Eizo Coloredge Ce240w Users Manual
Have a look at the manual Eizo Coloredge Ce240w Users Manual online for free. It’s possible to download the document as PDF or print. UserManuals.tech offer 51 Eizo manuals and user’s guides for free. Share the user manual or guide on Facebook, Twitter or Google+.
9. SPECIFICATIONS 41 Dimensions mm (inch) Downloaded from ManualMonitor.com Manual•
42 9. SPECIFICATIONS 566(22.3) 372(14.6) 294(11.6) 5°25° 7.3(0.29) 357.2(14.1) 361.9(14.2) 60° 60.5(2.38) 23.5(0.93) 60(2.36)85(3.35)39.7(1.56) 530(20.9) φ230(9.1) 172° 172° 522(20.6) 24(0.94) 520.4(20.5) 326(12.8) 22.8(0.9) 25(0.98) 116(4.6) 14.5(0.57) 80(3.15) SWIVELTILT ARCSWING 480(18.9) mm (inch) Downloaded from ManualMonitor.com Manual•
9. SPECIFICATIONS 43 Pin Assignment DVI-I Connector 123456789101112131415161920211718222324 C1C2 C3C4C5 Pin No. SignalPin No. Signal Pin No. Signal 1 TMDS Data 2- 11 TMDS Data1/3 Shield21NC* 2TMDS Data 2+12NC*22TMDS Clock shield 3TMDS Data2/4 Shield13NC*23 TMDS Clock+ 4NC*14 +5V Power24TMDS Clock- 5NC*15Ground (return for +5V, Hsync and Vsync)C1Analog Red 6 DDC Clock (SCL)16Hot Plug DetectC2Analog Green 7 DDC Data (SDA)17TMDS Data0-C3Analog Blue 8Analog Vertical Sync18TMDS Data0+C4Analog Horizontal Sync 9TMDSData1-19TMDS Data0/5 ShieldC5Analog Ground(analog R,G,&B return) 10TMDS Data1+20NC* (*NC: No Connection) USB Port No.SignalRemarks 1VCC Cable power 2- Data Serial Data 3+ Data Serial Data 4GroundCable Ground UpstreamDownstream Series B Connector Series A Connector Downloaded from ManualMonitor.com Manual•
44 10. GLOSSARY 10. GLOSSARY Clock With the analog input signal display, the analog signal is converted to a digital signal by the LCD circuitry. To convert the signal correctly, the LCD monitor needs to produce the same number clock pulse as the dot clock of the graphics system. When the clock pulse is not correctly set, some vertical bars of distortion are displayed on the screen. DVI (Digital Visual Interface) A digital flat panel interface. DVI can transmit digital data from the PC directly without loss with the signal transition method "TMDS". There are two kinds of DVI connectors. One is DVI-D connector for digital signal input only. The other is DVI-I connector for both digital and analog signal inputs. DVI DMPM(DVI Digital Monitor Power Management) The Power management system for the digital interface. The "Monitor ON" status (operation mode) and the "Active Off" status (power-saving mode) are indispensable for the DVI-DMPM as the monitor's power mode. Gain Adjustment Adjusts each color parameter for red, green and blue. The color of the LCD monitor is displayed through the color filter of the LCD panel. Red, green and blue are the three primary colors. The colors on the monitor are displayed by combining these three colors. The color tone can change by adjusting the illumination amount passed through each color's filter. Gamma Generally, the relationship that the light intensity values of a monitor change nonlinearly to the input signal level is called "Gamma Characteristic". On the monitor, low gamma values display the whitish images and high gamma values display the high contrast images. Phase The phase adjustment decides the sampling timing point for converting the analog input signal to a digital signal. Adjusting the phase after the clock adjustment will produce a clear screen. Range Adjustment The Range Adjustment controls the level of output signal range to display the whole color gradation. Resolution The LCD panel consists of a fixed number of pixel elements which are illuminated to form the screen image. The EIZO CE210W display panel consists of 1680 horizontal pixels and 1050 vertical pixels, and the EIZO CE240W display panel consists of 1920 horizontal pixels and 1200 vertical pixels. At a resolution of 1680 x 1050 (CE210W) / 1920 x 1200 (CE240W), all pixels are displayed as a full screen.
