or CineSuite user guide for further information on these functions Power Up Messages Upon power up the eCNA 100 will display a series of messages The following messages should be displayed at power up Message Description 403 Version Number 2 seconds 237 Checksum Number 2 seconds PUP Power Up Reset 2 seconds These messages will be displayed in this order each time the eCNA 100 is powered up Each message is displayed for about 2 seconds The first message is the software version number version 4 03 in this example The second is the software checksum number and the last message indicates to the user that it is a power up condition Additional Software 36 CineNet Host Software Package Dos
59. the default parameters Knowing the eCNA s IP address and using the Ping command from a PC can let you quickly determine the status of your network s hardware Switch 3 8 configures the mainboard for either ethernet or LSN networking If this switch is not in the proper location ethernet functionality will be limited Strong International 21 System Overview 28 eCNA 100 Automation Manual eCNA1 eCNA2 ass B80 B80 S loin Ego Bio e89 0 P Host PC aoa Goo E ca E a coco 000 a 8 8 B coo o BP o B n 2 A E 1 23 4 5 6 7 8 U o Tx O 0 00 Or Q O OQ Q RO O 0 00 0 0 0 0 O lnO O O O O O O O O 10 100 Hardware Router Switch eCNA1 eCNA2 cinema Network Automation CNA 100 amp cinema Network Automation NA 100 igo E8o 89 QI Bo 30 BSO O P c EEEO H Host PC Server cece 000 opoo 000 P ccoo CoO o BP coo coco O O 2 3 4 5 6 7 8 U o TO OO OO 0 GS WO 3D 200 0 0 0 O LnkO O O O O O O O 0 10 100 Hub or Switch Figure 10 Strong International eCNA 100 Automation Manual System Overview Alarm Loudness setting The alarm loudness can be set for one of three intensities LOW 87 dBA MEDI
60. tile EEPROM memory and will remain until changed by the user Note a DIP switch is provided on the mainboard to select a factory default configuration for the ethernet communications port These settings are as follows IP 192 168 0 254 Half Duplex It should be noted here that the CineNet software can now run on either the LSN as before or Ethernet with the CineSuite software package Main Menu Status Set MAC ID Set IP Address Set Ethernet Full Duplex Set Ethernet Half Duplex Go On Line Go Off Line NOOBRWN ENTER SELECTION Figure 4 TCP IP setup screen RS 232 This is a listing of the menu items encountered while setting up the eCNA s IP address and networking options through the RS 232 interface Warning HyperTerminal will most likely not work when using a PC as a Dumb Terminal for altering the eCNA s Ethernet configuration settings Use Polygon or ProComm Terminal emulator instead Strong International 21 System Overview eCNA 100 Automation Manual Main Menu Status Set MAC ID Set Ethernet Full Duplex Set Ethernet Half Duplex Set CNA IP Address Set Subnet Mask Set Gateway IP Address Go On Line Go Off Line oA It nuh 0 NH ENTER SELECTION Selection 1 CNA 100 1 040 Status MAC ID dd dd dd dd dd dd Mode Full Duplex CNA IP Address 192 168 001 000 Subnet Mask 255 255 255 000 Gateway IP 000 000 000 000 CAI On Line Selection 2 MAC ID dd dd dd dd dd dd Sele
61. ts High current override connector for plug in cable to override switches Projector motor and Changeover fuse Plug in I O CPU Control Board to handle I O and serial interface Terminal Blocks for connection to the console equipment The I O Control Board simply plugs onto the relay board to provide I O and the network interface This Panel PC board will connect to the Local I O Network LIN The outputs are then configured at the PC Host Locally on the CNA or via CineSuite and TCP IP where applicable The relays and plug in I O CPU Control Board get their power from the LIN cable This board will generally be mounted in a cabinet on the booth wall but can also be mounted in the console next to the Booth Termination Panel This termination board is listed for legacy support and informational purposes only see the section below for current production models 8 Strong International eCNA 100 Automation Manual System Overview Booth Termination Schedule This panel supports the input and output termination interface and provides connections for standard booth functions as listed below Up Down Mid 1 Mid 2 Slide Projector On Off Mono SVA SR Digital 1 Digital 2 Aux 1 Aux 2 Nonsync Mute preamp 1 preamp2 Input Name Function Remote Start Senses Contact Closure WRT Input Return Remote Stop Fire Stop Senses Contact Closure WRT Input Return Features Low current dry relay contact outputs High current d
