R5976255 user’s manual ATLAS 67 CS4 AND ATLAS 84 CS4
R5976255 This is the User’s Manual for Atlas 67 CS4 and Atlas 84 CS4. Title: ATLAS 67 CS4 and ATLAS 84 CS4 User’s Manual ID-no.: R5976255 Date: 2001-03 main issue chapter 1 new chapter 2 new chapter 3 new chapter 4 new chapter 5 new chapter 6 new chapter 7 new chapter 8 new chapter 9 new chapter 10 new chapter 11 new chapter 12 new chapter 13 new chapter 14 new chapter 15 new chapter 16 new update new: The corresponding chapters are new or completely revised. corr.
Trademarks Brand and product names mentioned in this manual may be trademarks, registered trademarks or copyrights of their respective holders. All brand and product names mentioned in this manual serve as comments or examples and are not to be understood as advertising for the products or their manufacturers.
Revision sheet To: ! Barco Control Rooms GmbH An der Rossweid 5 • D-76229 Karlsruhe • Germany Phone (49) (721) 6201-0 • Fax (49) (721) 6201-298 E-mail docu.bcd.de@barco.com, Web www.barco.com ! BARCO Projection Systems - Europe Noordlaan 5 • B-8520 Kuurne • Belgium Phone (32) (56) 36-8211 • Fax (32) (56) 36-8251 E-mail sales.bcd@barco.com• Web www.barco.
Contents 1 Introduction ................................................................................................................................ 1-1 1.1 The ATLAS CS4 series........................................................................................................ 1-2 1.1.1 Resolution ................................................................................................................. 1-2 1.2 How This Manual Is Organized ......................................................
5.1.16 Communication Connections ................................................................................ 5-14 5.1.17 RS232 in / RS232 out............................................................................................ 5-14 5.1.18 Communication port for communication with peripherals.................................... 5-14 5.1.19 TRIG Output ......................................................................................................... 5-15 5.1.20 MOUSE........................
9 Installation Mode........................................................................................................................ 9-1 9.1 Input Slots.......................................................................................................................... 9-2 9.2 800 Peripheral.................................................................................................................... 9-3 9.3 Configuration......................................................................
13 Configuring Notes .................................................................................................................. 13-1 13.1 Floor Space And Maintenance Area .............................................................................. 13-2 13.2 Overall Height................................................................................................................ 13-4 13.3 Viewing Distance and Angle ................................................................................
1 Introduction The wide variety of new possibilities to combine different projector and interface technologies to create customer specific Atlas Display Walls has lead to the creation of a new and more concise nomenclature. The brand ATLAS remains as a generic term for Display Walls from Barco Control Rooms. The single variants on projection units differing in projection technology are expanded by a mnemonic expression, e. g.
1.1 The ATLAS CS4 series This User’s Manual refers to the models from the ATLAS 67 CS4 and ATLAS 84 CS4 series. Since operation and properties of ATLAS 67 CS4 and of ATLAS 84 CS4 are quite similar, the expression ATLAS CS4 refers to both of them. If ATLAS 67 CS4 or ATLAS 84 CS4 are mentioned explicitly, there are differences in operation or properties. 1.1.
1.2 How This Manual Is Organ ized This manual is divided into sixteen chapters: ! Preliminary Remarks explains the structure of the manual itself and the used typographic styles and symbols. Safety information is provided concerning the operation of systems from BARCO. ! Summary provides a summary of the system components and characteristics. ! Design and Functions provides a technical description of the equipment listing the fundamental characteristics and functional principles.
1.3 Styles And Symbols The typographic styles and the symbols used in this document have the following meaning: Helvetica bold Labels, menus and buttons are printed in the Helvetica bold font. Condensed Links to both other chapters of this manual and to sites in the Internet are printed condensed. In the on-line version of this manual all hyperlinks appear teal. Courier Names of files and parts from programs are printed in the Courier font.
1.4 Safety Information This section describes safety precautions which must be observed when installing a product from BARCO. Safetey The safety standards of information technology equipment impose important requirements on the use of safety critical components, materials and isolation, in order to protect the user or operator against the risk of electric shock and energy hazard, and having access to live parts.
B. Power cord with ANSI 73.11 plug: The wires of the power cord are colored in accordance with the following code: Green/yellow: Ground White: Neutral Black: Line (live) ! Do not allow anything to rest on the power cord. Do not locate this product where persons will walk on the cord. ! To disconnect the cord, pull it out by the plug. Never pull the cord itself.
