Eizo Raptor SQ2825 User Manual

28.05” 2K2K Primary Control Monitor

User Manual

Version 1.08

May, 2018

SQ2825

User Manual

Raptor SQ2825

Reproduction or distribution of this document, the use and disclosure of its contents are prohibited unless expressly

permitted. Viola

tions are subject to

damage compensation.

User Manual

Raptor SQ2825

Revision Trace Version Date Alteration

1.00 May 2016 Established

1.01 July 2016 Legal protection

1.02 July 2016 Technical Updates

1.03 August 2016 Panel Mount Version

1.04 October 2016 Desktop Version new draw i ng

1.05 November 2016 OSD Revision

1.06 November 2016 Declaration of Conformi ty

1.07 November 2017

Gross Weight Glossary

1.08 May 2018 Declarati on o f Con formity – add REACH

This User Manual is subject to change / revision without notice. Please discuss your EIZO contact should you wish to confirm if the version you have is the latest or contact

atc@eizo.com.

User Manual

Raptor SQ2825

Contents

1 General ....................................................................................................................... 8

2 Legal notice ............................................................................................................... 8

2.1 Symbols used .............................................................................................................. 8

2.2 Brands ......................................................................................................................... 8

2.3 Disclaimer .................................................................................................................... 9

2.4 Warranty ...................................................................................................................... 9

2.5 Declarati on o f Con for mi ty .......................................................................................... 10

3 Content and Structure of the Manual ..................................................................... 11

4 Overview .................................................................................................................. 12

4.1 Intended Use / Areas of Application .......................................................................... 13

5 General Safety Instructions .................................................................................... 13

6 Product specific safety instructions ...................................................................... 14

7 Identification ............................................................................................................ 14

7.1 Product Identification ................................................................................................. 14

7.1.1 Name Plate ......................................................................................................... 14

7.2 Packaging .................................................................................................................. 15

8 Product Description ................................................................................................ 15

8.1 Scope of Delivery ...................................................................................................... 15

8.2 General Specification ................................................................................................ 16

8.2.1 LCD Panel Module .............................................................................................. 16

8.2.2 Video Signals ...................................................................................................... 16

8.2.3 Communication Interfaces .................................................................................. 16

8.2.4 Power Supply ...................................................................................................... 17

8.2.5 Physical Specifications ........................................................................................ 17

8.2.6 Environmental Requirements .............................................................................. 17

8.2.7 Protection ............................................................................................................ 17

8.2.8 Housing ............................................................................................................... 18

8.2.9 DIGITAL SIGNAL – DUAL DVI ............................................................................ 18

8.2.9.1 Signal Input ......................................................................................................... 18

8.2.9.2 Signal Timing ...................................................................................................... 18

8.2.10 Digital Signal – Single or Dual DisplayPort ......................................................... 18

8.2.10.1 Signal Input ...................................................................................................... 18

8.2.10.2 Signal Timing ................................................................................................... 19

8.2.11 Analog RGB Signal (Single 5-BNC) .................................................................... 19

8.2.11.1 Signal Input ...................................................................................................... 19

8.2.11.2 Signal Timing ................................................................................................... 19

8.2.12 Reliability ............................................................................................................. 20

8.3 Mechanical S pecifications ......................................................................................... 21

8.3.1 Desktop Version .................................................................................................. 21

8.3.2 VESA Mount Version .......................................................................................... 22

8.3.3 Chassis Mount Version ....................................................................................... 23

8.3.4 Panel Mount Version ........................................................................................... 24

8.4 Mechanical Control and Functions ............................................................................ 25

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8.4.1 Front .................................................................................................................... 25

8.4.2 Rear .................................................................................................................... 26

9 Accessory Products ................................................................................................ 27

10 Storage ..................................................................................................................... 27

11 Transport .................................................................................................................. 28

12 Set up and installation ............................................................................................ 28

12.1 Unpacking the monitor ........................................................................................ 28

12.2 Installation site .................................................................................................... 29

12.3 Mounting the monitor .......................................................................................... 31

12.4 Ergonomics ......................................................................................................... 33

12.5 Connecting the monitor and pin assignment ....................................................... 33

12.6 VIDEO SIGNAL INTERFACES ........................................................................... 35

12.6.1 Digital Visual Interface (DVI / Dual-Link S up po r t) : ............................................... 35

12.6.2 Digital DisplayPort Interface ................................................................................ 36

12.6.3 Analog Bayonet Neill Concelman (5xBNC) Interface .......................................... 37

12.7 External Keyboard Inte r fac e ................................................................................ 38

12.8 Power Supply ...................................................................................................... 39

13 Basic Operation and Functions.............................................................................. 39

13.1 Switch on the monitor and PC ............................................................................. 40

13.1.1 Switching on the monitor before the PC .............................................................. 40

13.1.2 Switching on the PC before the monitor .............................................................. 40

13.2 OSD-Menu .......................................................................................................... 41

13.2.1 Quick OSD Menu ................................................................................................ 41

13.2.2 Main Menu – Picture 1 [DIGITAL] ....................................................................... 43

13.2.3 Main Menu – Picture 1 [ANALOG] ...................................................................... 44

13.2.4 Main Menu – Picture 2 ........................................................................................ 45

Color Temperature ........................................................................................................... 45

13.2.5 Main Menu – Setup ............................................................................................. 46

13.2.5.1 Sub Menu – Backlight Controller ..................................................................... 46

13.2.5.2 Sub Menu – Source ......................................................................................... 47

13.2.5.3 OSD ................................................................................................................. 47

13.2.6 Main Menu – Communication.............................................................................. 48

13.2.6.1 Sub Menu – Serial Interface 2 ......................................................................... 48

13.2.6.2 Sub Menu – SNMP .......................................................................................... 48

13.2.7 Main Menu – Info 1: Source ................................................................................ 49

13.2.8 Main Menu – Info 2: Display ................................................................................ 49

13.2.9 Main Menu – Info 3 ............................................................................................. 49

13.2.10 Main Menu – Info 4: On Time .............................................................................. 50

13.2.11 Main Menu – Info 5 ............................................................................................. 50

13.2.12 Main Menu – Selftest .......................................................................................... 50

14 Advanced Features & Functionalities .................................................................... 51

14.1 Adjustment of Analog Signal Source (DDM) ....................................................... 51

14.2 Automatic Backlight Control ................................................................................ 52

14.3 Locking OSD ....................................................................................................... 52

14.4 Hardware Monitor Calibration.............................................................................. 53

14.4.1 How to attach the EACAL-R01 Sensor ............................................................... 53

14.4.2 How to Remove the EACAL-R01 Sensor ............................................................ 54

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14.4.3 Locating the Calibration Functions on the OSD .................................................. 54

14.4.4 Backlight Calibratio n ........................................................................................... 55

14.4.5 Gamma ............................................................................................................... 57

14.4.6 Measure Luminance & Color ............................................................................... 59

15 Serial Communication Interfaces ........................................................................... 60

15.1 RS232 Interface .................................................................................................. 60

15.2 RS422 Interface .................................................................................................. 60

15.3 Universal Serial Bus (USB) Interface .................................................................. 61

15.4 Ethernet (TCP/IP) Interface ................................................................................. 61

15.4.1 SNMP Protocol .................................................................................................... 61

15.4.2 Management Information Base (MIB) ................................................................. 61

15.4.3 SNMP Command Messages ............................................................................... 63

16 Serial Communication Protocol ............................................................................. 64

16.1 Standard Protocol ............................................................................................... 65

16.1.1 Telegram Structure `Operation` .......................................................................... 66

16.1.2 Telegram Structure `Keyboard Simulation` ......................................................... 67

16.1.3 Calculation of CRC – Check Sum ....................................................................... 68

16.2 Simplified Protocol .............................................................................................. 70

16.2.1 Data Packet Structure ......................................................................................... 70

16.3 DDM Protocol ...................................................................................................... 74

16.3.1 Protocol for Command 0xA0 and 0xA1 ............................................................... 75

16.3.2 Protocol Status 0xB8 ........................................................................................... 75

17 Cleaning ................................................................................................................... 76

18 Maintenance ............................................................................................................. 77

19 Troubleshooting ...................................................................................................... 77

19.1 No Picture ........................................................................................................... 77

19.2 Imaging Problems (Digital & Analog) .................................................................. 78

19.3 Imaging Problems (Analog) ................................................................................. 79

19.4 Other Problems ................................................................................................... 79

20 What to do in case of defect ................................................................................... 80

21 Dismantling .............................................................................................................. 80

22 Recycling, disposal ................................................................................................. 81

23 Glossary ................................................................................................................... 82

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Figures

Figure 1 Location of Product Label s ...................................................................................... 14

Figure 2 Desktop Version ...................................................................................................... 21

Figure 3 VESA Mount Version ............................................................................................... 22

Figure 4 Chassis Mount Version ............................................................................................ 23

Figure 5 Panel Mount Version ............................................................................................... 24

Figure 6 Front OSD ............................................................................................................... 25

Figure 7 Rear ......................................................................................................................... 26

Figure 8 Attaching the Monit or ............................................................................................... 32

Figure 9 EIZO EACON-S01 ................................................................................................... 38

Figure 10 Frequency Adjustment ........................................................................................... 51

Figure 11 OSD Access Code ................................................................................................. 52

Figure 12 Attaching the EACAL-R01 ..................................................................................... 53

Figure 13 Removing the EACAL-R01 .................................................................................... 54

Figure 14 Internal Logical Channels ...................................................................................... 64

User Manual

Raptor SQ2825

1 General

Congratulations on the purchase of this EIZO product and thank you for your trust. We ask you to take a few minutes and read this manual before operating the device for the first time.

