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UMAN NSL-4601 K5960047

1. RS232 Protocol NSL 4601 51 of 57 Reply to PC ID Return Cmd Data Data End ACK char aee char nm TE A e E Arwn Hexa 1Byte 0 TIH wn 0x06 ID NACK char 3 5Bytes Hexa 1Byte 0x15 Edit Number key and then press Enter key Send to Monitor Head ID Send Cmd Data Cmd end TE Te char woo TU char 7 M RN char TH 093 Reply to PC ID Return Cmd Data Data End ACK char NN NN char VU MEN a char 2Bytes r n Hexa 1Byte 0 TRS 2 0x06 ID NACK char 3 5Bytes Hexa 1Byte Ox15 2 Minute x Up Send to Monitor Head ID Send Cmd Cmd end T ot char 3Bytes YT oe char Reply to PC ID Return Cmd Data Data End ACK char a char ee T Ar n Hexa 1Byte 0 TM Foie 0x06 ID NACK char 3 5Bytes Hexa 1Byte Down Send to Monitor Head ID Send Cmd Cmd end TN et char 3Bytes US umm char RS232 Protocol NSL 4601 52 of 57 Reply to PC ID Return Cmd Data Data End ACK char aee char LEMMA char 2Bytes r n Hexa 1Byte 0 TM 590 0x06 ID NACK char 3 5Bytes Hexa 1Byte 0x15 Edit Number key and then press Enter key Send to Monitor Head ID Send Cmd Data Cmd end TE Te char woo NU char Uc M char TM 059 Reply to PC ID Return Cmd Data Data End ACK char NN NN char c L NENNEN char 2Bytes r n Hexa 1Byt
2. Barco NSL 4601 User manual 9 About the product 3 About the product 3 1 NSL 4601 ay em Emea E am ig 9 Ang The NSL 4601 is a professional grade narrow bezel 46 LCD display with WXGA resolution The unit has been designed for tiled video wall applications in small to medium sized control rooms As a tiled LCD solution the NSL 4601 is ideal for Emergency Operations Centers traffic and surveillance centers and utilities and process control rooms The NSL 4601 is combining a space saving design with the best image quality around in terms of resolution and viewing angle 10 Barco NSL 4601 User manual About the product The Key features are Multiple sources native resolution In combination with a Barco display controller the NSL 4601 allows to present sources in native resolution without loss of content or scaled Multiple sources video PC content or streaming video can be presented and positioned anywhere across the entire LCD wall Stable colors Optional DCMS software The unit can be calibrated by means of Barco s display consistency management software DCMS This ensures a correct white point and accurate grayscales Space saving NSL 4601 video walls can be serviced from the front and the back They require no back room space at all so they are ideally suited for control rooms where space is limited The high resolution of the tiled NSL 4601 video wall allows operators to sit close by an
3. Head ID Send Cmd Data Cmd end char 2Bytes char 3Bytes char 3Bytes char 3Bytes char 1Byte K Jau MVG 00 X j char 2Bytes char 3Bytes char 3Bytes char 1Byte Kk JAU J VM jJ No reply from Monitor 2 Group control Repeat One set control to all selected set 3 One set control Send PC to Monitor Head ID Send Cmd Cmd end char 2Bytes char 3Bytes char 3Bytes char 1Byte K jo00 VMB j Reply Monitor to PC ID Return Cmd Data Data End ACK char Il char ae ee char 2Bytes r n Hexa 1Byte VMT RS232 Protocol NSL 4601 34 of 57 ID NACK char 3 5Bytes Hexa 1Byte Send PC to Monitor Head ID Send Cmd Data Cmd end char 2Bytes char 3Bytes char 3Bytes char 3Bytes char 1Byte K joo MMC 02 Reply Monitor to PC ID Return Cmd Data Data End ACK char a m char e char 2Bytes r n Hexa 1Byte 0 MHC ID NACK char 3 5Bytes Hexa 1Byte Send PC to Monitor Head ID Send Cmd Data Cmd end T char Ic I char a char eens MYC 00 Reply Monitor to PC ID Return Cmd Data Data End ACK char O char aea ec char 2Bytes r n Hexa 1Byte 0 MVC _ S ID NACK char 3 5Bytes Hexa 1Byte Send PC to Monitor Head ID Send Cmd Data Cmd end CH ccm char 7 TUS a char char p DNO 000 Repl
4. Procedure in case of damages All shipments should be opened and inspected for concealed damage or pilferage as soon as possible after the arrival at destination The shipping cartons should be retained for the surveyor s inspection and full and accurate reserves must be made by a letter or a fax message Depending upon the used means of transport the written protest is subject to different time rules e by sea the protest has to be issued against the captain and or ship within 3 days of the delivery of the goods e by road the protest has to be issued against the last road carrier within 7 days after delivery of the goods e by air the protest has to be issued against the air carrier within 14 days after delivery of the goods In all cases a claim or potential claim should be reported as soon as possible whether or not full documentation is immediately available After completion of all required steps the claim should normally be finalized within one month For more information about the claims handling procedure contact Barco n v Storage It is best to store the display unit in its original packaging in a room that does not exceed the storage conditions mentioned in the technical specification Electrolytic capacitors The display unit needs to be powered on for a period of 24 hours at least once every 2 years to allow internal electrolytic capacitors to be reformed Failure to do so may lead to compromised reliability
5. HPD 050 0x06 ID NACK char 3 5Bytes Hexa 1Byte 0x15 Edit Number key and then press Enter key Send to Monitor Head ID Send Cmd Data Cmd end THE char rr zr VO MA UN char Uc M AN char HPS 050 Reply to PC ID Return Cmd Data Data End ACK char char aa oae char 2Bytes r n Hexa 1Byte 0 HPS 050 O 0x06 ID NACK char 3 5Bytes Hexa 1Byte Get current H POSITION setting status See Read PICTURE setting status 3 4 4 V POSITION only for PC input Range 0 100 Default value 50 Same format as H POSITION SETTING but send cmd is VPU VPD VPS and return cmd is VPSz RS232 Protocol NSL 4601 44 of 57 3 4 5 CLOCK Frequency only for PC input Range 0 100 Default value 50 Same format as H POSITION SETTING but send cmd is CKU CKD CLK and return cmd is CLK 3 4 6 PHASE only for PC input Range 0 100 Default value 50 Same format as H POSITION SETTING but send cmd is PHU PHD PHS and return cmd is PHS 3 4 7 AUTO ADJUST only for PC input Send to monitor Head ID Send Cmd Cmd end char 2Bytes char 3Bytes char 3Bytes char 1Byte ATU Reply to PC char 3 5Bytes Hexa 1Byte Or char 3 5Bytes Hexa 1Byte 3 4 8 Read Picture setting status only for single monitor This function is for updating current all picture menu setting status of selected
6. 0x06 2 Nack ID NACK char 3 5Bytes Hexa 1Byte Group set Repeat one set command to all selected set 2 Get Power Status of one set Send to Monitor Head ID Cmd Cmd end 1T char char T 000 CPS em to e 1 Ack char 3 5Bytes char 4Bytes m 1Byte char 2Bytes r Hexa 1Byte 0 CPS r n 0x06 char 1Byte Of Off 2 Nack char 3 5Bytes Hexa 1Byte 3 1 3 Source Setting PC DVI COMPONENT S VIDEO CVBS 1 Source change All set in chain Send to Monitor Head ID Cmd Cmd end m r wa char ol ALL SDV RS232 Protocol NSL 4601 30 of 57 char 3Bytes COMPONENT S VIDEO No Reply to PC One set Send to Monitor Head ID Cmd Cmd end char 2Bytes char 3Bytes char 3Bytes char 1Byte K 00 X A ed char 3Bytes Reply to PC 1 Ack c char 3 5Bytes Hexa 1Byte 2 Nack char 3 5Bytes Hexa 1Byte Group set Repeat one set command to all selected set 3 Get Current Source Status of one set Send to Monitor Head ID Cmd Cmd end char 2Bytes char 3Bytes char 3Bytes char 1Byte KK jo00 X RS232 Protocol NSL 4601 31 Of 57 Reply to PC 1 Ack ID Cmd Data Data End ACK char 3 5Bytes char 4Bytes char 1Byte char 2Bytes r Hexa 1Byte cPs 0 vn 0x06 ID NACK char 3 5Bytes Hexa 1Byte 3 2 Multi Window setting 3 2 1 Multi Window Adjust H Max cell
7. This is an example of the monitor ID setting for a set of 4 monitors Figure 6 Monitor ID DIP switch settings Barco NSL 4601 User manual 19 Installation 4 4 5 RS 232 DIP switch setting Master Slave 1 switch setting for the set which receives the signal directly from the source not related with another monitor ID Master 5 switch setting for sets where the RS communication is done via the DVI loopthrough Slave Figure 7 RS 232 DIP switch setting Barco NSL 4601 User manual 5 1 5 2 Operation Operation Operating precautions e Avoid displaying fixed patterns on the display for long periods of time to avoid image persistence after image effects e For optimum performance allow 20 minutes for warm up e The unit should be used in environmental conditions as described in the technical specification Using the display beyond its specifications tempera ture humidity will degrade its performance Image persistense notice Image persistence is when a residual or ghost image of a previous image remains visible on the screen Unlike CRT monitors LCD monitors image persistence is not permanent but constant images being displayed for a long period of time should be avoided To alleviate image persistence turn off the monitor for as long as the previous image was displayed For example if an image was on the monitor for one hour and a residual image remains the monitor should be tur
8. RH RHDM RM ROT RoHS RS S SDI SDSDI SG SMPTE SS STANAG SVGA SXGA T TBC Measure of illumination lumens per meter squared millimeter milliseconds Mean Time Between Failures Mean Time To Repair National Electronics Manufacturers Association Near Seamless LCD National Television Systems Committee On Screen Display Phase Alternating Lines pixels per inch Patterned Vertical Alignment polyvinyl chloride Radiated Emissions Reserved for Future Use Red Green Blue letters colors also referenced separately Relative Humidity Reference High Definition Monitor Rack Mount Rotator Restrictions of Hazardous Substances Radiated Susceptibility Serial Digital Interface Standard Definition Serial Digital Interface Symbol Generator Society of Motion Picture and Television Engineers Separate Sync Standardization Agreement Super Video Graphics Array Super eXtended Graphics Array To Be Confirmed Barco NSL 4601 User manual TBD TBM TBT UMD VDC VESA Barco NSL 4601 User manual Abbreviations and acronyms To Be Defined To be Measured To Be Tested Transistor Transistor Logic Under Monitor Display Volts Direct Current Video Electronics Standards Association VESA Mount Watt Addendum 10 Addendum 10 1 RS 232 protocol information The addendum RS232 Protocol NSL 4601 describes the RS 232 communication protocol with the NSL 4601 display The protocol is a
9. 1 8 4 2 2 8 4 2 3 8 4 2 4 8 4 2 5 Specifications e Europe CE ESD EN 61000 4 2 EN 61000 4 3 ElectroMagnetic Field EN 61000 4 5 Surges EN 61000 4 6 Conducted Common Mode EN 61000 4 8 Power Frequency Magnetic Field EN 61000 4 11 Voltage Dips Other specifications MTBF gt 50 000 hours Maintenance MTTR e Less then 30 minutes Diagnostics Use of maintenance equipment Wear out items e The backlight lifetime is 50 000 hours lamp 25 C e The backlight is considered failed at 50 of the initial light output e Lifetime is depending on the brightness setting during operation Workmanship e ccording to ANSI IPC A 610A level ll Barco NSL 4601 User manual 47 Abbreviations and acronyms 9 Abbreviations and acronyms as Degrees Celsius fF Degrees Fahrenheit A ActEv Actions Events name of a Barco software product AGC Automatic Gain Control ALC Automatic Light Control AMLCD Active Matrix Liquid Crystal Display ANSI American National Standards Institute APA Automatic Phase Adjustment AR Anti Reflective a Si TFT Amorphous Silicone Thin Film Transistor AWG American Wire Gauge B BARCO Belgian American Radio Corporation BCM Barco wall Control Manager C CAN Controller Area Network CCFL Cold Cathode Fluorescent Lamp CCIR Consulting Committee International cd candela CE Conducted Emissions Conformity European safety CIE Commission International de l clairage Illuminati
10. 2 2 3 3 2 3 4 Important notices product safety precautions and package amp storage Safety precautions Earthing WARNI NG The display unit must be earthed correctly Verify that the power cable is plugged into a standard 3 pin power outlet which is effectively earthed When using extension cords make sure that they contain a grounded connection If in doubt contact a qualified electrician Ignoring this warning may lead to personal injury or death Electrical warnings and cautions e Do not power the unit with other input sources as specified in the technical specifications e Always power down the unit before disconnecting the power cable e Unplug the display unit from the power source when not in use I MPORTANT Immediately unplug if e the power supply cord is damaged e the unit has been dropped or the cabinet is damaged e the unit does not operate normally by following the operation instructions WARNING Do not remove the cover without authorization Removal of the cover by non qualified personnel can cause personal injury Environmental cautions e Do not use the display unit in a dusty or damp room e Do not submit the display unit to heavy shocks and or vibrations e Do not cover the display unit while in operation to avoid overheating e Do not expose to direct sunlight e Do not use the display at extreme limits of temperature and humidity range Storage and operating limits are specified in
11. Hexa 1Byte 0 NSR O OS ID NACK char 3 5Bytes Hexa 1Byte 0x15 NSI DVI Send Cmd Reply char 3Bytes SIS ICS NSR No PC 0 RS232 Protocol NSL 4601 54 of 57 COMPONENT S VIDEO 3 6 11 READ GAMMA DATA This function is for return gamma LUT data This is not available in all set or group selected Send to monitor Head ID Send Cmd Cmd end char 2Bytes char 3Bytes char 3Bytes char 1Byte KK 00 JXA RGM char 3 5Bytes 0 Color char 3Bytes 0x00 r n Level Fraction Integer value value Ox FEF 0x00 OxFF End of Data char 3Bytes EOD char 3Bytes 0x01 Level Fraction Integer value value OxFF 0x00 OxFF r n r n End of Data char 3Bytes EOD Color char 3Bytes 0x02 5 5 RS232 Protocol NSL 4601 55 of 57 Level Fraction Integer value value Emp char 3Bytes ACK Hexa 1Byte NACK char 3 5Bytes Hexa 1Byte 3 6 12 REQUEST and REPLY NO SIGNAL This function is for return no signal status of current input source when input source is changed This is not available in all set or group selected Send to monitor Head ID Send Cmd Cmd end NN ot char 3Bytes char T to Ur ID Return Cmd Data Data End ACK char UMEN char a char e ae Ar n Hexa 1Byte 0 NSG Wn _ 0x06 ID NACK char 3 5Bytes Hexa 1Byte 0x15 Reply No Signal NSG Normal 0 No Signal