On Servicing Do not attempt to service this device yourself, as opening or removing covers may expose you to dangerous voltage potential and risk of electric shock! Refer all projector service to a qualified BARCO service center. Adjust only those controls that are covered by the operating instructions since improper adjustment of the other controls may result in damage and will often require extensive work by a qualified technician to restore the product to normal operation.
2 Abbreviated Summ ary This chapter provides a summary of the system components and characteristics.
2.1 Design ATLAS CS4 is a modular rear projection system for the construction of large Display Walls. The technologies used guarantee the best optical properties for high-quality presentation of information with very simple integration into higher-level systems. Technology ATLAS CS4 combines the latest modern projection technology with sophisticated electronics and solid mechanics. This design results in high image quality and reliability.
2.2 Properties of ATLAS CS4 ATLAS CS4 can be used as one large monitor with a screen diagonal of 67 or 84 inches. The technologies used guarantee the best optical properties for high-quality presentation of both computer data and video displays: ! High, Constant Reading Accuracy Over the Complete Display Panel Optimally adjusted high-performance lens systems guarantee a distortion-free and sharp image.
3 Design and Functio n This chapter provides a technical description of the equipment listing the fundamental characteristics and functional principles. Knowledge of this section is not absolutely essential for operation.
3.1 Projection Unit Atlas 67 CS4 The Atlas 67 CS4 Unit has a display area of 1068 millimeters high and 1335 millimeters wide. The resulting screen diagonal of 1710 millimeters corresponds to approximately 67 inches.
Atlas 84 CS4 The Atlas 84 CS4 Unit has a display area of 1320 millimeters high and 1650 millimeters wide. The resulting screen diagonal of 2113 millimeters corresponds to approximately 84 inches.
The Atlas CS4 projection modules consists of the following components: 1 lamp module 2 illumination unit 3 projection unit 4 deflection mirror 5 Atlas structure covered with light shields 6 screen Figure 3-3 ! Housing: The Atlas system is a compact mechanical housing especially designed to meet any given requirements concerning set up, resolution, and operational conditions. Due to its flexible structure different projector types and screens can be mounted.
ATLAS CS4 has been designed for rear access of interfaces and exchange of consumables (lamp module, filters..).
3.1.1 Lamp Module The lamp module generates the light for the subsequent projection. The lamp (100 Watt UHP (Ultra High Performance) lamp) has an operation time of 8000 hours. 3.1.2 Illumination Unit The illumination unit consists of the lens system for uniform illumination of the LCDs and the electronics for lamp power supply and monitoring. ! Optical Integrator An optical integrator consisting out of two multi-segment lenses guarantees a uniform illumination of the LCDs and thus of the screen. 3.1.
3.1.4 Screen Module The image is generated in the screen . It consists of the optical screen and a frame with which the screen is exactly mounted onto the Atlas Structure. ! Fresnel Lens The screen consists of a Fresnel lens and a Front Element Screen. The Fresnel lens deflects the light coming from the projection lens system such that it falls perpendicularly onto the front element screen.
4 Location and Func tions of Control This chapter provides an overview about the controls of ATLAS CS4.
4.1 Control Unit 4.1.1 Power, source and communic ation connections [3] 1 Power switch 1 = on, 0 = off 2 Power input autoranging from 100VAC to 240VAC 3 Video input 1 cinch or 1 BNC connector, no loop through 4 S-Video 4-pin mini-DIN 5 SDI and SDO 2× BNC terminals, serial digital input and loop through output 6 IEE 13994 not yet implemented 7 TRIG (mini-jack) output voltage of 5V when projector is on 8 Mouse (DIN 13) mouse output to be connected to the mouse input of a computer.
13 Projector mode indication indicates the status of the projector Light off: power switch is not pressed Red light: power switch is pressed, projector in standby mode Green light: projector in operational mode 14 Diagnostics code a) b) 15 Remote (mini-jack), remote input for wired remote control 16 IR-receiver Receiver for control signals transmitted from the RCU 17 Audio output 18 Audio input 3 audio inputs.
4.2 Control Panel Terminology The projector can be controlled by the local keypad or by the remote control unit (RCU) 4.2.1 Local keypad The local keypad [1] is located on the back side of the ATLAS CS4 (explanation see 4.2.3 Terminology of keypad and RCU controls) 6 16 9 0 7 8 5 6 TEXT 3 4 SHARPN TINT BRIGHTN 1 2 PHASE COLOR CONTRAST EXIT STANDBY 17 15 ENTER 5 PAUSE 14 11 12 9 Figure 4-1 The local keypad 4.2.
This remote control is used for source selection, control, adaptation and set up. It includes automatic storing of the picture controls (brightness, sharpness ...) and the settings. Other functions of the remote control are: ! switching between standby and operational mode ! switching to "pause" (blank picture, full power for immediate restarting) ! direct access to all connected sources. 4.2.