Please keep this instruction manual.

2 Legal notice

2.1 Symbols used

This manual contains information which you must observe for your personal safety and to prevent damage to property. The sections referring to your personal safety are marked with a warning triangle, sections referring only to property damage have no warning triangle. Depending on the hazard level, warnings are represented in descending order as follows.

DANGER

If proper precautions are not taken, death or serious injury will occur.

WARNING

If proper precautions are not taken, death or serious injury may occur.

CAUTION

If proper precautions are not taken, minor personal injury may occur.

ATTENTION

If proper precautions are not taken, property damage may occur.

When several danger levels apply, the highest level warning level will always be noted. If a warning note with a warning triangle indicates possible personal injury, a warning note concerning property damage may be added to the same warning as well.

Qualified Personnel

The product or system described in this documentation may only be handled by qualified personnel in accordance with the relevant documentation for the respective task and particularly the safety and warning notes. Qualified personnel are able to recognize risks and avoid potential hazards in handling these products or systems due to their training and experience.

2.2 Brands

All brand names mentioned in this document are registered trademarks of their respective owners. Usage by third parties for their own purposes violates the rights of the owners. The owner can enforce their rights through the legal system.

The trademark symbol ® has been omitted in this documentation.

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Raptor SQ2825

2.3 Disclaimer

We have verified the content of this publication in conformance with the hardware and software. Nevertheless, deviations cannot be excluded, so we do not accept liability for complete conformity. The information in this publication is reviewed regularly and any necessary corrections are included in subsequent editions.

EIZO Technologies GmbH is not liable for damages or accidents which have been caused by improper use, modification of parts of the product, usages other than those which are described herein, or use with other devices that are not produced by EIZO Technologies GmbH.

2.4 Warranty

Unless otherwise agreed upon, the terms and conditions (§ 8 Warranty) as expressed in the following shall apply:

www.eizo-tech.com The warranty excludes:

• Normal wear-and-tear: o Regarding performance of the display found to be based on the age of the

product, such as reduced brightness.

o Of materials and / or accessories used (for example, buttons, rotary parts, cables,

etc.).

• Faults personally caused by the customer (e.g., improper operation, improper storage, etc.)

Warranty

Product & Version Monitor

Raptor SQ2825 (Desktop / VESA Mount / Chassis / Panel Mount) 2 Years

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Raptor SQ2825

2.5 Declaration of Conformity

Product SQ2825 Compliance

Requirements

Directives of the European

Council

2014/30/EU

Electromagnetic compatibility

2014/35/EU

Low voltage

2011/65/EU

RoHS-Directive

1907/2006

REACH Directive

Applied harmonized standards

EN 55022:2010 + AC:2011 Class B

Interference emission (industrial use)

EN 55024:2010 Interference immunity (industrial use) EN 60950-1:2006/

A2:2013

Safety

EN 61000-3-2:2014 Electromagnetic compatibility EN 6100-3-3:2013 Electromagnetic compatibility EN 50581:2012 Restriction of hazardous substances Declaration of

Conformity

FCC Code of Federal Regulations

CFR 47, Part 15 Sections 15.107 and

15.109 (Class B)

Declaration of Conformity

Industry Canada Interference-Causing Equipment Standard

ICES-003 ISSUE 6 Sections 5(a)(i) and 5 (b)(i), Class B

This monitor complies with the provisions of the aforementioned directives.

Please Note: CCC is only available on request.

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Raptor SQ2825

3 Content and Structure of the Manua l

This instruction manual describes the intended use, the functionality, the main specifications of the product, and operation of the product.

Please read these instructions fully before starting. They contain important information for correct operation.

Please note the safety instructions in the individual chapters.

Note: We are always trying to adjust the quality of the documentation to the high

standard of the products. Any comments are welcome.

Attention: This manual describes the standard versions of the monitor SQ2825. Deviations

for customized solutions of hard- and/or software are possible.

With respect to product-specific questions or legal conditions, please contact us at the address below.

EIZO Technologies GmbH

Bürgermeister-Seidl-Str. 8

82515 Wolfratshausen Germany

Phone: +49 8171 3492-0 Fax: +49 8171 3492-16

E-Mail: atc@eizo.com

www.eizoglobal.com

User Manual

Raptor SQ2825

4 Overview

The Raptor SQ2825 is a 28.05” / 71.2 cm (712 mm diagonal) LCD monitor with native resolution of 2048 x 2048 (1:1 aspect ratio) pixels. It was designed and developed to meet the very specific and stringent requirements of the mission critical environment; Air Traffic management, where system availability and reliability are of paramount importance. In addition to offering advanced display technical features and functionalities it is fully backwards compatible with the Sony DDM CRT monitor.

In addition, user ergonomics has also been foremost in our development concepts since the days of CRT production. EIZO achieved substantial diminution of electromagnetic wave for which CRTs were renowned to discharge, proper color indication with full color reproduction for LCD monitors, and automatic adjustment functionality. Such ergonomic criteria have been addressed to ensure high acceptance from the operators.

The Raptor SQ2825 is an advanced 2K2K primary control monitor for air traffic control, equipped with EIZO DIRECT LED backlight technology – a highly efficient backlight system that offers low power consumption and high uniformity.

The Monitor comes with all the features and functionality of EIZO´s line of primary control monitors in a more compact design, weighing just < 15 kg and is built using full metal industrial-grade housi n g engi neer ed to di ss i pate hea t w i thout f an.

The SQ2825 is customizable to meet the specific needs of individual ANSPS. It may include, but is not limited to, cabinet color, multiple video signal interfaces, built-in secondary power supply, extra low reflective protection glass, communication interfaces and mounting options.

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Raptor SQ2825

4.1 Intended Use / Areas of Applicati on

This product is specifically designed to be used as a data displaying device for Vessel and Air Traffic Management environments for primary control display applications. This product is not developed for applications which may be used in direct life threatening situations listed below

• Transport machine (Ship, aircraft, train, automobile, etc.)

• Safety devices (Disaster prevention system, security surveillance system, etc.)

• Equipment for the use that have direct effect on human life (life support system,

Medical equipment or devices used in the operating room, etc.)

• Nuclear energy control devices (Nuclear energy control system, security control system of nuclear facility, etc.

This Product may not be covered by warranty for uses other than those described in this manual. Please contact EIZO Technologies GmbH for consultation, should you plan to use the product in the manners listed above or for any other deviation of use from the standard application.

Observe all warnings and safety notes mentioned in this manual. Any use of this device in different or other operating conditions is considered improper operation.

Direct replacement of

- The SONY DDM CRT Monito rs, in existing Air Traff ic Management (ATM) environments or for newly installed ATM centers

- The models Raptor SQ2801, SQ2802, SQ2804, SQ2814

5 General Safety Instructions

The successful and safe operation of EIZO equipment assumes proper transport, storage, installation, assembly, connection, startup, operation, and maintenance.

The permissible environmental conditions must be adhered to. Notes in the relevant documentation must be observed.

The units may only be used for their intended purposes

D

ANGER

Observe and follow all warnings listed on the device and in the

instructions

Ignoring the warnings can be fatal. It may lead to se

rious injuries or

damage.

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Raptor SQ2825

6 Product specific safety instructions

D

ANGER

The device may only be opened by qualified personnel. There is a danger

of electrocution. No liability is assumed for damage to life, limb, and property

caused by the

work of non-quali fied p er sonnel.

• Before opening, the power plug must be unplugged

7 Identification

7.1 Product Identification

This product description refers to the EIZO Raptor SQ2825.

Product Name Version

Raptor SQ2825 Desktop, VESA, Chassis, Panel

7.1.1 Name Plate

Figure 1 Location of Product Labels

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Raptor SQ2825

7.2 Packaging

Item Dimensions

Weight (Net / Gross)

SQ2825 Desktop

790 (W) x 820 (H) x 390 (D) mm

0.253 m

3

19.0

kg

24

.8 kg

SQ2825 VESA

790 (W) x 770 (H) x 230 (D) mm

0.140 m

3

14.6 kg

18.5

kg

SQ2825 Chassis

790 (W) x 770 (H) x 230 (D) mm

0.140 m

3

15.

8 kg

19.7

kg

SQ2825 Panel

790 (W) x 770 (H) x 230 (D) mm

0.140 m³

1

7.5 kg

21.4

kg

The monitor must always be transported on a pallet, in the original packaging to ensure product safety. Please note that the product must only be transported in vertical position on pallet. The label should be at the top of the package.

8 Product Description

8.1 Scope of Delivery

The package includes the device and documentation with general safety instructions in hard copy form or on a CD-ROM.

After unpacking of all the delivered components, the completeness and possible transport damage (visual inspection) should be checked. If any deficiencies are found please contact the service department given on the delivery note. The delivery note number, serial number and a description of the deficiency should be to hand.

N

OTICE

Keep the packing material for later transportation of the unit.

