Eizo Flexscan S2232w Users Manual

							
1Chapter 5  Reference

Outside	Dimensions	
SW/SW	(Height	adjustable	stand)
unit : mm (inch)
53.8(2.12)85(3.35)
475.8(18.7)17.6(0.69)17.6(0.69)511(20.1)
17.45(0.69)
298.1(11.7)333(13.1)
100(3.9)
100(3.9)
205.5(8.1)205.5(8.1)
116.5(4.6)
116.5(4.6)
168(6.6)
35°35°
240.5(9.5)325(12.8)
528(20.8)
272.5(10.7)
82(3.23)
208.5(8.2)20(0.79)
106(4.2)
264.5(10.4)
40°
481.5(19)
439～521(17.3
～20.5)
90°
491(19.3)
8(0.31)
14.6(0.57)
PIVOT
SWIVEL
17.45(0.69)17～99(0.67
～3.9)
SW/SW	(Tilt	stand)
unit : mm (inch)
53.8(2.12)85(3.35)
298.1(11.7)333(13.1)
17.5(0.69)
511(20.1)475.8(18.8)17.6(0.69)100(3.9)
100(3.9)
205.5(8.1)205.5(8.1)
116.5(4.6)
116.5(4.6)
30°178(7)228(9)
5°
205(8.1)
13(0.51)82(3.23)95.4(3.76)
164(6.5)
415(16.3)
248.5(9.8)
27(1.06)
481.5(19)
17.6(0.69)
17.5(0.69)
 
						

							
Chapter 5  Reference

SW/SW	(EZ-UP	stand)
unit : mm (inch)
53.8  (2.12)85(3.35)
298.1(11.7)333(13.1)
17.5(0.69)
17.6(0.69)511(20.1)475.8(18.7)17.6(0.69)
100(3.9)
100(3.9)
205.5(8.1)205.5(8.1)
116.5(4.6)
116.5(4.6)
φ272(10.7)
129.3(5.1)
172°172°
605.5(23.8)516.5(20.3)
25°
(208.5)(220)
536.5(21.1)
183.5(7.2)
64.3(2.53)279.9(11)
13.4(0.53)185(7.3)
351.5(13.8)
350(13.8)
165(6.5)
27.5(1.08)307.5(12.1)
481.5(1.9)
94.5(3.72)
90°
17.5(0.69)
SWIVEL
PIVOT
SW	(Height	adjustable	stand)
unit : mm (inch)
456～538 (18
～21.2)
35°35°
40°
90°
PIVOT
SWIVEL
168(6.6)
56.385
532(20.9)
325(12.8)240.5(9.5)
(2.22)(3.35)
566(22.3)520.4(20.5)
326(12.8)367(14.4)
22.8(0.9)22.8(0.9)
20.5(0.81)
20.5(0.81)
577.1(22.7)
208.5(8.2)
287.5(11.3)
182.4(7.2)8(0.31)
14.6(0.57)
504(19.8)
89(3.5)
272.5(10.7)
82(3.23)
20(0.79)
100(3.9)
133.5(5.3)
100(3.9)233(9.2)233(9.2)
133.5(5.3)
 
						

							
Chapter 5  Reference

SW	(EZ-UP	stand)
unit : mm (inch)
27.7(1.09)
25°
172°172°
90°
129.3(5.1)
532(20.9)
56.3(2.22)
85(3.35)
SWIVEL
Ø272(10.7)
326(12.8)367(14.4)
520.4(20.5)566(22.3)
67(2.64)
533.5(21)
22.8(0.9)22.8(0.9)
20.5(0.81)
20.5(0.81)
633(24.9)
PIVOT
279.9(11)
166.5(6.6)
350(13.8)
153.1(6)552(21.7)380.4(15)
196.9(7.8)
307.6(12.1)
100(3.9)233(9.2)233(9.2)
133.5(5.3)
100(3.9)
133.5(5.3)
13.4(0.53)
64.3(2.53)
Connector	Pin	Assignment
•  DVI-D connector 
	
Pin	No.SignalPin	No.SignalPin	No.Signal	
1T.M.D.S. Data 2-9T.M.D.S. Data1-17T.M.D.S. Data0-
2T.M.D.S. Data 2+10T.M.D.S. Data1+18T.M.D.S. Data0+
3T.M.D.S. Data2/4 Shield11T.M.D.S. Data1/3 Shield19T.M.D.S. Data0/5 Shield
4NC*12NC*20NC*
5NC*13NC*21NC*
6DDC Clock (SCL)14+5V Power22T.M.D.S. Clock shield
7DDC Data (SDA)15Ground (return for +5V, Hsync, and Vsync)23T.M.D.S. Clock+
8NC*16Hot Plug Detect24T.M.D.S. Clock-
(NC*: No Connection)
 
