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Intellabeam System User Manual

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1. gt d 8 amp Gb 4 4 X 4 C Go do 4 08 GC 4 b 9 e 5 5 LI gt gt 36 37 27 37 38 38 39 39 39 39 39 40 41 41 41 42 43 45 46 46 46 47 48 48 49 49 49 51 51 51 56 57 58 59 FIXTURE Figure 1 Figure 2 Figure 3 Figure 4 Figure 5 Figure 6 Figure 7 Figure 8 Figure 9 Figure 10 Figure 11 Figure 14 Figure 15 Figure 17 TABLE OF ILLUSTRATIONS Fixture Side View Fixture Top View Fixture Bottom View Chassis Overview Fixture Rear Panel Fixture Front View Mirror Installation Power Supply Board Lamp Adjustment Gobo Wheel Optical Sensor Detail Motor Drive Board Fixture Communication Board Gobo Wheel Specifications CONTROLLER Figure 12 Figure 13 Figure 16 Controller Front Panel Controller Rear Panel Controller Board 11 14 22 26 27 22 33 35 54 lil INTRODUCTION The Intellabeam lighting system is one of the most advanced of its kind Each luminaire has two on board microprocessors one to handle communications data and one to manage the myriad of other chores such as beam positioning color and gobo changing etc The stepper motors are micro step
2. ini CO 1 CO CO lt lt lt gt 0 1 NU 6 4 1 0 AS 0 lt lt lt lt lt lt lt lt lt 0 PO dx 62 2 U1 OY 1 Oy 1 CY Cs i lt The Intellabeam Fixture Setup Channels 257 512 in parentheses 19 The Intellabeam Fixture Setup 0 LAMP INFORMATION Each fixture comes from the factory supplied with an MSR 400 lamp The lamp is packaged inside of a lamp carton for shipping purposes so it is necessary to install the lamp into the fixture by carefully following the lamp installation and adjustment instructions When installing the lamp be sure to retain the protecuve sleeve over the quartz envelope during insertion Never touch the bulb with bare hands If it is touched remove all oil and grease using a cloth moistened with methylated spirit before operating the lamp INSTALLATION AND REPLACEMENT To install the lamp in the fixture make sure the power is turned off to the unit Remove both the bottom access door and the top access door Position the lamp socket as far back as possible to the rear of the fixture
3. an 28 Mae hg a 28 Index continued jl MT 2 37 JOYSTICK 37 LAMP INFORMATION rims DU ADJUSTMENT AND FOCUS 20 AVERAGELIFE 23 INSTALLATION s dU End e 20 OPTIMIZA TION EE 20 REPLACEMENT A 21 MAINTENANCE i 22 MANUAL 2 255 HUE Bas 4l MANUAL OPERATION 48 MASTER SLAVE PORT 46 32 FEM 32 MEMORY ACE 28 MEMORY 48 MEMORY SEQUENCING 47 MIRROR ASSEMBLY 2 MIRROR REPLACEMENT 25 MODULA E reser 31 42 COLOR MODULATE 31 42 MODULATE 32 43 LIGHT 32 43 20 20 OPERATING VOLTAGE 2 13 28 29 PAGE ADVAN
4. e es art sends ace 12 DELE dudo inlet ted 38 DIAGNOSTIC LED INDICATORS D 23 quo Eu 23 LAMP INDICATOR evn ds aep rau ends Duro 23 MOTOR INDICATOR sac puro PE DH Dear 25 DINING quens dois 2 91 DIP SWITCHES ADDRESS DIP 5 16 PERSONALITY DIP SWITCHES 15 DMX 512 CHANNEL AND ADDRESS TABLE 17 CONTROLLER 15 PAE 30 EXTERNAL MEMORY STORAGE AND TRANSFER 48 FIXTURE 10 Seats boone I5 few chat can 10 FIXTURE EXCLUSION 46 13 ORG ee a eee 21 37 aside dein oet ie te 37 CODO Y EE ah Seok eos 4 WHEEL SPECIFICATIONS 25
5. 29 TROUBLESHOOTING AND REPAIR 25 uct 10 VOLTAGE VOLTAGE CONFIGURATION CHART 13 VOLTAGE REGULATION 23 VOLTAGE SELECTION LL LLL 12 MM 38 XLR CONNECTORS Grand be LLL 12 61
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7. CO CO d PO d d Ul LO CO Ui J CO 4 OWL d Ul d Ul Ui Ul A Ul 1 3 00 0 lt lt lt CO lt o Wh amp Uii O03 FW N 4 1 02 OO FO CO 0 ND WW UI lt lt 4 14 1 100 0 1 100 10 0 lt lt 1 100 00 00 lt 1 1 OO CO CO Ui 1 Ui J 1 Ul J 1 CO 1 CO CO 4 require personality switch 4 to be on DMX 512 CHANNEL AND ADDRESS TABLE 437 lt lt lt lt lt lt 54 4 0 4 40 410 lt lt I CO CO 2 lt lt lt OY 4 CO Oy 1 0o 1 lt lt lt wo
8. 30 292102 Ajddns 1 7 8405 9 pesn iON pesn 0 ej DOR BOK ION Dedi Midi atn nies veria diarias 6 9 8 9514 0 23 i duty OGAVC 13 le 19 89 01 e 62 dup dup s 3 33 3 575 eYo oYo 972 1455 9405 684255 425 071 Wv3gv113INI Io4u02 8 0 Wid SAHIS cu PAPO UO UD un4 JON per mter ca 10 226 1 mm 014 15209 19209 115704 15204 18209 0125 425 1241 zin 9 iON OPOW 2 du LNN 403 9 04102 0151 dum RL YDS 04005 821 121 du exuls 291 HOS POI 9 S YDS 93 BE YDS 93 The Intellabeam Fixture Setup FIXTURE CONFIGURATION Located on the rear of the fixture are two 8 position DIP switches labeled PERSONALITY and ADDRESS These switches are used for testing set up and control of specialized parameters 111 TYPICAL 8 PO
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10. Remote Analog Control inputs two 8 pin DIN sockets Input voltage enable threshold 3 5 VDC Input voltage disable threshold 1 5 VDC Remote enable standby via 3 5mm 1 8 normally closed jack Input voltage of 5 to 16 VDC closes circuit Remote fixture power enable and Auto remote cooling system shutdown _ Voltage selectable 120 240 50 60Hz Current Fused at 1 5 A 20mm X 5mm Standard Rack Mount 4 spaces DIMENSIONS 475mm W X 175mm H X 344mm D BOXED _ 338mm W X 244mm 457mm D WEIGHT 7 2 Kg BOXED 9 1 Kg specifications subject to change without notice 21 piDog pl JOJOW SU JOSUSS 0409 JOJOW 0400 JOSUBS 99 10109 JOJOW 99UAA 1009 TINGS JOJOW Weg pes JON 1058995 50 IOIOW SIXV KY 5 X pasri ION 165096 59 X 211 80818 ae ili an ili IBI 8 1 5 PESTE peer nes 2 E 52 Cit EPUM 5 88 271 m ud 18d 18d 18d 18d 18d Id 83 012 pJ 2 88084 096 0986 096 Wad Wad 8808 8 105592014 so 2 ees II 2 ga 92 sod coi 95229 1992455 616 FEZES 2150 2 T 002 166418 42029218
11. be mounted with a single clamp in the center of the yoke or with two clamps on either side of the yoke To attach the mirror secure it to the mirror mount with the two allen screws provided see Figure 7 Mirror Installation anbi 1880935 5 8 95 HOHUIN 1 par ddns uejuBn pue 5 9125 1494005 GZ X 26 0 OM BU aoejdaeH UMOUS se qnu uo 7 Qn 5 9125 X ZE G SU Suoni Suf 8150 JOLY The Intellabeam Fixture Setup 12 DATA CABLES The Intellabeam fixture requires a standard 3 pin XLR connector for data input Data cables should be constructed using shielded two conductor cable with a male connector on one end and a female connector on the other end Solder the shield to pin 1 one conductor to pin 2 and the other conductor to pin 3 NOTE DO NOT USE THE GROUND LUG ON THE XLR CONNECTORS OR ALLOW THE SHIELD TO CONTACT IT DURING ASSEMBLY AS A GROUND LOOP COULD BE CREATED AND CAUSE ERRATIC FIXTURE BEHAVIOR Microphone cables will work if the pin connections are the correct Each cable should be tested with VOM for correct polarity and to make certain that neither connector is grounded before use The controller should be connected to the input male XLR connector of the first fixture with a data c
12. 01 ONIQIAX3S 33434 73015 51594 3 8 201 435 4350 DN 3UniSID4 X Nive 01 3504 3 LON X2OHS 21412313 80 3414 41 JHL 320035 OL ISN TwILNXIIS34 804 LON 34915 LON 04 5 08 5 35193 3efSUdX3 ONIdWV 138 380438 e3 Ud JAOWSS LOH NOILNYI INO NI TWANVW 35 5 35914 NOIL VIATOJ3N I 43 1114 TANVIN 1351 35 314 43H13 55323 0 _ pui Y EN SvX31 NIISQYV INVI 83 48 ISIM 6022 3532 YOIOW IWNV38V10131NI 5 9905 esp ening 9 sue 9 The Intellabeam Fixture Setup SETUP 0 UNPACKING Observe caution to avoid jarring or dropping a carton containing an Intellabeam fixture or controller as they contain fragile glass and electronic parts Inspect the outside of carton upon arrival in the presence of the shipping agent and make a note of any aberrations on the shipping bill Open each carton immediately upon receipt remove all contents and carefully inspect each item for signs of freight damage If any damage is found notify the shipping agent an
13. 37 REMOTE ENABLE 38 STEREO AUDIO INPUTS 39 ANALOG INPUT DIN CONNECTORS 40 RS 232 PORT 41 240 120 SELECT 22 Description instructs all active fixtures to begin changing Gobos with the music The Gobo wheel begins changing from its current position each change initiated by the audio input signal The Audio regulates the sensitivity instructs all active fixtures to dim to their minimum Intensities and then vary with the amplitude of the music The Audio knob regulates the sensitivity The maximum brightness obtainable is controlled by the master Intensity the personality of the controller to Master or Slave 50 60 Hz for time base change Analog Control access to Pages or Presets and other special functions XLR female jack provides control signals to all connected fixtures Pin 1 is shield Pin 2 is and Pin 3 is 1 4 stereo jack to link a master controller to a slave controller The 38 4K BAUD output is serial data and it requires a shielded two conductor cable 1 4 stereo jack to link a slave controller to master controller The 38 4 BAUD output is serial data and it requires a shielded two conductor cable 3 5mm 1 8 mini jack for remote Standby of controller two RCA type phono connectors for line level audio signals two locking 8 pin DIN connectors for the remote recall of a Memory s Pages or Presets with an analog controller for communication with computers dur
14. Fixture Setup 16 ADDRESS _ The address DIP switch on the rear of the fixture allows for the selection of up to 512 control addresses The DIP switch settings corresponding to the fixture addresses are outlined in the following charts The Lightwave Research Intellabeam controller can address 24 different fixtures simultaneously The 24 possible address numbers for a single controller are designated on the chart by a dash before the address number and after the DIP switch settings The switch settings for DMX512 output protocol are also found in the following charts NOTE DMX 512 CONTROL REQUIRES THAT THE PERSONALITY DIP SWITCH ALSO BE SET FOR EITHER LOW CHANNELS 1 256 OR HIGH CHANNELS 257 512 ADDRESSES The Intellabeam Fixture Setup DMX 512 CHANNEL AND ADDRESS TABLE CHANNEL 4 mdr CHANNEL 4 SWITCHES ON NONE 1 3 4 6 1 x 23 46 2 con 1 2 3 4 6 1 2 5 6 1 5 6 5 2 2 5 6 2 3 1 296 15 253 3556 4 3 6 1 4 14553 5 2 4 1 2 3 5 6 1 2 4 4 5 6 3 4 1 4 5 6 1 3 4 2 4 5 6 2 3 4 1 2 4 5 6 1 2 3 4 3 4 5 6 L5 1523 4 5 6 1 5 B 2 3 4 5 6 22 9 1 2 3 4 5 6 7 20399 164 2 7 9 l4 1 2 3 5 3 1 4 5 1 4 5 2 3 7 52 4 1 2 33 222 426 4 7 3 4 5 1 4 7 1 3 4 5 2 4 7 2 3 4 5 1 2 4 7 1223 40 3 4 7 6 1 34 7 1 6 2 3 4 7 2 6 1 2 3 4 7 1 2 6 5 7 3 09 1 3 6 2255 7 2 3 6 2222527 42 3 5 3