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8.2 General Specification

8.2.1 LCD Panel Module

Type Active color TFT-LCD Diagonal size 28.05” / 71.2 cm (712 mm diagonal) Native Resolution 2048 x 2048 Active Area (HxV) 503.808 x 503.808 mm Pixel Pitch 0.246 x 0.246 mm Display Colors 16.7 million Viewing Angles (typ.) 170° / 170° Brightness(typ.) 2 ~ 500 cd/m² Contrast Ratio (typ.) 1800:1 Backlight DIRECT LED Response Time (white black) 25 ms. (typ.) White Uniformity Max. 1.25

8.2.2 Video Signals

Input Terminals (standard) DVI-I 29 pin x 2 (dual link, digital) Input Terminals (optional) RGB (5-BNC) x1 (or x 2)

or DisplayPort

1.1a x 2

Analog Scanning Frequency (HxV) 30 ~ 130 kHz, 50 ~ 70 Hz Sync Formats Separate Sync 1 – 5 VPP

8.2.3 Communication Interfaces

Standard

RS232 Dual 9-pin D-Sub Sockets RS422 Single 15-Pin D-Sub Socket TCP/IP Single Ethernet Socket USB Dual USB rev2.0 Upstream Sockets

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8.2.4 Power Supply Power Requirements AC 90 – 264 V, 47 – 63 Hz

Main Power Fuse 2 x T5A Delay Action Fuse

Power Consumption

Maximum (typ.) 120 W (Brightness: 500 cd/m²) 45 W (Brightness: 50 cd/m²) 50 W (Brightness: 70 cd/m²) 60 W (Brightness: 150 cd/m²) Standby Mode < 0.5 W

8.2.5 Physical Specifications

Dimensions (W x H x D) Desktop 576.0 x 599.0 - 684 x 322.9 mm

VESA Mount 576.0 x 576.0 x 119.0 mm Chassis Mount 601.0 x 576.0 x 119.0 mm Panel Mount 644.0 x 644.0 x 121.0

Net Weight Desktop 19.0 kg / 41.89 lbs.

VESA Mount 14.6 / 32.19 lbs. Chassis Mount 15.8 / 34.83 lbs. Panel Mount 17.5 / 38.58 lbs.

8.2.6 Environmental Requirements

Ambient Temperature

Operation 0~40°C (32~104°F) Storage -25~60°C (-13~140°F)

Humidity ≤ 95% (no condensation)

8.2.7 Protection

Front Shield Anti-Reflection

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8.2.8 Housing

Housing Material Sheet Steel

Housing Color Flexible

JET Black (RAL9005) EIZO Black (RAL7021) EIZO Grey (RAL7035)

Optionally any RAL color is

available on request

8.2.9 DIGITAL SIGNAL – DUAL DVI

8.2.9.1 Signal Input

Input Signal

Dual Link T.M.D.S DVI Rev. 1.0 complaint

Pixel Clock 2 x 130MHz (max)

8.2.9.2 Signal Timing

Pixel Clock 260 MHz (2x130MhZ Dual Link)

Horizontal

Frequency 124.8 kHz Total 2080 Pixels Visible 2048 Pixels

Vertical

Frequency 60 Hz Total 2100 Lines Visible 2048 Lines

8.2.10 Digital Signal – Single or Dual DisplayPort

8.2.10.1 Signal Input

Input Signal

DisplayPort Version 1.1a compliant

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8.2.10.2 Signal Timing

Pixel Clock 260 MHz

Horizontal

Frequency 124.8 kHz Total 2080 Pixels Visible 2048 Pixels

Vertical

Frequency 60 Hz Total 2100 Lines Visible 2048 Lines

8.2.11 Analog RGB Signal (Single 5-BNC)

8.2.11.1 Signal Input

Level (RGB) 0.7 VPP Bandwidth 500 MHz (-3dB) Impedance 50 Ω Synchronization Separate, Sync on Green Synchronization Level 1 – 5 V (Separate Sync) Synchronization Impedance 75 Ω H-Frequency 30 – 140 kHz V-Frequency 50 – 70 Hz

8.2.11.2 Signal Timing

Horizontal

Frequency 357 MHz Total 2816 Pixels Visible 2048 Pixels

Vertical

Frequency 60 Hz Total 2114 Lines Visible 2048 Lines

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8.2.12 Reliability

Monitor Life ≥ 100,000 hours (excluding backlight) Backlight Life ≥ 100,000 hours (typ.)

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8.3 Mechanical Specifications

8.3.1 Desktop Version

Item

Value

Dimensions (W x H x D)

576.0 x 599.0 x 322,9 mm

Weight (Net)

19.0 kg / 41.89 lbs.

Tilt

25°

Swivel

±172°

Height Adjustment

85.0 mm

Outline Drawing

Refer to Diagram Below

Figure 2 Desktop Version

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8.3.2 VESA Mount Version

Item

Value

Dimensions (W x H x D)

576.0 x 576.0 x 119.0 mm

Weight (Net)

14.6 kg / 32.19 lbs.

Outline Drawing

Refer to Diagram Below

Figure 3 VESA Mount Version

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8.3.3 Chassis Mount Version

Item

Value

Dimensions (W x H x D)

601.0 x 576.0 x 119.0 mm

Weight (Net)

15.8 kg / 34.83 lbs.

Outline Drawing

Refer to Diagram Below

Figure 4 Chassis Mount Version

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8.3.4 Panel Mount Version

Item

Value

Dimensions (W x H x D)

644,0 x 644,0 x 121,0

Weight (Net)

17.5 kg / 38.58 lbs.

Outline Drawing

Refer to Diagram Below

Figure 5 Panel Mount Versi on

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8.4 Mechanical Control and Functions

8.4.1 Front

1 Menu

2 Enter

3 Source Down

Arrow

4 Source Up

Arrow

5 LED1

7 Front Power

6 LED2

1

Menu

• Starts OSD Menu

• Switch Between ‘Main’ and ‘Sub’ Menus

2

Enter

• Menu Navigation

• Scroll Down (If OSD Active)

• Start ‘Quick OSD’ (If OSD Inactive)

• Selection of Quick-Menu-

Functions (Brightness,

Contrast, Backlight Brightness)

3

Source Down Arrow

(▼)

• Decrease V al u es

• Navigate to the Left

4

Source Up Arrow (▲)

• Increase Values

• Navigate to the Right

• Start ‘Quick OSD’ (If OSD Inactive)

+ Selection of Signal Interface + Execute Auto. Adjustment (Analog only)

5

LED1 (Dual Color)

Status:

OFF Valid Video Input Signal Detected Green Flashing Monitor is booting Yellow Flashing Monitor Error

6

LED2 (Dual Color)

Status:

OFF Monitor Powered OFF Green LED Monitor Powered ON Orange LED DPMS activated (without input signal)

7

Front Power

• Power Monitor ON and OFF

Figure 6 Front OSD

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8.4.2 Rear

1

2

3

4 5

6

7

8

9

10

11

12

13 14

1

• Ven tilation Holes in Metal Housing

2

• VESA Mounting Support (100x100mm, 200x100mm)

3

• RS422 Communication Interface

4

• Main Power Supply Connection and Master Power Switch

5

• Protective Earthing / Bonding Screw (M4)

6

• Desktop Stand (Swivel, Tilt, Height Adj ust)

7

• Desktop Stand Cable Management Holder

8

• 1x or 2x Analog (5xBNC) Video Signal Connection (Optional), or

•

2x DisplayPort Video Signal Connection (Optional)

9

• 2x Dual-Link DVI Video Signal Connection

10

• 2x USB Communication Interface

11

• 2x RS232 Communication Interface

12

• TCP/IP Communication Interface

13

• USB Power-Out Interface

14

• Communication Port for External OSD Keyboard

Figure 7 Rear

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9 Accessory Products

Accessories Description

EACON-S02

External OSD Keyboard

EACON-S01

EACAL-R01

Luminance Meter

10 Storage

Store the device at uniform environmental conditions and in dry spaces. The ambient temperature must be between -25 to + 6 0° C. The maximum humidity is 95%

(no condensation).

A

TTENTION

Never store this device in environments with rapid temperature

fluctuations or very dusty air

because there may be risk of fire,

electric shock, or damage.

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11 Transport

A

TTENTION

Transport only in original packaging Transport the device only in its original packing. Please note the transport

symbol

s depicted on the packing. Attention should always be paid to these

transport symbols.

When handling monitors, secure the LCD module against impact in

particular.

That is the only way to optimally protect the device against bumps and

knocks. Otherwise, the equipment could be damaged.

A

TTENTION

Do not expose the device to jolting or vibration

The device contains sensitive electronic components. Jolting or vibration outside the specified range may damage the unit.

12 Set up and installation

CAUTION

Modifications to the device

Do not undertake mechanical or electrical modifications to this device. EIZO GmbH assumes no liability if the device is modified.

12.1 Unpacking t he m onit or

C

AUTION

To avoid personal injury when unpacking the monitor, proceed as

follows:

• Make sure that the monitor cannot tip over.

•

Wear appropriate protective equipment which protects against injuries

in a possible fall of the monitor.

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Raptor SQ2825

Proceed as follows to unpack the monitor:

• Carefully open the package and remove the top part of the packaging carton and all other accessible parts of the packaging.

• Lift the monitor from the base element of the packaging carton. Hold from the side and the bottom.

• Place a soft cloth on the table, so as not to scratch the screen. Place the monitor flat on the table with the front face down.

• Check the monit or for pos si bl e da mag e inc ur r ed during transportation.

Should any defects be discovered, notify the service department stated in the bill of delivery. Have the bill of delivery number, serial number, and a description of the defect to hand.

N

OTICE

Keep the packing material for later transportation of the unit.

12.2 Installation site

The following conditions must be observed at the installation site.

N

OTICE

Network switches and ports accessible at all times

Make sure that the power switch and the terminals are accessible at all

times when mounting and connecting the monitor.

Ventilation holes are installed in the rear wall for the circulation of air. In order that the LCD monitor maintains an optimum operating temperature while in use, air

must be allowed to circulate freely around the SQ2825 enclosure. This is especially important for the rear of the unit.

User Manual

Raptor SQ2825

A

TTENTION

Ensure adequate air circul at io n

When setting up the device, you must provide sufficient airflow during operation. The ambient temperature must not exceed or fall below the

permissible range.

Otherwise, the unit can be destroyed by overheating, or impaired in its

functioning.