12. L 1 Unsupported mode Auto reply when change input source It ll take few seconds according to input source RS232 Protocol NSL 4601 56 of 57 3 6 13 Read ETC setting status only for single monitor This function is for updating current all etc menu setting status of selected one monitor This is not available in all set or group selected See 3 1 1 Read only ONE SET selected RS232 Protocol NSL 4601 57 of 57 Table of contents 11 Table of contents 1 ADOUE the matniulalessio xm uc Du qu Rachat iade 20 19 diated 0 ados aq aa on dubita ce a POR n 3 LL Contents of the USEF marital deis ere wes Eoi eee Ex x Coe e o e EC e ER d 3 LZ GHarge TecOEGQ csssvesieketeut ase agenesis darti C3 tU dob PGcER equi bio aed ade a acra 3 1 3 Notation CODVODEILOD desastre v odas tee v s Ob e Oi 4 2 Important notices product safety precautions and package amp storage 5 2p Jqosgesesrerdly sssnunmetiscud tubam Saaremaa teenie ta raoaeu M a E REOS 5 242 MODOFPEaliETIOLICOasesepriee teas ande e Tir PIQUUE IT FEDQPREPCEREOA S TOL DEI pda Ao E Ped 5 2 2 SOO VIGNE vsus est adi RUPES tet u Dco bo uk ipw ka ub biduo picco o oq pitis iut bares 5 2 242 Technical accuracy NOUICE ioo xi S VEEEVERTA X OE RE OO IE A CEA P aS ER OR CR CC 5 2 2 3 Federal Communication Commission FCC notice cccccceeeeee cece eeeees 5 2 A Maltallby ussitavssspesduvsadEsd ridi us I E e uU PiVeblsveRieH dd P EE 5 2 29 Wadea KS cisseanvessdepeedasqattbrEed ei
13. Picture Control Menu a to PC ID char 3 5Bytes Return Cmd Data Data End char _ a Ar n pvPs 500 a n RS232 Protocol NSL 4601 27 of 57 ACK Hexa 1Byte 0x06 Or ID NACK char 3 5Bytes Hexa 1Byte 0 0x15 IR Key Control Menu Head ID Cmd Cmd end char 2Bytes char 3Bytes char 3Bytes char 1Byte K 00 X Reply to PC ID char 3 5Bytes 0 Return Cmd Data Data End char 4Bytes char 1 3Bytes char 2Bytes r n r n ACK Hexa 1Byte 0x06 or ID NACK char 3 5Bytes Hexa 1Byte ETC Control Menu ID Cmd Cmd end char 3Bytes char 3Bytes char 1Byte 000 EIC f Reply to PC ID char 3 5Bytes Return Cmd Data Data End char ABytes char 1 3Bytes char 2Bytes r n AGE ON KLC O0 h O n RS232 Protocol NSL 4601 28 of 57 NTIS O0 n O r n ACK Hexa 1Byte 0x06 Or ID NACK char 3 5Bytes Hexa 1Byte 3 1 2 Power Control 1 Power On Off All set in chain Send to Monitor Head ID Cmd Cmd end char 2Bytes char 3Bytes char 3Bytes char 1Byte CORN char 3Bytes No Reply to PC One set Send to Monitor Head ID Cmd Cmd end char 2Bytes char 3Bytes char 3Bytes char 1Byte K oo J PONT Cmd Power Status char 3Bytes RS232 Protocol NSL 4601 29 of 57 Reply to PC 1 Ack char 3 5Bytes Hexa 1Byte
14. Range 1 16 Default value z 1 Up end to Monitor S Head ID Send Cmd Cmd end char 2Bytes char 3Bytes char 3Bytes char 1Byte K MHU Reply to PC ID Return Cmd Data Data End ACK char 3 5Bytes char 4Bytes char 1 3Bytes char 2Bytes r n Hexa 1Byte or ID NACK char 3 5Bytes Hexa 1Byte Down Send to Monitor Head ID Send Cmd Cmd end char 2Bytes char 3Bytes char 3Bytes char 1Byte MHD Reply to PC ID Return Cmd Data Data End ACK char 3 5Bytes char 4Bytes char 1 3Bytes char 2Bytes r n Hexa 1Byte RS232 Protocol NSL 4601 32 of 57 ID NACK char 3 5Bytes Hexa 1Byte 0x15 Edit Number key and then press Enter key Send to Monitor Head ID Send Cmd Data Cmd end char 2Bytes char 3Bytes char 3Bytes char 3Bytes char 1Byte K X jo0 MHC Me Reply to PC ID Return Cmd Data Data End ACK char 3 5Bytes char 4Bytes char 1 3Bytes char 2Bytes r n Hexa 1Byte ID NACK char 3 5Bytes Hexa 1Byte 0x15 Get current H Max Cell setting status See Read Multi setting status 3 2 2 Multi Window Adjust V Max cell Range 1 16 Default value 1 Same format as Multi Window Adjust H Max cell but send cmd is MVU MVD MVC and return cmd is MVC 3 2 3 Multi Window Adjust Cell Number Range 1 H Max cell x V Max cell Default value z 1 Same format as Multi Window Adjust H Max c
15. connectors optional Component Video Signal CVBS Output connectors optional RS232 12C DIP switch Monitor ID DIP switch RS 232 In SubD connector Power connector Figure 3 Connector location NSL 4601 Barco NSL 4601 User manual 4 4 2 Installation Connections for DVI and RS 232 with real DVI loopthrough In this case the master display or SET1 must be configured as master the other displays SET2 3 and 4 are to be configured as slave The RS 232 data transmission to the slave units is done by using the I C EDID lines in the DVI cable See also the RS 232 DIP switch setting paragraph for the master slave configuration of the display SET 1 Master SET 2 Slave SET 4 Save SET3 Slave Digital Video Input signal DVI source needs to be connected with set 1 RS 232 In via RS cable RS 232 cable needs to be connected with set 1 DVI connections DVI needs to be connected between each sets RS 232 data transmission RS 232 data flows through DVI cable e WN H Figure 4 DVI and RS 232 connection with real DVI loopthrough e g control room with 4 units Barco NSL 4601 User manual 17 Installation 4 4 3 Connections for DVI and RS 232 with DVI to RS 232 loopthrough In this case all displays SET1 2 3 and 4 must be configured as master The DVI source is connected to each display The RS 232 needs to be connected to the first display SET1 t
16. deb pe susan ein sdeeMaa ease a IN UM RE MES 49 3 6 5 HRMWARE VERSION READ sitatonac ae e a O dt ovt EAEN 49 3 6 6 DEVICE TYPE READ irea E E E O TET E A E OE TE REEE 50 3 6 7 MODE SETTING aieea e R A E E wentebes 50 3 6 8 TIME SETTING airea E E a E A 51 3 6 9 TIMER ON DORE ES EEL TING vieii actetuer cette eh endete ted tuae te 53 3 040 ONCPINESOUBRCBSEBT Naat N tome un E sonnei neve ute ui ids bue OLaes eu Ets 54 SUN READ GAMMA DATA T MA 55 3012 RBOUEST and REPEY INO SIGNAL eene eset ee plebs dor id sut bs odd pebdo ess tsustdu bees eiat eg uda seront 56 3 6 13 Read ETC setting status only for single monitor eeeeeeeesssssesseseeseeeee nnnm eene nennen nnne nnn nnne nnns 37 RS232 Protocol NSL 4601 4 of 57 1 General 1 1 Addressing and chaining 1 1 1 Dip Switch for Master slave setting RS232 12C T as 1 1 2 Mapping between dip switches and device addresses The following table shows how the dip switch settings are mapped to device addresses Horizontal X Dip Switches 6 7 8 9 10 ON OOH ROD O lt o E 3 z o o z e o D o RS232 Protocol NSL 4601 5 of 57 1 2 Com port settings Flow Note control RS232 Protocol NSL 4601 6 of 57 2 Concepts of command requests and replies The protocol defines exactly two types of protocol units 2 1 Direct Control Command Protocol All requests that are send to the device have the
17. detaching the system from the power supply One of the cable ends or power connector should be easily accessible Make sure all units are disconnected from mains before connecting the sig nals The display unit must be earthed correctly as described in the safety pre cautions paragraph Before connecting the unit to mains check if the power source voltage cor responds to the mains voltage marked on the identification label on the dis play 4 2 Specific installation precautions The panel is foreseen with 2 handles at the rear side of the panel for easy transportation During installation or transportation 2 people should lift an edge of it by holding the handle Do not grip the front of the panel the panel may get damaged when to much pressure Is applied The display is slim and fragile handle it carefully Do not incline the panel forward the edge or bottom of the panel could be damaged In case the panels need to be tiled on a wall make sure the edges do not collide with eachother during the installation the edges could be damaged Barco NSL 4601 User manual 13 Installation 4 3 Mounting procedure 4 3 1 VESA compliant mounting solution The NSL 4601 can be mounted on a device that is compliant to the VESA MIS F 600x200mm or 600x400mm standard with M8x12 screws Ps ger T s N e A 9 gi C SRL o K Aj A e o N A CE 5 e gt T P b defi 9 A
18. one monitor This is not available in all set or group selected See 3 1 1 Read only ONE SET selected 3 5 IR KEY POWER KEY Send to monitor Head ID Send Cmd Cmd end char 2Bytes char 3Bytes char 3Bytes char 1Byte RPW Reply to PC char 3 5Bytes Hexa 1Byte Or char 3 5Bytes Hexa 1Byte 0x15 RS232 Protocol NSL 4601 45 of 57 The following Remote control commands are available Send Cmd Remote char 3Bytes Control Key RPW RSO RUP RDN RRT RLT REN RMN RAU RIF 3 5 1 Factory Mode only for single monitor This function is for direct entering to Factory Mode or exit from Factory Mode Send to monitor Head ID Send Cmd Cmd end INN char 3Bytes char char ya Send Cmd Factory char 3Bytes Mode FM FMF Reply to PC ID Return Cmd Data Data End ACK char char me Ime Ar n Hexa 1Byte 0 FMS vno O char 1Byte 0 OR ID NACK char 3 5Bytes Hexa 1Byte RS232 Protocol NSL 4601 46 of 57 3 5 2 Read IR KEY setting status only for single monitor This function is for updating current factory mode setting status of selected one monitor This is not available in all set or group selected See 3 1 1 Read only ONE SET selected 3 6 ETC 3 6 1 AGING MODE OFF FULL WHITE FULL RED FULL GREEN FULL BLUE Default OFF Send to monitor Head ID Send Cmd Cmd end E a char 3Bytes char rc na aa t
19. t reply Because monitor consider other type control command ex auto calibration if Head is not correct format or range And Monitor consider other monitor control command if ID is not correct format or range Ex1 Set id 10 Brightness change to 9 Head ID Cmd Data Cmd end E CON char char FN char 3Bytes char cea ID Return Cmd Data Data End ACK char oe char aa char 1 3Bytes char 2Bytes r n Hexa 1Byte aO BRTS OG ID NACK char 3 5Bytes Hexa 1Byte Ex2 Set id 100 Brightness change to 100 Head ID Cmd Data Cmd end T e char char char 3Bytes char ID Return Cmd Data Data End ACK char char VU c char eT Ar n Hexa 1Byte 100 BRT 100 ID NACK char 3 5Bytes Hexa 1Byte RS232 Protocol NSL 4601 18 of 57 Same format command list 6 CON ConmatvaleSeting 0 1000 CON TIN Tint Hue Setting TIN PC DVI 50 fixed COMPONENT S VIDEO AV 0 100 id Ball Saturation Color Setting SAT PC DVI COMPONENT 50 fixed S VIDEO AV 0 100 Sharpness value Setting SHA PC DVI 50 fixed COMPONENT S VIDEO AV 0 100 eS OBESSE 2 A H Position Setting Only for PC 0 100 V Position Setting Only for PC 0 100 Clock Setting Only for PC 0 100 CLK Phase Setting Only for PC 0 100 PHS 2 4 3 Status Check Commands Example1 Get Brightness In order to q
20. the technical specifications of the unit Requirement for dusty environments The room in which the display unit is installed and operational must be dust free The room must comply with a dust class of 8 or better according to IS014644 1 If the room in which the display unit is installed does not comply with the dust class stated above please contact Barco to discuss possibilities to protect the display unit against dust Barco NSL 4601 User manual 7 Important notices product safety precautions and package amp storage 2 3 5 2 3 6 2 3 7 2 3 8 NOTE All construction reconstruction decoration activities must be completed before the installation and operation of the product LCD screen e Do not apply pressure on the surface of the screen If waves are visible on the screen below the pressing object e g finger the pressure is already too high and the LCD may already break under these circumstances e Do not hit the LCD screen with hard objects e Do not rub the LCD screen with rough materials e Do not touch the LCD screen with hard materials Hard materials can cause scratches on the surface of the LCD screen Examples of hard material are fingernails pencils pens and styluses wooden plastic or metal objects e While moving the display unit manually hold the LCD screen away from your body to avoid scratching the LCD screen e Do not paste or stick objects with glues and or adhesive tapes on t
21. them to connect to information to configure how it is displayed and to collaborate in the most efficient way e Barco s CMS software allows the operator to generate a preview of a multi tude of sources e g video application screen data external DVI feeds etc on his personal workstation Barco NSL 4601 User manual 11 About the product e Once a personalized view has been created the operator can send push it to any video wall with pre approved access e CMS is also able to bring up pull sources that are displayed at remote dis play walls onto the local operator s screen Easy video and data integration The NSL 4601 display is also compatible with Barco s full range of display controllers including the PWS 101 workstation for multi monitor personal desktops and small to medium sized video walls Barco s TransForm series of ultra fast video wall display controllers and Barco s multiviewers which enable operators to monitor their broadcast processes and visualize video content in real time from anywhere in the facility 12 Barco NSL 4601 User manual Installation 4 Installation 4 1 Installation precautions Keep the original packaging It is designed for this unit and is the ideal pro tection during transport Allow adequate ventilation in case the configuration is built in a rack ora console so that the heat can properly dissipate For units where the power cable or connector is the primary means of
22. 0 MWCP default value is 40 But monitor s default value is different as current source So if you want to know current value you have to read single set value RED Same format as COLOR BRIGHTNESS SETTING but send cmd is ROU ROD ROF and return cmd is ROF GREEN Same format as COLOR BRIGHTNESS SETTING but send cmd is GOU GOD GOF and return cmd is GOF BLUE Same format as COLOR BRIGHTNESS SETTING but send cmd is BOU BOD BOF and return cmd is BOF These functions are used to adjust color only factory line or service Don t open to normal user These functions are used to adjust picture Red Green Blue offset of scaler 3 3 9 SUB CONTRAST Range 0 75 MWCP default value is 30 But monitor s default value is different as current source So if you want to know current value you have to read single set value Same format as COLOR BRIGHTNESS SETTING but send cmd is SCU SCD SCO and return cmd is SCO This function is used to adjust color only factory line or service Don t open to normal user This function is used to adjust picture contrast gain of scaler RS232 Protocol NSL 4601 39 of 57 3 3 10 RED GREEN BLUE GAIN Range 0 80 MWCP default value is 40 But monitor s default value is different as current source So if you want to know current value you have to read single set value RED GAIN Same format as COLOR BRIG