15. Gates will close IMPORTANT IF ALL LAMPS DO NOT IGNITE UPON TURN ON DO NOT TURN OFF CONTROLLER TO DO SO WILL START THE INTERNAL COUNTER PREVENTING IGNITION OF ALL LAMPS UNTIL THE COOL DOWN TIME HAS ELAPSED INSTEAD DEPRESS THE HOME KEY FOLLOWED BY THE ADDRESS ES OF THE FIXTURE S THAT DID NOT IGNITE THIS WILL HOME ALL SETTINGS OF THE CHOSEN ADDRESS AND RE IGNITE THE LAMP 36 The Intellabeam Controller Operation CONTROL PARAMETERS Once powered up there are several options available To familiarize yourself with all of the controls experiment with the following examples The controller has many capabilities some of which are complex others are more straight forward Let s assume that you have four fixtures set to Addresses 1 4 Notice that no light is emitted from the fixtures although all LED indicators in the Address Preset display are illuminated The I M P display shows 99 0 1 01 with decimal points at the top of each display Depress the Standby key and all fixtures will be in their normal default settings Default values are no color large circle gobo closed gate fully open iris full intensity fastest mirror speed no delay and 0 1 seconds crossfade time Depress the Select key followed by Address numbers 1 4 or the Addresses you have to assume manual control The Select and Address LED s will flash and the decimal points will move to the bottom of the display to indicate C T P Construct Timing Page mode T
16. KEY 18 SELECT KEY 19 RECORD KEY 20 ERASE KEY 30 enables the setting of Crossfade times 0 1 to 99 seconds of lamp Intensities and 1 sizes from the previous Page into the Page being programmed Crossfade times must be shorter than the Advance rate in order to insure their completion enables the setting of a delay from 0 0 to 99 seconds before the current Page advances to the next Delay time is added to the setting of the Rate If the Rate is set at 10 seconds and the Delay at 5 seconds 15 seconds will pass before the current Page changes during Auto Advance C T P mode defaults to Delay at a time of 0 0 When in Audio Advance mode Delay times are overlooked NOTE XFADE AND DELAY ARE PAGE WIDE TIMING PARAMETERS returns a fixture or fixtures to their Home positions at any time while in Playback Mode I M P display It can also be used to re ignite a fixture which may have failed to strike upon initial power up To Home a group of fixtures depress the Home key followed by the Address keys corresponding to the fixtures to be Homed The Home and Address LED indicators will flash for 10 seconds as the procedure begins the light Gates will close and then the LED indicators will go out Once Homed the fixtures will return to their programmed positions and the light gates will open If pages are Advancing then the fixtures will join the sequence running Each time the controller is powered up all fixtures are automat
17. Presets the analog input signal can be momentary or it can be latched on If the remote analog port is not used then the controller can only access the twenty four Presets stored in group one Once the appropriate analog input channel has been activated a particular Preset can be accessed by depressing an Address Preset key numbered keys 1 24 That Preset will continue to operate until another Preset key Is depressed the Preset group number is changed or the controller is placed in the Standby mode 45 The Intellabeam Controller Operation 46 _ REMOTE ENABLE Located on the rear panel of the controller is a Remote Enable input jack that __ allows an external source to take the controller in and out of standby The Remote Enable input overrides all over functions The jack is normally closed 3 5mm 1 8 mini jack that accepts a 3 5mm mini phone plug The controller functions routinely with no input to the Remote Enable input When a plug inserted into the jack the controller goes into standby and remains there until voltage positive 3 16 VDC is sensed The voltage restores the controller to its prior mode of Operation MASTER SLAVE CONFIGURATION A An Intellabeam system is expandable via the Master Slave port to any multiple of twenty four control channels or addresses By using a two 3 _ conductor shielded cable with 1 4 stereo plugs on each end multiple controllers can be linked tog
18. REMOTE PAGE ACCESS To use the Remote Page Access feature the controller DIP switch must be set with switch number three in the off position The input channels one through twelve correspond directly to Page numbers one through twelve Activating channel one will call up Page one on the control panel and channel two will call up Page two and so on If any combination of two channels are turned on it will call up the Page number corresponding to the combination of the two channel numbers with the lowest channel number first and the highest channel number second For example if channels one and two are activated simultaneously it will call up Page twelve on the control panel If channels three and seven are activated it will call up Page 37 Channels ten eleven and twelve besides corresponding to the matching Page numbers are also used as special function keys Channel ten is a ten times multiplier channel eleven is number doubler and channel twelve is a number inverter For example if channels five and ten are activated it will call up Page fifty If channels two and eleven are activated it will call up Page twenty two If channels two four and twelve are activated it will call up Page forty two instead of twenty four Chart 5 below summarizes the function of the twelve Remote Analog input channels If more than two of the input channels one through nine are activated simultaneously only the lowest t
19. The Intellabeam system is covered by a limited 1 year parts and labor warranty It is the owner s responsibility to furnish receipts or invoices for proof of purchase purchase date and dealer name If unable to produce such proof date of manufacture will determine warranty duration It is necessary to obtain a return authorization number 4 BEFORE any units are sent in for repair The manufacturer will make the final determination of warranty coverage This warranty does not cover lamps fuses or glass parts ALL ITEMS MUST BE RETURNED IN THEIR ORIGINAL PACKING OR SUITABLE CONTAINER TO BE ACCEPTED FOR WARRANTY REPAIRS Shipping charges are the purchaser s responsibility and all shipments to the manufacturer must be prepaid Under no circumstances will freight collect shipments be accepted Return shipment within the Continental United States for all warranty repairs will be paid by the manufacturer Prepaid shipping does not include rush expediting such as air freight Air freight can be sent customer collect in the Continental United States Any damage incurred in shipping is the responsibility of the carrier In the case of hidden damage claim should be made as soon as discovered and all packing retained for inspection REPAIR OR REPLACEMENT AS PROVIDED FOR UNDER THIS WARRANTY IS THE EXCLUSIVE REMEDY OF THE CONSUMER LIGHTWAVE RESEARCH INC OR ITS AGENTS SHALL NOT BE LIABLE FOR ANY INCIDENTAL OR CONSEQUENTIAL DAMAGES FOR BREAC
20. _ the created loop and then begin running the loop accordin g to the Advance mode The speed that each loop is run through is controlled by the chosen Advance mode and any adjustments available to it 47 Intellabeam Controller Operation 48 REALTIME CONTROL You may take manual control of one or more fixtures while program is running by depressing the Select key and the Address es This allows you to use the fixture in the follow spot mode parameters can adjusted temporarily without altering a Memory s contents as long as the Record key is not depressed 7 When manual control is no longer desired return them to the Program running by depressing Select again To prevent accidental changes the Record key is automatically disabled while pages are advancing _ EXTERNAL MEMORY STORAGE AND TRANSFER The Intellabeam controller contains a self recharging NiCad battery backup for memory storage programming information is automatically retained even during power down or power failure It is possible however to backup the memory on a high density floppy disk or hard drive to insure against the loss of data or to increase the amount of programming space available _ NOTE Memory storage and transfer can be performed with commercially available communications software capable of ASCII file _ transfer Inside the front cover of this manual is a disk which conta
21. and the Preset mode _ PRESET MODE The mode of operation in which th controller has access to any one of the twenty four _ Presets on the front panel 288 Presets are available if the analog input port is used The _ Address Preset key in the upper left hand corner of the controller oggles between the Address and the Preset mode INDEX ACCESS DOOR BOTTOM ACCESS DOOR 6 al dco eased etos 2 ADDRESS SELECTION 16 AUDIO AUDIO 1 ADVANCE T Il 31 42 AUDIO 2 ADVANCE seb e dar 22142 AUTO ADVANGE 31 42 CLP DISPLAY 29 CHANGING GOBO COLOR GATE WHEELS 23 CHANGING SENSORS 2 22222222222222 23 CLEANING AND MAINTENANCE 23 COLOR SELECTION 5 seta pcb dire ox ty bear ack nal 37 COLOR WHBBEBL dau dus ate lice que eas cue 2 CONS RUO 29 CONTROLLER PERSONALITY DIP SWITCHES 34 CONTROLLER SETUP 1 aerea esL Y 34 ADDES uiuit dieu S guid des uud
22. based controller It has much to offer both as a programmable memory driven system and as a real time operator driven controller Each of the nine memories in the controller contains 99 pages of information or scenes The 24 address keys also function as 24 presets that can be accessed instantaneously Each of the 891 pages of memory is user programmable providing storage for pan ult color gobo iris strobe and dimming information It also allows for the storage of information concerning the speed of the beam from one page to the next how long of a delay each page will have before proceeding to the next page and the manner in which one page will crossfade into the next The pages can be stepped through manually automatically with a variable rate or they can be triggered from a music source Loops can be created within the memory for repetitive motions There are also a number of modulation effects that can augment a program or provide synchronization to music Aside from standard features there are a number of programmin g features such as page copying and home positioning that aid in making the job of lighting design quicker and more efficient The design and development of this system represents an enormous amount of thought and effort as well as trial and error in order to bring the project to completion It has many powerful capabilities that were designed to give the lighting designer a rich palette of tools both from a hardware and a