62. ut to a Fire Stop input and the Slide Projector relay K13 to a Fire Stop output Fire Stop acts like a Remote Stop with the following exceptions Sound is Muted Slide Projector on 39330 Console Termination Board is turned off or held off K13 relay Slide Projector on Booth Termination board is turned on 39332 Termination Board Remote Stop input must be enabled on board W1 OPT1 jumper across pins 2 and 3 changes the Film Tension input to a Remote Stop input Converts the Remote Stop input to a Fire Stop input Fire Stop acts like a Remote Stop with the following exceptions Sound is Muted Slide Projector is turned off or held off Disables the Fire Stop function Factory Default Undefined Check Focus Delay Enables the Check Focus Delay function In Clock Start or Timed Start the alarm will sound prior to the show starting Disables the Check Focus Delay function Factory Default The Check Focus feature alerts the operator that the show is about to start This gives the operator time to make any quick adjustments and to insure the image on the screen is in focus S2 7 On Off Event Logging Enabled Events are sent to the Host computer Factory Default Disabled Events are not sent to the Host computer The eCNA has the ability to send system event logs to a Host P C via the LSN connection See Host user manual for more information Strong International 19 System O
63. verview eCNA 100 Automation Manual S2 8 Content Player On Enable Off Disable Factory Default This switch allows the eCNA to interact with a digital content player Serial commands exchanged between the content player and CNA automation allows the digital projector and film projector to share the screen in a coordinated manner See CAI user Guide for further information S3 1 Program Edit Key Password On Enable User cannot change programs View Only Mode Off Disable Full program edit functions Factory Default View only mode indicated by Program Edit LED Flashing S3 2 to 3 5 Undefined Always Off Factory Default These switches are undefined and should remain in their default OFF positions S3 6 RCM RSM 10 Check Focus Alarm On Enable the RSM RCM 10 Alarm Factory Default Off Disable the RSM RCM 10 Alarm Enables disables alarm on RSM RCM 10 20 Alarm when enabled will sound to warn projectionist to check focus before the start of a show and after check focus delay S3 7 TCP Host On TCP host routing enabled Off LSN Host routing enabled Factory Default Configures which port the eCNA uses for Host communications The eCNA can send and receive host information via ethernet or standard LSN depending on this switch s configuration S3 8 Default internet parameters On Default parameters used TCP IP Off User parameters used for TCP IP Factory Default This switch disabl
64. witch has a decimal value Add up the decimal values to get the ID number For example ID number 15 would be 8 4 2 1 15 or a DIP switch setting of 001111 See below S1 3 On d Decimal value 32 Off 0 Decimal value 0 Factory Default S1 4 On d Decimal value 16 Off 0 Decimal value 0 Factory Default S1 5 On d Decimal value 8 Off 0 Decimal value 0 Factory Default S1 6 On d Decimal value 4 Off 0 Decimal value 0 Factory Default S1 7 On d Decimal value 2 Off 0 Decimal value 0 Factory Default S1 8 On d Decimal value 1 Factory Default Off 0 Decimal value 0 Strong International 17 System Overview eCNA 100 Automation Manual S2 1 Off S2 2 Off S2 3 Off 18 9 N ARERARAR m T ARBERARA e o eg ore M ova w 16 T BRRBgENAR m z E AA orpozstsssoss 9 o e E om ml El Um cm A on on pg m 1D 1 dd dll ID 17 33 MAG RRA ID 49 MAA re LESS SEE OFF ore Fe ok ASSRRB RH 017 T NRRGRAME 1o s gt T RADAR BBY 4 Matti wm ae mm Daz BRRRRRQN tots T BRAGA m s T BBWENHEH 10 so T HNGNBBNA of of d oe pas Berri onto 1 ARMA o s T BANEDERE o I MIN on eaae EE de PAELLA on ee BEET o z o z e E om cm zl zl om E ON D 4 T LL DEl ID 20 A ggeuizcotstcosh 5 oppozsssems ON pig z D 36 BEE
65. work speed A simplified wiring connection can also be used Active Connections the above cable is a standard store bought 1 ethernet cable it may be desirable to wire only ah GEMENS the necessary contacts when terminating your 6 own connections The critical connections are O Xo 3 shown in the diagram to the right Positions Defined on RJ Connector 1 Tx 2 O wn 2 Tx Some users may find it desirable to connect their a eCNA directly to a host computer using the M J ethernet port In this case a special cable known as a crossover cable must be used Most hubs and switches have an automatic crossover in CrossOver Cable them eliminating the need for such a cable however in the case of a direct eCNA to PC connection the crossover must be hard wired The diagram to the right shows the crossover connection When configuring your eCNA using ethernet and the default TCP IP parameters you must configure your network card in your laptop or PC for communications with the eCNA Begin by setting your network card for a static IP address the address used should be in the 192 168 0 x range x can be any number from 0 to 253 Save your changes and exit open your browser and enter the IP in the search bar or use CineSuite to configure the eCNA O C N N wo O Strong International eCNA 100 Automation Manual System Overview TCP IP Networking Overview The eCNA should be

Strong eCNA-100 setup and operation manual - Film-Tech

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