23. 0x15 Or ID NACK char Hexa roe 0 RS232 Protocol NSL 4601 15 of 57 kkk Monitor return source code Didprintf 9ed GetSETID Set Id Didprintf BRT d r n GetPictureBrightnessValue Brightness Value putchar ACK or putchar NACK Ack or Nack Ack Command excute ok Nack Head and ID are correct but others command is not correct format If Head or ID commands are incorrect format or range monitor don t reply Because monitor consider other type control command ex auto calibration if Head is not correct format or range And Monitor consider other monitor control command if ID is not correct format or range Ex1 Set id 10 Brightness change 8 to 9 Head ID Cmd Cmd end Tm a char 3Bytes char DONN char ID Return Cmd Data Data End ACK char l char oa char p Ar n Hexa 1Byte 10 BRT wn 0x06 ID NACK char 3 5Bytes Hexa 1Byte 0x15 Ex2 Set id 100 Brightness change 99 to 100 Head ID Cmd Cmd end TN e char 3Bytes char Do char ID Return Cmd Data Data End ACK char 3 5B ytes char n char mo x Ar n Hexa 1Byte 100 100 Vn ID NACK char 3 5Bytes Hexa 1Byte 0x15 Same format command list MHD Up Down HE BN ui O MVD Up Down DNU Multi window Cell No Istep Up Down DNO DND HEU HED Multi window H Gap Edge Istep Up Down VEU V
24. 0x768 1024x768 mode have very similer timming data so scaler can t detect correct timing mode automatically And then user need to select manually NR This means Noise Reduction This function is for reducing noise of picture in COMPONENT S VIDEO VIDEO input Film Mode This function makes better video quality in normal movie picture Normal movie picture is originally 24 frame When make 30 frame video 6 frame is added Because of this picture is just a little unstable Film mode compensate this This function is for only COMPONENT S VIDEO VIDEO input On Time This function is for wake up time when the set is power off not ac power unplug automatically Off Time This function is for set off time when the set is power on not ac power unplug automatically On Source This function is for set source when the set is power on at On time R G B Offset and R G B Gain default values are different according to input source RedGam a 40 40 w 4 Mun E E I s 39 3 Blue Gain Send to monitor Head ID Send Cmd Cmd end E D char 3Bytes UU m char RS232 Protocol NSL 4601 48 of 57 Reply to PC ID ACK char 3 5Bytes Hexa 1Byte ID NACK char 3 5Bytes Hexa 1Byte 0x15 3 6 4 GAMMA SAVE Send to monitor Head ID Send Cmd Cmd end char 2Bytes char 3Bytes char 3Bytes char 1Byte Pa Reply to PC ID ACK char 3 5Bytes Hexa 1Byte ID NACK char 3
25. 5Bytes Hexa 1Byte 0x15 Gamma LUT adjust and save flow 1 Adjust gamma LUT level from level 0 to level 255 2 Inthis status the gamma LUT data is not saved to flash rom 3 Check the adjusted status 4 Ifthe adjusted status is not good adjust again 5 If you want to recall the previous status AC power off and on and then you can get the previous Gamma LUT value from the flash rom 6 Ifthe adjusted status is good save the adjusted gamma LUT data to flash rom And then the gamma LUT data of the flash rom will changed Wait until power off automatically It will take some seconds to save 3 6 5 FIRMWARE VERSION READ Allows to read out the firmware version of the device The FMW is returned as string with the following format V2 24 090819 The Major number is incremented in case of major functional changes and maybe even incompatibilities of the Protocol Dotseperator RS232 Protocol NSL 4601 49 of 57 The Minor version number is incremented for each official release It contains new functionality and or bugfixes Whenever there is a new official release the minor build number has to be increased WENN 7 090819 Build The build number is used to track different R amp D Version versions of a minor Firmware release It s not of importance for the end customer Send to monitor Head ID Send Cmd Cmd end mm PA char 3Bytes char CUBE chars LENS EE to ca Data ACK char 3 5Bytes
26. 7 28 COL BRT CON TIN SAT SHA CRT BLT S BR ROF GOF BOF SCO RGN GGN B GN URE UGR UBL 30 ETC CPS CSR AGI KLC MDE TIH TUM NTH NTM NTI FTH FTM FTI NSR NSG MDT Example2 Get Menu Group setting status In order to query the Multi set menu group setting status the following PU is send to the device Head ID Cmd Cmd end char 2Bytes char 3Bytes char 3Bytes char 1Byte K joo MIT X Jj This answer is retuned from the device It indicates that the request did succeed and the current Set ld HMaxCell VMaxCell H Gap V Gap Cell No and Ack Nack is returned ID char 3 5Bytes Data Data End char ABytes char 1 3B ytes char 2Bytes r n MHC MVC MHG MVG DNO GAD ACK Hexa 1Byte 0x06 ID NACK char 3 5Bytes Hexa 1Byte RS232 Protocol NSL 4601 21 Of 57 In order to query the Color set menu group setting status the following PU is send to the device Head ID Cmd Cmd end char 2Bytes char 3Bytes char 3Bytes char 1Byte K 00 This answer is returned from the device It indicates that the request did succeed and the current Set ld Brightness Contrast Hue Tint Saturation Color Sharpness Coor Temperature Sub Brightness Red Offset Green Offset Blue Offset Sub Contrast Red Gain Green Gain Blue Gain Back Light and Ack Nack is returned ID char 3 5Bytes char ABytes char 1 3Bytes char 2Bytes r n Hexa 1Byte O
27. 8 Component YPbPr optional VIDEO CVBS optional Composite S VHS NTSC Y C 8 1 3 2 8 1 3 3 Supported resolutions Specifications SVGA 800 x 600 37 879 60 317 1024 x 768 48 364 60 004 SXGA 1280 x 1024 63 981 60 020 40 000 65 000 108 00 WXGA 1360 x 768 47 700 60 000 84 700 1366 x 768 47 700 60 000 85 030 1366 x 768 47 700 50 000 84 238 1368 x 768 47 700 60 000 85 896 1368 x 768 47 700 50 000 84 330 Signal output Output Te PC VGA Signal me 0 M DVI T M D S Frequency Separate H V Sync TTL Lom VIDEO CVBS s 71 optional Composite m LL e PAL EIN CONTROL RS 232C Max sets 16 n MNT to n 1 MNT Barco NSL 4601 User manual Sync Signal Sync Signal Sync Signal Sync Signal Specifications 8 1 4 8 1 4 1 8 1 5 8 1 5 1 8 1 5 2 8 1 5 3 8 1 6 8 1 6 1 8 1 6 2 Human Machine Interface HMI On Screen Display OSD e The On Screen Display OSD feature is the ability to display text on top of the input signal e This OSD information can be critical system information on line info or errors warnings e The OSD is accessible via the front control keys or the remote control e This information is remotely accessible via a host processor with RS 232 ter minal Power supply specification 110 220 Vac 47 53Hz 57 63Hz supply e Nominal voltage 110 Vac or 220 Vac e Operates between 90 Vac 144 Va
28. 8 1 4 1 On Screen Display OSD ccccce cece eee eeeeee eee eeeeeneeeeeeeeeeas 44 3 125 Power SUDDIY SDECITICALION csi a v CE AGER OI paid DW c e n D d Ca e 44 8 1 5 1 110 220 Vac 47 53Hz 57 63Hz supply esee 44 3155 2 Power consutmptl lcu sese Sov OO EUR ENG E CLA CES COE AA CR RTL 44 oMoPCEEO Iidem 44 9 16 GORMECIONS e TIT 44 8 1 6 1 Input Output CONNECHOMIS ccc cece ec cess eee nennen nnn 44 9 1 6 2 xGOltrol CODDe CEOE orria N ebbe Db datam aerate 44 89 1 6 3 POWOr COIIDeCEOLE suis arona hevdat ruv tale eredi EAE RORONOA PM aO UA 45 8 2 Mechanical specifications essssssssssenn Henn 45 6724 DENSUSIOBScermecot aee ne MEN Ba ET a CEE aeui ba tha eadera N 45 9 2 2 COIpDOL Gris aedi us tprtases pb dc udt eme D p RU IRI U DEUM LIN A M Uo E 45 9 253 PACKIN G orat iita soe haa EIU RUE OPITSTEE ERE ORE KUtPKR UD DH pbeER amare ene 46 0 3 Environmental SDecifiCatlOfFiS ronin nebbia sti va arca Iw Nea FF NE SY arde 46 9 3 lL Storage Temper QEUT B suc center tos ee aeoea arbo EEEa pda REAR ORTIS 46 8 3 2 Operating temperature ssssseessssssssee esee nnn nnn 46 8 3 3 Relative humidity operating ccc cece ccc esse eee eee emen 46 Table of contents 8 3 4 Relative humidity StOFAGE cccccc cece eee eee esses eee Hh eem 46 9 3 5 Random VIDEFSEIDITs curia back ec EOD ER RAD ODE ESL PROC ERNULPR REC GER HERO HEANUDDO IRA 46 8 3 6 Requirement for
29. D will be decreased increased Operation 5 4 2 OSD overview functions Adjust parameter Picture Picture Mode PC DVI input User High Middle Low Component S Video CVBS input User Dynamic Standard Movie Mild User Contrast Brightness Sharpness S Video AV Compo nent Color S Video AV Component Tint S Video AV Color Tone User Red Green Blue Cool1 9300K Cool2 10000K Normal 6500K Warm1 6200K Warm2 5500K Size PC DVI input Wide 16 9 4 3 Component S Video CVBS input Wide 16 9 4 3 Zoom Panorama Zoom 14 9 PC H V Position Clock Clock phase Adjust the PC Phase Adjust the PC input H Position V Position Adjust the PC input V Position Adjust the PC input Frequency Setup Resets all user settings to default again Time Adjust present time setting Turn on time setting Off Timer Turn off time setting English Spanish German French OSD Tone Turn on off OSD background blending Key Lock Turn on off Key Lock function Power key is not locked Multi Multi Function Adjust Horizontal Max Cell Adjust Vertical Max Cell Adjust display number Adjust Horizontal Gap V Gap Adjust Adjust Vertical Gap SET ID X Display Set ID X Read Only SET ID Y Display Set ID Y Read Only 26 Barco NSL 4601 User manual Operation 5 4 3 Selecting the Input Source Input Source PC DVI Component S Video AV Move Enter Figure 11 Input Source Menu e Press the SOURCE button e Navig
30. Data MODE char 1Byte MODE COMPONEN PC DVI T S VIDEO AV 0 USER USER RS232 Protocol NSL 4601 42 of 57 Or ID NACK char 3 5Bytes Hexa 1Byte 0x15 3 4 2 PICTURE SIZE WIDE 4 3 PANORAMA ZOOM 14 9 Default WIDE Send to monitor Head ID Send Cmd Cmd end char 2Bytes char 3Bytes char 3Bytes char 1Byte tes o Send Cmd MODE Pian ae MODE char 3Bytes PC DVI S VIDEO AV gt Multi window WIDE WIDE WIDE WIDE WIDE PANORAMA WIDE PS3 WIDE ZOOM WIDE PS4 WIDE WIDE Reply to PC ID Return Cmd Data Data End ACK char 3 5Bytes char 4Bytes char 1 3Bytes char 2Bytes r n Hexa 1Byte PIS o MA KOH coe Too m PC DVI S VIDEO V Multi window 0 WIDE WIDE WIDE or ID NACK char 3 5Bytes Hexa 1Byte 3 4 3 H POSITION only for PC input Range 0 100 Default value 50 Up send to Monitor Head ID Send Cmd Cmd end char 2Bytes char 3Bytes char 3Bytes char 1Byte HPU qd 00 ug RS232 Protocol NSL 4601 43 of 57 Reply to PC ID Return Cmd Data Data End ACK char char ae char 2Bytes r n Hexa 1Byte 0 HPU 050 0x06 or ID NACK char 3 5Bytes Hexa 1Byte Down Send to Monitor Head ID Send Cmd Cmd end c De char 3Bytes S cc ME char Reply to PC ID Return Cmd Data Data End ACK char O char ame m char 2Bytes r n Hexa 1Byte 0
31. ED Multi window V Gap Edge Istep Up RS232 Protocol NSL 4601 16 of 57 Lo Down euren CTU CTD Contrast lstep Up Down BRU Brightness Istep Up Down BRT BRD HUU Tint Hue Istep Up Down TIN HUD 9 STU STD _Saturation Color Istep Up Down SATS ROD GOD BOU Blue Offset Istep Up Down BOF BOD SCU SCD Sub Contrast Istep Up Down RGD GGD BGD HPU HPD H Position Istep Up Down pc only VPU VPD V Position Istep Up Down pc only cD 00 P oaeo CKD UBL 2 4 2 Value Adjust Commands Example Set Brightness In order to set the brightness to 100 the following PU is send to the device Head ID Cmd Data Cmd end m char o S P7 ANNE char 3Bytes char This answer is retuned from the device It indicates that increasing the brightness did succeed The i brightness is returned in 1 3 char data byte Return Cmd Data Data End ACK Tm char char 1 3Bytes char 2Bytes r n Hexa 1Byte 0 JBRT S54 0x06 or RS232 Protocol NSL 4601 17 of 57 ID NACK char 3 5Bytes Hexa 1Byte kkk Monitor return source code Didprintf d GetSETID Set Id Didprintf BRT d r n GetPictureBrightnessValue Brightness Value putchar ACK or putchar NACK Ack or Nack Ack Command excute ok Nack Head and ID are correct but others command is not correct format If Head or ID commands are incorrect format or range monitor don
32. HTNESS SETTING but send cmd is RGU RGD RGN and return cmd is RGN GREEN GAIN Same format as COLOR BRIGHTNESS SETTING but send cmd is GGU GGD GGN and return cmd is GGN BLUE GAIN Same format as COLOR BRIGHTNESS SETTING but send cmd is BGU BGD BGN and return cmd is BGN These functions are used to adjust color only factory line or service Don t open to normal user These functions are used to adjust picture Red Green Blue gain of scaler 3 3 11 BACKLIGHT Range 0 100 Default value 72 Same format as COLOR BRIGHTNESS SETTING but send cmd is BLU BLD BLT and return cmd is BLT 3 3 12 COLOR TONE RED Range 0 100 Default value 50 Same format as COLOR BRIGHTNESS SETTING but send cmd is URU URD URE and return cmd is URE 3 3 13 COLOR TONE GREEN Range 0 100 Default value 50 Same format as COLOR BRIGHTNESS SETTING but send cmd is UGU UGD UGR and return cmd is UGR 3 3 14 COLOR TONE BLUE Range 0 100 Default value 50 Same format as COLOR BRIGHTNESS SETTING but send cmd is UBU UBD UBL and return cmd is UBL RS232 Protocol NSL 4601 40 of 57 3 3 15 SAVE COLOR This function is for saving current setting value SCB Save Contrast and Brightness SUC Save color tone R G B SFC Save factory color control all items Save Con
33. Ma DoErEa be dcl Sata eei Da e bc ed eee ea d veter pas iet be e birad 24 Barco NSL 4601 User manual 53 Table of contents 5 4 Adjusting display settings sssssssssseeseee emen 25 5 4 1 Using the on screen display ssseseseeseesI Hmm 25 s NES oQdgo mere mE 25 5 4 2 OSD overview FUNCEIONS s eucetxcedsodamtzko qe pes TEX SEU PR UE PR Kota DERI TUR Gea PELA RETI 26 5 4 3 Selecting the Input Source ssesssssssseesssesse eee 27 5 4 4 Selecting your Setup ccc cece cccee essen eens eese nnn nena nnn nnn n 28 5 4 5 Changing the Time Value eessssssssseeee Ie Henn 29 5 4 6 Changing the Picture setting ssssssssssssssn mmm eem 31 5 4 7 Changing the Picture Size sees nne eese enn 33 5 4 8 Changing the Color Tone eeesssseseesnn ne Hen nnn 34 5 4 9 Changing the Multi FUNCTtION ccc cece cece nsec cece Ime 35 6 JMalntenaldb aerae anu wan d a3 xD DARFUR e XH NOD SALA UUNUR Ra REIR ER Un 37 6 1 Cleaning Precautions usus ooa ae ca boe t E RE CERTA ARCU EALEOERAAOUPERIM ERA EA CGPREV A TAL 37 6 2 CleaBIDg IDSEFUCBOFIS cesses veo ERREED S PE E ERN S SM VaMEEVU ES PECEEEEUS 37 7 TEOUDISCSHOOUNG ira dai obl deck aal ri Ee CAE EOE d 6 Y MR AA ER 38 o SDSCIICaEHODS s 522 ride macnn doa imita a A E donate elie 39 8 1 El ctro optical specifications s sserksovekoka wd idet ena Cava e er eo Dc Pace Rd ew o 39