23. computer is ready to receive the data depress the Record key again to begin the transfer to the computer The controller will display the Memory and Page number as it is being saved to disk After saving all nine The Intellabeam Controller Operation Memories and ninety nine Pages the program will prompt you to terminate the transfer at the computer keyboard Return the controller to normal operation by depressing the Select key Upon completion of the memory transfer all Memories will have been downloaded to the computer and saved on disk The controller will still retain all of the data UPLOADING The controller must be in the standby mode to initiate a memory transfer To upload data from the disk to the controller choose the P play option from the backup program menu It will then prompt you to enter the file name from which the memory will be loaded If you do not know the file name all of the files can be listed by choosing the L list option from the main menu After enterin g the file name depress and hold the Erase key for about twenty seconds until the display reads PL 01 01 When the Erase key is released the Select key will light up The computer will prompt you to enter a Y on the keyboard and the transfer will begin As the file is being transferred to the controller the Memory and Page display will count up When the transfer is complete the display will be at Memory nine Page ninety nine and the controller wi
24. in the closed position A Dark Page is indicated by CL in the C T P display for the Gate DELAY _ A time interval from 1 second to 99 seconds that must elapse before a Page advances to the next INITIALIZED PAGE A Page in which any parameter has been programmed including a dark Page NON INITIALIZED PAGES _ Page which has been marked as the beginning or end of a loop It can be created by depressing the Select key followed by depressing the Erase key two times in succession Non Initialized Page is indicated by a series of dashes in the display when any Address key is depressed This Page is blank but is different than a Dark Page because it directs the Program back to the first Page in a loop Non Initialized Pages also refer to those that have not been programmed before XFADE abbreviated form of Crossfade This refers to the smooth transition in Intensity and beam size available between Pages SPEED The adjustable value used to specify how fast the mirror travels from one spot to the next Page to Page If the speed is the set the same for all fixtures regardless of the distance traveled all beams will reach their destinations at the same time ADDRESS MODE mode of operation in which the controller has access to one of twenty four Addresses on the front panel The Address Preset key in the upper lert hand corner of the controller toggles between the Address
25. see Figure 13 Controller Rear Panel The Remote Analog Access port has priority over a front panel key selection an active input channel prevents any Subsequent change of Page number on the controller front panel until the channel _ 15 de activated Only the Remote Enable jack can override the analog input port To remotely access Pages and Presets any control device able to provide twelve channels of at least 3 5 VDC such as a theatre console a rock desk or a touch panel will suffice REMOTE ANALOG CONNECTORS 1 6 amp 7 12 10 11 common negative not used Chart 4 Controller Pinout for Remote Analog Access Port 43 The Intellabeam Controller Operation 44 The Remote Analog Access port can be used with the controller in or out of the _ Standby mode If Standby is on the analog input signal will override the Standby key and it will begin to flash It will access the chosen Page or Preset and the Standby key will continue to flash as long as that channel is active De activating the channel will return the controller to the Standby mode _ Standby is off the analog input signal will call up the appropriate Page or _ Preset When the key is released the controller will continue to run in the same _ mode that it was in prior to receiving an analog input signal NOTE THE STANDBY LED WILL FLASH WHENEVER THE CONTROLLER SENSES AN INPUT TO THE REMOTE ANALOG INPUT PORT
26. software point of view A little time invested in reading this manual will pay big dividends by saving you programming time and effort With a little patience and creativity it won t be long before you can achieve maximum performance from your system THE INTELLABEAM FIXTURE DESCRIPTION FEATURES COLOR 11 dichroic colors plus an open aperture for white an indexed bi directional wheel GOBO 12 gobo patterns etched on an indexed bi directional wheel see figure 10 Gobo Wheel IRIS variable iris for beam sizing variable speed gate for strobe and lamp dousing DIMMING with MSR lamp dimming capability of 40 170 degree mirror movement TLT 110 degree mirror movement MIRROR ASSEMBLY contains pan and tilt motors and mounts to fixture body with 4 allen screws Electrical connections are made with two plug in connectors The lens and retaining thumbscrew protrude into the mirror assembly see Figure 2 Fixture Top View and Figure 6 Fixture Front View FIXTURE BODY contains all mechanical optical electronic and electrical components pertaining to the fixture excluding mirror assembly see Figure 2 Fixture Top View ACCESS DOOR located on top of fixture body Removable door allows easy access to virtually every mechanical and opticai component of the fixture It is secured to the body with a self retaining thumbscrew see Figure 2 Fixture Top View CAUTION
27. the rear panel These LED indicators monitor the status of the motors the fan and the lamp see page 23 Maintenance Troubleshooting and Repair CHASSIS Although most components can be accessed easily through one of the access doors it is sometimes convenient to remove the entire contents of the fixture body The chassis 15 the structural plate where virtually all of the internal components are mounted To remove the chassis first remove the rear panel and to disconnect the mirror assembly cables Then remove the upper fan plate by taking out the six phillips screws that secure it Next remove the two screws at the rear of the chassis that hold it in place After removing these screws the chassis will slide freely The entire contents of the fixture can then be removed in one piece providing easy access to the larger electrical components see Figure 4 Chassis Overview 272 NM SISSDUO INV38VTI31NI ZOAN 19106 Jojodog 10140204 5 0656560 APO einjxij INO 955045 eq SMBIOS 555 2 jeuDd 129 nu E ZH J BWA 135 wiags ______ 13 0 UNONVM 4350 1705409 NDILV43JO 2445 304 13NNDSX34 32315435 diLilwnO
28. the system it could be noticeably brighter MAINTENANCE TROUBLESHOOTING AND REPAIR General maintenance and cleaning should be done on a regular basis When doing so all power should be shut off to the unit as well as to the controller GENERAL MAINTENANCE AND CLEANING CAUTION BEFORE OPENING ANY OF THE ACCESS DOORS TO CLEAN _ THE FIXTURES MAKE SURE THAT THE POWER IS DISCONNECTED TO PREVENT POSSIBLE ELECTRICAL SHOCK OR ACCIDENTAL EXPOSURE TO ULTRAVIOLET RADIATION The fixtures should be kept clean of all dust and dirt that could cause overheating or malfunctions To clean use a soft cloth or a tissue For the lens and mirror a mild glass cleaning solution should be used Be careful not to apply too much pressure near the edges of the mirror when cleaning To clean the color wheel gobo wheel gate wheel iris reflector and infrared filter open the top access door by loosening the thumbscrew The stepper motors and other internal components should be cleaned with a feather duster or a low pressure compressed air source to remove any accumulated dirt or dust Special care should be taken when cleaning around the iris because it 1s very thin delicate metal and can be easily damaged The color wheel can be removed and cleaned with a glass cleaning solution and a soft cloth Be sure that all wheels are replaced in their proper orientation or they could be mismatched with the rest of the system DIAGNOSTIC LED INDICATORS Each Int
29. to the unit then the lamps will have to cool down for a period of 10 to 15 minutes before trying to re start the 2221 lamp CAUTION ALWAYS ALLOW THE LAMP TO COOL FOR 10 TO 15 MINUTES BEFORE ATTEMPTING TO REPLACE OR RE STRIKE IT TO REPLACE THE LAMP FOLLOW THE LAMP INSTALLATION ADJUSTMENT AND OPTIMIZATION INSTRUCTIONS OUTLINED IN PARTS AND C ABOVE 21 sua juauysnipy 5097 6 amni eoma dwe 4999 pue 20 00 Wv38V1I3lNI The Intellabeam Fixture Setup AVERAGE LIFE MSR 400 lamp has an average life of 500 hours Lamps are rated by the lamp manufacturer for average service life based upon statistical sample of a group of test lamps The actual life is directly dependent upon the input voltage and the number of times it is turned on and off High voltages and spikes that normally contribute to the premature failure of a lamp do not adversely affect the Intellabeam lamp due to the voltage regulation in the hybrid power supply But the number of times a lamp is switched on and off will have a definite impact on the life of the lamp addition as a lamp ages it tends to lose some of its intensity Normally this is not noticeable because all of the lamps in a system are _ aging at approximately the same rate But if one lamp is replaced before the others in
30. 5 7 46 1 3 59 1 4 6 2 3 5 4 2 4 6 7 1 2 4 6 4 5 7 3 4 6 1 4 5 i DMX channels 1 256 require personality switch 3 to be on channels 257 512 in parentheses require personality switch 4 to be on 17 The Intellabeam Fixture Setup DMX 512 CHANNEL AND ADDRESS TABLE CHANNEL i SWITCHES ON CHANNEL SWITCHES ON 2 4 5 1 2 3 8 1 2 4 4 8 3 4 5 1 4 8 1 3 4 2 4 8 2 3 4 1 2 4 8 1 2 3 3 4 8 6 7 1 3 4 8 1 6 7 2 3 4 8 2 6 7 1 2 3 4 8 1 2 6 7 5 8 3 6 7 1 5 8 13 67 2 5 8 2 3 6 7 1 2 5 8 1 2 3 6 3 5 8 4 6 7 1 3 5 8 1 4 6 7 2 3 5 8 2 4 6 7 1 2 3 5 8 1 2 4 6 7 4 5 8 3 4 6 7 1 4 5 8 1 3 4 6 7 2 4 5 8 2 3 4 6 7 1 2 4 5 8 1 2 3 4 6 3 4 5 8 5 6 7 1 3 4 5 8 1 5 6 7 2 3 4 5 8 2 5 6 7 1 2 3 4 5 8 1 2 5 6 7 6 8 3 5 6 7 1 6 8 1 3 5 6 7 2 6 8 2 3 5 6 7 1 2 6 8 1 2 3 5 6 7 3 6 8 4 5 6 7 1 3 6 8 1 4 5 6 7 2 3 6 8 _ 2 4 5 6 7 1 2 3 6 8 1 2 4 5 6 7 4 6 8 3 4 5 6 7 1 4 6 8 1 3 4 5 6 7 2 4 6 8 2 3 4 5 6 7 1 2 4 6 8 1 2 3 4 5 6 3 4 6 8 _ 8 1 3 4 6 8 1 8 2 3 4 6 8 2 8 1 2 3 4 6 8 1 2 5 6 8 3 8 1 5 6 8 1 3 2 5 6 8 2 3 1 2 5 6 DMX channels 1 256 require personality switch 3 to be on channels 257 512 in parentheses require personality switch 4 to be on 18 181 DMX channels 1 256 require personality switch 3 to be on 00 F5 PO Ed I M E IND ES CO H IND IR ds IR OY E UL ES PO ES d HF