Avoid heat sources

Do not install the unit near heat sources such as radiators, heaters, or other

devices that can generate and produce heat.

A

TTENTION

Do not cover ventilation holes Do not cover the ventilation holes and do not close them up, otherwise the

heat created in the monitor cannot dissipate sufficiently.

Increased temperatures can lead to defects and to a considerable

shortening of the monitor’s lifespan.

Avoid dusty environment

The monitor is intended for use in the clean environment of air traffic control. Dust can penetrate the monitor through the ventilation holes on the back in dusty environments.

• Protect the monitor from dust caused, for example, by construction work at the installation

site.

Ensure permissible ambient temperature

The ambient temperature must be in the range of +0° C ... +40° C.

Avoid bumps and knocks

The monitor is sensitive to mechanical influences. Any impact on the panel surface can lead to device failure.

• Ensure that such mechanical influences are avoided.

Movable mounting

If the monitor is installed in such a way as to be movable, you must make sure that no persons or furnishings are at risk in the operating range of the monitor.

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Raptor SQ2825

12.3 Mounting the monitor

C

AUTION

Components

Use only components t

hat have been provided or recommended (such as

screws). Using other or non-

original parts may cause injury and the device could be

damaged.

C

AUTION

Transporting the device

When carrying the device, hold it securely from the bottom.

If the device tips over or falls, it may cause injuries and the device itself

could be damaged.

A

TTENTION

If installed incorrectly, considerable damage may occur.

Therefore, please observe the following warnings.

The following drawing will help you in preparing for the mechanical installation.

User Manual

Raptor SQ2825

A

TTENTION

Mounts

•

Mounts must be examined and approved by the manufacturer for the

weight they are supposed to support.

A mounted base must be stable enough that even an inclination of up to

10° does not result in the monitor tipping over.

Always attach the monitor to the mounts provided for this purpose. Screws and torque as described below for the various installation options.

When mounting the monitor to the stand or VESA mounting arm it is imperative to attach the monitor correctly. To attach the stand / VESA arm please follow the instructions.

• Lay the monitor, face down, on a soft cloth spread over a stable and secure surface.

• Hold the stand or VESA arm with the holes in line with the VESA mounting holes on the

back of the monitor.

• The maximum torque for mounting to the support is 2.5 Nm.

• Attach the monitor by securing it to the stand / VESA arm using the screws provided

Monitor Mounting Holes

Attaching to Stand

Attaching to VESA arm

(12 possible mounting holes)

(6 mounting holes used)

Please only use the screws provided. While making sure the screws are tight, take care not to over tighten them. This could compromise the security of the monitor.

Figure 8 Attaching the M oni tor

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Raptor SQ2825

N

OTICE

Recommended stand

See accessories.

12.4 Ergonomics

The screen should be positioned so that it is visible and glare-free from all sides .

12.5 Connecting t he moni t or and pin assignment

All safety instructions and warnings for the device must be observed to ensure safe operation.

Electromagnetic Safeguards

Observe all safeguarding measures according to country-

specific EMC

directive. If these guidelines are not observed, it may cause a

malfunction of the device.

Excessive currents, short circuits, and ground fault

In accordance with national standards and regulations, a protective device against excessive current, short circuits, and ground faults

must be present as part of the building installation.

Protective conductor connection

When the

unit is connected to the power source, the device must be

connected to a protective conductor.

Cord installation

Use only proper power cords

If a damaged or unsuitable power cord is used, it may cause fire or electric

shock. Use only manufacturer-approve

d power cords with protective

contact.

Externally attached cords pose a tripping hazard. Ensure safe routing

of lines.

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Raptor SQ2825

Cord installation

Observe the following instructions:

• Use only shielded cables for all signal connections.

• All connections must be sc

rewed down or locked if the connector is

equipped for it.

•

Do not route signal and power cables next to each other. Otherwise,

there may be reversible pixel errors where power supply networks

are subject to heavy interference.

• The device must not be supplie

d with power from circuits where

motors or valves are connected (interference spikes!).

•

If strain relief is attached to the unit for cords or cables, use these to

secure the connected cables to prevent accidental loosening.

Observe country-specific regulations

Follow the rules of the country in which the device is being used.

The monitor is factory tested and preset. To start up the device, the connection to the power supply and the signal must be made through the appropriate connector. Connections to the monitor are to be executed as per EMC requirements.

User Manual

Raptor SQ2825

12.6 VIDEO SIGN AL INTERFACES

12.6.1 Digital Visual Interface (DVI / Dual-Link Support):

The digital video inputs use the standard dual link DVI interface. Dual link DVI is used to support the high data rate (dot clock) as required by this high resolution of 2048x2048. The monitor also supports lower resolutions (e.g. 640x480, 720x400, 800x600, 1024x768, 1280x1024, 1600x1200, and others). This feature is used during boot up on some machines that use lower resolution during the initial phase.

The monitor provides EDID information (Extended Display Identification Data) to the host system (workstation) via its DDC connection (Display Data Channel). This data includes, in addition to the standard VESA timing, a specific timing for a 2048x2048 resolution @60Hz.

DVI-1 / DVI-2

Signal

1

TMDS DATA 2-

11

TMDS DATA SHIELD 1

21

TMDS DATA 5+

2

TMDS DATA 2+ 12 TMDS DATA 3- 22

TMDS CLOCK SHIELD (GND)

3 TMDS DATA 2 SHIELD

(GND)

13 TMDS DATA 3+ 23 TMDS CLOCK+

4

TMDS DATA 4-

14

+5V POWER (In)

24

TMDS CLOCK-

5

TMDS DATA 4+

15

GND

C1

N.C.

6

DDC CLOCK

16

HOT PLUG DETECT

C2

N.C.

7

DDC DATA

17

TMDS DATA 0-

C3

N.C.

8

N.C.

18

TMDS DATA 0+

C4

N.C.

9

TMDS DATA 1- 19

TMDS DATA SHIELD 0 (GND)

C5 GROUND

10

TMDS DATA 1+

20

TMDS DATA 5-

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Raptor SQ2825

12.6.2 Digital DisplayPort Interface

The option digital video input uses the standard DisplayPort version 1.1a interface. DisplayPort is used to support the high data rate (dot clock) as required by this high resolution of 2048x2048. The monitor also supports lower resolutions (e.g. 640x480, 720x400, 800x600, 1024x768, 1280x1024, 1600x1200, and others). This feature is used during boot up on some machines that use lower resolution during the initial phase.

DP-1 / DP-2

Signal

1

ML-Lane 0+

11

GND

2

GND

12

ML-Land 3-

3

ML-Land 0-

13

CFG1(GND)

4 ML-Land 1+ 14 CFG2(GND)

5

GND

15

AUX CH+

6

ML-Land 1-

16

GND

7

ML-Land 2+

17

AUX CH+

8

GND

18

Hot Plug

9 ML-Land 2- 19 Return

10

ML-Land 3+

20

DP_PWR

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Raptor SQ2825

12.6.3 Analog Bayonet Neill Concelman (5xBNC) Interface

The optional analog video input uses the standard RGBHV 5BNC interface. 5xBNC analog is used to support the high data rate (dot clock) as required by this high resolution of 2048x2048. This connection allows the monitor to be used as a drop in replacement of the SONY DDM CRT for on-going and legacy ATM systems. This interface also supports lower resolutions (e.g. 640x480, 720x400, 800x600, 1024x768, 1280x1024, 1600x1200, and others). This feature is used during boot up on some machines that use lower resolution during the initial phase.

5BNC

Signal

1

Red

2

Green

3

Blue

4

H-Sync

5

V-Sync

1 2 3 4 5

TOP BOTTOM

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Raptor SQ2825

12.7 Exter nal Keyboard Interface

The device has a connector for an external keyboard. Connector type: 7pin f emale 09-0424-90-07 (Binder series 712)

Pin Signal Port 1 Ground 2 + C5 3 - C4 4 Menu C3 5 Select C2 6 Source 1 C1 7 Source 2 C0

In addition to the control buttons located on the front bezel of the monitor, the OSD may be operated with the use of the EIZO External Keyboard. The external keyboard replicates the key functions of the front mounted control buttons of the Raptor SQ2825 and allows engineers to conveniently access the OSD menu without the need to connect a PC to one of the serial interfaces. Connector Type: Sub-miniature circular connector series 712 (Binder GmbH)

40,0

1

0

,

0

Figure 9 EIZO EACON-S01

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Raptor SQ2825

12.8 Power Supply

The Raptor SQ2825 comes equipped with a single power supply unit as standard.

Item

Value

Conditions

Input Voltage

90~264 VAC (47~63Hz)

Connector Type:

IEC Inlet

Power Consumption

120 W (max.)

At 500 cd/m²

45 W

At 50 cd/m²

50 W

At 70 cd/m²

60 W

At 150 cd/m²

< 0.5 W

Standby Mode

Main Power Fuse

2x T5A Delay Action Fuse

Another power supply unit may be installed as a redundant power supply if required. Should you require this please discuss further with your EIZO representative. The ON/OFF status of both power supplies may be viewed via the ‘Info’ tab on the monitor’s OSD.

13 Basic Operation and Functions

A

TTENTION

EMC

The operator of the complete system is responsible for maintaining electromagnetic compatibility according to EMC regulations.

Shielding and grounding measures: Comply with all shielding measures according to the country-specific EMC directives.

Connection of the device:

• Connect the connectors for the VGA or DVI signal correctly and fasten any screws properly.

• Now connect the device to the power supply.

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Raptor SQ2825

13.1 Switc h on the m onit or and PC

A

TTENTION

When the device is cold, turn it on only after it has adapted to room temperature.