34. Multi Window Adjust V Gap Range 0 40 Default value 0 eessssssseeeeee nme 33 3 2 6 LEE roseo US BL 010 ET TE UNTER TNR NT AR T MA E e c nies tact nee 33 3 2 1 Multi Window Adjust Apply pe Evo ten ever sdb Len ede oves eu blu due uou o pase ova ew ida ius aa ede au EN REM UER RN nga 34 3 2 8 Read Multi setting status only for single MOMICOL ccccsssseecceccccccccaeessesssseecccccecseeseaaeeesssseeeeeceeeeeeeeeeess 36 3 3 COL OI c A C 37 3 3 1 COLOR TEMPERATURE USER COOL2 COOL1 NORMAL WARM2 WARM1 Default COOL2 37 313 2 BRIGHTINESS Ranee 0 100 Default value 50 iet ce tear eot eese soe peche te e eerta eso rette edi ade eerie eve eds 24 3 3 3 CONTRAST Ranse 0 100 Default value S50 diete pus iode tres Cegetel eap eaaet eer daa 38 3 3 4 HUP Rance 0 100 Detault values 30 ert eutepc ek ent udo ba cete tk etude E 38 3 3 5 SATURATION Range 0 100 Default value 50 ccccsssssscccceccessseseesssnnseecceceeeeceessseeeessnnanaceeeeeeeeeescees 39 3 3 6 SHARPNESS Range 0 100 Default Value 50 45 rese eian aor easi aeta setas eden eade euet eu ee hag eeu eud o 39 3 3 7 SUB BRIGHTNESS Range 0 75 MWCP default value is 30 But monitor s default value is different as current source So if you want to know current value you have to read single set value eeesssss 39 3 3 8 RED GREEN BLUE OFFSET Range 0 80 MWCP defaul
35. NSL 4601 Near Seamless LCD User manual K5960047 02 Intentionally left blank Barco NSL 4601 User manual About the manual 1 About the manual 1 1 Contents of the user manual This manual consists of the following chapters Chapter 1 About the manual Chapter 2 Important notices product safety precautions and package amp storage The chapter contains important notices and safety precautions providing essential juridical and technical information about the purchased product Chapter 3 About the product Chapter 4 I nstallation This chapter describes how the monitor should be installed and connected into the system It incorporates the pin layout of all the connectors Chapter 5 Operation This chapter describes the function and the general operation of all function keys and indicators How to power up the unit how to adjust brightness and other adjustments Chapter 6 Maintenance This chapter contains the cleaning instructions of the LCD screen and the cover of the unit Chapter 7 Troubleshooting This chapter lists some troubleshooting tips for common problems Chapter 8 Specifications Chapter 9 List of abbreviations Chapter 10 Addendum The addendum contains the RS 232 communication protocol applicable for the NSL 4601 panel 1 2 Change record Revision Date Description 00 Jul 09 Initial Release 01 Jul 09 Changes in RS 232 protocol addendum 02 Feb 10 Changed RS 232 protocol compati
36. So Dl PalelsiateseatetEeru pP ca aad us TET MUI Cexa dte CRAVE NU PR UE UH 39 9 1 2 Image specifications iso ver rao er RO ROC MR CR E bie NC i C ER nO 39 O Lh2l Sereen dimelslOliSssicncysdasvdrs doces ul epu data uten d spa aci Cain 39 9 1 2 2 Screen SPECITICATIONS vas aeos vicia d e b c b el eS bea ERE 39 9 12 23 WIeWIDO algle urere idee s iO E dt run a VAR rca Sa VR dee ad AF 39 o M AZ Ci TT 39 o Ll 2 5 Surrtace BaldnesS asas pod ES E a o bU C evade sb op ce EN E d OR UO 39 9 12 65 LON OUD ocio or ducbtdadoHE RE ADI HPY HU EG EY Od api cd d er D REN Ord apio D 39 9 1 2 7 GCOMUASE ALO s 2r eee e vicio iei e viev aad cro FE vid pas E ERR 39 9 1 2 9 RESOMEION Susskadociebetirex nno etre do qa Pub dec s ER RP RECTOR GE 39 9 1 2 9 Color Temperature orr od cct dae Ue eb Uer anam tad acad pd 40 8 1 2 10 RESPONSE UME iki b S e a RUE Rp Y ERR vex alc es ce ds 40 S L1 2 1l1 Luminance UNIFOTIMICY usse od ed o a Cv De a a a ve Dee 40 Si L 2 12 PIXE defects urere aranea Por va dE erc Rega ae bien n b ed 40 9 1 3 Inp t sigpnal SBecIfICatlOfiS iacu deci Wade or vds OO PEE RR EG CUR KR EORR Ee Ui olor ien 42 9 13b SIGN al IDDUL caer bbs a Sac Ob es b eo ardkd EER 42 9 3 2 Supported Te soJUtlODS vus xim vVaad cda vt ec Va ed FECHA UD EA EG Ue UE 43 9 1 3 3 ANA OULDUL sso EE PEE ER WENT E rue Ua FF p abs rade ak Ua du RR RM 43 8 1 4 Human Machine Interface HMI ccc cccce eee e cece eeeeee eee eeeeeeeseeeeeeeeeas 44
37. ackaging Barco NSL 4601 User manual LL LLL LLLLLLLLLLLLLL Specifications 9 2 3 8 3 8 3 1 8 3 2 8 3 3 8 3 4 8 3 5 8 3 6 Packing e Drop test according to Barco specifications is performed on the overall pack Ing e Unit packing is one packing responding to standards of international trans port by air sea ground Environmental specifications Storage temperature e High temp 60 C 140 F e Low temp 20 C 4 F Operating temperature e High temp 40 C 104 F e Low temp 5 C 41 F Relative humidity operating e Operating 20 to 80 non condensing Relative humidity storage e Storage 10 to 90 non condensing Random vibration e 0 0 0065 g Hz 5 500 Hz random 1 hour axes 3 axis Requirement for dusty environments The room in which the display unit is installed and operational must be dust free The room must comply with a dust class of 8 or better according to IS0O14644 1 If the room in which the display unit is installed does not comply with the dust class stated above please contact Barco to discuss possibilities to protect the display unit against dust NOTE 9 3 7 All construction reconstruction decoration activities must be completed before the installation and operation of the product EMI EMC The units are designed to meet following standards e USA v FCC Class A Part 15B Barco NSL 4601 User manual 8 4 8 4 1 8 4 2 8 4 2
38. ae A daba add eU REPE aid uaria Bid d 6 2 2 0 Open Source Cells e ooi vocas iar Or ECC vRT MER T Na ER REA E EX Ode eade 6 2 3 Savery precautions vescisasriii RE Sa CH ATHE Ed dd wk PE TRU Vie n Sa ERE D da dw bb CEN 7 Zaak Eare eM rr IET 7 2 3 2 Electrical warnings and CAUTIONS ccc cc ccce cece cece ee eeeeee eee emnes 7 2 343 ENVIFONIMeN tall CAUTIONS nena bbs RATE daa sand Gh dbiba deer dag ED UOERE DPA ERE ER UMS 7 2 3 4 Requirement for dusty environments cc cece cece eee e eee nemen 7 UG NES PE T 8 PNCNON GO tae aime r RE r a a 8 25344 THAZArAOUS Tlaterlals iusasxssssto exaaeumncanwanreade EVE E USD ari Ea Un ad Fore e Fara E ERR PU A 8 2 340 Disposal iMormat OM sei o pom be Ot gie taccindek oce a a PW FR ce cen ac Ga aD DN LP fece tart qup lu b mac 8 2 4 PACKAGE Gc SEOLdOUB seceedraaxpetadistdqsiea dir dI ta ere Oi det Pra A FERA VEOE UE Pad qd SET 9 Zub 3Bnehalocotncu taedet Fenestra oe van oe EP dividat 9 2 4 2 Procedure in case of damages sssssssssssssssee essen nnne ese 9 Pri o 12107 10 M REPE 9 254 4 Electrolytic capacitor S cessisse rkckn e puer addrie Sk RDFURE ERR EX IOKRIC ORTU UNE RR Era Me RUP ea 9 gt ADOUL TO GPlOGUCE 2595 08 99 3 A37 9 03010 HUGE EUNT SN REA QT Rove ER US o b TR 10 Sak NOobs400l isessrseenea eine eon AE RRASREEEATIS SRESTERDA UU ERR TERLISS LIRE ESRB E UEM DP 10 Ae Installation ias dada danda tab el oec e dar imd Faf be eq os qot dus d pev was 13 4L Installation pre
39. ate to the desired input source by using the UP DOWN buttons v Following modes are available PC DVI Component S Video AV e Press the ENTER SEL button Barco NSL 4601 User manual 27 Operation 5 4 4 Selecting your Setup Language English OSD Tone Off Key Lock Off Enter Figure 12 Setup Menu e Press the MENU button e Press the UP DOWN buttons to navigate to the Setup group and then presss the SELECT button v The Setup Menu is selected e Select the Reset parameter by using the LEFT or ENTER SEL button This resets all user settings again to the default values e Beside the Reset function following other settings can be done via the Setup menu Time Language OSD Tone Key Lock See Changing the Time value Different OSD languages can be chosen here OSD Tone Puts the OSD Tone On or Off Key Lock Via this parameter the OSD keys Menu key Source key Se lect key Up and Down key Left and Right key can be Locked or Unlocked The power key and the IR control are not locked in Key Lock On status 28 Barco NSL 4601 User manual Operation 5 4 5 Changing the Time Value Clock On Timer Off Timer On Source Adjust Clock On Timer Off Timer PC On Source DVI Component S Video AV Select Enter Figure 13 Time Menu e Press the MENU button e Press the UP DOWN buttons to select the Time group Press the ENTER SEL or UP button Select the Real Time mode by u
40. ble with NSL 4601 firmware version V3 00 and higher Barco NSL 4601 User manual 3 About the manual 1 3 Notation convention Following notations are applicable to this manual and should be respected throughout the manual WARNING Warnings presented in this manual provide information which if not adhered to may result in personal injury or death CAUTI ON Cautions presented in this manual provide information which if not adhered to may result in damage to the equipment NOTE Notes presented in this manual provide information which emphasize points significant to understand and operate the unit IMPORTANT Important presented in this manual provide information which is important to highlight 4 Barco NSL 4601 User manual 2 1 2 2 2 2 1 2 2 2 222 5 2 2 4 Important notices product safety precautions and package amp storage Important notices product safety pre cautions and package amp storage Read carefully IMPORTANT Please read the important notices and safety precautions mentioned in the following para graphs carefully They provide essential juridical and technical information about the pur chased product Important notice Copyright Barco n v All rights reserved The information contained herein is Barco confidential information No part of the information contained herein may be disclosed outside of the organization of the recipient its sub cont
41. c or 180 Vac 264 Vac e Frequency range 47 53 Hz or 57 63 Hz Power consumption e Pmax 300 W e Pmin 5 W Standby mode Safety e CE EN60950 1 e Worldwide IEC 60950 1 e US UL 60950 1 e Canada c UL CSA C22 2 No 60950 1 e China CCC GB 4943 1995 Connectors Input Output connectors e Digital Video Signal Input Output DVI D In Out connector e Analog R G B Signal Input Output SubD 15p In Out connector e Super Video Y C Signal Input Output optional S Video In Out e Composite Video Signal CVBS Input Output optional BNC In Out con nector e Component Signal Y Pb Pr Input Output optional BNC In Out connector 2 x 3 Control connector e RS 232 control SubD 9 p In connector Barco NSL 4601 User manual Specifications 8 1 6 3 Power connector e 110 220Vac 300W power supply Universal AC Input 8 2 Mechanical specifications 8 2 1 Dimensions The unit dimensions and the unit weight are depicted in the table below The mechanical drawings are given below LL TELE a y Li Ld a SLE a SPRL AL ANT ey 7 LX za m m p SE ENS a TE T i me an amp ieia P E A r4 i HE E 1 JE Fa E EE L a T ie E a g i E lr LJ L E a a a a amp b n Pay Ms Bl ah Ba This J gin Tab R culDE Fuse Figure 22 Dimensions NSL 4601 8 2 2 Components e Industrial extended temperature range components are used including plastic p
42. cautions iv bum pee bu DN iad E e P e Ma th E eda ROC ERI ad 13 4 2 Specific installation precautions ssssssesssen mnn 13 4 3 MOUNINO DFOCBOUI OG ox nt vessedeoinsdostevatatatengies Ebo veu dot Ede Eva diia Und ARS 14 4 3 1 VESA compliant mounting solution ssesssssen 14 43 2 Titapie Wall SEFUCEUEG sse taah ge ibipa ka PORC E Pa a a EO EACIOR dera o REC I d eB 15 4 4 Connecting the SIQNAlS ccceseeeeeeeeeecesseeeeeeseesegeeteeetseesuggereeeeneeas 16 4 4 1 Location of the connectors ssssssssseesessseee n eene eran nn 16 4 4 2 Connections for DVI and RS 232 with real DVI loopthrough 17 4 4 3 Connections for DVI and RS 232 with DVI to RS 232 loopthrough 18 4 4 4 Monitor ID DIP switch settings sssssssseee Ims 19 4 4 5 RS 232 DIP switch setting Master Slave ceeeseeen 20 d Bec I IIT UU E A 21 ob Operating precautions ism verset ad ie CER ECCE EG Uribe da ra doi Rui a C qb ee 21 5 2 nage persistense noLlCG esu oaa duda av DE RES ER NER ead beens EIE E E XR REA 21 5 3 Function of primary controls and indicators cccccceeeeeeeeeeeeeeeeeeeeees 22 013 L Primary CONOIS vesobscobevdbdi s Mes Pr auupder UR heu EE Rr BP HIE aei t does 22 5 3 1 Location of Primary controls Lco ret ox e ceto cts Vesp e EE ey Fr ER EYE 22 S232 LHOICator BED s eor as dua LER if p abore OE ACECE CU Eo incl a EA rc a ei 23 523 3 REMOTE CONTO ssuqubacte bv
43. cept Description Command Items Auto Saved whenever power No need Power On Off off Set ID X Set ID Y Immediately saved Changed value is saved No need Picture Menu items to EEPROM at once Picture Mode Color Tint Sharpness when value is changed Color Tone mode Size Mode NR Film by osd menu or MWCP Mode Phase H Position V Position command Frequency Set up Menu Clock On Timer Off Timer On Source Language OSD Tone Key Lock Multi Menu H Cell Max V Max Cell Cell Number H Gap Adjust V Gap Adjust 1 1 Gap Adjust Factory Mode Last Power Aging Mode DLC Model Gamma Data Need save command Changed value is saved SCB Contrast to EEPROM when save Brightness command is received Or changed value is saved SUC Color Tone gt Red to EEPROM after 2 Color Tone gt Green minutes from last Color Tone gt Blue changed if save command is not received SFC Factory gt Color Control gt Sub Brightness Factory gt Color Control gt Red Offset Factory gt Color Control gt Green Offset Factory gt Color Control gt Blue Offset Factory gt Color Control gt Sub Contrast Factory gt Color Control gt Red Gain Factory gt Color Control gt Green Gain Factory gt Color Control gt Blue Gain Factory gt Color Control gt Backlight 3 3 16 Read Color setting status only for single monitor This function is for updating current all color menu setting
44. char 12Bytes Hexa 1Byte V2 24 090819 ID NACK char 3 5Bytes Hexa 1Byte 3 6 6 DEVICE TYPE READ Allows to read out the device type The device type is returned the following string NSL 4601 Send to monitor Head ID Send Cmd Cmd end char 3Bytes T um to a ID Data ACK E 3 5Bytes char 8Bytes Hexa oe NSL 4601 Ox06 sid m NACK char 3 5Bytes Hexa 1Byte 3 6 7 MODE SETTING This function is for setting mode detecting option of PC or DVI input mode 1368x768 1366x768 1360x768 1280x768 and 1024x768 mode has very close H V frequency data So monitor can t detect mode correctly This function set to force as selected mode in these 5 modes Reply is not available in all set or group selected RS232 Protocol NSL 4601 50 of 57 Send to monitor Head ID Send Cmd Cmd end oe char 3Bytes char cc char to DE ID Return Cmd Data Data End ACK char 3 5B ytes char ABytes char 1 3Bytes char 2Bytes r n Hexa 1Byte 0 MDE l wn 0x06 Or char 3 5Bytes Hexa 1Byte L Ms oes 5 3 6 8 TIME SETTING 1 Hour Up Send to Monitor Head ID Send Cmd Cmd end oe oe char 3Bytes xn char Reply to PC char char i E r n Hexa 0 TIH vM Ox06 Or char 3 5Bytes Hexa 1Byte Down Send to Monitor Head ID Send Cmd Cmd end Tm ae char 3Bytes TNT char