31. CE PAUSE LR 42 MN 42 NATE 41 RANDOM COPYING 40 2 POWER REQUIREMENTS 2222 12 RANDOM ADVANCE 25555 dc ue 31 42 REALTIME CONTROL edad rm tas 48 REAR PANEL CONTROLLER 35 REAR PANEL FIXTURE 6 AM 30 REMOTE ANALOG ACCESS PORT 43 REMOTE ANALOG PRESET ACCESS 45 REMOTE ENABLE ee scd bit ires 46 REMOTE PAGE ACCESS 44 60 Index continued RETURN AUTHORIZATION Pe dvi cuevas AE 24 DEG Hens A EE EA d S 36 22 SELEC bei seth Dueb a s a 30 SELECTIVE PARAMETER COPYING 39 SELECTIVE SEQUENCING cece eee 47 deu e M 13 SPECIFICATIONS CONTROLLER SPECIFICATIONS 31 FIXTURE SPECIFICATIONS 51 WHEEL SPECIFICATIONS 55 d 37 2 Dc
32. DD 1208 UNON 58126 jueuJ snfpy ms JUNOW JOJON Sup IOHIN 2400 SUI N N LIE _ a JUNON 05495 19105 9 2 Sou 10102 1004 5 woog WV3gav1ia3iNI The Intellabeam Fixture Description BOTTOM ACCESS DOOR found on bottom of fixture body It allows easy access to the lamp for alignment to the wheel position optical sensors and their associated wiring harnesses It is secured to the body with a self retaining thumbscrew see Figure 3 Fixture Bottom View Be sure to tighten door securely on closure REAR PANEL located on rear of fixture body It houses the input and output data Jacks DIP switches power switch and fuse holder Figure 5 Fixture Rear Panel The motor drive board and communication board are mounted to the inside of this panel The power supply board is mounted to the fixture body just inside the rear panel opening electronic components can be easily accessed with the rear panel removed circuit boards use plug in connectors for wiring therefore no de soldering is necessary should board replacement become necessary The rear panel is secured to the body with 8 allen screws see Figure 5 Fixture Rear Panel LED INDICATORS are found on
33. G PRESETS There are twelve groups of twenty four Presets or a total of 288 Presets available for instant access when used in conjunction with a remote analog input Each group of twenty four Presets corresponds to one channel of the remote analog _ Input port For example the first group of Presets can be called up by activating analog input channel number one The second group can be called up by activating channel two and so on If the remote analog port is not used then the 2 controller can only access the twenty four Presets stored in group one The Presets provided to allow immediate recall of a programmed Page or sequence of Pages They also store Advance and Modulation information including the _ Advance rate The audio level however is independent of the Presets The I settings in the Advance section can be in playback after selecting oc Preset To record a Preset the controller must be in Preset mode as indicated by the LED indicator on the Address Preset key Depressing the Address Preset key in the 29 2 upper left hand corner of the controller will toggle between the Address and the Preset mode Advance to the Page that is to be stored as Preset If it is a sequence of Pages then any Page within the sequence will suffice Adjust all Settings on the parameters to be stored including advance method and advance rate if it is a sequence Depress the Select key and the LED indic
34. H OF ANY EXPRESS OR IMPLIED WARRANTY ON THIS PRODUCT EXCEPT TO THE EXTENT PROHIBITED BY APPLICABLE LAW ANY IMPLIED WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE ON THIS PRODUCT IS LIMITED IN DURATION TO THE DURATION OF THIS WARRANTY Warranty is void if the product is opened misused damaged or modified in any way This warranty gives you specific legal rights and you may also have other rights which vary from state to state PRECAUTIONS Please note on the fixture and the controller the various precautions CAUTION Tighten the thumbscrews securely on both access doors WARNING Lamp produces ultraviolet radiation Prolonged exposure can cause skin and eye burns Do not operate this unit near flammable materials Remove power before re lamping Keep both units away from rain or moisture to reduce the risk of fire or electrical shock These units are not for residential use and contain no user serviceable parts inside Servicing must be conducted by the manufacturer or other qualified service personnel For continued protection against fire fuses must only be replaced by those with the specified voltage and current ratings GLOSSARY OF TERMS ACTIVE ADDRESS An Address that illuminates an LED in the Address Preset display as Pages are advanced This 15 an indication that an Address has been programmed on that particular page DARK PAGE LESE A Page that has been programmed with the Gate wheel
35. SITION DIP SWITCH PERSONALITY The Personality DIP switch on the rear of the fixture see Figure 5 Fixture Rear Panel is used to configure the fixture for different purposes The normal mode of operation is with all switches in the off position This mode allows for normal operation of the fixture with the Intellabeam controller With switch number one in the on position the fixture is in the Self test mode This mode initiates an internal self diagnostic routine that tests each function of the fixture With switch number two on the fixture is in the Set up mode This mode is used to ignite the lamp in order to adjust and focus it without the aid of a controller see LAMP INSTALLATION page 20 Switches three and four pertain to using the fixture in conjunction with a DMX512 controller Since the Address selection DIP switches can only be configured for 256 channels the Personality DIP switches must be set properly to make the fixture respond to either the first set of 256 channels channels one through 256 or to the second set of 256 channels channels 257 through 512 The following chart is a summary of Personality DIP switch settings SWITCH CONDITION RESULT ALL Lightwave Research Controller Self test mode Set Up mode DMX 512 Controller 1 25 6 512 Controller 257 512 NOTE ONLY ONE SWITCH SHOULD BE ON AT A TIME irr Chart 2 Personality DIP Switch Settings 15 The Intellabeam
36. TIGHTEN DOOR SECURELY ON CLOSURE THE SAFETY INTERLOCK SWITCH WILL INTERRUPT POWER IF THE DOOR IS NOT COMPLETELY SHUT GOL m d 194108 sus p Qn goyo yA P mp NM pan M n mtd a EEAS EEEE pue Pr tiii peers AR TER E ED dg MEI 1 ee il c peer T JOJON JOJON B JOsueg GeuA E Aiddns Il 20905 1OSUBS 10 05 poog saddojs 1975306 dwp 10102 OOPUSW 5 6 109 UO pajunoyy 5 004 e JUNON IOON 109 JUNOW T BIq
37. able The remaining fixtures should be connected from the output connector female XLR of the first fixture to the input of the next and so on in a daisy chain fashion These cables may also be run in parallel at any point although the daisy chain method requires only one home run is easier to troubleshoot and it insures proper signal strength for larger systems POWER REQUIREMENTS The Intellabeam fixture requires no dimming or switch circuits for operation The controller will automatically switch the fan and lamp source on upon one of three conditions 1 upon initial power up 2 upon receiving a Home command or 3 upon coming out of fixture Lockout Once the lamp is switched off the fan will continue to operate for a period of about two minutes then it will automatically shut off The MSR400 fixture draws only 6A at 120V at 240V _ VOLTAGE SELECTION _ Should it become necessary to operate the Intellabeam at a voltage or frequency _ other than its factory setting it may be configured to operate at 100 120 or 240 Volts at 50 or 60 Hertz by changing the jumpers inside of the fixture These y changes are necessary to maintain correct dimming and to optimize the lamp ballasts The Intellabeam Fixture Setup To change the operating voltage of the fixture unplug it and remove the eight 9 64 allen head screws that secure the rear panel Carefully remove the panel and lower it out of the way The power suppl
38. ached and then depressed again the forward speeds F1 through F8 will be available The speed refers to the spin of the Color Wheel Continue holding the up key and the display will stop at F8 Release it and 37 The Intellabeam Controller Operation 38 _ depress it again to reach Alternative speeds A1 through A8 wheel will spin in the Opposite direction From 8 the controller will return to normal Color selections one through twelve when the up key is depressed again 3 j Gobo Wheel is controlled in the same manner as the Color Wheel It also has twelve templates eight forward spin speeds and eight alternate reverse spin speeds _ The Dim key refers to the Intensity of the selected fixtures It has BE settings forty through ninety nine for the MSR version Iris key adjusts the size of the beam in ninety nine increments Speed key controls the speed of the mirror as it moves from one Page to another After you have experimented with these adjustments and moved the beams around _ With the joystick you have more options If you depress Record all adjustments including the last mirror position will be Recorded in Memory 1 Page 1 For this example though depress Select again to return all the fixtures to their original settings In Standby all parameters are still adjustable but will not be visible DELAY AND XFADE These two parameters are on
39. alx eL 4 E Vi eo oU VR TE EIDEM M LR EMI amc 28 28 34 34 34 36 Table of Contents continued Specifications Warranty Terms and Conditions Precautions ii Initral duoc Control Parameters Joystick _ __ _ Color Gobo Dim Ins and Speed Delay and Xfade gt 8 b Bot 5 B gt b 6 a ET ET TTL RU a Fdit ne Recording Page Erasing Creating aLoop Copying Functions Recording Presets Memory Lockout a ed doe dede d Page Advance Modulate sen teed I Remote Analog Access Port Remote Analog Preset Acce
40. at either 50 or 60 Hertz Switch number three sets up the controller to respond to the Remote Analog Access port by changing either the Page numbers or the Preset numbers see REMOTE ANALOG ACCESS page 43 CONDITION OFF Master Slave OFF 60 Hertz 50 Hertz OFF Pages Analog Access Presets OFF Chart 3 Controller Personality DIP Switch Settings 35 1094 1 5 AGE DR 0 0 e A A oo dio 91 W lt gt 252 53 AWD 3 1 S 31030 104 1935 3503 OIOV Ino 103135 39 vd SLOWS viva Jeuuosged eovuos Buioiwes 1694 ON 16 02 JOU OD 420us 2uj2eje 4 Nu en NOUN WSN Svx3l 160 BINIOU 10 UIDI sul 5 lt LOU ocyus 10 HSU eonpel The Intellabeam Controller Operation OPERATION The controller is supplied from the factory with several programs installed to demonstrate the system and to facilitate in understanding its capabilities In these programs all Addresses are active in order to be compatible with four to twenty four channel systems When the Intensity Memory or Page key is depressed and he