10. GLOSSARY 45 sRGB(Standard RGB) "International Standard for Red, Green, and Blue color space" A color space was defined with the aim of the color matching between applications and hardware devices, such as monitors, scanners, printers and digital cameras. As a standard default space, sRGB allows Internet users to closely match colors. Temperature Color Temperature is a method to measure the white color tone, generally indicated in degrees Kelvin. At high temperatures the white tone appears somewhat blue, while at lower temperatures it appears somewhat red. Computer monitors generally give best performance at high temperature settings. 5000 K: Slightly reddish white. 6500 K: Warm-white tone, similar to white paper or daylight. 9300 K: Slightly bluish white. TMDS(Transition Minimized Differential Signaling) A signal transition method for the digital interface. VESA DPMS (Video Electronics Standards Association - Display Power Management Signaling) The acronym VESA stands for "Video Electronics Standards Association", and DPMS stands for "Display Power Management Signaling". DPMS is a communication standard that PCs and graphics boards use to implement power savings on the monitor side.
46 11. APPENDIX/ANHANG/ANNEXE 11. APPENDIX/ANHANG/ANNEXE Preset Timing Chart for Analog input Timing-Übersichten für Analog Eingang Synchronisation des Signaux pour Analog numerique NOTE • Based on the signal diagram shown below factory presets have been registered in the monitor's microprocessor. • Der integrierte Mikroprozessor des Monitors unterstützt werkseitige Standardeinstellungen (siehe hierzu die nachfolgenden Diagramme). • Signaux ont été enregistrés en usine dans le microprocesseur du moniteur, conformément au diagramme de synchronisation ci-dessous. CE210W Mode Dot Clock MHzFrequencies Sync Polarity Horizontal:kHz Vertical:Hz VGA 640×480@60Hz 25.2 MHz Horizontal31.47 Negative Vertical59.94 Negative VGA TEXT 720×400@70Hz 28.3 MHz Horizontal31.47 Negative Vertical70.09 Positive Macintosh 640×[email protected] MHz Horizontal35.00 Negative Vertical66.67 Negative Macintosh 832×[email protected] MHz Horizontal49.73 Negative Vertical74.55 Negative Macintosh 1152×[email protected] MHzHorizontal68.68 Negative Vertical75.06 Negative Macintosh 1280×[email protected] MHz Horizontal74.76 Positive Vertical74.76 Positive VESA 640×[email protected] MHz Horizontal37.86 Negative Vertical72.81 Negative VESA 640×[email protected] MHz Horizontal37.50 Negative Vertical75.00 Negative VESA 640×[email protected] MHz Horizontal43.27 Negative Vertical85.01 Negative VESA 800×[email protected] MHz Horizontal35.16 Positive Vertical56.25 Positive VESA 800×[email protected] MHz Horizontal37.88 Positive Vertical60.32 Positive VESA 800×[email protected] MHz Horizontal48.08 Positive Vertical72.19 Positive VESA 800×[email protected] MHz Horizontal46.88 Positive Vertical75.00 Positive VESA 800×[email protected] MHz Horizontal53.67 Positive Vertical85.06 Positive VESA 1024×[email protected] MHz Horizontal48.36 Negative Vertical60.00 Negative VESA 1024×[email protected] MHz Horizontal56.48 Negative Vertical70.07 Negative VESA 1024×[email protected] MHz Horizontal60.02 Positive Vertical75.03 Positive VESA 1024×[email protected] MHz Horizontal68.68 Positive Vertical85.00 Positive VESA 1152×[email protected] MHzHorizontal67.50 Positive Vertical75.00 Positive VESA 1280×[email protected] MHz Horizontal60.00 Positive Vertical60.00 Positive VESA 1280×[email protected] MHzHorizontal63.98 Positive Vertical60.02 Positive VESA 1280×[email protected] MHz Horizontal79.98 Positive Vertical75.03 Positive VESA CVT 1680×1050�60Hz146.3 MHzHorizontal65.29 Negative Vertical59.95 Positive VESA CVT RB 1680×1050�60Hz119.0 MHzHorizontal64.67 Positive Vertical59.88 Negative Downloaded from ManualMonitor.com Manual•