16 Cursor Keys (on RCU) or '' and '-' keys (cursor keys) on the local keypad to make menu selections when in the adjustment mode or to zoom/focus when the direct access is active.
5 Connections This chapter explains the various interfaces of ATLAS CS4.
5.1 Power connection 5.1.1 AC Power (mains) cord conn ection I 0 2 1 RC VIDEO R 3 S-VIDEO 4 G B H/C SDI SDO V 1 5 IEE 1394 COMPUTER 6 2 TRIG MOUSE MONITOR RS 232 IN AUDIO IN RS 232 OUT A AUDIO IN B Comm. Port AUDIO IN C AUDIO OUT ! Use the supplied power cord to connect your projector to the wall outlet. ! Plug the female power connector into the male connector [1] at the control panel. The power input is auto-ranging from 90 to 240 VAC. 5.1.
5.1.5 Lamp Run Time The operation time of the lamp is 8000 hours. The total hours of operations are counted and can be displayed on the screen. The total lifetime of the lamp for a safe operation at high and constant brightness is about 8000 hours. Always replace with a same type of lamp 5.1.6 Switching to Stand-by When the projector is running and you want to go to stand-by: ! Press the STANDBY key for 2 seconds until the message 'Saving data, please wait' is displayed.
5.1.8 Input Connections ATLAS CS4 has multiple input connections for all common RGB and video sources. The input can be selected either manually or automatically. When 'automatic' is selected in the Input slots menu, by starting up the projector, it searches for an input source by scanning the inputs one by one. If only one source is found, this source will be projected.
5.1.10 5-cable Input Slot (slot 1) Slot 1 has 5 BNC input terminals. The following signals can be connected to these BNC connectors: Connector name R G B H V RGBHV R G B H V RGBS R G B S - RGsB R Gs B - - Composite Video - Video - - - Super Video - Y - - C Component Video - SS R-Y Y B-Y S - Component Video - SOY R-Y Ys B-Y - - Input signal Slot 1 selection To select slot 1: ! Press the digit button 1 on the RCU or the local keypad.
Possible indication: RGB [HS&VS] RGB analog signals, separate sync is horizontal and vertical sync. RGB CS RGB analog signals, separate sync is composite sync. RGB CV RGB analog signals, separate sync is composite video or trilevel sync. RGB-SOG RGB analog signals, sync on green is composite sync. COMPONENT VIDEO - CS separate sync is composite sync. COMPONENT VIDEO component video with composite sync on Y or composite trilevel sync on Y.
5.1.12 Video Input Input signal: Composite video signals from a VCR, OFF air signal decoder, etc... 1 x BNC or cinch 1.0Vpp ± 3 dB No loop through. Slot 3 selection: Press the digit button 3 on the RCU or the local keypad. 5.1.13 S-Video Input Input signal: Separate Y-luma/C-chroma signals for higher quality playback of Super VHS-signals. Pin configuration mini DIN plug: 1 ground luminance 2 ground chrominance 3 luminance 1.
5.1.16 Communication Connections The following communication connections are available: ! RS232 in / RS232 out. ! Comm port for communication with peripheral (switchable between PPM and RC5) ! RC for remote cable connection with the RCU. ! MOUSE to control a PC with the projector remote control. ! TRIG: output voltage to control another device. 5.1.17 RS232 in / RS232 out To connect a Computer, e.g.
5.1.19 TRIG Output 5 V output voltage to trigger an external device (max. 10mA). This voltage is available when the projector is on. 5.1.20 MOUSE Mouse output to be connected to the mouse input of a computer. With the Executive Remote Control (see 12.5.1 Optional Parts), the computer can now be controlled via the projector. All normal mouse functions except the 'drag and drop' function are available.
6 Controlling The projector can be controlled with ! the RCU ! the hardwired RCU (cable is not included) ! the local keypad Controlling the projector with the RCU and the hardwired RCU is equal.
6.1 RCU used in a hardwired c onfiguration Connections: ! Plug one end of the remote cable in the connector on the bottom of the RCU ! Plug the second side in the connector in the front panel of the projector labelled 'RC'.
6.2 How to use the RCU? Point the front of the RCU directly at the screen. When using the wireless remote control, make sure you are within the effective operating distance (30m, 100ft in a straight line). The remote control unit will not function properly if strong light strikes the sensor window or if there are obstacles between the remote control unit and the IR sensor.