41. ator will begin to _ flash Then depress the Preset number where the Page settings are to be stored _ the analog port is being used for Preset storage and retrieval activate the channel number corresponding to the Preset group at this time Depress the Record The Intellabeam Controller Operation key and the Preset will be recorded see REMOTE ANALOG PAGE ACCESS _ page 45 to playback Preset MEMORY LOCKOUT Entire Memories can be protected from unauthorized Editing or Programming by using the Memory Lockout feature To lockout a Memory depress and hold the Standby key while turning on the Key Switch Continue holding the Standby key andlock or unlock any Memory by depressing the corresponding key number one through nine in the Address Preset display If an LED in the Address Preset _ display is lit while the Standby key is depressed it indicates that the Memory is unlocked and can be programmed or edited If an LED is off the Memory is locked but not necessarily programmed You may toggle between locked and unlocked as long as the Standby key is depressed Once the standby key is released the controller will perform its normal Memory check When locked a Memory is protected from all Erase and Record functions When a locked Memory is accessed and an attempt made to Record L C is displayed in the first window indicating that any changes are temporary and not Recordable PLAYBACK Once the controller is programmed
42. creation of a number of small programs within each Memory AUTO Automatic playback runs the at a speed set with the Rate knob If the controller is not in Standby depress the Auto kev and set the speed J of change Pages 1 10 will run in a loop over and over If you wish to stop Program on a Page depress the Auto key again The Program will halt on the Page displayed To select another loop turn off Auto and use the key to change to Page 12 When Auto is depressed now it will run _ Pages 12 through 20 _ AUDIO 1 amp 2 These methods of Advancement use the audio signal received at the RCA Jacks to make the Program Advance or pause with the beat of the musical information Set the Audio level with the Audio Knob until the LED above the knob flashes Audio playback ignores any Programmed Crossfades or Delays to maintain synchronous change with the music Audio playback however will continue to recognize Non initialized Pages and run that loop of Pages until directed to another Page above or below that group RANDOM mE This mode of Advancement only functions with one of the other methods It alters the playback of Pages from a normal sequential order to one completely Random With Random engaged playback of Memory 1 would only consist of Programmed Pages such as 1 then 32 then 12 then 90 then 54 and so on This happens during Manual Page changes Auto or Audio Non initialized Pages not accessed but Dark Pag
43. d your authorized High End Systems dealer The fixture box also contains the yoke and mounting hardware inside of a plastic bag The mirror will need to be installed onto the mirror mount see Figure 4 Mirror Installation page 7 and the lamp will need to be installed and optimized see LAMP INSTALLATION OPTIMIZATION page 20 The controller box contains a user manual and a book of schematic diagrams Store all boxes for future use especially while transporting fixtures or the controller Improperly packed equipment sent to the manufacturer for repair may void the warranty and could result in freight damage ASSEMBLY Be certain that the connectors from the mirror assembly are inserted completely into the receptacles located on the fixture body The longer jack at the top of the mirror head is not used see Figure 6 Fixture Front View CAUTION IF THESE CONNECTORS ARE NOT COMPLETELY INSERTED WHEN POWER IS APPLIED TO THE FIXTURE DAMAGE MAY OCCUR NEVER PLUG OR UNPLUG THIS CONNECTOR WHILE THE FIXTURE HAS POWER TO IT The fixture comes preassembled in the carton except for the yoke which attaches to the fixture with the hardware provided and the mirror To attach the yoke tighten the 5 16 allen head bolt first The T handle bolt s main function is to position the angle of the fixture and it should be tightened down once the fixture is in place see Figure 1 Fixture side View Each yoke has three mounting holes The fixture
44. dicators corresponding to 24 Addresses or Presets In the Address mode these keys display active Addresses and when depressed the parameters associated with that Address Specific parameters can be viewed by pressing and holding the Address key while pressing the parameter key e g the Iris key They also provide individual access to fixtures for manual control or programming purposes In the Preset mode the 24 keys instantly access user stored Page and Memory information cues and chases is the basic display most often seen It consists of Intensity Memory and Page information The mode is indicated by decimal points at the top of the seven segment displays Intensity shows the master brightness setting of all fixtures Memory shows current Memory number 1 9 Page shows the current Page number 1 99 of the current Memory Page contains the settings of the programmed Addresses 7 C T P DISPLAY PROGRAM MODE 8 UP DOWN KEYS 9 COLOR KEY 10 KEY _ 11 DIM KEY 12 SPEED KEY 13 IRIS KEY _ 14 KEY The Intellabeam Controller Description 18 the Programming display consisting of Construct Timing and Page information The C T P mode is indicated by decimal points _ at the bottom of the seven segment displays To access this mode depress the Select key followed by an Address key Construct displays the current parameters of an Address Col
45. ellabeam fixture has three LED indicators on the rear panel near the line cord The fan indicator is red the lamp indicator is yellow and the motor indicator 1 green Their purpose it to indicate the logic activity of their corresponding circuits 23 The Intellabeam Fixture Maintenance Troubleshooting 24 The red LED indicator monitors the fan and is powered by the 5 VDC logic supply The LED indicator glows steadily when the power to the logic board is on and the fan is functional When the controller is turned off the fan will continue to run for approximately two minutes then both the fan and the red LED indicator will turn off The yellow LED indicator monitors the lamp It glows steadily when the lamp is on If the lamp extinguishes or fails to strike then the yellow LED indicator will flash at a rate of one flash per second This LED indicator will turn off fifteen seconds after the controller is turned off or the fixture is locked out The green LED indicator monitors the power to the motor drive circuit and is powered by the 24 VDC motor supply It stays on when there is power to the fixture regardless of the status of the controller If all three of the diagnostic LED indicators are off then it is likely that power has been lost to the fixture power interruption to one fixture will not affect others in the system however the loss of the cooling fan could be detrimental to the lamp If the red fan LED and the yell
46. er to obtain the maximum output and sharpness from your fixtures The Intellabeam Fixture Setup Remove the bottom access door to reveal three lamp adjustment thumbscrews Figure 9 Lamp Adjustment With the lamps on and the beams sharply focussed on the floor or a wall loosen the two black thumbscrews slightly and slide the lamp back and forth in the reflector to obtain the brightest most evenly distributed beam Once you are satisfied that the intensity and the beam distribution is optimal then re tighten the thumbscrews Next adjust one setting at a time to further optimize the output Loosen one of the black thumbscrews and adjust the left to right alignment of the lamp tighten it back down and adjust the other side Then adjust the height of the lamp using the white thumbscrew in the center The lens tube may also need adjustment again after the lamp is optimized Be certain to securely tighten the lens tube retaining thumbscrew once you have finished _ REPLACEMENT lamp failure occurs be sure to observe the diagnostic LED indicators see _ page 23 DIAGNOSTIC LED INDICATORS to make sure that the failure is not symptom of another problem If a lamp fails to strike on initial power up and 22 yellow LED indicator on the rear panel of the fixture is flashing then the lamp _ may be bad or it is too hot to strike If the lamp does strike initially but then extinguishes by itself or if power is interrupted
47. es will If Memory is only Programmed up to Page 50 and then a Non initialized Page installed only Pages 1 50 would be randomly accessed MODULATE Modulate overrides and modifies programmed Color Gobo and Intensity settings Any one selection or all selections may be used and are regulated with the Audio knob COLOR MODULATE Color Modulate instructs all active fixtures to begin changing colors with the music The color wheel begins changing from its current position each change initiated by the audio input signal The Intellabeam Controller Operation GOBO MODULATE Gobo Modulate instructs all active fixtures to begin changing gobos with the music The Gobo wheel begins changing from its current position each change initiated by the audio input signal LIGHT MODULATE Light Modulate instructs all active fixtures to dim to their minimum intensities and then vary with the amplitude of the music The maximum brightness obtainable is controlled by the Master Intensity All Modulate settings are temporary and can be used to change the Program that is _ playing back REMOTE ANALOG ACCESS PORT The two locking 8 pin DIN connectors located at the rear of the controller provide direct access of up to ninety nine Pages of a selected Memory or any of the 288 Presets see Chart 4 below for pinout The Personality DIP switch setting on the rear of the controller determines whether the port will access a Preset or a Page