						

							
Chapter 5  Reference

• D-Sub mini 15-pin connector
	
Pin	No.Signal	Pin	No.Signal	Pin	No.Signal	
1Red video6Red video ground11NC*
2Green video7Green video ground12Data (SDA)
3Blue video8Blue video ground13H. Sync
4NC*9NC*14V. Sync
5Ground10Ground15Clock (SCL)
(NC*: No Connection)
• USB port
	
Upstream
Series A connectorSeries B connector
Upstream
Contact	No.SignalRemarks
1VCCCable power
2– DataSerial data
3+ DataSerial data
4GroundCable ground
Accessories	List
Cleaning KitEIZO ScreenCleaner
Speaker Uniti•Sound L3*
* May not allowed to attach the option speaker depending on the stand type.
For the latest information about the accessories, refer to our web site.
http://www.eizo.com
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Chapter 5  Reference

-	 Glossary
Clock
The analog input monitor needs to reproduce a clock of the same frequency as the dot clock of the graphics system in 
use, when the analog input signal is converted to a digital signal for image display. 
This is called clock adjustment. If the clock pulse is not set correctly, some vertical bars appear on the screen.
DDC/CI	(Display	Data	Channel/Command	Interface)
VESA provides the standardization for the interactive communication of the setting information, etc. between a PC 
and the monitor.
DVI	(Digital	Visual	Interface)
DVI is a digital interface standard. DVI allows direct transmission of the PC’ s digital data without loss.
This adopts the TMDS transmission system and DVI connectors. There are two types of DVI connectors. One is 
a DVI-D connector for digital signal input only. The other is a DVI-I connector for both digital and analog signal 
inputs.
DVI	DMPM	(DVI	Digital	Monitor	Power	Management)
DVI DMPM is a digital interface power-saving function. The “Monitor ON (operating mode)” and “Active Off 
(power-saving mode)” are indispensable for DVI DMPM as the monitor’s power mode.
Gain
This is used to adjust each color parameter for red, green and blue.  An LCD monitor displays the color by the light 
passing through the panel color filter. Red, green and blue are the three primary colors. All the colors on the screen 
are displayed by combining these three colors. The color tone can be changed by adjusting the light intensity (volume) 
passing through each color’s filter.
Gamma
Generally, the monitor brightness varies nonlinearly with the input signal level, which is called “Gamma 
Characteristic”. A small gamma value produces a low-contrast image, while a large gamma value produces a high-
contrast image.
HDCP 	(High-bandwidth	Digital	Contents	Protection)
Digital signal coding system developed to copy-protect the digital contents, such as video, music, etc.  This helps 
to transmit the digital contents safely by coding the digital contents sent via DVI terminal on the output side and 
decoding them on the input side.
Any digital contents cannot be reproduced if both of the equipments on the output and input sides are not applicable 
to HDCP system.
Phase
Phase means the sampling timing to convert the analog input signal to a digital signal. Phase adjustment is made to 
adjust the timing. It is recommended that phase adjustment be made after the clock is adjusted correctly .
Range	 Adjustment
Range adjustment controls the signal output levels to display every color gradation. It is recommended that range 
adjustment be made before color adjustment.
 
						

							
6Chapter 5  Reference
Resolution
The LCD panel consists of numerous pixels of specified size, which are illuminated to form images. This monitor
consists of 1680 (S2232W) / 1920 (S2242W/S2432W) horizontal pixels and 1050 (S2232W) / 1200 (S2242W/
S2432W) vertical pixels. At a resolution of 1680× 1050 (S2232W) / 1920 × 1200 (S2242W/S2432W), all pixels are 
illuminated as a full screen (1:1).
sRGB	(Standard	RGB)
International standard for “color reproduction and color space” among peripheral devices (such as monitors, printers, 
digital cameras, scanners). sRGB allows Internet users to closely match colors as a simple color matching means for 
the Internet use.
Temperature
Color temperature is a method to measure the white color tone, generally indicated in degrees Kelvin.  The screen 
becomes reddish at a low temperature, and bluish at a high temperature, like the flame temperature.
5000K: Slightly reddish white
6500K: Warm white like paper white
9300K: Slightly bluish white
TMDS	(Transition	Minimized	Differential	Signaling)
A signal transmission system for digital interface.
VESA 	DPMS	(Video	Electronics	Standards	 Association	-	Display	Power	Management	Signaling)
VESA provides the standardization of signals from PC (graphics board) for power saving of PC monitors. DPMS 
defines the signal status between PC and monitor.
 