6.3 Projector address The projector's address may be set to any value between 0 and 255 (see 'Change projector address' in chapter 'Service mode). When the address is set, the projector can be controlled now by the RCU for addresses between 0 and 9. The projector can also be controlled by computer, e.g. IBM PC (or compatible), Apple MAC, etc. for addresses between 0 and 255. A projector will respond to a RCU set to an address of '0' regardless of what address is set in the projector itself. 6.3.
Color Saturation Color saturation is only active for Video and S-Video. Adjust the color intensity of the picture. Use the + button for richer colors. Use the - button for lighter colors. Tint Control Tint is only active for Video and S-Video when using the NTSC 4.43 or NTSC 3.58 system. Use the + button Use the - button. Sharpness Control Use the + button for a sharper picture. Use the - button for a softer picture. Phase Control Use the control disc to adjust the phase.
The Pause key When the Pause key is pressed, the image projection is stopped, a blue screen will be displayed and the projector remains with full power for immediate restart. The sound is not interrupted. The display on front of the projector will show a P. To restart the image: ! press Pause key ! press EXIT key or ! select a source number. The Selection key When the Selection key is pressed, the zoom/focus/shift menu will be displayed immediately.
7 Start Up of the Adj ustment Mode All source parameters, picture and audio tuning, and geometry are made while in the 'Adjustment Mode'. Press the ADJUST or ENTER key to enter the 'Adjustment mode'.
7.1 Adjustment mode You are now in the 'Adjustment Mode'. ! The cursor key (RCU) or '+ or '-' keys (local keypad) are used to make menu selections and also for adjustments. ! The ENTER and EXIT keys are used to move forward and backward through the menu structure. ! The ADJUST key can be used to terminate the adjustment mode while any path selection menu is displayed. There are 3 possible paths to follow once in the Adjustment Mode.
8 Random Access A djustment Mode To start up the Random Access Adjustment Mode: ! push the cursor key up or down to highlight 'Random Access' and then press ENTER The Random Access menu comprises four submenus each of which gives access to the various settings and commands related to the submenu: main menu submenu commands File Service load edit rename copy delete options Picture Tuning cti (color transient improvement) color temperature gamma decoding dynamic color depth noise reduction input balance
8.1 File Service Before using a new source, a correct file has to be installed. The projector's memory contains a list of files corresponding to the most used sources. When the new source corresponds with one of these files, the file can be loaded and saved for future use. When there is a little difference, the file can also be loaded and then edited until the source specs are reached. File loading can be done automatically (see 8.1.6 File Options).
To load a file: ! Push the cursor key up or down to select the best fitting file. ! Press ENTER to select. A confirm Load file menu will be displayed with the newly created file and the one on which the new file is based on. ! Press ENTER to confirm the new creation or EXIT to return to the load file menu. When scrolling through the files, the image will be adapted according to the settings of the selected file (on line adaptation).
method 2: ! Press ENTER to activate the digits ! Push the cursor key right or left to select the changing digit. ! Push the cursor key up or down to scroll to desired digit. ! When finished press ENTER to confirm. method 3 ! Counting up or down by pushing the cursor key right or left.
Options ! Source Number The source number of a non-active source can be changed to any other source number. This makes it possible to create a file for future source numbers. ! Clamp Position Clamping determines the black level of the signal. The clamp pulse can be related to the leading or the trailing edge of the sync pulse. Use the ENTER key to toggle between [leading] and [trailing]. ! Clamp Delay The time between the leading edge of the clamp pulse and the locked edge of the sync pulse.
8.1.3 Rename To change the name of a selected file: ! Push the cursor key up or down to highlight 'Rename'. ! Press ENTER. ! The Rename selection menu will be displayed. ! Push the cursor key up or down to select a file name. ! Press ENTER to select. The Rename menu will be displayed with the selected file name already filled in the 'From file name:' area and in the 'To file name:' area. The first character is highlighted. ! Push the cursor key left or right to select the desired character.
8.1.5 Delete To delete a selected file out of the list of files: ! Push the cursor key up or down to highlight 'Delete'. ! Press ENTER. ! The delete selection menu will be displayed. ! Push the cursor key up or down to select a file name. ! Press ENTER to select. If [All] is selected, your password has to be entered before all files will be deleted. ! A confirmation menu "Delete file 'file name'?" is displayed. When you want to delete the file, press ENTER.
8.2 Picture Tuning ! Push the cursor key up or down to highlight 'Picture Tuning'. ! Press ENTER to select. The Picture Tuning menu will be displayed.
To adjust Custom Balance, handle as follows: ! Push the cursor key up or down to highlight 'Custom Balance'. ! Press ENTER to select. ! Push the cursor key up or down to adjust red and push the cursor key left or right to adjust blue (range 0 to 2.5) in comparison with the green color (value 1). 8.2.3 Gamma With the gamma correction adjustment, it is possible to accurately set the gamma of the projector image. To change the gamma value : ! Push the cursor key up or down to highlight 'Gamma'.