48. ether to build system for any number of independent fixture Addresses To slave one controller to another set the Personality DIP switch number one on the Master to the off position and set switch number one on the Slave to the on position The LED indicators on the front panel will indicate the current status of the Master Slave switch Plug the cable from the jack labeled E Master out on the Master controller to the jack labeled Slave in on the Slave controller program a Master Slave system each controller must be programmed individually from its own front panel Playback however 15 controlled only by the Master controller it will dictate the mode of playback for all Slaved controllers All of the LED indicators including Standby Advance and Modulation settings will be mimicked on the front panel of each Slave controller The only control that is retained by the Slave controller is Power Address Home Select Record and et Erase All other function keys will indicate 5 L for Slave in the display when depressed 222 FIXTURE EXCLUSION ADDRESS DISABLE This feature enables the temporary removal of or more fixture Addresses from all sequences The fixture shuts off the lamp and does not respond to the controller until removed from Lock Out This would be necessary if a unit were to malfunction or if you wanted to remove an Address from a Program for a _ Spec
49. g Gobo Color Gate Wheels Cleaning Optical Sensors Mirror Replacement MAGIA PD LER M EL 48006204 4 CES 547 a gt A 9 9 o0 amp 9 b X DOW Sk Ntc UR Intellabeam Controller Description Jp PPM Voltage Selection Configuration Operation 07 ES do Ok a ao os dS TRE MINCE 4 eed dio Sg LM I LX aM db o Ro qo we a o 4 4 wm 4 0 TOOL Ty TR gt 85 amp 5 amp EUROPE eA AE 5 a a 8 5 b b 5 4 nm MI IINE E e c 2 M dU ID a ac cw a TR cte pL EIE x AIITEM LEE MM E EE ES uL E c
50. he LED in the Gate key and the Delay key will light Use the up key below the first window to change the Gate setting to open JOYSTICK _ Manual control of the fixture beam positions is by joystick This proportional _ control translates the distance it is moved into a speed of the mirror Expenment with the feel and control of the Joystick before proceeding Notice how all fixtures move together This is the most basic way to use the fixtures Next we will adjust some of the beam parameters _ _ When you selected the C T P mode the numbers in the displays also changed to C L 0 0 01 and the Gate and Delay LED indicators lit The first number is the Gate setting the second is the Delay time in seconds and the last one is the Page number of these settings Since the controller defaults the Construct section to Gate each time the mode 1s chosen we will adjust it first Depress one of the arrow keys below the Construct display to select Gate Open OP Closed CL or strobing at one of 8 _ speeds 1 8 _ COLOR DIM IRIS AND SPEED _ Individual parameters are accessed by depressing the appropriate key and then using the up or down keys to change the settings There are twelve color settings and two directions of spin If either the up or down key is depressed and held the display will run and stop at either extreme of Color one or twelve If the key 15 released when twelve is re
51. ial event or effect Removing a fixture in this manner does not require any reprogramming since nothing was actually changed The Intellabeam Controller Operation To disable an Address depress and hold the desired Address key for twenty seconds The LED above the key will begin to flash and then L O appear in the _ first window Thereafter anytime that Address key is depressed L O will appear asareminder that it is Locked Out To return the Locked Out Address to normal functioning repeat the process When the controller is turned off and then back all Locked Out Addresses are automatically reset MEMORY SEQUENCING You may Sequence the Initialized Pages of all Memories together for a 891 Page show if necessary Any Non Initialized Pages will be overlooked as if they were not there Pages will sequence in order according to the Advance method selected unless the Random key is enabled With Random on the Pages in each Memory will randomly sequence for a certain amount of time before changing to the next Memory The Memories will always sequence in order 1 9 regardless of other settings manual or automatic Activate the All Memory sequence mode by depressing and holding the up or _ down key until the Memory display reads 1 The Page display will read 071 and Intensity will remain the same Choose an Advance method to sequence through the Initialized Pages of Memory one An A signifying All Me
52. ically Homed before they assume the current Page settings used to toggle between Playback Mode I M P display and Program Mode C T P display The Select Key flashes when in the Program Mode Once the Select Key is depressed the displays will go dark until an Address key is depressed for editing stores the new settings for a chosen Address or Preset controllers Memory can also be downloaded to a personal computer or another controller with this key is used for editing by resetting Pages or Presets to their defaults and creating Non Initialized Pages for program loops Memory from a personal computer or another controller can also be uploaded using this key 21 22 23 24 23 26 21 30 JOYSTICK ADVANCE SECTION RANDOM ADVANCE AUDIO 1 ADVANCE AUDIO 2 ADVANCE AUTO ADVANCE RATE KNOB AUDIO KNOB _ MODULATE COLOR MODULATE The Intellabeam Controller Description allows for manual control of the mirror and beam The distance that the joystick is moved from center is proportional to the speed that the mirror is moved selects the method of sequencing a Memory s Pages modifies all other Advance methods Randomly sequencing Initialized Pages will advance Pages according to the audio input signal while ignoring all programmed Delays and Crossfades which might interfere with timing regulated with Audio knob pauses Page Advancement according to the audio inp
53. ing external memory backup and retrieval operating at 9600 BAUD switches input voltage H m 4 11014 2 1363 4 553400 _ The Intellabeam Controller Setup SETUP 34 VOLTAGE SELECTION standard controller operates at 120 240 Volts There is Voltage Select switch on the rear chassis near the line cord that allows easy external access for choosing the appropriate Voltage see Figure 13 Controller Rear Panel Controllers confi gured for 100 Volts can be special ordered at no extra charge or a small step up transformer can be used _ with the standard controller The 8 Position Personality DIP switch on the rear chassis of the controller allows for selection of 50 or 60 Hertz operation Switch 42 should be OFF _ for 60 Hertz and ON for 50 Hertz CONFIGURATION _ Located on the rear of the controller is 8 position DIP switch labeled Personality This switch is used for testing set up and control of specialized parameters TYPICAL 8 POSITION DIP SWITCH Switch number one pertains to the Master Slave capability The system is expandable beyond the normal twenty four Addresses by linking multiple controllers the Master Slave port see MASTER SLAVE CONFIGURATION page 46 Switch number two allows the controller to operate
54. ins a communication program _ to facilitate the transfer of memory to and from a computer It requires an IBM AT TM _ compatible computer with a high density disk drive and RS 232 serial port The controller and computer should be linked together with a standard RS 232 cable using their respective RS 232 output ports see Figure 13 Controller Rear Panel The controller must be in the standby mode to initiate the transfer of data To begin the program boot up the computer and insert the disk into the floppy drive From the DOS prompt type the command IBB and press the ENTER key After loading the program will display the title Intellabeam Backup v 1 00 followed by the menu Select from the menu by typing the first letter of the line or moving the light bar with the arrow keys until the proper line is highlighted and pressing the Enter key The program will then provide instructions on how to proceed The outline below will assist _ uploading and downloading data DOWNLOADING 3 m The controller must be in the standby mode to initiate a memory transfer To 222 download the memory from the controller to the computer choose the S save 33 option from the backup program menu It will then prompt you to enter file _ to which the memory will be saved After entering the file name depress and hold the Record key for about twenty seconds until the display reads S A 2201 01 When the
55. intellabeam System 50 5000 267 4 i LICHTWAV RESEARCH 2209 West Braker Lane Austin Texas USA Lightwave Research Inc 2209 West Braker Lane Austin Texas USA Lightwave Research Inc 1993 Rights Reserved intellabeam System User Guide Version 1 2 revised June 1990 P N 00000032 TABLE OF CONTENTS MAX lc crc DC IARE Irc ko ode ei weg So ws oe eR Mirror Assembly Fixture Body Ge Oe wee Ne dee ga ane cA prp Bis diss ao ceo HE ewe ek Unpacking Assembly Data Cables 22 2 0 000 Power Requirements Fixture Configuration Personality Address Channel and Address Table Lamp Information 2 Installation and Replacement Adjustment and Focus Optimization Replacement Average Life Maintenance Troubleshooting and Repair General Maintenance and Cleaning Diagnostic LED Indicators Changin
56. ld its value will continue to change until it is released Also the Memory and Page values will roll over from its highest value to its lowest value and vice versa e g from ninety nine to zero or from zero to ninety nine To prevent accidental changes to the program the Record key is automatically disabled while pages are advancing The controller should be mounted away from any sources of heat or moisture Connect a suitable line level stereo audio feed to the two RCA Jacks in the rear panel of the controller if desired The data cables should be connected between the controller and the fixtures as described in the DATA CABLES section on page 12 INITIAL POWER UP Turn the keyswitch clockwise and the Master Standby and Address LED indicators will light up NOTE DURING POWER UP BE CAREFUL NOT TO TOUCH OR MOVE THE JOYSTICK BECAUSE THE CONTROLLER INITIALIZES THE VALUE OF THE COORDINATES The three displays in the center of the controller will display 99 01 01 with the decimal points on the top of the display representing full Intensity Memory 1 and Page 1 The lamps will ignite the cooling fans will turn on the fixtures will all begin to Home their mirrors and all parameters will be set to their defaults It is normal for the fixtures to chatter during homing when first switched When configured for MSR400 the controller Light Gate defaults to the closed position Anytime Standby is enabled in the MSR mode the