When the device is brought into a space with a higher or rising ambient temperature, condensation may form in and on the device. Therefore, when switching on the device a short circuit may occur or it

may be damaged.

Wait until the cond

ensation has evaporated within the device before turning

on the power. This can take up to several hours. The monitor and PC don’t have to be switched on in a specific sequence.

Requirement

• PC and monitor must be connected via DVI cable.

• For best results, a graphics card and driver should support communication via the display

data channel (DDC).

13.1.1 Switching on the monitor before the PC

1. Switch on the monitor. The operation LED (5) will light up.

2. Switch on the PC. If the incoming signal can be shown on the monitor, then the LED signal sources (5) will switch off.

13.1.2 Switching on the PC before the monitor

1. Switch on the PC.

2. Switch on the monitor.

The operation LED (5) will light up. If the incoming signal can be shown on the monitor, then the LED signal sources (5) will

switch off.

N

OTICE

Before changing calibrations or settings on the screen, the device should

be in operation for 30 minutes

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Raptor SQ2825

N

OTICE

Do not touch the monitor screen

Touching the screen may cause short-term picture interference du

e to

mechanical pressure or elect ros ta t ic dischar ge.

13.2 OSD-Menu

13.2.1 Quick OSD Menu

Push the ENTER button then QUICK OSD (On Screen Display) menu appears. The following are adjustable by using the control buttons. Push the Source (UP key) button, then a QuickOSD menu will appear. The following settings are available via Quick-OSD menu.

When using a DIGITAL signal:

Function

Description

Backlight

When “Backlight Controller” is OFF

Set Backlight Brightness Levels, Range: 0 ~ 1,000

When “Bac klight Controller” is ON

Set Backlight Brightness Levels, Range: 10 ~ 250 cd/m²

When using an ANALOG signal:

Function

Description

Backlight

Set Backlight Brightness Levels, Range: 0 ~ 1,000

H Position

Adjust Horizontal Picture Position, Range: 0 ~ 100, Default 50

V Position

Adjust Vertical Picture Position, Range: 0 ~ 100, Default 50

N

OTICE

When OSD locking is activated, then an access code is required to be input every time before the OSD can be accessed. After entering the access

code, the OSD opens; however,

the OSD lockout remains active. To unlock

the OSD permanently, the locking must be deactivated in the OSD under

OSD SETUP.

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Raptor SQ2825

User Manual

Raptor SQ2825

N

OTICE

The Quick OSD Menu will not be supported by all firmware versions,

respectively must be activated in the OSD menu. The selectable functions can also be set in this OSD menu folder.

13.2.2 Main Menu – Picture 1 [DIGITAL]

When “Backlight Controller” is ON (Default Sett i ng):

Function

Description

Backlight [cd/m²]

Set Backlight Brightness Levels, Range: 10 ~ 250

[cd/m²]

f(T): BL Real

[cd/m²]

Shows the actual value of the backlight brightness in

[cd/m²] when backlight brightness is reduced because of high operating temperature.

Brightness Set Panel Brightness Levels, Range: 0 ~ 100 Contrast Set Contrast Levels, Range: 0 ~ 100

When “Backlight Controller” is OFF:

Function Description Backlight Set Backlight Brightness Levels, Range: 0 ~ 1,000

f(T): BL Real

Shows the actual value of the backlight brightness in

percent when backlight brightness is reduced because of high operating temperature.

Brightness Set Panel Brightness Levels, Range: 0 ~ 100 Contrast Set Contrast Levels, Range: 0 ~ 100

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Raptor SQ2825

13.2.3 Main Menu – Picture 1 [ANALOG]

Function

Description

Backlight

Set Backlight Brightness Levels, Range: 0 ~ 1,000

F(T): BL Real

Shows the actual value of the backlight brightness in

percent.

Backlight

[cd/m²]

Set Backlight Brightness Levels, Range: 10 ~ 250 [cd/m²]

f(T): BL Real [cd/m²]

Shows the actual value of the backlight brightness in [cd/m²].

Phase

Phase Adjustment, Range: 0 ~ 31

Brightness

Set Panel Brightness Levels, Range: 0 ~ 100

Contrast

Set Contrast Levels, Range: 0 ~ 100

Auto-adjust

Execute automatic adjustment of screen for analog signal.

H Position

Adjust Horizontal Picture Position, Range: 0 ~ 100

V Position

Adjust Vertical Picture Position, Range: 0 ~ 100

AFE Bandwidth

Change the input bandwidth of analog input to compensate

for poor video signal input.

Frequency

Adjust signal frequency. Range: Depends on signal input.

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Raptor SQ2825

13.2.4 Main Menu – Picture 2

Function

Description

Image Scaling

This adjustment is only available when any other solution

than 2K2K is displayed. Choose among the pre-defined values:

One to One

(Default), Fill to Aspect Ratio, Fill S c reen

Color Temperature

Color Temperature adjustment.

Choose among three pre-

defined, and one adjustable color

temperature values. Pre-

defined values are 4500K, 6500K

(Default), or 9300K. Enabling ‘User’ it is possible to adjust

individual color settings. Ref. 13.2.4.1

Gamma Table

Select the Gamma Curve settings

Setting Range:

• Calibrated

• User (Def ault : 2.2)

Calibration

To calibrate the monitor’s brightness and / or gamma values. For detailed calibration instruction go to 14.4 “Hardware

Monitor Calibration”

Color Temperature

Function Description

Color

Temperature

User

When you select “User” in the “Colour Temperature” menu

you can select the individual Red, Green, Blue values. Range 0 ~ 100. (e.g. necessary for calibration)

User Manual

Raptor SQ2825

13.2.5 Main Menu – Setup

Function

Description

Backlight Controller

Indicates the status of the automatic backlight controller and accesses the backlight controller adjustment menu.

Ref. 13.2.5.1

Source

Indicates the status of the video signal source scanner and

accesses the video signal source menu. Ref. 13.2.5.2

DPMS

Display Power Management System If “ON” automatic standby is activated as soon as no

synchronization signals are applied.

OSD

Change OSD settings.

Ref. 13.2.5.3

Language

Change OSD language. Select between OSD languages:

English, Deutsch, Español, Français

Test pattern

Select one of seven different test patterns to display on the

monitor by pressing the “▲” key. Pressing the “Menu” Key will close the OSD.

Factory / User Settings

Reset to factory default s.

Save user settings as defaults.

13.2.5.1 Sub Menu – Backlight Controller

Function

Description

Backlight Controller

Enable / Disable automatic backlight controller.

BL min [cd/m²]

The SQ2825 products supports backlight control function (= keep selected brightness stable). The user may set the

backlight to a value within a selectable brightness range. Min value for this range is 10 cd/m² When backlight control function is dis

abled, dimming range

is from 2 cd/m² up to 500 cd/m²

BL max [cd/m²]

The SQ2825 products supports backlight control function (=

keep s

elected brightness stable). The user may set the

backlight to a value within a selectable brightness range. Max value for this range is 250 cd/m². When backlight control function is dis

abled, dimming range

is from 2 cd/m² up to 500 cd/m²

User Manual

Raptor SQ2825

13.2.5.2 Sub Menu – Source

Function

Description

Source Scan

Automatic scan of video signal input sources for valid

signals.

Scan DVI-1

Enable Source Scan to scan digital interface DVI-1.

Scan DVI-2

Enable Source Scan to scan digital interface DVI-2.

Scan ARGB-1 *

Enable Source Scan to scan analog interface ARGB-1.

Scan ARGB-2 *

Enable Source Scan to scan analog interface ARGB-2.

Scan DP-1 *

Enable Source Scan to scan digital interface DP-1.

Scan DP-2 *

Enable Source Scan to scan digital interface DP-2.

* Depending on DisplayPort or 5-BNC Video Signal interface

13.2.5.3 OSD

Function

Description

Transparency

Set transparency of the OSD window itself. Range: 0 ~

100

OSD Timeout

[sec]

Set OSD timeout period. If no key is pressed the OSD

will disappear after this time. Range: 15 ~ 60 sec on ds .

OSD Lock

Lock / Unlock OSD Menu

( Default Factory Code: 1 2 3 4 )

Key Lock

Lock the keys operating the OSD on the front bezel of

the monitor. To unlock press and keep pressed the “▼”

key while turning the monitor on and unti

l a small

window appears with “Key Unlock” on the screen.

OSD Access Code

Set / Change OSD access code.

Ref. 14.3

When disabling the OSD LOCK it is necessary to enter the code to access the OSD and then to also disable to OSD lock on the above “Setup” menu too. Without doing this the OSD will remain locked.

User Manual

Raptor SQ2825

13.2.6 Main Menu – Communication

Function

Description

Serial Interface 2

Configure communication settings of serial interface

#2. Ref. 13.2.6.1

SNMP

Configure SNMP settings. Ref. 13.2.6.2

13.2.6.1 Sub Menu – Serial Interface 2

Function

Description

Mode

Selection of communication protocol

Range: Standard / Sony DDM

Signal Type

Selection of active serial communication interface.

Range: RS232 / RS422

DDM Contrast (A0)

DDM control function assignment to DDM protocol

0xA0 Range: Backlight / Brightness / Contrast / Disabled

DDM Brightness (A1)

DDM control function assignment to DDM protocol

0xA1 Range: Backlight, Brightness, Contrast, Disabled

13.2.6.2 Sub Menu – SNMP

Function

Description

IP Address

A unique address to identify the monitor in order to be able to communicate with the host machine on a

network.

Subnet Mask

Enables identification of which section of the IP address is reserved for the network and which is for

the host use.

Standard

Gateway

A router which allow communication with other

networks.