45. d when the current device state does not allow the requested command In this case search for logical programming errors and retry the command Case1 Incorrect Head command Case2 Correct Head but ID is not match with monitor s set id Case3 All set control command Ack type1 This kind of command isneed return value command Ack type2 This kind of command is no need return value command so reply only set ID and Ack or Nack RS232 Protocol NSL 4601 8 of 57 2 2 Value Adjust Command Protocol All answers that are received from the device have the following format Send to Monitor Head ID Cmd Da End Head All protocol units start with the same header byte K 3 Char identifier 000 255 is used for the device in the serial chain ALL is used to send a command to all devices in the chain In this case monitor doesn t reply Cmd 3 Char command Identifier corresponding to the original MWCP protocol 1 3 Char command Identifier 0 255 corresponding to the original MWCP protocol Type of command for Set command and direct control commands Reply to PC Only for single monitor 1 Ack JD Cmd Data DataEnd Ack 2 Nack ID Nack 3 Skip no reply 3 5 Char identifier 0 255 is used for the selected device in the serial chain This ID show you the correct destination of command Cmd 4 Char command Identi
46. d monitor high density information Front access The unit has a smart tiltable wall structure which allows to easily service the display wall s electronics and cabling from the front They require no back room space at all Barco Wall Control Manager BCM Barco s NSL 4601 comes with Barco Wall Control Manager for video walls a software package that continuously supports worry free operation of your video wall No more surprises no unplanned or distracting maintenance interventions Wall configuration The Wall Control Manager supports operators in setting up the wall configuration It also allows to choose the desired input for individual modules the entire wall or for a group of modules Device monitoring The Wall Control Manager will monitor and present the actual status of all devices For each module health related information is presented on a status indicator Control room management software CMS Today s control rooms are complex networked environments handling an ever increasing number of video and data sources Efficient collaboration and decisionmaking is only possible if there is easy and timely access to this information In combination with Barco s control room management software CMS the NSL 4601 video wall can significantly facilitate the decision making and collaboration process Barco s control room management suite provides operators and decision makers with easy access to information and allows
47. di lema rue Piuete nad tuae 10 2 4 Doren onmand IVDCS about ut Ne oci esto veo utet Vite Reet mt ico T E Hte Eat erd uus 12 2 4 1 Direct Control Commands uino erect rit d dhs teet Du launsaphewseeuda iste nuwcaws tale detur eti rus UR Ceca Ua tae DILE esa YS 12 2 4 2 MaluegAdTust COMIN AMOS uir osoio abstinet dodrina den Pic OnvbruD eue as E O 17 2 4 3 Status C heck Command Sirna ducat ucc da deor east cota lcnat eov ee ed TEES VL Und EU d0 Ter ede uobis ace POI etu RUP ePi tue DU UL dolere da 19 2 4 4 Broadcast Command to all devices in the serial chain ccccccccccccccccessssseseeeeeeceeeececeeeeeeeaaaaeassseeeeceeeeseeees 25 3 COMMAND RR BEER BINGE 35 diruit a mento tavi a e Mus usse stu seals ms DUM D E E ICE UEE 26 3 1 Oey HON MODES eraa E E E E R 26 3 1 1 Read only ONE SET selected kiras E E T E E A E EAE 26 3 1 7 gov d amp sinimo PT 20 3 1 3 Source Setting PC DVECOMPONENT S VIDEO C VB35 iiiter M PER ERR Ee to Ru dica 30 3 2 Mali WIDOW Sell xcci E tia iat bata to a bio eade br a rss esses cec odo duc 32 3241 Multi Window Adjust H Max cell Range 1 16 Default value 1 32 3 2 2 Multi Window Adjust V Max cell Range 1 16 Default value 1 33 3 2 3 Multi Window Adjust Cell Number Range 1 H Max cell x V Max cell Default value 1 33 3 2 4 Multi Window Adjust H Gap Range 0 40 Default value 0 eeessssseseeeeeeennnmmeneennnnnns 33 323
48. dusty environments ccc eee cee sence eee een 46 6 93 f EMIT EMC iussti bee etie t er S EREEEERISA EXE XIer Deve bI eod cedet pL CU EHI Re hans 46 o4 Other SDCCINICALlONS cspero educ mete auansn Ovid osi HECHO EE d dq EI beuidd cis 47 cp INN MTBF OC TERM 47 9 4 2 MAIS MANIC Oa s padassssobetai Rp MURE ERN E QUERER Ud ER US DIA dL E CER EU df 47 gta MTER Ses oH CHEER tice RT ERU CIR REN PURIS E ed Ran aM GO 47 9 1 2 2 IDIQUMOSUCS uve RUE S ER WPORRF UE UR ERRE DR OR d n ERE SOFA DERE S OR PA dd 47 8 4 2 3 Use of maintenance equipment sss nnn 47 S4 2 4 Wear out ITEMS initiate MUCEvER MER Nd oe RHd er a ER ener POR a 47 8 42 95 MODKIDODSDID sssastii RW ERI EAUCON 24 iesu FUE Rat HEX GO FERAI Metu A on EY OU ub ADS 47 9 Abbreviations and ACFONYMS cccecceese eee e eee IH eh emen 48 10 Addenduliisssesevesiprskxcu e savputtetuw Vio Ree e UD vb Es rp Pa data dba 52 10 1 85 232 DFOEOCOl JDTOFTTIG ELODE ba c aes ve Fett a Pune E pa mb Pow veter dias TV RES 52 11 1 Figure 1 Figure 2 Figure 3 Figure 4 Figure 5 Figure 6 Figure 7 Figure 8 Figure 9 Figure 10 Figure 11 Figure 12 Figure 13 Figure 14 Figure 15 Figure 16 Figure 17 Figure 18 Figure 19 Figure 20 Figure 21 Figure 22 List of figures VESA MIS F compliant MOUNTING serrurerie ine Er EC CR CEA CHOR YE EAE KEESOH act C RO 14 Titae Wal SUCUS lt 1 ici ra amio ied n gira tdt data ies uyda d era u pubapi E
49. e 0 TIM 59 0x06 ID NACK char 3 5Bytes Hexa 1Byte 0x15 Get current Hour and Minute setting status See Read ETC setting status 3 6 9 TIMER ON OFF SETTING 1 On Timer On Time setting Same format as TIME SETTING but send cmd is NHU NMU NHD NMD NTH NTM and return cmd is NTH NTM On timer on off This function is for setting on timer function on off Send to monitor Head ID Send Cmd Cmd end lt a char 3Bytes Tm cco char 3Bytes NTF RS232 Protocol NSL 4601 53 of 57 Reply to PC ID Return Cmd Data Data End ACK char char m oe a Ar n Hexa 1Byte 0 NTE ooi Data On Timer char 1Byte 0 Off ID NACK char 3 5Bytes Hexa 1Byte 0x15 2 Off Timer Off Time setting Same format as TIME SETTING but send cmd is FHU FMU FHD FMD FTH FTM and return cmd is FTH FTM Off Timer on off Same format as On timer on off but send cmd is FTN FTF and return cmd is FTl 3 6 10 ON TIME SOURCE SETTING This function is for setting the input source which is set at timer on Reply is not available in all set or group selected Send to monitor Head ID Send Cmd Cmd end um char 3Bytes char cc char e to Ca ID Return Cmd Data Data End ACK char ON char POTEN char 2Bytes r n
50. e abana ber ie 45 Barco NSL 4601 User manual 55 Table of contents End of document 56 Barco NSL 4601 User manual
51. e by using the UP DOWN buttons press ENTER SEL or the RIGHT button to activate Press the UP DOWN buttons to select the NR Noise Rate parameter press ing the ENTER SEL or RIGHT button activates on off select Press the UP DOWN buttons to select the Film Mode parameter pressing the ENTER SEL or RIGHT button activates on off select When finished the picture settings press the MENU button to return to the previous menu Barco NSL 4601 User manual 33 Operation 5 4 8 Changing the Color Tone Color Tone DVI Color Tone User Red Cool2 Green Cool1 Blue Normal Warm1 Warm2 Adjust Enter Figure 17 Color Tone Menu e Press the MENU button e Navigate to the Color Tone group by using the UP DOWN buttons press the ENTER SEL or RIGHT button e Press the ENTER SEL or RIGHT button to select the Color Tone parameter v Following Color Tones can be set User Cool2 Cooll Normal Warm1 Warm2 Color Tone Color Tone Red Green Blue Menu Figure 18 Color Tone Menu User e Select the User by pressing the ENTER SEL or RIGHT button v The Color Tones are displayed in the following order Red 50 Green 50 Blue 50 default 34 Barco NSL 4601 User manual Operation e When Color Tone settings are finished press the MENU button to return to the previous menu 5 4 9 Changing the Multi Function The multi menu settings menu settings are usefull for applications displa
52. ee es 42 3 4 2 PICTURE SIZE WIDE 4 3 PANORAMA ZOOM 14 9 Default WIDE rrr 43 3 4 3 H POSITION only for PC input Range 0 100 Default value 50 43 3 4 4 V POSITION only for PC input Range 0 100 Default value 50 ou cccccccccccccceeeeeeeseeseeeeeceeeeseeees 44 3 4 5 CLOCK Frequency only for PC input Range 0 100 Default value 50 seeeeeeeess 45 RS232 Protocol NSL 4601 3 of 57 3 4 6 PHASE only for PC input Range 0 100 Default value 50 eessssseseseseeeenenrne 45 3 4 7 AUTO ADIUS onito BC INPUT E dae o breite speeds 45 3 4 8 Read Picture setting status only for single monitor ccccccecccccccccceeeeseessesseeeceececeeeeeeeeeaaaaseseeeeeeeeeeseeeas 45 b IR K EY vi t vut M Me eu MM Mu MI Reyer eee yin a tre nae rT ee 45 3 5 1 Factory Mode only for siele mioHnttOE coc eei ded e Fev rrt aU aee denture de terae esrb CRDI TER EUR AREPL LIOS 46 3 3 2 Read IR KEY setting status only for single MOMItOL acciri eanna e aaraa aa aa e aiaa 47 3 6 TING EN PERENE N N ES AA AAA AEAEE A 47 3 6 1 AGING MODE OFF FULL WHITE FULL RED FULL GREEN FULL BLUE Default OFF 47 3 6 2 KEY TOCK OmOIL Detaultes Oft i aussece sese eet ceni de Po dre eco Ero eda Ese E rae costos odes teu De SECUS 47 3 6 3 KESE T Loss de cu aaa hup obi I Et t 48 3 6 4 GAMMA SAVE ote Ed al see creosote RU RENE ED Na PEMMUS MES UP M bue
53. ell but send cmd is DNU DND DNO and return cmd is DNO 3 2 4 Multi Window Adjust H Gap Range 0 40 Default value 0 Same format as Multi Window Adjust H Gap but send cmd is HEU HED MHG and return cmd is MHG 3 2 5 Multi Window Adjust V Gap Range 0 40 Default value z 0 Same format as Multi Window Adjust H Gap but send cmd is VEU VED MVG and return cmd is MVG 3 2 6 1 1 Gap Adjust On Off This function is for setting H V Gap adjust Enable or Disable If this function is enabled monitor does not divide the display window but H V gap can be adjusted But if this function is disabled H V gap can t be adjusted at HMaxCell 1 and VMaxCell 1 status RS232 Protocol NSL 4601 33 of 57 3 2 Multi Window Adjust Apply This function is for setting all multi set items H Max Cell V Max Cell Cell No H Gap V Gap at once 1 All Set Control Send PC to Monitor Head ID Send Cmd Cmd end char 2Bytes char 3Bytes char 3Bytes char 1Byte K AIL VMB Head ID Send Cmd Data Cmd end m 2Bytes char 3Bytes char 3Bytes char CE K ALL MBC 02 Head ID Send Cmd Data Cmd end NM nya oT ro m char e char MYC 00 Head ID Send Cmd Data Cmd end C Ta Uy oT char oo DNO 000 Head ID Send Cmd Data Cmd end char 2Bytes char 3Bytes char 3Bytes char 3Bytes char 1Byte K Jau MHGG 00 J J
54. en rM IS 15 Connector location NSESTOO T uode va dr nice es En bR e Date der hehe Rot debui Vade Ret 16 DVI and RS 232 connection with real DVI loopthrough eese 17 DVI and RS 232 connection with DVI to RS 232 isssssen mens 18 Monltor HLD DIP SWIEGD SCCUINOS adco oie no EK E a CHR nS Far acce e vt Eacacua r Pus ra E Pad 19 R5232 DIP SWItEN SEEING sss ssaawidtetger quaesito dabaHR Dd inta arn eacickd n ad d RU RU Ne da 20 Primary controls of the NSE 4601 5 e Hc em aa eC be b SR UE c C T Er zn 22 Indicator location on the NSL 4601 ssseIIHnHm nns 23 Location of the primary controls on the remote control eeeeeeeeeee 24 Input SOUFCe MENU serene neern a a a R OAE AREER Vit 27 SCD MENU MET 28 TNS GIG rM 29 PIECO MENU craras tunis E ues nities evniaadetaiaeiauiwaree nad amare 31 Picture Menu User Mode cccccccseeeeee mmm emen nnns 31 Picture MENU oco aae Nana dad gues EPIS UA nr I ECI LU Lame rr II ES 33 Color One MENU sessi a ea RU FadcERehae dura Uude eame o 34 Color Tone Menu USEF iau exa dado RE EE uan apu o cua dried el wd En delere muc E 34 PAUHTELIMIOT IUE rogue uen vas ener Weed tne Con RU dabat taxis imn eda athena dad Dada ipie LUE d 35 Pattern without cell gap correction full mode cece eee cece ee eee eeeeeeeeeeeeeas 36 Pattern with cell gap correction natural mode eeseeeeer nnn 36 Dimensions NSL AGOL 25 ire Dn Er D Ee brc be
55. fier corresponding to the D original MWCP protocol 1 3 Char command Identifier 0 255 corresponding to the original MWCP protocol 2 Char command Identifier r n is used to define the end of data Ack Nack Ack hexa 0x06 is used The monitor received a valid command and was able to immediately process the command within given timeout conditions RS232 Protocol NSL 4601 9 of 57 Nack hexa 0x15 is used The monitor received correct head and ID command but received invalid format or unknown or unsupported command or parameter value This answer is also send when the current device state does not allow the requested command In this case search for logical programming errors and retry the command Case1 Incorrect Head command Case2 Correct Head but ID is not match with monitor s set id Case3 All set control command 2 3 Status Check Command Protocol All answers that are received from the device have the following format Send to Monitor Head ID Cmd Daa End All protocol units start with the same header byte K 3 Char identifier O00 255 is used for the device in the serial chain ALL is used to send a command to all devices in the chain In this case monitor doesn t reply Cmd 3 Char command Identifier corresponding to the original MWCP protocol 1 3 Char command Identifier 0 255 correspond
56. following format Send to Monitor ID Cmd End 3 Byte 3 Byte All protocol units start with the same header byte K 3 Char identifier 000 255 is used for the device in the serial chain ALL is used to send a command to all devices in the chain In this case monitor doesn t reply 3 Char command Identifier corresponding to the original MWCP protocol End Type of command for Set command and direct control commands Reply to PC Only for single monitor reply within 3sec 1 Ack type ID Cmd Data DataEnd Ack 2 Ack type2 ID Ack 3 Nack JD Nack 4 Skip no reply 3 5 Char identifier 0 255 is used for the selected device in the serial chain This ID show you the correct destination of command 4 Char command Identifier corresponding to the original MWCP protocol 1 3 Char command Identifier 0 255 corresponding to the original MWCP protocol Data End 2 Char command Identifier rn is used to define the end of data RS232 Protocol NSL 4601 7 of 57 Ack Nack Ack hexa 0x06 is used The monitor received a valid command and was able to immediately process the command within given timeout conditions Nack hexa 0x15 is used The monitor received correct head and ID command but received invalid format or unknown or unsupported command or parameter value This answer is also sen