8.2.7 Input Balance Before starting the Input Balance function, generate a signal with dominant black and white areas. The default values are normally loaded when selecting a source. If the image is not as desired, adjust for this source as follow: ! Start with the Black Balance: ! Push the cursor key up or down to highlight 'Black Balance'. ! Press ENTER to select. ! Adjust the Brightness to a maximum value until there is just no green noise visible in the black areas.
8.2.10 Mute To stop the sound reproduction. ! Push the cursor key up or down to highlight 'Mute'. ! Press ENTER to toggle between [on] or [off] 8.2.11 Fade Determine where the sound signals will be reproduced. Adjust the fade as follows: ! Push the cursor key up or down to highlight 'Fade'. ! Press ENTER to select. ! Adjust the desired fade level. ! The fade can be adjusted between -15 and 15.
8.3 Geometry To start up the Geometry functions: ! Push the cursor key up or down to highlight 'Geometry'. ! Press ENTER to select. ! The geometry menu will be displayed. The following adjustments are possible: horizontal and vertical image shift.
To start up the size adjustment: ! Push the cursor key up or down to highlight 'Size'. ! Press ENTER to select. ! Push the cursor key up or down to size the image in a vertical direction. Push the cursor key left or right to size the image in a horizontal direction. 8.3.3 Blanking Blanking adjustments affect only the edges of the projected image and are used to frame the projected image on to the screen and to hide or black out unwanted information (or noise). A '0' on the bar scale indicates no blanking.
9 Installation Mode To start up the Installation Mode, push the cursor key up or down to highlight 'Installation Mode' and then press ENTER. The following items can be selected in the Installation mode: Input slots to set up the input priority 800 Peripheral to select the type of output module used in the RCVDS05. Convergence to align the red, green and blue image. Configuration to set up the projector position OSD color to change the color of the highlighted item.
9.1 Input Slots The input configuration of the variable inputs is shown in the input slots menu. To view or to change the input configuration: ! Push the cursor key up or down to highlight 'Input Slots'. ! Press ENTER to select. The internal system will scan the input slots and displays the result in the Input slots menu. The black indicated inputs are selectable and changeable. The gray indicated inputs are fix inputs and are not changeable.
9.2 800 Peripheral Output module selection When a RCVDS05 is connected to the projector, the type of output module of this RCVDS05 has to be defined in the 800 peripheral menu. The type of output module can be: ! standard output module or ! 5 cable output module. To define the output module: ! Push the cursor key up or down to highlight '800 Peripheral'. ! Press ENTER to select. ! Push the cursor key up or down to highlight 'Output module'. ! Press ENTER to toggle between 'Standard' or '5-cable'.
9.3 Configuration The configuration of the projector can be set up as follows: ! Push the cursor key up or down to highlight 'Configuration'. ! Press ENTER to select. ! The Configuration menu will be displayed. For more information, see chapter 14.
9.4 OSD color (On-Screen Dis play) The highlighted items on the menus can be displayed in red, green or yellow. To change this color setting: ! Push the cursor key up or down to highlight 'OSD color'. ! Press ENTER to select. ! The OSD color menu will be displayed. ! Push the cursor key up or down to highlight a color. ! Press ENTER to select.
9.5 Internal Patterns The projector is equipped with different internal patterns which can be used for measurement purposes. To select an internal pattern, handle as follow: ! Push the cursor key up or down to highlight 'Internal Patterns'. ! Press ENTER to select. ! The internal pattern menu will be displayed. ! Push the cursor key up or down to highlight the Internal Patterns. ! Press ENTER to display the selected internal pattern.
9.6 No Signal If there is no signal connected to the projector, the background color can be black or blue and the projector can shutdown after a certain time. To change the background color handle as follows: ! Push the cursor key up or down to highlight 'No signal'. ! Press ENTER to select. ! The 'No Signal' menu will be displayed. ! Push the cursor key up or down to highlight 'Color'. ! Press ENTER to toggle between [blue] or [black].
10 Service Mode To start up the Service Mode: ! push the cursor key up or down to highlight 'Service' ! press ENTER. Some items in the Service mode are password protected (when the password function is active). Enter the password to continue. All other password protected items are now available if you stay in the adjustment mode. The service menu is built-up in two parts which are connected together with the 'more' item.
10.1 Identification To display the Identification screen: ! Push the cursor key up or down to highlight 'Identification'. ! Press ENTER to display the Identification screen. The Identification screen gives an overview of: type of projector Barco ATLAS 67 CS4 or ATLAS 84 CS4 projector address to change the address of the projector, see 10.