11. APPENDIX/ANHANG/ANNEXE 47 CE240W ModeDot Clock MHzFrequencies Sync Polarity Horizontal:kHz Vertical:Hz VGA 640×480@60Hz 25.2 MHz Horizontal31.47 Negative Vertical59.94 Negative VGA TEXT 720×400@70Hz 28.3 MHz Horizontal31.47 Negative Vertical70.09 Positive Macintosh 640×[email protected] MHz Horizontal35.00 Negative Vertical66.67 Negative Macintosh 832×[email protected] MHz Horizontal49.73 Negative Vertical74.55 Negative Macintosh 1152×[email protected] MHzHorizontal68.68 Negative Vertical75.06 Negative Macintosh 1280×[email protected] MHz Horizontal74.76 Positive Vertical74.76 Positive VESA 640×[email protected] MHz Horizontal37.86 Negative Vertical72.81 Negative VESA 640×[email protected] MHz Horizontal37.50 Negative Vertical75.00 Negative VESA 640×[email protected] MHz Horizontal43.27 Negative Vertical85.01 Negative VESA 800×[email protected] MHz Horizontal35.16 Positive Vertical56.25 Positive VESA 800×[email protected] MHz Horizontal37.88 Positive Vertical60.32 Positive VESA 800×[email protected] MHz Horizontal48.08 Positive Vertical72.19 Positive VESA 800×[email protected] MHz Horizontal46.88 Positive Vertical75.00 Positive VESA 800×[email protected] MHz Horizontal53.67 Positive Vertical85.06 Positive VESA 1024×[email protected] MHz Horizontal48.36 Negative Vertical60.00 Negative VESA 1024×[email protected] MHz Horizontal56.48 Negative Vertical70.07 Negative VESA 1024×[email protected] MHz Horizontal60.02 Positive Vertical75.03 Positive VESA 1024×[email protected] MHz Horizontal68.68 Positive Vertical85.00 Positive VESA 1152×[email protected] MHzHorizontal67.50 Positive Vertical75.00 Positive VESA 1280×[email protected] MHz Horizontal60.00 Positive Vertical60.00 Positive VESA 1280×[email protected] MHzHorizontal63.98 Positive Vertical60.02 Positive VESA 1280×[email protected] MHz Horizontal79.98 Positive Vertical75.03 Positive VESA 1280×[email protected] MHz Horizontal91.15 Positive Vertical85.03 Positive VESA 1600×[email protected] MHz Horizontal75.00 Positive Vertical60.00 Positive VESA 1600×[email protected] MHz Horizontal81.30 Positive Vertical65.00 Positive VESA 1600×[email protected] MHzHorizontal87.50 Positive Vertical70.00 Positive VESA 1600×[email protected] MHzHorizontal93.75 Positive Vertical75.00 Positive VESA CVT 1680×1050 60Hz146.3 MHzHorizontal65.29 Negative Vertical59.95 Positive VESA CVT 1920×1200 60Hz193.3 MHzHorizontal74.56 Negative Vertical59.89 Positive VESA CVT RB 1920×1200 60Hz154.0 MHzHorizontal74.04 Positive Vertical59.95 Negative Downloaded from ManualMonitor.com Manual•
48 Congratulations! The display you have just purchased carries the TCO’03 Displays label. This means that your display is designed, manufactured and tested according to some of the strictest quality and environmental requirements in the world. This makes for a high performance product, designed with the user in focus that also minimizes the Impact on our natural environment. Some of the features of the TCO’03 Display requirements: Ergonomics Ô Good visual ergonomics and image quality in order to improve the working environment for the user and to reduce sight and strain problems. Important parameters are luminance, contrast, resolution, reflectance, colour rendition and image stability. Energy Ô Energy-saving mode after a certain time - beneficial both for the user and environment Ô Electrical safety Emissions Ô Electromagnetic fields Ô Noise emissions Ecology Ô The products must be prepared for recycling and the manufacturer must have a certified environmental management system such as EMAS or ISO 14000 Ô Restrictions on Ô chlorinated and brominated flame retardants and polymers Ô heavy metals such as cadmium, mercury and lead. The requirements includes in this label have been developed by TCO Development in co-operation with scientists, experts, users as well as manufacturers all over the world. Since the end of the 1980s TCO has been involved in influencing the development of IT equipment in a more user-friendly direction. Our labeling system with displays in 1992 and is now requested by users and IT-manufacturers all over the world. For more information, please visit www.tcodevelopment.com