Primary DNS Server

Address of Domain Name Server (DNS)

GET Community String

Community string for GET-request

SET Community String

Community string for SET-request

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Raptor SQ2825

13.2.7 Main Menu – Info 1: Source

Function

Description

Selected

Source

Displays active input signal source.

Resolution (H x V)

Displays the number of pixels visible on the screen

Total (H x V)

Displays the total number of pixels on the LCD panel

module.

Horiz. Frequency [Hz]

Displays the Horizontal Frequency of the selected

input signal.

Vert. Frequency [Hz]

Displays the Vertical Frequency of the selected input

signal.

13.2.8 Main Menu – Info 2: Display

Function

Description

Alarm Message

Displays status of the main pow er fuse .

13.2.9 Main Menu – Info 3

Function

Description

Temperature

[ºC]

Displays the internal temperature of the monitor in ºC

Power Surplus Backlight [%]

Shows the reserve for adjusting the backlight

brightness in percenta g e.

Power Supply

1

Displays the operational status of Power Supply 1

Power Supply

2

Displays the operational status of Power Supply 2

User Manual

Raptor SQ2825

13.2.10 Main Menu – Info 4: On Time

Function

Description

Monitor

Displays the length of time in hours the monitor has

been powered on.

Backlight

Displays the length of time in hours the Backlight has

been operating.

Power Supply

1

Displays the length of time in hours the Power Supply

Unit 1 has been operating.

Power Supply

2

Displays the length of time in hours the Power Supply

Unit 2 has been operating.

13.2.11 Main Menu – Info 5

Function

Description

Firmware

Version

Displays the firmware version of the main controller

board.

Serial Number

Displays the serial number of the monitor.

(Please quote this in all communications with the

manufacturer)

13.2.12 Main Menu – Selftest

Function

Description

Image Processor

Displays the System Status

Backlight Upper

Left Quadrant

Displays the System Status of upper left quadrant

Backlight Upper

Right Quadrant

Displays the System Status of upper right quadr ant

Backlight Lower

Left Quadrant

Displays the System Status of lower left quadrant

Backlight Lower

Right Quadrant

Displays the System Status of lower right quadrant

User Manual

Raptor SQ2825

14 Advanced Features & Functionalities

14.1 Adjustment of Analog Signal Source (DDM)

There are no industrial standardizations or regulations of the signal coming from an analog signal source. Therefore, as the signal characteristics will differ depending on the graphics cards or cables used it is important to be able to make adjustments at the monitor. Whenever the monitor is receives an analog signal for the first time, an integrated ‘automatic adjustment’ function performs the adjustment. It uses the H- and V- frequencies of the input signal to adjust the frequencies, phase and picture position of the image. In some cases, depending on the quality of the signal input it may be necessary to undertake an additional manual adjustment. The two most important parameters to adjust on an analog signal are frequency and phase.

With poor frequency adjustment the image may appear blurred. With each and every change in frequency there is a direct impact on any blurred fields. The correct setting is only achieved when the image is consistent across the screen. Even if the entire image is blurred it must be consistent. Any blurred images will be sharpened by adjusting the Phase. When undertaking the adjustment of frequency and phase it important to use an image that can show any deficiencies clearly. Like the following image, an image with multiple parallel lines is recommended.

Incorrect Frequency

Correct Frequency

Figure 10 Frequency Adjustment

- When DDM compatible timings are used , it is not possible to adjust the frequency

- All graphics adapters used in ATC use the frequency setting of 2816

User Manual

Raptor SQ2825

14.2 Automatic Backlight Control

The monitor comes equipped with an integrated automatic backlight control function which ensures consistent backlight brightness throughout the life of the monitor. By using this function you can determine the exact “cd/m²” level desired and set this level via the OSD.

This functionality allows you to set the monitor’s brightness to any value between 10 ~ 250cd/m². While the monitor’s LCD panel module has a maximum brightness of 500 cd/m² the maximum automatic brightness setting is lower. The reason for this is that there is natural deterioration of any light source and the automatic backlight control function needs to compensate for this over time to achieve a consistent brightness over the lifetime of the monitor.

When usin g the mon itor with the automatic backlight control function disabled, the brightness level can be set as a percentage of the maximum brightness (i.e. 0 ~ 100%)

14.3 Locking OS D

The OSD may be locked so uses cannot access it without a pre-defined access code. This code can be set via the SETUP menu on the OSD itself. The factory default code is `1 2 3 4´

Take care to remember any password you change to as this can only be changed knowing the current valid password. Not even the factory reset function will reset the password back to the factory default.

Figure 11 OSD Access Code

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Raptor SQ2825

14.4 Hardware Monitor Calibration

The EIZO Raptor SQ2814 and SQ2825 come equipped with a hardware calibration functionality that can be accessed and operated through the On-Screen Display (OSD). In order to use this functionality it is essential to have the EIZO tested and approved luminance sensor; the EACAL-R01. No additional hardware or software of any description is required, ensuring a completely non-intrusive calibration operation. Please contact EIZO for further details regarding the EACAL-R01.

14.4.1 How to attach the EACAL-R01 Sensor

• Connect the EACAL-S01, via the adapter cable to the RS232-2 port on the mo nit or

• Position the sensor to the middle of the monitor’s screen ready for calibration

• If the sensor is unstable, slide the cable weight slowly to achieve appropriate balance

between the sensor and the counter weight.

• Ensure the felt surface on the sensor is clearly and evenly touching the surface of the

monitor.

felt surface

Counter

Weight

Rear of Counter Weight

Slide Slowly

Figure 12 Attaching the EACAL-R01

User Manual

Raptor SQ2825

14.4.2 How to Remove the EACAL-R01 Sensor

• Remove the sensor slowly from the monitor screen.

• After removal, place the sensor in the storage cup provided to protect from dust.

• Before attaching the sensor, remove the stains or dusts on the surface of the monitor

• Note that the counter weight may drop out of the cable when you slide it roughly.

• Remove the stains or dusts on the felt surface before placing on the monitor.

14.4.3 Locating the Calibration Functions on the OSD

• Engage the OSD by pressing the ‘MENU’ button.

• Press the ‘▲’ button to move to the main menu; ‘PICTURE 2’.

• Press ‘ENTER’ to move to the ‘CALIBRATION…’ option and press ‘▲’ to go to the sub-

Menu; ‘Calibration’

This will bring you to the CALIBRATION sub-menu where you will have the choice of one of three options, two of which are calibration and one is used to prove you have set the correct light and color characteristics.

Storage Cup

Figure 13 Removing the EACAL-R01

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Raptor SQ2825

CAU TION

• For accurate results the monitor’s color characteristics are stable prior to any calibration. To

ensure the color characteristics are stable it is essential to power the monitor on at the approximate target brightness for the period of two (2) hours before calibration. This will allow accurate calibration and reading measurements from the sensor.

• To ensure correct calibration and reading measurements and avoid potential damage of the

sensor itself that you strictly follow the on-scr e en inst ructions at all times.

• The sensor must be correctly connected to the RS232-2 port at the rear of the monitor,

using only the adapter cable provided.

14.4.4 Backlight Calibration

Sub-Menu Option: Backlight Sensor…

Using this option will allow you to calibrate the brightness generated from backlights themselves. When you choose to do this a menu will appear giving you the option of selecting either the EACAL-S01 (an ASLM sensor) or another luminance meter.

Note: This option is only available when calibrating the backlight sensor option.

Sub-Menu to choose the luminance meter used

User Manual

Raptor SQ2825

Once you choose which luminance meter to be used the monitor will then go through the complete calibration process, following the following flow:

1. Plug in Luminance Meter t o RS 232-2!

Key MENU: Cancel

Key ENTER: Continue

You have the option here to either cancel the process, returning to the main menu or continuing with the

calibration function. This is a manual process so you need to choose one of the two options mentioned.

2. Setup Luminance Meter

Status [%]

This is an automatic process and requires no manual input.

3. Calibration in Progress…

Please wait

This is the beginning of the actual automatic calibration process and requires no manual input. Do not

unplug the sensor or interfere with the process until complete.

4.

Calibration Backlight Sen sor: Upper Value

Key MENU: Cancel

Key ENTER: S k ip

Backlight Intensity [cd/m²] xxx

The step calibrates the upper brightness level. To carry out calibration do not touch any keys as this is

an automatic process. This process can take a few minutes because of system heat up. During this

stage you also have the option of pressing ‘MENU’ to abort the calibration process entirely or press ‘ENTER’ to skip this process and move to the next stage. By skipping this stage you confirm that the

reading shown (e.g. xxx [cd/m²]) at that time is accepted as the actual reading.

5.

Calibration Backlight Sen sor: Lower Value

Key MENU: Cancel

Key ENTER: Skip

Backlight Intensity [cd/m²] xxx

The step calibrates the lower brightness level. To carry out calibration do not touch any keys as this is an automatic process. This process can take a few minutes because of system heat up. During this stage you also have the option of pressing ‘MENU’ to abort the calibration process entirely or press ‘ENTER’ to

skip this process and move to

the next stage. By skipping this stage you confirm that the reading shown

(e.g. xxx [cd/m²]) at that time is accepted as the actual reading.

Calibration Successfully Finished

6.

Unplug Luminance Meter

Key ENTER: Continue

The calibration process is complete. Please unplug the Luminance Meter and press ENTER to finalize the process.

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14.4.5 Gamma

Sub-Menu Option: Gamma

By using this option you will be able to calibrate the gamma characteristics and white point if desired. When you choose to do this the calibration process will begin immediately without going to a further menu by following the following flow:

1. Plug in Luminance Meter t o RS 232-2!

Key MENU: Cancel

Key ENTER: Continue

You have the option here to either cancel the process, returning to the main menu or continuing with the

calibration function. This is a manual process so you need to choose one of the two options mentioned.