10.2 Change Password This item is password protected when the password strap is installed. The password function is enabled when the password strap on the controller module is installed. Consult an authorized Barco service technician to change the strap position. How to change the password: ! Push the cursor key up or down to highlight 'Change password'. ! Press ENTER to display the Change Password menu.
10.3 Change Language To change the language of the control software: ! Push the cursor key up or down to highlight 'Change Language'. ! Press ENTER to display the Change Language menu. ! Push the cursor key up or down to highlight the desired language. ! Press ENTER to change the language.
10.4 Change Projector Address Every projector requires an individual address between 0 and 255. This address can be software installed. To change that address: ! Push the cursor key up or down to highlight 'Change Projector Address'. ! Press ENTER to display the Change Projector Address menu. The actual address will be filled in. ! The first digit is highlighted.
10.5 Change Baudrate PC The communication speed between projector and computer, e.g. PC or MAC, has 8 possible speeds. The baud rate speed can be software set. Handle as follows: ! Push the cursor key up or down to highlight 'Change Baudrate PC'. ! Press ENTER to display the Change Baudrate PC menu. The actual baud rate will be highlighted. The following baud rates are available: 230400/115200/57600/38400/19200/9600/4800/1200 ! Push the cursor key up or down to highlight the desired baud rate.
10.6 Reset Lamp Runtime Reset lamp run time is only allowed when a new lamp is installed. When Reset Lamp Run Time is selected in the Service Mode selection menu, the following warning will be displayed : Risk of electrical shock. Reset lamp run time is reserved to qualified service personnel. If you are not qualified, press EXIT to cancel the reset operation.
10.7 BARCO logo The BARCO logo can be added to the image, in overlay or on a background, on any place on the screen. To add the BARCO logo or to change a setting in the BARCO logo menu: ! Push the cursor key up or down to highlight 'BARCO logo'. ! Press ENTER to display the BARCO logo menu. The actual settings will be displayed. Within this menu, three toggle settings and a shift control are available. STATUS [ON/OFF] ON: BARCO logo will be displayed on the screen.
10.8 Uniformity Changing these settings may seriously affect the performance of the projector When Uniformity is selected in the Service Mode selection menu, the following warning will be displayed : Uniformity is reserved to qualified service personnel. If you are not qualified, press EXIT to cancel the uniformity.
10.9 Preset Input Balance Changing these settings may seriously affect the performance of the projector. When Preset Input Balance is selected in the Service Mode selection menu, the following warning will be displayed : Preset Input Balance is reserved to qualified service personnel. If you are not qualified, press EXIT to cancel the preset input balance.
10.10 I2C Diagnosis. Gives an overview of the correct working of the I²C controlled IC's. Highlight I2C diagnosis by pushing the cursor key up or down and press ENTER to display the overview.
11 Maintenance and S ervicing ATLAS CS4 requires very little maintenance and servicing. Maintenance operations are nevertheless necessary at regular intervals to guarantee good operational performance. This chapter describes maintenance and servicing of ATLAS CS4.
11.1 Cleaning of Screens 11.1.1 General Screens consist of single or double screen elements. Each screen element has a delicate optical screen surface structure dedicated to its functionality. The optical surface can easily be damaged if the screen is handled incorrectly. Only handle screens while wearing gloves with a soft texture (eg. cotton gloves). Avoid touching the rear beaded surface unnecessarily. It is easily damaged. 11.1.2 Cleaning the Screen The screen is a high-precision optical component.
11.2 Replacing Both the filter pad and the lamp module are accessible from the rear side.
11.2.1 Replacing the Lamp Module The lamp module must be replaced after an operating period of 8000 hours or if a fault occurs earlier. The hot lamp is at high pressure. Do not open the lamp housing before the lamp has cooled down! Wait at least about 10 minutes after switching to standby.
Inserting a Lamp Module Never remove the cover of the lamp housing with the equipment switched on. The following description applies if the lamp has already been removed as described above.. ! Carefully insert the new lamp module into the lamp housing and push it cautiously right back as far as it will go. Figure 11-4 Inserting the lamp module ! Tighten first the left screw [1] (only the left screw, not the right one) and then the lower screw [2] with an Allen key size 3mm.
11.2.2 Replacing the Filter Pad The filter pad must be replaced regularly. The operating period of a filter pad depends on the quality of the supplied air. ! Go to standby mode by pressing STDBY on the RCU ! For cooling down the lamp, wait 10 minutes. ! Switch off power by pressing 0. Switch off the equipment before replacing the filter pad in order to avoid severe contamination! ! Lift the cover of the filter pad slightly and remove it.