57. ll be loaded with the new memory Depress the Select key once to return to normal Operation CROSSLOADING The controller must be in standby to initiate a memory transfer It is possible to copy the Memories from one controller controller A to another controller B do so requires a cable with a male RS 232 connector on both ends with only three wires connected in the following fashion pin seven to pin seven pin two on one connector to pin three on the other and pin three on one to pin two on the other see Chart 6 Pinout for Crossloadin Memory Connect the RS 232 cable between the two RS 232 ports on the back of the controllers Put controller the controller being copied from in the Save mode display will read S A 01 017 and the controller B in the Play mode display will read P L 01 01 Depress the Record key of controller A to begin the transfer When the transfer is complete the display will be at Memory nine Page ninety nine and the controller will be loaded with the new memory Depress the Select key once on each controller to return to normal operation CONNECTOR A CONNECTOR Chart 6 Pinout for Crossloading Memory 49 50 SPECIFICATIONS FIXTURE SPECIFICATIONS Voltage Current 100V 7A 120V 6A 240V 3A _ 50 or 60 Cycle Selectable DIMENSIONS 911mm L x 204mm x 325mm W BOXED 1118mm L x 432mm x 533mm WEIGHT 264Kgs BOXED 319Kgs CONTROLLER SPECIFICATIONS
58. ll parameter settings can be copied to other Addresses This saves time when many tixtures need to have the Same or similar settings or positions SELECTIVE PARAMETER COPYING After you adjust the parameters for a particular Address but have not _ Recorded them depress the Addresses to have the same values Then depress Record to copy those settings 39 The Intellabeam Controller Operation 40 For example You only want to copy the Gobo setting to other Addresses on that Page Depress Select followed by the Address to be copied Choose the Gobo star and before adjusting any other parameters depress the Address es to copy to Then depress Record and that Gobo selection is stored in all chosen Addresses You could now return to the first Address and adjust other parameters PAGE COPYING This feature copies the entire contents of a Page to any other Page in any other Memory To copy a Page call up the Page of the Memory you wish to copy and depress the Select key The display will go dark until you choose the Memory and Page you wish to copy to with the up down keys below the Memory and Page displays Then PC for Page Copy will appear in the first window the Memory number in the second and the Page in the last Depress the Record key and all information will be copied to the chosen Page The controller will then resume normal operation Repeat this operation as many times as necessary RECORDIN
59. ly used during Programming Delav is the time from _ 0 0 to 99 seconds that elapses before the current Page changes to the next Crossfade is the time it takes to change lamp Intensities and Iris sizes of the 22 2 previous Page to the current Page If both Pages have the same Intensity and or Iris values no change will be visible Delay is the default when in the mode with possible settings of 0 1 to 99 seconds PROGRAMMING The controller contains a total of 891 Pages capable of storing the settings of twenty four addresses of fixtures Nine memories of ninety nine Pages each divide the total Memory into groups There are also twenty four Presets or 288 Presets with a remote analog input see page 40 RECORDING PRESETS and page 43 REMOTE ANALOG PAGE ACCESS capable of storing a Page of a Memory each Together these provide a useful combination of accessibility and programmability The Intellabeam Controller Operation ADDRESSES To Program Addresses ensure that the Address LED on the Address Preset Selection key is lit and that all Advance modes are off Choose the Memory and _ Page to begin on Depress the Select key and the LED will begin to flash The displays will also go dark until an Address is chosen Then the decimals in the displays will drop to the bottom and the chosen Address s LED will flash with Select The Gate LED in the Construct section and the Delay LED in the Timing section will illuminate All
60. mory Scan will precede each Memory number during sequencing Upon reaching the highest Initialized Page in Memory one the controller will advance to Memory two The Pages of Memory two will sequence in the same manner and then _ continue on to Memory three all the way up through Memory nine Once Memory nine is completed the process will start over at Memory one If a Memory is not programmed and has no Initialized Pages then that Memory will be skipped The controller will continue to run through all Memories until sequencing is disabled To cease all memory scan disable all Advance methods and depress the Memory up or down key until A is no longer displayed returning the controller to normal operation SELECTIVE SEQUENCING Selective sequencing is possible using Presets to access Pages in preconstructed loops within individual Memories Use the Presets to jump manually from one loop to another The creation of a loop of Pages is easily accomplished Create a Non Initialized page followed by a number of programmed pages and then create another Non Initialized Page Repeat this process several times keeping track of the beginning Page numbers of each loop Now switch the controller to Preset mode Record the beginning Page numbers of each loop constructed as individual Preset numbers Select an Advance mode and try depressing those Presets just recorded Each time a different one is depressed it will call up the beginning of
61. nd bracket are replaced as a complete assembly see Figure 7 Mirror Installation for screw locations 23 701 2j OO Ts 9f E 26 INTELLABEAM 26 4 Figure 10 Whe Optical Sensor Mounting Screws INTELLABEAM E Emitter NOTE itis important that the optical sensor be placed in the correct direction 5 Sensor Optica Sensor Mounting Screws 2 Figure 11 Optical Sensor Detail DESCRIPTION 1 28 POWER KEYSWITCH MASTER SLAVE LED INDICATOR STANDBY KEY ADDRESS PRESET LED INDICATOR ADDRESS PRESET KEY PAD DISPLAY PLAYBACK MODE INTELLABEAM CONTROLLER turns controller on and enables fixtures The key offers protection from unauthorized use If all lamps do not ignite upon initial power up depress the Home key followed by the Address es that did not ignite displays the controller operational mode set by the rear chassis Personality dip switch closes the light gate of all connected fixtures acting as a Master Blackout To display current EPROM version depress and hold the Standby key while turning on the controller toggles the controller between the address mode and the preset mode and the preset mode The active mode is signified by the LED indicator The default mode upon turn on is the Address mode consists of 24 keys with LED in
62. or Gobo etc for a Page Timing shows the current Xfade and Delay times for the current Page Page displays current Page number used to change parameter values and to manually change Memory and Page numbers Keys repeat and accelerate when depressed and held Some settings wrap around in both directions _ 15 used to select one of twelve colors 8 forward color spin speeds F1 F8 or 8 alternate reverse color spin speeds 1 8 is used to select one of twelve patterns 8 forward pattern spin speeds F1 F8 or 8 alternate pattern spin speeds A1 A8 is used to set individual fixture Intensity from 40 99 percent is used to select one of 99 mirror movement time settings This function controls the time required for beams to move from one position to another From these settings the system calculates individual mirror speeds By having direct control over beam travel time the user is easily capable of simultaneously completing various beam movements of several or all fixtures enables the selection of 99 beam diameters enables the selection of the light Gate position open OP closed CL or rotating Eight speeds 1 8 are available to strobe the light output Gate defaults to CL if a Page has never been Recorded When Program Mode C T P display is entered Gate is the default parameter in the display The Intellabeam Controller Description 15 XFADE KEY 16 DELAY KEY 17 HOME
63. ow lamp LED indicators both fail during start up or during operation of the fixture then a self test should be performed on the fixture to help isolate the source of the problem This can be done by setting the fixture personality switch with number 1 to the on position and all other switches to the off position If all functions and LED indicators work properly upon self test then there may be a problem with the data link Check the data link to the fixture by replacing it with a known good cable and running the fixture in the normal mode of operation If the same two LED indicators still do not work properly in the self test mode then the problem could be in the fixture Refer to a Lightwave Research dealer for help when this Occurs NOTE BEFORE RETURNING ANY EQUIPMENT THE MANUFACTURER FOR SERVICE BE SURE TO OBTAIN A RETURN AUTHORIZATION R A NUMBER FROM A LIGHTWAVE RESEARCH DEALER ALL EQUIPMENT SHOULD BE SHIPPED IN ORIGINAL PACKAGING OR SUITABLE CONTAINER The Intellabeam Fixture Maintenance T roubleshooting CHANGING GOBO COLOR GATE WHEELS Replacing the gobo or filter wheels if necessary is very simple do so remove the top access door of the fixture and locate the wheel to be replaced Be sure to note the orientation of the wheel before removing it because it is possible to install the new one 180 degrees out of sync Loosen the two bolts slightly with a 5 16 wrench and slide the wheel carefully over
64. parameters will be at their default values unless prior programming has occurred Depress Record to save any changes or Select again to return to the prior settings EDITING RECORDING A PAGE Editing is the same as Programming Select the Memory and Page to Edit and depress Select Choose the Address es to change with the Address keys and modify any parameters When complete depress Record ERASING PAGE If it becomes necessary to Erase a previously Programmed Page it is a simple procedure Go to the Page to be Erased after disabling all Advance modes Depress Select then Erase followed by Record CREATING A LOOP The creation of loop allows a number of steps to run endlessly until directed Otherwise After Programming a number of Pages a Non Initialized Page must created as a pointer to the controller to return to the first Page in the series Advance to the Page following the last step in the Program Depress the Select key then the Erase then the Erase key a second time The display will Show blanks in the first two windows and the Page number in the third before Teverting to the normal IMP display This Page is now Non Initialized and anytime the preceding Pages are advanced by some mode other than the manual mode the Non Initialized Page will cause the controller return to the first Page in the sequence COPYING FUNCTIONS Once an Address has been Programmed some or a