57. g the LCD screen Wipe the screen surface with a soft cleaning cloth To remove stains use a damp cloth with non aggressive cleaning products v Do NOT use abrasive cleaning agents glass cleaner or tissue paper v Do NOT use alcohol solvents at higher concentration gt 5 v Use non aggressive cleaning products water or a solution of distilled water and IsoPropyl Alcohol Do not rub or push on the LCD screen Rubbing with tissue can degrade the performance of the LCD screen Cleaning the cover Barco NSL 4601 Use a soft cloth to remove dust If necessary a vacuum cleaner can be used to clean the ventilation openings Use a damp cloth if necessary with some mild detergent to remove stains Do not use a scouring pad or other tools that my scratch and damage the cover Do not use strong detergents such as alcohol and thinner User manual 37 Troubleshooting 7 Troubleshooting No picture e Check whether the monitor is in standby mode You can bring your monitor out of standby by pressing the standby button e Check if the power cord is inserted into wall power outlet e Test the wall power outlet plug another the power cord of another device into the outlet where the monitor power cord was plugged in e Check the picture contrast and brightness settings e The signal cables should be completely connected to the unit e Check all connectors for bent or pushed in pins e Check that a valid input signal i
58. he LCD screen e Wipe off water droplets or oil immediately Ignoring this precaution could lead to staining and or discoloration of the LCD screen e Do not expose the LCD screen to direct sunlight Cover e Do not place objects on the cover e Do nct spill fluids over the cover or the LCD screen e Do not push objects into ventilation openings of the display unit Hazardous materials Vo warn NG The LCD panel is composed of multiple layers of glass and protective glass with a small amount of liquid in between Rough handling or dropping can cause the LCD panel to break If any part of the skin or body comes in direct contact with the liquid immediately wash the affected areas with plenty of water for at least 15 minutes If any symptoms are present after washing get medical care Disposal information WARNING The fluorescent tubes inside the backlight of the LCD contain a small amount of mercury that is considered hazardous to a person s health Please follow local regulation or laws for disposal Barco NSL 4601 User manual 2 4 2 4 1 2 4 2 2 4 3 2 4 4 Important notices product safety precautions and package amp storage Package amp storage General A safe transport of the units can only be guaranteed if the original undamaged package is used for shipping Handle with care when transporting Keep your original packaging It is designed for this unit and is the ideal protection during transportation
59. he other displays SET 2 3 and 4 are connected together for RS 232 data tranmission by using the DVI to RS 232 cable See also the RS 232 DIP switch setting paragraph for the master slave configuration of the display SET 1 Master SET 2 Master Digital Video Input signal DVI source needs to be connected with all sets RS 232 In via RS cable RS 232 cable needs to be connected with set 1 RS 232 data transmission is done via DVI to RS 232 cable DVI out needs to be connected to RS 232 In of the next set Figure 5 DVI and RS 232 connection with DVI to RS 232 e g Digital Signage with 4 units Barco NSL 4601 User manual Installation 4 4 4 Monitor ID DIP switch settings The address of a monitor monitor ID is a double x y where x represents the horizontal position column and y the vertical position row of the monitor in the wall The top left monitor seen from front has the address 0 0 Numbering starts with zero and goes from left to right and from top to bottom The address is set in binary code via two 4 dip switches one for x and one for y These dip switches are at the rear side of the monitor see schematics of interfaces Below an example of 4 sets is given SET 1 SET 2 SET Monitor ID 1 X SETIDX 0 Y SET ID Y sI 1 Monitor ID the DIP switch is used to set the monitor ID via its X Y coordinates The X Y coordinates need to be set to binary code
60. htness data Notel 40 oP Example2 Mode Select Command Picture Mode return set id setting status and ack nack In order to increase the mi al by 1 the following PU is send to the device set id 000 Head Cmd Cmd end E ot 2m 3Bytes 3 a BEEN answer is retuned from the mM id mM It indicates that changing the picture mode did succeed The updated picture mode is returned in 1 char data byte ID Return Cmd Data Data End ACK char a char mme char p Ar n Hexa 1Byte 0 PIM WM 0x06 ID NACK char 3 5Bytes Hexa 1Byte 0x15 RS232 Protocol NSL 4601 13 of 57 kkk Monitor return source code Didprintf d GetSETID Set Id Didprintf PIM d r n GetPictureMode Picture Mode putchar ACK or putchar NACK Ack or Nack Ack Command excute ok Nack Head and ID are correct but others command is not correct format If Head or ID commands are incorrect format or range monitor don t reply Because monitor consider other type control command ex auto calibration if Head is not correct format or range And Monitor consider other monitor control command if ID is not correct format or range Ex1 Set id 10 change picture mode to USER mode Head ID Cmd Cmd end NN a char 3Bytes ST 7 NK char ID Return Cmd Data Data End ACK char char ABytes char ey Ar n Hexa 1Byte 10 PIM Wn o ID NACK cha
61. ing system files amp licensed software product files mis use circuit failure or any change damage due to fire water thunder or lightning power failure or fluctuation disruption of communication lines or due to force majeure or any reason foreign to the equipment e Any specific services or procedures asked for by the Customer related to verification of repaired equipment e If several failures occur which are excluded from warranty due to circum stances such as fire and if Barco n v s understanding that these circum stances may result in damage to other hardware under agreement then Barco n v is entitled to terminate the contract No fees will be paid back by Barco n v in this case Inspection of equipment will be required prior to the continuation of this Agreement the same terms and conditions as for the inspection prior to the contract apply 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 manufactures Open source license This product contains software components released under an Open Source license A copy of the source code is available on request by contacting your sales representative See appendix A for details Barco NSL 4601 User manual 2 3 2 3 1 2 3
62. ing to the original MWCP protocol Type of command for Status check commands Reply to PC Only for single monitor 1 Ack typel 3 5 Bytes Cmd Data End 4Byte 1 3 Bytes Ack Byte RS232 Protocol NSL 4601 10 of 57 2 Ack type2 This is used for updating all the same group menu items Reply to PC Only for single monitor 3 5 Bytes Cmd 0 Data 0 Data End 0 1 3 Bytes Cmd 1 Data 1 Data End 1 1 3 Bytes Cmd n Data End n 4 Byte 1 3 Bytes Ack Byte 3 Nack 3 5 Bytes 4 Skip no reply 3 5 Char identifier 0 255 is used for the selected device in the serial chain This ID show you the correct destination of command Cmd 4 Char command ldentifier corresponding to the or original MWCP protocol Cmd n Data 3 5 Char command Identifier 0 255 or corresponding to the original MWCP protocol Data n Data End 2 Char command ldentifier rn is used to define the end of data or Data End n Ack Nack Ack hexa 0x06 is used The monitor received a valid command and was able to immediately process the command within given timeout conditions Nack hexa 0x15 is used The monitor received correct head and ID command but received invalid format or unknown or unsupported command or parameter value This answer is also send when the current device state does not allow the requested command In this case search for l
63. ired parts are shipped back to the customer s site Damage of equipment due to improper use or negligence of the safety Barco NSL 4601 User manual 5 Important notices product safety precautions and package amp storage 2 29 2 2 6 precautions incorporated in this manual are not covered by this warranty The warranty does not include the following e Any hardware or software item procured from a source other than Barco n v or their official agent or distributor and integrated by Customer or a third party into Barco n v supplied equipment e Any host or system configuration not explicitly supported by Barco n v e Consumables such as projector lamps dust filters e All software installed on the system whether they are acquired from Barco n v or a third party An exception is made for software delivered by Barco n v that would prove to be a cause for the malfunctioning of the hardware covered under this Agreement f any payment remains outstanding from the Purchaser to the Seller e Normal wear and tear use under circumstances exceeding specifications abuse unauthorized repair or alteration lack of proper maintenance e nthe particular case of LCD displays to the case of image retention phe nomena shadows dark lines and other image artifacts that may result from a usage outside of the specification e Any failures resulting from an accident negligence such as but not limited to removing or delet
64. mat as COLOR BRIGHTNESS SETTING but send cmd is CTU CTD CON and return cmd is CON 3 3 4 HUE Range 0 100 Default value 50 Same format as COLOR BRIGHTNESS SETTING but send cmd is TIU TID TIN and return cmd is TIN This function is for only COMPONENT S VIDEO AV This function can t adjust at PC and DVI fixed to 50 RS232 Protocol NSL 4601 38 of 57 3 3 5 SATURATION Range 0 100 Default value z 50 Same format as COLOR BRIGHTNESS SETTING but send cmd is STU STD SAT and return cmd is SAT This function is for only COMPONENT S VIDEO AV This function can t adjust at PC and DVI fixed to 50 3 3 6 SHARPNESS Range 0 100 Default value 50 Same format as COLOR BRIGHTNESS SETTING but send cmd is SPU SPD SHA and return cmd is SHA This function is for only COMPONENT S VIDEO AV This function can t adjust at PC and DVI fixed to 50 3 3 7 SUB BRIGHTNESS Range 0 75 MWCP default value is 30 But monitor s default value is different as current source So if you want to know current value you have to read single set value Same format as COLOR BRIGHTNESS SETTING but send cmd is SBU SBD SBR and return cmd is SBR This function is used to adjust color only factory line or service Don t open to normal user This function is used to adjust picture brightness offset of scaler 3 3 8 RED GREEN BLUE OFFSET Range 0 8
65. modes are available for PC DVI inputs User High Middle Low User can adjust Brightness and Contrast Brightness and Contrast value is a rather high Middle Brightness and Contrast value is Normal Low Brightness and Contrast value is a rather low v Following modes are available for Component S Video CVBS inputs User Dynamic Standard Movie Mild User User can adjust Brightness Contrast Color Satura tion Tint Hue Sharpness Dynamic Brightness Contrast and Sharpness value is a little high gt Use this for dynamic picture viewing situations such as moving picture as sports Standard Brightness and Contrast value is Normal Movie Brightness and Contrast value is a rather low gt Use this for movie Mild Brightness and Contrast value is a rather low gt Use this for smooth picture viewing situations e Press the Menu button to return to the previous menu 32 Barco NSL 4601 User manual 5 4 7 Operation Changing the Picture Size Picture Picture Mode User Color Tone Size Mode PC Adjust Enter Figure 16 Picture Menu Press the MENU button Press the UP DOWN buttons to navigate to the Picture group press the ENTER SEL button Press the UP DOWN buttons to select the Size parameter v Following modes are available for PC DVI inputs Wide 4 3 v Following modes are available for Component S Video CVBS inputs Wide 4 3 Panorama Zoom 14 9 Navigate to the desired mod
66. n amp horizontal size phase PC mode only Figure 10 Location of the primary controls on the remote control NOTE The remote control receiver is located below the power LED on the control panel at the rear side of the display Access via the remote control should be done from the rear side of the panel NOTE Battery replacement should be done as depicted on the back side of the remote control Use a Lithium Battery CR2025 3V type 24 Barco NSL 4601 User manual CAUTI ON an incorrect type Operation Replace with the correct battery type there is risk of explosion if the battery is replaced with 5 4 Adjusting display settings 5 4 1 Using the on screen display 5 4 1 1 Controls Following controls are available on the monitor There are 8 buttons Main function Power Source Menu Select Up Down Left Right Barco NSL 4601 User manual Menu Power On Off Button This button is used to active and deactivate source select OSD This button has two functions Active and deactivate OSD Return to previous menu When the OSD menu is popped up if this button is pushed The current menu will be selected This button is used to navigate OSD menu When the OSD main menu or sub menu is popped up if this button is pushed the active menu will move to upper lower menu This button is used to decrease the value of OSD menu After choosing the OSD menu and this button is pushed the value of OS
67. ned off for one hour to erase the image NOTE As with all personal display devices it is recommended to use a moving screen saver at regular intervals whenever the screen is idle or to turn off the monitor when not in use Barco NSL 4601 User manual 21 Operation 5 3 Function of primary controls and indicators 5 3 1 Primary controls Oud Lad Location of primary controls SOURCE Selects the external input source MENU Activates the OSD menu returns to the previous menu LEFT Function control in OSD RIGHT Function control in OSD DOWN Function control in OSD UP Function control in OSD ENTER confirms your choice STANDBY Power On Off button 1 2 3 4 5 6 7 8 Figure 8 Primary controls of the NSL 4601 22 Barco NSL 4601 User manual Operation 5 3 2 Indicator LED A power Standby LED is provided at the rear of the screen e Green normal operation e Red standby mode 1 Power Standby LED Figure 9 Indicator location on the NSL 4601 Barco NSL 4601 User manual 23 Operation 5 3 3 Remote control Power Power On Off button Source Selects the external input source Select confirms your choice Up Function control in OSD Down Function control in OSD Left Function control in OSD Right Function control in OSD Menu Activates the OSD menu returns to the previous menu O ON OU 3 UWV MN HG Info Information Display I O Auto Automatically adjust positio