49 For U.S.A. , Canada, etc. (rated 100-120 Vac) Only FCC Declaration of Conformity We, the Responsible PartyEIZO NANAO TECHNOLOGIES INC. 5710 Warland Drive, Cypress, CA 90630 Phone: (562) 431-5011 declare that the product Trade name: EIZO Model: ColorEdge CE210W/CE240W is in conformity with Part 15 of the FCC Rules. Operation of this pr oduct is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However , there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment of f and on, the user is encouraged to try to correct the interference by one or more of the following measures. * Reorient or relocate the receiving antenna. * Increase the separation between the equipment and receiver. * Connect the equipment into an outlet on a circuit different from that to which the receiver is connected. * Consult the dealer or an experienced radio/TV technician for help. Changes or modifications not expressly approved by the party responsible for compliance could void the user ’s authority to operate the equipment. Note Use the attached specified cable below or EIZO signal cable with this monitor so as to keep interference within the limits of a Class B digital device. - AC Cord - Shielded Signal Cable (Enclosed) Canadian Notice This Class B digital apparatus complies with Canadian ICES-003. Cet appareil numérique de le classe B est comforme à la norme NMB-003 du Canada.
50 Hinweise zur Auswahl des richtigen Schwenkarms für Ihren Monitor Dieser Monitor ist für Bildschirmarbeitsplätze vorgesehen. Wenn nicht der zum Standardzubehör gehörige Schwenkarm verwendet wird, muss statt dessen ein geeigneter anderer Schwenkarm installiert werden. Bei der Auswahl des Schwenkarms sind die nachstehenden Hinweise zu berücksichtigen:Der Standfuß muß den nachfolgenden Anforderungen entsprechen: a) Der Standfuß muß eine ausreichende mechanische Stabilität zur Aufnahme des Gewichtes vom Bildschirmgerät und des spezifizierten Zubehörs besitzen. Das Gewicht des Bildschirmgerätes und des Zubehörs sind in der zugehörenden Bedienungsanleitung angegeben. b) Die Befestigung des Standfusses muß derart erfolgen, daß die oberste Zeile der Bildschirmanzeige nicht höher als die Augenhöhe eines Benutzers in sitzender Position ist. c) Im Fall eines stehenden Benutzers muß die Befestigung des Bildschirmgerätes derart erfolgen, daß die Höhe der Bildschirmmitte über dem Boden zwischen 135 – 150 cm beträgt. d) Der Standfuß muß die Möglichkeit zur Neigung des Bildschirmgerätes besitzen (max. vorwärts: 5°, min. nach hinten ≥ 5°). e) Der Standfuß muß die Möglichkeit zur Drehung des Bildschirmgerätes besitzen (max. ±180°). Der maximale Kraftaufwand dafür muß weniger als 100 N betragen. f) Der Standfuß muß in der Stellung verharren, in die er manuell bewegt wurde. g) Der Glanzgrad des Standfusses muß weniger als 20 Glanzeinheiten betragen (seidenmatt). h) Der Standfuß mit Bildschirmgerät muß bei einer Neigung von bis zu 10° aus der normalen aufrechten Position kippsicher sein. Hinweis zur Ergonomie : Dieser Monitor erfüllt die Anforderungen an die Ergonomie nach ISO13406-2 mit dem Videosignal, 1920 Punkte x 1200 Zeilen (CE240W)/1680 Punkte x 1050 Zeilen (CE210W), RGB analog, 0,7 Vp-p und mindestens 60,0 Hz Bildwiederholfrequenz, non interlaced. Weiterhin wird aus ergonomischen Gründen empfohlen, die Grundfarbe Blau nicht auf dunklem Untergrund zu verwenden (schlechte Erkennbarkeit, Augenbelastung bei zu geringem Zeichenkontrast.) „Maschinenlärminformations-Verordnung 3. GPSGV: Der höchste Schalldruckpegel beträgt 70 dB(A) oder weniger gemäss EN ISO 7779“