2. Setup Luminance Meter

Status [%]

This is an automatic process and requires no manual input.

3.

Gamma Entry

Key MENU: Cancel

Key ENTER: Continue

Gamma

e.g. 2.2

By pressing the MENU key the process will be aborted and you will immediately proceed to the final

step. Should you wish to continue to calibrate the Gamma characteristics please use the ▲

& ▼ keys to

set the desired gamma value. Once you have done this press ENTER to continue the process. You will

then move immediately to the next step:

Note: By reducing the gamma setting to be less than one you will move to the DICOM gamma value.

4.

X Color Component Entry

Key MENU: Cancel

Key ENTER: Continue

X Color Component

e.g. .313

By pressing the MENU key the process will be aborted and you will immediately proceed to the final

step. Should you wish to continue to calibrate the X Color Coordinate please use the ▲ & ▼ keys to set

the desired value. Once you have done this press ENTER to continue the process. You will then move

immediately to the next step:

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5.

Y Color Component Entry

Key MENU: Cancel

Key ENTER: Continue

Y Color Component

e.g. .323

By pressing the MENU key the process will be aborted and you will immediately proceed to the final

step. Should you wish to continue to calibrate the Y Color Coordinate please use the ▲ & ▼ keys to set

the desired value. Once you have done this

press ENTER to continue the process. You will then move

immediately to the next step:

6.

Measuring Display Characteristics

Key MENU: Cancel

Status [%]

At any stage during this process you may press MENU to cancel the operation. This is the beginning of the actual gamma calibration process and requires no manual input. This is an entirely automatic process so do not unplug the sensor or interfere with the process until complete for an accurate gamma

calibration.

7.

Generating LUT

Key MENU: Cancel

Status [%]

This is an automatic process and requires no manual input. At any stage during this process you may

press MENU to cancel the operation.

8.

Saving LUT

This is an automatic process and requires no manual input.

Calibration Successfully Finished

9.

Unplug Luminance Meter

Key ENTER: Continue

The calibration process is complete. Please unplug the Luminance Meter and press ENTER to finalize

the process.

Note: Please note that whenever you make a change in the Gamma settings it is also important to re-calibrate the Backlights. By setting the ‘X’ and ‘Y’ you are determining the ‘White-point’ level that will be used as the basis for the Correlated Color Temperature setting.

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14.4.6 Measure Luminance & Color

Sub-Menu Option: Measure Luminance & Color

In order to be able to prove the brightness and gamma characteristics resulting from the calibration features outlined earlier it is important to be able to measure the results. This operation will allow you to use the luminance meter to obtain the relevant measurements proving your calibration results by following the following flow:

1. Plug in Luminance Meter t o RS 232-2!

Key MENU: Cancel

Key ENTER: Continue

You have the option here to either cancel the process, returning to the main menu or continuing with the

calibration function. This is a manual process so you need to choose one of the two options mentioned.

2. Setup Luminance Meter

Status [%]

This is an automatic process and requires no manual input.

3.

Measuring Luminance

Key MENU: Cancel

Key ENTER: Enable TP

Lv [cd/m²] / x / y: 69 / 0.302 / 0.316

Note: TP = Test Pattern. The monitor comes equipped with a number of test patterns build in so there is no need for a workstation when calibration or monitor testing.

At any stage during this process you may press MENU to cancel the operation. This stage will test the luminance of the image on screen. By pressing ENTER you can toggle through a number of pre-set test patterns and move

the sensor over the screen to read settings over the different sectors. Once you have

Entered the first test pattern simply move to another test pattern by pressing the

▲ & ▼ keys. Once you

are satisfied with the readings turn the test pattern off by pressing the ENTER key again. Then press MENU to cancel.

4.

Unplug Luminance Meter

Key ENTER: Continue

The process is complete. Please unplug the Luminance Meter and press ENTER to finalize.

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15 Serial Communication I nt er f a c es

15.1 RS232 Interface

The RS232 interface is used for communication with the host machine (external PC / workstation). The three different protocols are available which are described in Users’ Manual. Additionally, the RS232-1 interface is used for firmware update of the monitor and the RS232-2 undertakes communication with a PC via the DDM protocol.

RS232-1

RS232-2

Signal

1

N.C.

1 N.C.

2

TXD (Output)

2 TXD (Output)

3

RXD (Input)

3 RXD (Input)

4

N.C.

4 DSR (Input)

5

GND

5 GND

6

N.C.

6 DTR (Output)

7

N.C.

7 N.C.

8

N.C.

8 N.C.

9

N.C.

9 N.C.

Note: Only the RS232-1 interface can be used for firmware updates.

15.2 RS422 Interface

The RS422 interface is used for communication with the host machine (external PC / workstation). The three different protocols are available which are described in User Manual.

Signal

1

GND

6

GND

11

DSR+

2

TXD+

7

N.C.

12

DTR+

3

RXD+

8

+5V Output

13

GND

4

DSR-

9

TXD-

14

N.C

5

DTR-

10

RXD-

15

+5V Output

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15.3 Universal Serial Bus (USB) Interface

The USB-1/USB-2 interfaces are used for communication with two independent host machines. These USB interfaces are working with full-speed (12Mbit/s). The USB communication is based on standard HID (Human Interface Device) protocol. USB HID generic device drivers are available in most modern operating systems. The range of functions is same as “Simplified Protocol” detailed in this manual.

USB-1

USB-2

Signal

1

Vbus (5V)

1 Vbus (5V)

2

D- 2

D- 3 D+ 3

D+ 4 GND

4 GND

15.4 Ethernet (TCP/IP) Interface

The Ethernet interface is used for TCP/IP-communication with the host machine (external PC / workstation). The protocol for the communication is Simple Network Management Protocol (SNMP). The operation and functionality are described in this manual and the IP address can be found and set in the OSD menu.

15.4.1 SNMP Protocol

Simple Network Management Protocol (SNMP) is a User Datagram Protocol-based (UDP) network protocol. SNMP is based on the manager/agent model consisting of a manager, an agent, and a database of management information, managed objects and the network protocol. The manager provides the interface between the human network manager and the management system. The agent provides the interface between the manager and the physical device(s) being managed. The manager and agent use a Management Information Base (MIB) and a relatively small set of commands to exchange information.

15.4.2 Management Information Base (MIB)

SNMP itself does not define which information (which variables) a managed system should offer. Rather, it uses an extensible design, where the available information is defined by ‘Management Information Bases’ (MIBs). MIBs describe the structure of the management data of a device subsystem; they use a hierarchical namespace containing ‘Object Identifiers’ (OID). Each OID identifies a variable that can be read or set via SNMP. The OID consists of numbers separated by decimal points (i.e. 1.3.6.1.4.1.2682.1). The MIB hierarchy can be depicted as a tree with a nameless root, the levels of which are assigned by different organizations. The top-level MIB OIDs belong to different standards organizations, while lower-level object IDs are allocated by associated organizations. This model permits management across all layers of the ‘Open System Interconnection’ (OSI) reference model, extending into applications such as databases, email, and the Java reference model, as MIBs can be defined for all such area-specific information and operations. A standard MIB is defined by the factory and can be customize upon request. The following figure shows an example of an MIB for the monitor:

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Example Extract of the Monitor MIB

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15.4.3 SNMP Command Messages

SNMP uses five basic messages (GET, GET-NEXT, GET-RESPONSE, SET, and TRAP) to communicate between the manager and the agent.

The GET and GET -NEXT messages allow the manager to request information for a specific variable. The agent, upon receiving a GET or GET-NEXT message, will issue a GETRESPONSE message to the manager with either the information requested or an error indication as to why the request cannot be processed.

A SET message allows the manager to request a change be made to the value of a specific variable in the case of an alarm remote that will operate a relay. The agent will then respond with a GET-RESPONSE message indicating the change has been made or an error indication as to why the change cannot be made.

The TRAP message allows the agent to spontaneously inform the manager of an "important" event.

Most of the messages (GET, GET-NEXT, and SET) are only issued by the SNMP manager. The TRAP message is the only message capable of being initiated by an agent. This notifies the SNMP manager as soon as an alarm condition occurs, instead of waiting for the SNMP manager to ask.

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16 Serial Communication Prot oc ol

The monitor has two logical channels for serial communication available. Both channels can be simultaneously used with USB and RS232 interfaces. Channel two can additionally be used alternatively as an RS232 or RS422 interface.

Switching between the RS232-2 and RS422 is done via the OSD menu. Serial communication is undertaken using one of the three different transmission protocols available.

I. Standard Protocol

This protocol supports all adjust me nts and controls of the monitor.

II. Simplified Protocol

This protocol has a simplified structure, and only allows the basic adjustment of ‘Brightness’, ‘Contrast’ and ‘Backlight Brightness’. It can also query the monitor’s system status for information such as error messages, temperature, active source and operating time.

III. DDM Protocol

This protocol is used in Sony-DDM compatible systems.

The following table shows which transmission protocols are available for each of the

different interfaces:

Protocol

RS232-1

RS232-2*

RS422

USB-1/2

Standard



Simplified

   

DDM

 

Note: RS232-2 interface has additional handshake signals which are needed for communication via DDM-Protocol

Figure 14 Internal Logical Chan nel s

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16.1 Standar d Pr ot oc ol

Standard protocol supports all adjustments and controls of the monitor. It uses two kinds of data package format types:

I.

Operation

Used for adjustments such as Brightness, Contrast and

Backlight Brightness.

II.