12 Technical Data This chapter provides tabular overviews about the technical details of ATLAS CS4.
12.1 General Data characteristic specification specification Atlas 67 CS4 Atlas 84 CS4 Dimensions screen width screen height total depth 1335mm | 52,5in 1068mm | 42 in 929.5mm | 36.6in 1650mm | 65in 1320mm | 52in 1212mm | 47.7in Weight 1 AtlasCS4 Unit (average of a 2x2 wall) 90 kg | 198.42 lbs 120 kg | 264.55 lbs 1 illumination and projection unit 18.4 kg | 40.57 lbs 18.4kg | 40.57 lbs ∑ 108.4 kg | 238.98 lbs 138.4 kg | 305.
12.2 Technical Data of Optical S ystem characteristic specification ATLAS CS4 native SXGA-resolution, 5:4, 1280×1024pixels colors 16.
12.3 Technical Data Of Electric al System characteristic specification AC power supply 100VAC .... 240VAC mains frequency 50....
12.4 Interfaces 12.4.1 24V Interface This interface allows switching the projector on and off without using the RCU or the local keypad. Switching is done by applying a voltage (24V). The interface is made accessible via a two pole connector mounted at the bottom of the cover. interface two pole connector 2×0.75mm², red/black configuration Plus(+)-pole: red Minus(-)-pole: black voltage 0-50 V current max. 30mA standby 0-5V projector ON: 12-32V insulation voltage: 5300V 12.4.
12.4.3 Slot 2: Computer input/Monit or output 5 1 10 6 15 11 1 Red 6 ground 11 loop through to monitor 2 Green 7 ground 12 loop through to monitor 3 Blue 8 ground 13 HSYNC / CSYNC 4 Green 9 loop through to monitor 14 VSYNC 5 ground 10 ground 15 loop through to monitor Table 12-5 12.4.4 Slot 3: Video Input 1 2 1×BNC or cinch 1.0Vpp ± 3 dB, no loop through 1 Signal 2 Shield Table 12-6 12.4.5 Slot 4: S-Video Input 4 3 2 1 1 ground luminance 3 luminance 1.
12.4.
12.5 Parts List 12.5.1 Optional Parts order No. designation R9829960 Executive Remote Control R9827890 VS05 Table 12-9 12.5.2 User’s Manuals order No.
12.6 Addresses Feel free to contact us if you have any further questions! ! Barco Control Rooms GmbH An der Rossweid 5 • D-76229 Karlsruhe • Germany Phone (49) (721) 6201-0 • Fa× (49) (721) 6201-298 E-mail info.bcd.de@barco.com, Web www.barco.com ! BARCO Projection Systems - Europe Noordlaan 5 • B-8520 Kuurne • Belgium Phone (32) (56) 36-8211 • Fa× (32) (56) 36-8251 E-mail sales.bcd@barco.com • Web www.barco.
13 Configuring Notes A number of design and ergonomic conditions must be considered when planning the installation of ATLAS CS4. In addition to mounting dimensions, the following sections also include anthropotechnical requirements which must be observed in a specific application.
13.1 Floor Space And Maintena nce Area Sufficient floor space and maintenance area must be available when installing ATLAS CS4 Floor Space The floor space must have a sufficient load carrying capacity and be sufficiently flat (according to DIN 18202). It must not sag by more than 1 millimeter under the load of the ATLAS CS4. A cement, wood or false floor is permissible. The load of the ATLAS CS4 is transmitted to the floor via adjustable feet. No installations (venting ducts, sockets etc.
ATLAS 84 CS4 front side 1650 1035 154.5 top Figure 13-2 Position of the feet of ATLAS 84 CS4 (All dimensions measured in millimeters!) Maintenance Area The floor space for a Atlas Unit is calculated from the basic area of the structure. A maintenance area must be provided behind each Atlas Unit over the complete width. This area must be permanently accessible. The exact regulations for such a maintenance area can be obtained from the specifications for working premises.
13.2 Overall Height The installation room must be sufficiently high. Sufficient space (recommended > 100 millimeters) must be provided above the Atlas Units. The total height results from the height of the supporting construction plus the height of the Atlas Units with feet plus the vacant space above the modules.
ATLAS 84 CS4 finished ceiling 100 1650 100 finished window 100 1320 1320 between 366 and 1287,5 mm finished floor 2 x 1650 +45 Figure 13-4 Mounting dimensions of ATLAS 84 CS4 (All dimensions measured in millimeters!) The depth of the ATLAS 84 CS4 WALL is 1212mm. The standard screen height with the adjustable feet is 1287.5 millimeters. Other heights are available on request.