						

							
7Chapter 5  Reference

-	 Preset	Timing
The following table shows factory preset video timing (for analog signal only).
ModeDot	clock
Frequency
PolarityHorizontal:	kHz
Vertical:	Hz
VGA 640×[email protected] MHzHorizontal31.47Negative
Vertical59.94Negative
VGA TEXT  720×[email protected] MHzHorizontal31.47Negative
Vertical70.09Positive
VESA 640×[email protected] MHzHorizontal37.86Negative
Vertical72.81Negative
VESA 640×[email protected] MHzHorizontal37.50Negative
Vertical75.00Negative
VESA 800×[email protected] MHzHorizontal35.16Positive
Vertical56.25Positive
VESA 800×[email protected] MHzHorizontal37.88Positive
Vertical60.32Positive
VESA 800×[email protected] MHzHorizontal48.08Positive
Vertical72.19Positive
VESA 800×[email protected] MHzHorizontal46.88Positive
Vertical75.00Positive
VESA 1024×[email protected] MHzHorizontal48.36Negative
Vertical60.00Negative
VESA 1024×[email protected] MHzHorizontal56.48Negative
Vertical70.07Negative
VESA 1024×[email protected] MHzHorizontal60.02Positive
Vertical75.03Positive
VESA 1152×[email protected] MHzHorizontal67.50Positive
Vertical75.00Positive
VESA 1280×[email protected] MHzHorizontal60.00Positive
Vertical60.00Positive
VESA 1280×[email protected] MHzHorizontal63.98Positive
Vertical60.02Positive
VESA 1280×[email protected] MHzHorizontal79.98Positive
Vertical75.03Positive
VESA 1600×1200@60Hz (S2242W/S2432W)162.0 MHzHorizontal75.00Positive
Vertical60.00Positive
VESA 1600×1200@65Hz (S2242W/S2432W)175.0 MHzHorizontal81.25Positive
Vertical65.00Positive
VESA 1600×1200@70Hz (S2242W/S2432W)189.0 MHzHorizontal87.50Positive
Vertical70.00Positive
VESA 1600×1200@75Hz (S2242W/S2432W)202.5 MHzHorizontal93.75Positive
Vertical75.00Positive
VESA CVT  1680×[email protected] MHzHorizontal65.29Negative
Vertical59.95Positive
VESA CVT 1920×1200@60Hz (S2242W/S2432W)193.3 MHzHorizontal74.56Negative
Vertical59.89Positive
VESA CVT RB  1920×1200@60Hz (S2242W/S2432W)154.0 MHzHorizontal74.04Positive
Vertical59.95Negative
Attention
•  Display position may be deviated 
depending on the PC connected, 
which may require screen adjustment 
using Adjustment menu.
•  If a signal other than those listed in 
the table is input, adjust the screen 
using the Adjustment menu. However, 
screen display may still be incorrect 
even after the adjustment.
•  When interlace signals are used, the 
screen cannot be displayed correctly 
even after screen adjustment using the 
Adjustment menu.
 
						

							
8 

Congratulations!
The display you have just purchased carries the TCO’03 Displays label. This 
means that your display is designed, manufactured and tested according t\
o 
some of the strictest quality and environmental requirements in the worl\
d. 
This makes for a high performance product, designed with the user in foc\
us 
that also minimizes the Impact on our natural environment.
Some of the features of the TCO’03 Display requirements:
Ergonomics
● 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
●  Energy-saving mode after a certain time - beneficial both for the user and environment
●  Electrical safety
Emissions
●  Electromagnetic fields
●  Noise emissions
Ecology
●  The products must be prepared for recycling and the manufacturer must have a certified environmental 
management system such as EMAS or ISO 14000
●  Restrictions on
● chlorinated and brominated flame retardants and polymers
● 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	visitwww.tcodevelopment.com
TCO’0
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9 

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 productTrade name:  EIZO
Model:  FlexScan S2232W/S2242W/S2432W
is in conformity with Part 15 of the FCC Rules. Operation of this product 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 off 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.
FCC	Declaration	of	Conformity
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0 
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 EK1-ITB2000 mit dem Videosignal, 1680 × 
1050 (S2232W)/1920 × 1200 (S2242W/S2432W), Digital Eingang 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.)
Übermäßiger Schalldruck von Ohrhörern bzw. Kopfhörern kann einen Hörverlust bewirken.
Eine Einstellung des Equalizers auf Maximalwerte erhöht die Ausgangsspannung am Ohrhörer- bzw.
Kopfhörerausgang und damit auch den Schalldruckpegel.
„Maschinenlärminformations-Verordnung 3. GPSGV:
Der höchste Schalldruckpegel beträgt 70 dB(A) oder weniger gemäss EN ISO 7779“
[Begrenzung des maximalen Schalldruckpegels am Ohr]
Bildschirmgeräte: Größte Ausgangsspannung 150 mV
Hinweise	zur	 Auswahl	des	richtigen	Schwenkarms	für	Ihren	Monitor
Hinweis	zur	Ergonomie
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