68. nual 39 Specifications e 1 pixel is composed of 3 sub pixels R G and B RGB Vertical Stripe configu ration e pixel dimensions 0 7455 mm x 0 7455 mm 8 1 2 9 Color temperature e Typical 10 000K in the center and perpendicular to the screen e Typical CIE coordinates are mentioned in the table below as NEN 0 643 0 328 8 1 2 10 Response time e Rise time black to white transition 10 ms typ e Fall time white to black transition 6 ms typ e Gray to gray transition 8 ms typ 8 1 2 11 Luminance uniformity e White non uniformity lt 25 v Non uniformity 100 Lmax Lmin Lmax v Luminance measured at 9 points evenly distributed on display v Measurement conforms to VESA Flat Panel Display Measurements Stan dard Version 2 0 8 1 2 12 Pixel defects Dot defect when luminance of dot is brighter or darker then surrounded dots Dot Defect Type Dot Defect Type High Dot Random Adjacent 2 dots Adjacent 3 dots Adjacent 2 dots Adjacent 3 dots Minimum Distance between defects High dot High dot Dot Classification Method the criteria of dot is defined by its brightness Total amount of Dots Brightly visible dot comparing with background STEP1 Start dot defect test at 0 Gray Pattern 40 Barco NSL 4601 User manual Specifications e If visible Go to 25 Gray Pattern STEP2 At 25 Gray Pattern e If brightly visible v For Red Blue go to 50 Gray Pattern v For Green go to 30 Gra
69. o R S o vA lo d o v O Qa 1 VESA MIS F solution mounting holes M8 4x Figure 1 VESA MIS F compliant mounting To attach the display to a device Attach the display firmly to the VESA comliant device using 4 screws M8x 12mm I MPORTANT Use a device that is approved by VESA according to the VESA MIL F standard 600x200 or 600x400 Use an arm that can support a weight of at least 30 kg or 66 Ibs 14 Barco NSL 4601 User manual Installation 4 3 2 Tiltable wall structure The units can be installed on a tiltable wall structure Refer to the installation manual for more detailed information a EX i 7 i F i fy Ms E b 1 E _ 1 l b 1 k k fs n m j Pil UT E T Imm E T d y Figure 2 Tiltable wall structure Barco NSL 4601 User manual 15 Installation 4 4 Connecting the signals 4 4 1 Location of the connectors O ON O Ui i UL N HG H HH H WU N e O 14 o O00 id Digital Video Signal Input DVI D connector Digital Video Signal Output DVI D connector Analog Signal Input SubD connector Analog Signal Output SubD connector Super Video Signal Input connector optional Super Video Signal Output connector optional Composite Video Signal CVBS Input connector optional Composite Video Signal CVBS Output connector optional Component Video Signal Y Pb Pr Input
70. o a char TN char ETT an char 2Bytes r n Hexa 1Byte 0 AGl 0x06 Or char 3 5Bytes Hexa 1Byte 3 6 2 KEY LOCK On Off Default Off This function is for locking or unlocking OSD key OSD menu key source key select key up key down key left key and right key don t work in Key Lock on status But OSD power key and IR control isn t locked in Key Lock On status Send to monitor Head ID Send Cmd Cmd end n a char 3Bytes AEN a Send Cmd Key Lock char 3Bytes Reply to PC ID Return Cmd Data Data End ACK char n char ENG TE i _ Ar n Hexa 1Byte 0 KLC WM 0x06 char de men o ooo RS232 Protocol NSL 4601 47 of 57 ID NACK char 3 5Bytes Hexa 1Byte 0x15 3 6 3 RESET This function is for setting default value of next item Picture Mode Middle or Standard Brightness 50 Contrast 50 Color 50 Tint 50 Sharpness 50 Color Tone Cool2 Size Wide Mode Auto H V Position 50 Clock 50 Phase 50 NR On Film Mode Off On Time Off Off Time Off On Source PC Language English OSD Tone Off Key Lock Off Red Green Blue Offset Red Green Blue Gain default value Clock Frequency This function is for adjusting of picture quality only in PC input Phase This function is for detail adjusting of picture quality only in PC input Mode This is for force selecting of Auto 1368x768 1366x768 1280x768 1024x768 mode 1368x768 1366x768 128
71. ogical RS232 Protocol NSL 4601 11 of 57 PEE programming errors and retry the command Case1 Incorrect Head command Case2 Correct Head but ID is not match with monitor s set id Case3 All set control command 2 4 Different command types In principle there are four different types of commands they all make use of the same protocol unit format 2 4 1 Direct Control Commands These commands don t have any data in the command request and can have data in the command result Example1 Set Mode Command Source change return set id and ack nack In order to change the input source the following PU is send to the device set id 000 Head ID Cmd Cmd end E char 3Bytes char oe a This answer is retuned from the device set id 000 It indicates that changing the input source to DVI did succeed in case ack ID ACK char 3 5Bytes Hexa 1Byte ID NACK char 3 5Bytes Hexa 1Byte kkk Monitor return source code Didprintf d GetSETID Set Id putchar ACK or putchar NACK Ack or Nack Ack Command excute ok Nack Head and ID are correct but others command are not correct format If Head or ID commands are incorrect format or range monitor don t reply Because monitor consider other type control command ex auto calibration if Head is not correct format or range And Monitor consider other monitor control command if ID is not correct format or range Ex1 Set id 10 sou
72. on CM Console Mount cm centimeter CMS Control room Management Software CoG Combined sync on Green CR Contrast Ratio CS Combined Sync CS Conducted Susceptibility CVBS Composite Video Blanking Sync D DAC Digital to Analog Converter DC Direct Current DDC Display Data Channel Barco NSL 4601 User manual DM E EBU EDID EIA EMI EMC EN ESD FD FLIR FPDM GPI HD HDMI HDSDI HE HEA HID HMI ICD IEC IP ISO ITO ITU kg LCD LFC LRU LUT Barco NSL 4601 User manual Abbreviations and acronyms Display Module European Broadcast Union Extended Display Identification Data Electronic Industries Association Electromagnetic Interference Electromagnetic Compatibility European Norms Electrostatic Discharge Full Duplex Forward Looking Infrared Flat Panel Display Measurements General Purpose Interface Half Duplex High Definition Multimedia Interface High Definition Serial Digital Interface Highly Efficient High Efficiency Antireflective Human Interface Device Human Machine Interface Interface Control Document International Electrotechnical Commission Ingress Protection International Standard Organization Indium Tin Oxide International Telecommunications Union kilogram Luminance Liquid Crystal Display LCD Flicker Compensation Line Replaceable Unit Look Up Table Abbreviations and acronyms NEMA NSL NTSC OSD PAL ppi PVA PVC RE RFU RGB
73. pplicable for NSL 4601 units with firmware version V3 00 and higher 52 Barco NSL 4601 User manual RS232 Protocol NSL 4601 Document Version 2010 02 16 Preface Purpose of this Document The purpose of this document is to provide a comprehensive description of the RS232 communication protocol with the NSL 4601 panels Document Conventions The following styles and conventions are used in this document Used to point out limitations or problems or open points which are of crucial importance Used to mark useful hints the reader should not oversee RS232 Protocol NSL 4601 2 of 57 Content I0 T0 pe A CONTENT 355oeacnstoi EON DE IRE mas edu I E EU EE 3 1 GENERA Diim a E A a hi dert a E fovit ku Ft ME i eae 5 1 1 Ar esse GUO CHAIN De eo tessuti AE d ee beo vut tiet N cd B ode d etude iu oM ea DIEM TE EIE ENS 5 1 1 1 Dip Switch for Master Slave Sete uec eL a a secet sates eere fus Sea setter uudavecsbitduiciei duets bus ee usa 5 1 1 2 Dip SwHCIGIOEDeVICeJD sore eo ttn teer v icio deter endi tfo Souk eta eaten dat e ud 5 2 COM POTE SUITS dus EE O E AE AU MS A TAN 6 2 CONCEPTS OF COMMAND REQUESTS AND REPLIES 0ccccscccsecccecccseccececuccesececececucsessceeceeuceesececeseenesuseseseseuncss 7 2 1 Direct CONWOL Command Protocols casta E E ese RA 7 2 22 Vale Admit COMMON P OTOC O see is uis tate era fta T eise pia uM des 9 23 SIG CHECK Commana Protocol sisse en amc tdt laste uten
74. r char 3 5Bytes Hexa 1Byte 0 In order to query the Picture set group setting status the following PU is send to the device Head ID Cmd Cmd end char 2Bytes char 3Bytes char 3Bytes char 1Byte RS232 Protocol NSL 4601 22 of 57 This answer is retuned from the device It indicates that the request did succeed and the current Set Id Picture Mode Picture Size H Position only PC V Position only PC Clock only PC Phase only PC and Ack Nack is returned ID char 3 5Bytes Return Cmd Data Data End char ABytes char 1 3Bytes char 2Bytes r n PIM 2 HPs 50 NACK char 3 5Bytes Hexa 1Byte In order to query the IR Key set group setting status the following PU is send to the device Head ID Cmd Cmd end char 2Bytes char 3Bytes char 3Bytes char 1Byte K 00 X RMC This answer is retuned from the device It indicates that the request did succeed and the current Factory Mode status and Ack Nack is returned ID char 3 5Bytes 0 Return Cmd Data Data End char ABytes char 1 3Bytes char 2Bytes r n PMS O00 Wn ACK Hexa 1Byte ID NACK char 3 5Bytes Hexa 1Byte RS232 Protocol NSL 4601 23 of 57 In order to query the ETC set group setting status the following PU is send to the device Head ID Cmd Cmd end char 2Bytes char 3Bytes char 3Bytes char 1Byte K joo X ETC _ This answer is retuned f
75. r 3 5Bytes Hexa 1Byte 0x15 Ex2 Set id 100 change picture mode to USER mode Head ID Cmd Cmd end T oo char 3Bytes Tm ET RAE char ID Return Cmd Data Data End ACK char char ABytes char e Ar n Hexa 1Byte 100 PIM J 100 wn Or ID NACK char 3 5Bytes Hexa 1Byte Same format command list 6 CTS Colortemperature setto WARM2 CRT S _ _ _ RS232 Protocol NSL 4601 14 of 57 ction HIGH pc dvi PM2 Picture Mode STANDARD PIM 2 OP mptegea Size set to 4 3 All source PIS 1 Size set to ZOOM WIDE p dvi PIS 2 PIS 0 pc dvi 15 PS3 Size set to PANORAMA PIS 3 PIS O pc dvi PIS 4 WIDE pc dvi ZOOM component component 10801 1080p 10801 es 16 i ee ee ee ee E 18 FMN FatoyModeOn FMSc _ _ _____ O 19 FMF FPadoryModeOff FMS O MDE 5 Example3 Value Increase Decrease Command Brightness return set id setting value and ack nack In order to increase the vi Lice by 1 the following PU is send to the device set id 000 Head Cmd Cmd end mm a m 3Bytes TUE M ru answer is retuned from the ICE id i c It indicates that increasing the brightness did succeed The updated brightness value is returned in 1 3 char data byte ID Return Cmd Data Data End ACK char OE char Il char 1 3Bytes char 2Bytes r n Hexa 1Byte 0 BRT 54 0x06
76. ractors and customers in any form or by any means and or stored in a database or retrieval system without the prior written consent of Barco Technical accuracy notice Although every attempt has been made to achieve technical accuracy in this document we assume no responsibility for errors that may be found Our goal is to provide you with the most accurate and usable documentation possible if you discover errors please let us know Federal Communication Commission FCC notice This equipment has been tested and found to comply with the limits of an FCC class refer to the technical specifications of the specific unit for more details about the corresponding class These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment This equipment generates uses and can radiate radio frequency energy and if not installed and used in accordance with the instruction manual may cause harmful interference to radio communications Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense Warranty During the warranty period Barco n v will do all repairs free of charge material and labor The faulty parts or units have to be shipped freight prepaid to a Barco n v regional service center Barco n v will pay the freight charges when the repa
77. rce change DVI Head ID Cmd Cmd end oM ee char 3Bytes char RS232 Protocol NSL 4601 12 of 57 ID ACK char 3 5Bytes Hexa 1Byte 10 Ex2 Set id 100 source change DVI Head ID Cmd Cmd end char 2Bytes char 3Bytes char 3Bytes char 1Byte 100 ID ACK char 3 5Bytes Hexa 1Byte 100 0x06 Same format command list sd Mc ER cd NN 1 PON POF Power On Off 21 SUC Save Color tone Red Green Blue Notel 2 SPC Source change to PC save Factory color control all items ii Notel 3 SDV jSourechagetoDVI 23 NIN OnTimrOn 4 SOI Source change to COMPONENT 24 NIE OnTimerof Source change to S VIDEO Off Timer On 5 sav Source change e VB 38 or timer of 8 RPW___ Remote control Power key 28 GAF 1 1 GapadjustOff Note2 9 RSO Remote control Source Key 29 S S 10 RUP j RemotecotrolUpkey 30 jJ oy il RDN RemotecontrolDownkey 31 Jo 12 RRT RemotecontrolRightkey 32 J 13 RIT jRemoteconrdlleftkey 33 14 REN Jj RemotecontrolSelectkey 34 15 RMN jRemoteconro Men key 35 16 RAU Remote control Auto key 36 jJ 17 RIP RemoteconrolInfokey 37 o jJ 18 EIN Reset Color 38 S SO 19 GSV GammaLUTsave 8 20 SCB Save Contrast and Brig
78. rom the device It indicates that the request did succeed and the current Set ld Current Power Status Current Source Aging Mode Status Key Lock Status and Ack Nack is returned ID char 3 5Bytes 0 Return Cmd Data Data End char ABytes char 1 3B ytes char 2Bytes r n ACK Hexa 1Byte Or ID NACK char 3 5Bytes Hexa 1Byte RS232 Protocol NSL 4601 24 of 57 2 4 4 Broadcast Command to all devices in the serial chain These commands are not addressed to an individual device in the chain but instead will be processed by all devices Broadcast commands will not give any replies or acknowledges Thus only direct control commands and value adjust commands can be send in this way Example Power On all In order to Power on all in the chain the device ID is set to 0 Broadcast commands will not be acknowledged with a reply from the device Head ID Cmd Cmd end char 2Bytes char 3Bytes char 3Bytes char 1Byte K ATE PON e Example1 Source change to DVI all set In order to change the input source to DVI all in the chain the following PU is send to the chain Head ID Cmd Cmd end p T rn char ca ALL SDV Example2 Picture mode change to USER all set In order to change the picture mode to USER all in the chain the following PU is send to the chain Head ID Cmd Cmd end char 2Bytes char 3Bytes char 3Bytes char 1Byte K ALL PMO Example3 Brigh