13.3 Viewing Distance and Ang le When planing the installation of ATLAS CS4, anthropotechnical factors such as the human field of vision must be considered in addition to design requirements. General rules for the viewing angle and distance will not be specified here since they depend on the field of application. The notes in this section are therefore only recommendations which can be observed for a particular application.
The screen of the ATLAS CS4 can be viewed at angles greater than 45 degrees without problems. The vertical viewing angle has been designed such that there is no difference whether the observer is standing or sitting. In addition to the viewing angles, the room illumination should also be considered when installing ATLAS CS4. Diffuse ambient light measured horizontally up to 300 lux and vertically up to 500 lux is no problem if the displayed image has a sufficiently high contrast.
13.4 Room Ventilation The electrical power consumption of typically 220 Watts per illumination unit can be used as a measure for the heat dissipation of ATLAS CS4 into the room. It is favorable to pass fresh and clean air through ventilation ducts in the floor below the dark boxes. The inlets should be provided with replaceable dust filters. The electronic boards are very sensitive against being soiled with particles of e. g. carbon. Carbon dust is taken up by the circuit boards thus causing short-circuits.
14 Troubleshooting When faults occur with ATLAS CS4 which are not described below please contact BARCO.
14.1 Faults Faults cause/steps no display: lamp not ignited and fan of the illumination unit not running The equipment is not connected to power supply. It must be supplied with suitable voltage (see12.3 Technical Data Of Electrical System)! Power switch is off. Switch on power switch. See 5.1.3 Switching on The cover of the lamp housing is not installed correctly, and the micro-switch in the housing interrupts power supply. The cover sheet must be fixed (see 11.2.
14.2 Contact 14.2.1 Hot Line Feel free to contact us if you have any further questions! ! Barco Control Rooms GmbH An der Rossweid 5 • D-76229 Karlsruhe • Germany Phone (49) (721) 6201-0 • Fa× (49) (721) 6201-298 E-mail info.bcd.de@barco.com, Web www.barco.com ! BARCO Projection Systems - Europe Noordlaan 5 • B-8520 Kuurne • Belgium Phone (32) (56) 36-8211 • Fa× (32) (56) 36-8251 E-mail sales.bcd@barco.com • Web www.barco.
15 Appendix A: Stand ard Source Set Up Files Name: name of file, contains the settings Resolution: image resolution, when followed by ...I means interlaced. FVERT/Hz: vertical frame frequency of the source FHOR/kHz: horizontal frequency of the source.
name resolution Fvert/Hz Fhor/kHz Fpix/MHz ptot pact ltot lact MAC_LC 640 × 480 66,619 34,975 31,338 896 640 525 480 MAC_POR 640 × 870 74,996 68,846 57,280 832 640 918 870 MUSE 1172 × 518i 30,000 33,750 37,125 1172 1024 563 518 VIDEO525 1302 × 239i 29,970 15,734 32,207 1302 1024 263 239 VIDEO625 1024 × 278i 25,000 15,625 31,984 1310 1024 313 278 PAM500 640 × 400 60,000 26,400 22,810 864 640 440 400 PAM800 1120 × 375i 44,936 36,443 50,000 13
name resolution Fvert/Hz Fhor/kHz Fpix/MHz ptot pact ltot lact XGA_75 1024 × 768 75,781 61,080 86,000 1408 1024 806 768 XGA75_GS 1024 × 768 74,534 59,701 79,284 1328 1024 801 768 R5976255 ATLAS CS4 (2001-03) 15-3
16 Appendix B: Sourc e Numbers 81 - 86 And 91 - 96 R5976255 ATLAS CS4 (2001-03) 16-4
16.1 Projector without any 800 peripheral connected. The source numbers 81 - 86 and 91 - 96 do not correspond to physical inputs. An additional adjustment file can be created for these source numbers. This file can contain different settings. The relationship between sources 1 - 6 and 91 - 96 or between 1 - 6 and 81 - 86 is shown in the diagram below. source input source number file 1 1 A 1 81 A’ 1 91 A’’ 2 2 B 2 82 B’ 2 92 B’’ 3 3 C 3 83 C’ 3 93 C’’ . . .
16.2 Projector with a 800 periph eral connected. 16.2.1 Source numbers 91 - 99. The source numbers 91 - 99 do not correspond to physical inputs. An additional adjustment file can be created for these source numbers (source numbers of the 800 peripheral). This file can contain different settings. The relationship between sources 1 - 9 of the 800 peripheral and 91 - 99 is shown in the diagram below. source input source number file 1 1 A 1 91 A’ 2 2 B 2 92 B’ 3 3 C 3 93 C’ . . .