65. ped for precise and accurate positioning which can be smooth and fluid or quick and responsive Each of the eleven beautiful dichroic colors were manufactured by Lightwave Research in their own optical coating laboratory and tested for accurate color transmission The iris was custom fabricated from a design that was engineered in house by top researchers The optics consist of a finely tuned system of precision ground glass lenses a high quality infrared filter and a spun aluminum reflector The lamp is powered by a hybrid supply that combines the reliability of a magnetic power supply with the performance of an electronic switching supply including dimming to 60 Besides the eleven colors twelve 50605 iris strobe and dimming effects additional effects can be achieved by spinning the color wheel and or the gobo wheel at eight different speeds in either direction The lamp source is an MSR 400 short arc lamp utilizing Medium Source Rare earth elements that help to improve the spectral distribution It has a high color temperature 5600 degrees Kelvin and a long life 500 hours average The highly efficient power supply circuit draws a mere 6 amps at 120 volts or 3 amps at 240 volts Both the voltage and the frequency are user selectable for operation on any commercial electrical grid in the world of these features combine to make the Intellabeam the most powerful luminaire of its kind But the real heart of the system is the microprocessor
66. refer to Figure 9 Lamp Adjustment for the location of the lamp adjustment screws With the lamp adjustment screws loose slide the socket back and insert the end of the lamp into the reflector slightly to allow the base of the lamp to fit into the socket Once the lamp is properly seated slide the reflector forward until its opening is past the arc gap of the lamp Replace the top access door After lamping and positioning the fixtures in their desired locations apply power and ignite the lamps The lamps _ may be ignited one of two ways 1 the personality DIP switches on the back of the fixtures can be set to the setup mode 2 or 2 the individual fixtures can addressed by the controller at maximum intensity setting If the Intellabeam controller is used it is simplest to go to a non initialized page one that is not programmed and open the gates see page 39 CREATING A LOOP _ ADJUSTMENT AND FOCUS Once the gate is open and the beam is visible the lens tube at the front of the fixture will need to be adjusted for a sharp focus on the floor or a wall This 1s accomplished by loosening the thumbscrew securing the lens tube in the fixture Figure 6 Fixture Front View and adjusting the position of the lens tube OPTIMIZATION The lamp must be correctly positioned in the reflector to maximize the light output and the uniformity of the beam The following discussion will assist you in optimizing the lamp in ord
67. ss Remote Enable oe Master Slave Configuration Fixture e es Memory Sequencing Realtime External Memory Storage and Transfer Downloading aas dan Crossloading a 22 5 8 8 b 5 hb b 4 BF 6 4 5 9 9 9 9 e amp 8 gt 5 gt b 8 b b h 4 t 4 6 e t t a ox gt 5 2 4403 oO amp amp 5 C 8 8 0 4 Fixture Specifications ras o eb tat be RE Controller e uae e eee Gobo Wheel Specifications b a 95 gt LI e
68. the Pages of Memory can be played back in random or in sequence to facilitate a show Several programs are supplied with the controller to demonstrate the system These programs consist of several short loops located in Memory 1 for manual sequencing automatic Advancement Audio Advancement and or Modulate _ PAGE ADVANCE In the playback mode there are a number of Ways to advance the Pages of Memory they can be advanced manually automaticallv or they can be audio _ modulated Any of the playback methods can be in random or in sequence MANUAL To manually playback a Memory remove the controller from Standby and depress the up or down key beneath the Page display once Each time that key is depressed the fixtures will change their settings immediately according to the program Depressing and holdin 5 either key will change Pages until the controller reaches 1 or 99 then it will roll over and continue changing During this playback several Pages may produce no output from the _ fixtures These could be blank or dark Pages but in this case they are _ Norcinitialized Pages These mark the end of several Pages that will loop together If you stop the Program on one of these Pages and depress an Address key dashes appear in the displays with decimal points at the 4 The Intellabeam Controller Operation 42 bottom blank Page would show some value along with the decimal points at the bottom This looping allows the
69. the bolts see Figure 10 Gobo Wheel Take care not to bend it or the other nearby wheels Installation is the reverse with the exception that the wheel must first be inserted in the sensor and then slid over the mounting bolts Tighten both bolts evenly but do not over tighten CLEANING OPTICAL SENSORS Each wheel has small cutouts along the edges that trigger the optical sensors to keep track of its home position These sensors may require periodic cleaning in order to prevent airborne contaminants such as dust and smoke from inhibiting their function When the sensors get too dirty the wheel could spin continuously upon receiving a homing signal The sensors can be accessed through the bottom access door After loosening the self retaining thumbscrew and opening the access door three lamp adjusting thumbscrews and the two screws that hold the sensors in place can be seen refer to Figure 9 Lamp Adjustment One pair of screws retains the gate and color wheel sensors and the other pair retains the gobo wheel sensor Figure 11 Optical Sensor Detail Remove the appropriate screws and the sensor plate can be unmounted The sensors can be cleaned gently with a cotton swab NOTE IT IS ESSENTIAL TO POSITION THE SENSORS CORRECTLY WHEN REPLACING THEM IN THE FIXTURE see Figure 11 Optical Sensor Detail MIRROR REPLACEMENT Mirror replacement requires the removal of two 7 64 allen screws that attach it to the tilt motor The mirror a
70. ut signal The sensitivity level of the pause is regulated with the Audio knob and the Rate knob functions as it does during Auto Advance ie it controls how fast the Pages advance between audio impulses advances Pages at a speed set by the Rate knob In this mode the Rate knob adds time to the Delay setting see also Audio 2 Advance controls the speed of Page Advance when in the Auto Advance mode With the knob turned completely clockwise Pages will advance at the fastest rate 0 1 seconds As you turn the knob counter clockwise the rate of advancement decreases all Delays affect the rate of Page advancement adjusts the controller s sensitivity to the audio input signal it is receiving for Audio Advance and Modulation The Level LED indicates the presence and relative strength of this signal overrides and modifies programmed Color Gobo and Intensity settings one parameter Color Gobo or Intensity or a combination of parameters may be modulated The Audio knob regulates the sensitivity instructs all active fixtures to begin changing Colors with the music The Color wheel begins changing from its current position each change initiated by the audio input signal The Audio knob regulates the sensitivity 91 Intellabeam Controller 31 GOBO MODULATE 32 LIGHT MODULATE 33 8 POSITION PERSONALITY DIP SWITCH 34 OUTPUT LINK 35 MASTER SLA VE _ INPUT PORT 36 MASTER SLAVE OUTPUT PORT
71. wo will be selected The Advance Modulate and Memory selection features remain fullv active during remote access The Intellabeam Controller Operation Channels 1 12 Access Page or Preset group 1 12 Channels 10 12 Are also special function keys Ten times multiplier for channels 2 9 Allows access to Pages 20 30 40 50 60 70 80 amp 90 Number doubler for channels 2 9 Allows access to Pages 22 33 44 55 66 77 88 amp 99 Number inverter for channels 2 9 Inverts the order of the two lowest channels activated simultaneously e g 32 will become 23 CHART 5 REMOTE ANALOG INPUT CHANNEL FUNCTIONS REMOTE ANALOG PRESET ACCESS To use the Remote Preset Access feature the controller Personality DIP Switch must be set with switch number three in the on position and the controller must be in the Preset mode To enter the Preset mode depress the Address Preset key on the controller front panel until the Preset LED indicator lights up There are twelve groups of twenty four Presets or a total of 288 Presets available for instant access when used in conjunction with a remote analog input Each group of twenty four Presets can be readily accessed by _ activating the corresponding analog input channel For example the first _ group of Presets can be called up by activating analog input channel number one The second group can be called up by activating channel two and so on To activate a group of
72. y board will now be in front of you On the far right hand side of this board is a blue multi pin connector labeled voltage select The connector can be removed to make the conversion easier Refer to the following chart Chart 1 Voltage Configuration for correct fuse size and pin jumper information SELECTION 1100 vonTS HERTZ FUSE TO PIN 1 2 5 7 8 10 120 VOLTS 60 HERTZ FUSE VOLTS HERTZ FUSE NOTE AFTER CHANGING THE VOLTAGE SELECTION INTERNALLY REPLACE THE MAIN FUSE ON THE REAR OF THE FIXTURE WITH A TYPE T 5 mm X 20 mm 250 V SLO BLOW FUSE OF THE CORRECT VALUE Chart 1 VOLTAGE CONFIGURATION Refer to Figure 8 Power Supply Board on the following page for the location of the voltage selection jumpers 13 2 AZ HOOK g AOD eng NI SUIDIA punoo Ov PINON SUI 39405 UD4j O Tvl 128405 OvAXI OVAOCC 210889 HOA 2 05 2109 2105 1 ZHO9 Z DIN puiuie t O1N do B ane or T 999 01204

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