79. s applied Picture appears slowly after switching on e This is normal the image is muted during the product startup process Please contact Barco if the picture has not appeared after five minutes The signal is out of range e Adjust resolution e Check it whether the signal cable is connected or loose e Check the input source Screen color is unstable or single color e Check the signal cable e Reinstall the PC video card 38 Barco NSL 4601 User manual 8 1 8 1 1 8 1 2 8 1 2 1 8 1 2 2 8 1 2 3 8 1 2 4 8 1 2 5 8 1 2 6 8 1 2 7 8 1 2 8 Specifications Specifications Electro optical specifications Panel e Active Matrix LCD AM LCD 8 bit color e Super Pattern Vertical Alignment SPVA mode type normally black e Incorporating amorphous silicon TFT I mage specifications Screen dimensions e Aspect ratio 16 9 e Screen dimensions v 1019 x 573 1 mm 40 1 x 22 6 v 1 168 4 mm 46 diagonal Screen specifications e 16777 216 colors 256 gray scales e Typical viewing angle v Horizontal 178 Vertical 178 o CR gt 30 Viewing angle e Horizontal 178 e Vertical 178 Haze e 40 Surface hardness e Hard coating 3H Light output e Maximum light output 700 cd m2 e Typical light output 500 cd m2 Contrast ratio e Contrast Ratio in dark environment v 3000 1 typ v 2500 1 min Resolution e WXGA resolution 1366 x 768 pixels Barco NSL 4601 User ma
80. ser manual 35 Operation e When settings are done press the MENU button to return to the previous menu Below an illustration of a geometric pattern with natural mode and without cell gap correction full mode is given The small gaps can be removed by the so called cell gap correction image shift The eye then perfoms a kind of interpolation and realizes a smooth image Figure 21 Pattern with cell gap correction natural mode NOTE It depends on the displayed image if cell gap correction should be enabled or not In case text is displayed cell gap correction results in missing parts of letters For geometric patterns see picture above cell gap correction results in a smooth picture 36 Barco NSL 4601 User manual Maintenance 6 Maintenance 6 1 Cleaning precautions Take care not to damage or scratch the LCD surface Be carefull with rings jewellery and rough materials Handle the LCD with care to avoid scratches Do not apply pressure on the LCD surface Do not apply or spray liquid directly to the LCD surface or cover as excess liquid may cause damage to internal electronics Instead apply the liquid to the cleaning cloth Avoid dirt of fingerprints oil and fat staining on the LCD surface as they will harm the LCD Remove dirt by following the cleaning instructions below 6 2 Cleaning instructions Before cleaning Switch off the display unit Remove the power cord from the mains Cleanin
81. sing the ENTER SEL or RIGHT button Barco NSL 4601 User manual 29 Operation v Following parameters can be adjusted Clock On Timer on off Off Timer off on On Source PC DVI Component S Video AV Here the current time can be set hh mm On Timer Here one can enter the wake up time for the display display will be automatically powered up from its Standby mode at the predefined On time Therefore the On Timer needs to be set in On mode Off Timer Here one can enter the off time for the display dis play will be automatically put in Standby mode at the predefined Off time Therefore the Off Timer needs to be set in On mode On Source This parameter allows you to enter the source that needs to be displayed at On time 30 Barco NSL 4601 User manual Operation 5 4 6 Changing the Picture setting Picture PC Picture Mode i User User gt gt High Color Tone i Middle Size Low Mode PC Adjust 4 Select B Menu Figure 14 Picture Menu Picture DVI Brightness 55 cH Contrast 54 4 gt Adjust Figure 15 Picture Menu User Mode e Press the MENU button e Press the UP DOWN buttons to navigate to the Picture group press the ENTER SEL button e Use the UP DOWN buttons to navigate to the Picture Mode parameter Select the Picture Mode parameter by pressing the ENTER SEL or the RIGHT button Barco NSL 4601 User manual 3l Operation v Following
82. status of selected one monitor This is not available in all set or group selected See 3 1 1 Read only ONE SET selected RS232 Protocol NSL 4601 41 of 57 3 4 PICTURE 3 4 1 PICTURE MODE USER HIGH DYNAMIC MIDDLE STANDARD LOW MOVIE MILD Default MIDDLE PC DVI STANDARD COMPONENT S VIDEO AV User User can adjust Brightness Contrast Color Saturation Tint Hue Sharpness value as uaer want to adjust Tint at S Video AV input Color Sharpness Component S Video AV input High Brightness and Contrast value is a little high in PC DVI Middle Brightness and Contrast value is Normal in PC DVI Low Brightness and Contrast value is a little low in PC DVI Dynamic Brightness Contrast and Sharpness value is a little high in COMPONENT S VIDEO AV This is good for dynamic picture viewing situation such moving picture as sports Standard Brightness and Contrast value is Normal in COMPONENT S VIDEO AV Movie Brightness and Contrast value is a little low in COMPONENT S VIDEO AV This is good for movie Mild Brightness and Contrast value is a little low in COMPONENT S VIDEO AV This is good for smooth picture viewing situation Send to monitor Head ID Send Cmd Cmd end D ee char 3Bytes char Tt MODE Send Cmd MODE COMPONEN char 3Bytes PC DVI T S VIDEO AV Reply to PC ID Return Cmd Data Data End ACK char char char T Ar n Hexa 1Byte 0 PIM wn 0x06
83. t COOL2 Send to monitor Head ID Send Cmd Cmd end char 2Bytes char 3Bytes char 3Bytes char 1Byte Posse Reply to PC char 3 5Bytes char 4Bytes char 1 3Bytes char 2Bytes r n Hexa 1Byte Or char 3 5Bytes Hexa 1Byte Send Cmd char 3Bytes WARM2 3 3 2 BRIGHTNESS Range 0 100 Default value 50 Up Send to Monitor Head ID Send Cmd Cmd end char 2Bytes char 3Bytes char 3Bytes char 1Byte ERN Reply to PC char 3 5Bytes char 4Bytes char 1 3Bytes char 2Bytes r n Hexa 1Byte Or char 3 5Bytes Hexa 1Byte RS232 Protocol NSL 4601 37 of 57 Down Send to Monitor Head ID Send Cmd Cmd end NS oy char 3Bytes char oa char Reply to PC ID Return Cmd Data Data End ACK char o m char moe char 2Bytes r n Hexa 1Byte 0 BRD 0x06 ID NACK char 3 5Bytes Hexa 1Byte 0x15 Edit Number key and then press Enter key Send to Monitor Head ID Send Cmd Data Cmd end char 2Bytes char 3Bytes char 3Bytes char 3Bytes char 1Byte K 000 X BRT 0D Reply to PC ID Return Cmd Data Data End ACK char OE char 4Bytes char 1 3Bytes char 2Bytes r n Hexa 1Byte HO BRT BRT 2 OOS ID NACK char 3 5Bytes Hexa 1Byte 0x15 Get current Brightness setting status See Read Color setting status 3 3 3 CONTRAST Range 0 100 Default value 50 Same for
84. t value is 40 But monitor s default value is different as current source So if you want to know current value you have to read single set value 39 3 3 9 SUB CONTRAST Range 0 75 MWCP default value is 30 But monitor s default value is different as current source So if you want to know current value you have to read single set value eesssss 39 3 3 10 RED GREEN BLUE GAIN Range 0 80 MWCP default value is 40 But monitor s default value is different as current source So if you want to know current value you have to read single set value 40 3 9 BACKLIGHT Rance 0 100 Default value 72 eoe e pee eaqui b reed dne EAE A des 40 3 3 12 COLOR TONE RED Range 0 100 Default value 50 eren iren eara ne ene rote nne caanedeseanvends 40 3 3 13 COLOR TONE GREEN Range 0 100 Default value 50 eee ceesscecccceeeeeeeeeeeennneeeeeeeeeeeeeeeseeeeeeenaes 40 3 3 14 COLOR TONE BLUE Range 0 100 Default value 50 ette eere terae conu tn orantes 40 3A DAVE COCOR Sr Tem 41 3 3 16 Read Color setting status only for single monitor eeesesssssssssssssseeeeeenee nennen ener nnn nnne 4 3 4 PICTURE Qe n A n REM Mat tata CAI Rt OLU Oto ed uUs 42 3 4 1 PICTURE MODE USER HIGH DYNAMIC MIDDLE STANDARD LOW MOVIE MILD Default MIDDLE PC DVD STANDARD COMPONENT S VIDEO AV ccccccccccececeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeee
85. tness increase all set In order to increase the brightness all in the chain the following PU is send to the chain Head ID Cmd Cmd end TN T na char cc ALL BRU Example4 Change the brightness value to 54 0x36 all set In order to change the brightness value to 54 0x36 all in the chain the following PU is send to the chain Head ID Cmd Data Cmd end TE T TE char char 7 M nr ALL BRT 054 RS232 Protocol NSL 4601 25 of 57 3 Command Reference The command reference lists all commands with a short explanation of their effect and details about the command request protocol unit and the command reply protocol unit The command reference is organized 3 1 Operation Modes 3 1 1 Read only ONE SET selected Multi Control Menu in case HMaxCell 2 VMaxCell 2 H Gap 1 H Gap 0 Cell No 2 Send command to Monitor current Brightness is 54 0x36 Head ID Cmd Cmd end g char E Tu FU MANN B RI em to E ID char 3 5Bytes 0 char ABytes char 1 3Bytes char 2Bytes r n Mvc 2 J MHG l J MVG l DNO 2 J 1 ACK Hexa 1Byte 0x06 or ID NACK char 3 5Bytes Hexa 1Byte 0 Color Control Menu a to PC ID char 3 5Bytes 0 RS232 Protocol NSL 4601 26 of 57 char ABytes char 1 3Bytes char Arn ACK Hexa 1Byte 0x06 or ID NACK char 3 5Bytes Hexa 1Byte
86. uery the current brightness the following PU is send to the device Head ID Cmd Cmd end char 2Bytes char 3Bytes char 3Bytes char 1Byte K jJo0 BRT This answer is retuned from the device It indicates that the request did succeed and the current brightness 0x36 is returned in 1 3 char data byte ID Return Cmd Data Data End ACK char e char Ec T a n aeee EN Ar n Hexa 1Byte O J BRT Wn 0x06 or RS232 Protocol NSL 4601 19 of 57 ID NACK char 3 5Bytes Hexa 1Byte Ex1 Set id 10 current brightness request char 2Bytes char 3Bytes char 3Bytes char 1Byte Set id 10 current brightness 0x09 reply ID Return Cmd Data Data End ACK char 3 5Bytes char 4Bytes char 1 3Bytes char 2Bytes r n Hexa 1Byte 10 BRT 90 JOxX066 Or ID NACK char 3 5Bytes Hexa 1Byte Ex2 Set id 100 current brightness request char 2Bytes char 3Bytes char 3Bytes char 1Byte Set id 10 current brightness 0x64 reply ID Return Cmd Data Data End ACK char 3 5Bytes char 4Bytes char 1 3Bytes char 2Bytes r n Hexa 1Byte 100 ID NACK char 3 5Bytes Hexa 1Byte 0x15 Same format command list GAD 6 CON Contrast Value 7 8 SAT Saturation Color value 9 TIN Tin Hu vale 17 RGN Red Gain value RS232 Protocol NSL 4601 20 of 5
87. y Monitor to PC ID Return Cmd Data Data End ACK char c NN char Moe er ee Ar n Hexa 1Byte 0 DNO Wn o ID NACK char 3 5Bytes Hexa 1Byte RS232 Protocol NSL 4601 35 of 57 Send PC to Monitor Head ID Send Cmd Data Cmd end NN a char 000 T cc char char MHG 00 Reply Monitor to PC ID Return Cmd Data Data End ACK char on char m char 2Bytes r n Hexa 1Byte 0 MHG 0x06 ID NACK char 3 5Bytes Hexa 1Byte 0x15 Send PC to Monitor Head ID Send Cmd Data Cmd end T char Irc TU a char a char en MYG 00 Reply Monitor to PC ID Return Cmd Data Data End ACK char N char cc n enor ee Ar n Hexa 1Byte 0 MVG Wn 0x06 ID NACK char 3 5Bytes Hexa 1Byte 0x15 Send PC to Monitor Head ID Send Cmd Cmd end lt O char ce n 7 char nee Reply Monitor to PC ID Return Cmd Data Data End ACK char char u char et Ar n Hexa 1Byte 0 VMT WM 0x06 ID NACK char 3 5Bytes Hexa 1Byte 0x15 3 2 8 Read Multi setting status only for single monitor This function is for updating current multi setting status of selected one monitor This is not available in all set or group selected See 3 1 1 Read only ONE SET selected RS232 Protocol NSL 4601 36 of 57 3 COLOR 3 3 1 COLOR TEMPERATURE USER COOL2 COOL1 NORMAL WARM2 WARM1 Defaul
88. y Pattern e If invisible v No count STEP3 At 5096 Gray Pattern for Red Blue At 3096 Gray Pattern for Green e If brightly visible v High dot e If Invisible v Low Dot Darkly visible dot comparing with background e Looks relatively dark at 100 Gray R G B White pattern v Off dot Minimum Distance between Dot Defects Minimum distance is direct distance see picture Definition of Uniformity Defect While operating LCD panel if certain area is remarkably brighter or darker However extraneous substances which can be wiped out like finger print particles are not considered as a uniformity defect Spot and Linear Type Inspection Defect type Criteria Spot Defect 0 1 lt D lt 3 mm 2 lt L lt 15 0 mm Criteria Total amount of Defects Light Leakage There shall be no visible light around the edges of the screen Linear Defect 0 01 lt W lt 0 7 mm Criteria IEEE Barco NSL 4601 User manual 41 Specifications Visual Appearance Defect Criteria Visible defect at non operating LCD panel status Lc NUI NR Chassis Gap Gap lt 1 5 mm S pot Defect 0 1 D lt 5 0 mm Linear Defect 0 01 lt W lt 0 7 mm 2 0 lt L lt 20 0 mm Total amount of Defects 8 1 3 Input signal specifications 8 1 3 1 Signal input ININC PC VGA Signal RGB D MN 714 DVI Frequency Separate H V Sync TTL DVI PC to MNT Max cea D DVI Set1 to Set2 Max oa 1
89. ying on source as scaled image on a display wall H Cell Max V Cell Max Cell Number H Gap Adjust V Gap Adjust SET ID X SET ID Y 4 gt Adjust Figure 19 Multi Menu e Press the MENU button e Press the UP DOWN buttons to navigate to Multi group press the ENTER SEL or RIGHT button e Press the ENTER SEL or RIGHT button to select Multi Function Following settings can be done v H Cell Max V Cell Max Cell Number H Gap Adjust V Gap Adjust range 1 to 20 SET ID X SET ID Y H Cell Max Enter the number of displays in a row range O to 15 V Cell Max Enter the number of displays in a column range O to 15 Cell Number Enter the cell number This is the location of the display in the wall starting from the top left monitor O and then from left to right and top to bottom range O to 255 H Gap Adjust The seam between adjacent monitors result in a small gap between the sections of the image The horizontal gap can be adjusted via this parameter range O to 20 See illustration below V Gap Adjust The vertical gap can be adjusted via this parameter range 0 to 20 See illustration below SET ID X Displays the X ID set ID for RS 232 control or horizontal position of the monitor in the wall range O to 15 SET ID Y Displays the Y ID set ID for RS 232 control or vertical po sition of the monitor in the wall range O to 15 e Press UP or DOWN button to change the settings Barco NSL 4601 U

UMAN NSL-4601 K5960047

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