Key Simulation

Used to operate the OS via serial interface

Interface Parameter s

BAU D RATE

19200

PARITY

None

DAT A BIT S

8

STOP BITS

1

HANDSHAKE

No

Protocol

HOST

MONITOR

Operation / Key



 ACK (OK)

Operation (GET)



 ACK (OK)

 OpPack

0x1E



ACK Message

OK

0x06

ERROR

0x15

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16.1.1 Telegram Structure `Operation`

Byte Nr.

0 1 2 3 4 5 6 7 8 9 10

Data

0xBE

0xEF

0x03

0x19

0x00

CRC-L

CRC-H

O-Type

Code-L

Code-H

0x00

Byte Nr.

11

12

13

14

15

16

17

18

19

20

21

Data

0x00

Val-L

Val-1

Val-2

Val-H

0x00

Byte Nr.

22

23

24

25

26

27

28

29

30

31

Data

0x00

Step-L

Step-1

Step-2

Step-H

L = Lower Byte

H = Higher Byte

O-Type

(BYTE)

:Operation

Code

(WORD)

:Function

Val

(DWORD)

:Value

Step

(DWORD)

:Step for INC or DEC

O-Type

Code

Operation

Comment

0x01

SET

Set Value

0x02

GET

Get Value

0x02

INC

Increment Value

0x04

DEC

Decrement Value

Code

Operation

Comment

Value Min.

Value Max.

0x03E8

Backlight Brightness

Set Backlight Value

0

0xff

0x139C

Brightness

Set Brightness Level

0

0xff

0x13AF

Contrast

Set Contrast Level

0

0xff

Protocol

HOST

MONITOR

Operation Packet



 Char 0x1E + Operation Packet

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16.1.2 Telegram Structure `Keyboard Simul ation`

Byte Nr.

0 1 2 3 4 5 6 7 8 9 10

Data

0xBE

0xEF

0x02

0x06

0x00

CRC-L

CRC-H

Code-L

Code-H

0x00

Byte Nr.

11

12

Data

0x00

L = Lower Byte

H = Higher Byte

Code

(WORD)

:Key Code

The following codes are sup port e d:

Key Code

Function / Key

0x0061

+

0x0062

-

0x005b

UP

0x0059

DOWN

0x005a

LEFT

0x0058

RIGHT

0x0057

MENU

0x005c

MENU RIGHT

0x005d

MENU LEFT

0x005f

ESCAPE

0x0056

AUTOADJUST

0x0055

SOURCE

Protocol

HOST

MONITOR

Packet ‘Keyboard Simulat ion’



 Char 0x06

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16.1.3 Calculation of CRC – Check Sum

For CRC check sum calculation set 0x00 for CRC-L and CRC-H. Check sum is calculated according to a reference table.

WORD CalculateCRC16(BYTE *pcData, int nCount)

{ BYTE cCRCHi = 0xFF; // high byte of CRC initialized BYTE cCRCLo = 0xFF; // low byte of CRC initialized BYTE cIndex; // will index into CRC lookup table

while (nCount--) // step through each byte of data {

cIndex = cCRCHi ^ *pcData++; // calculate the CRC cCRCHi = cCRCLo ^ cCRCHiArray[cIndex]; cCRCLo = cCRCLoArray[cIndex]; }

return (cCRCHi << 8) + cCRCLo; }

static CROMDATA BYTE cCRCHiArray[] = { 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40, 0x01, 0xC0, 0x80, 0x41, 0x01, 0xC0, 0x80, 0x41, 0x00, 0xC1, 0x81, 0x40 };

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static CROMDATA BYTE cCRCLoArra y[] = { 0x00, 0xC0, 0xC1, 0x01, 0xC3, 0x03, 0x02, 0xC2, 0xC6, 0x06, 0x07, 0xC7, 0x05, 0xC5, 0xC4, 0x04, 0xCC, 0x0C, 0x0D, 0xCD, 0x0F, 0xCF, 0xCE, 0x0E, 0x0A, 0xCA, 0xCB, 0x0B, 0xC9, 0x09, 0x08, 0xC8, 0xD8, 0x18, 0x19, 0xD9, 0x1B, 0xDB, 0xDA, 0x1A, 0x1E, 0xDE, 0xDF, 0x1F, 0xDD, 0x1D, 0x1C, 0xDC, 0x14, 0xD4, 0xD5, 0x15, 0xD7, 0x17, 0x16, 0xD6, 0xD2, 0x12, 0x13, 0xD3, 0x11, 0xD1, 0xD0, 0x10, 0xF0, 0x30, 0x31, 0xF1, 0x33, 0xF3, 0xF2, 0x32, 0x36, 0xF6, 0xF7, 0x37, 0xF5, 0x35, 0x34, 0xF4, 0x3C, 0xFC, 0xFD, 0x3D, 0xFF, 0x3F, 0x3E, 0xFE, 0xFA, 0x3A, 0x3B, 0xFB, 0x39, 0xF9, 0xF8, 0x38, 0x28, 0xE8, 0xE9, 0x29, 0xEB, 0x2B, 0x2A, 0xEA, 0xEE, 0x2E, 0x2F, 0xEF, 0x2D, 0xED, 0xEC, 0x2C, 0xE4, 0x24, 0x25, 0xE5, 0x27, 0xE7, 0xE6, 0x26, 0x22, 0xE2, 0xE3, 0x 23, 0x E1, 0x21, 0x20, 0xE0, 0xA0, 0x60, 0x61, 0xA1, 0x63, 0xA3, 0xA2, 0x62, 0x66, 0xA6, 0xA7, 0x67, 0xA5, 0x65, 0x64, 0xA4, 0x6C, 0xAC, 0xAD, 0x6D, 0xAF, 0x6F, 0x6E, 0xAE, 0xAA, 0x6A, 0x6B, 0xAB, 0x69, 0xA9, 0xA8, 0x68, 0x78, 0xB8, 0xB9, 0x 79, 0x BB, 0x7B, 0x7A, 0xBA, 0xBE, 0x7E, 0x7F, 0xBF, 0x7D, 0xBD, 0xBC, 0x7C, 0xB4, 0x74, 0x75, 0xB5, 0x77, 0xB7, 0xB6, 0x76, 0x72, 0xB2, 0xB3, 0x73, 0xB1, 0x71, 0x70, 0xB0, 0x50, 0x90, 0x91, 0x51, 0x93, 0x53, 0x52, 0x92, 0x96, 0x56, 0x57, 0x97, 0x55, 0x95, 0x94, 0x54, 0x9C, 0x5C, 0x5D, 0x9D, 0x5F, 0x9F, 0x9E, 0x5E, 0x5A, 0x9A, 0x9B, 0x5B, 0x99, 0x59, 0x58, 0x98, 0x88, 0x48, 0x49, 0x89, 0x4B, 0x8B, 0x8A, 0x4A, 0x4E, 0x8E, 0x8F, 0x4F, 0x8D, 0x4D, 0x4C, 0x8C, 0x44, 0x84, 0x85, 0x45, 0x87, 0x47, 0x46, 0x86, 0x82, 0x42, 0x43, 0x83, 0x41, 0x81, 0x80, 0x40 };

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16.2 Simpli fi e d Protocol

‘Simplified Protocol’ uses a data package structure similar to the ‘Standard Protocol’, however with a reduced functional range. The calculation of the CRC check sum is the same and as stated on the previous page.

Interface Parameters

BAUD RATE

19200

PARITY

None

DATA BITS

8

STOP BITS

1

HANDSHAKE

No

Protocol

HOST

MONITOR



 Telegram with Data of ACK (OK)

ACK Message

OK

0x06

The maximum response time of the monitor is 200ms. Should there be an error in the transmission, the monitor will not response.

16.2.1 Data Packet Structure

Byte Nr.

0 1 2 3 4 5 6 7 8 9 10

Data

0xBE

0xEF

0x10

Len-L

Len-H

CRC-L

CRC-H

CMD

Data 0

Data 1

Data

Byte Nr.

11

12

13

14

15

16

17

18

19

20

Data

L = Lower Byte

H = Higher Byte

CMD

(BYTE)

:Command

Len L / H

(WORD)

:Number of data bytes CMD + Data 0 to Data xx

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CMD

Code

Operation

Comment

0x01

Status

Reply of system ‘Status’

Host  Monitor

Byte 03: L-Len = 0x01 Byte 04: H-Len = 0x00

Monitor  Host

Byte 03: L-Len = 0x0E Byte 04: H-Len = 0x00

Byte 08: Status Information Display Module

- Bit 0: VDD - fuse faulty

- Bit 1: Backlight inverter – fuse faulty

- Bit 2: Upper backlight unit faulty

- Bit 3: Middle backlight unit faulty

- Bit 4: Lower backlight unit faulty

- Bit 5: No or no valid input signal from controller

- Bit 6: reserved

- Bit 7: reserved

Byte 09: Internal Temperature

-55°C to +125°C in complement on two

Byte 10: Active Input Source

- Bit 0..1: 0 = RGB-Analog1 / DP1 1 = DVI1 2 = DVI2 3 = RGB-Analog2 / DP2

- Bit 2: Input signal active

Byte 11: Status

- Bit 0: Fan 1 (0=OK)

- Bit 1: Fan 2 (0= OK)

- Bit 2: High Temperature (0= OK)

- Bit 3: reserved

- Bit 4: reserved

- Bit 5: reserved

- Bit 6: reserved

- Bit 7: reserved

Byte 12: Backlight spare capacity

0 to 100%

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Byte 13: LSB Operating hour meter Byte 14: Second Byte Operating hour meter Byte 15: third Byte Operating hour meter Byte 16: MSB Operating hour meter Byte 17: Upper Tray: LSB Backlight- Operating hour meter

Byte 18: Upper Tray: second Byte Backlight- Operating hour meter Byte 19: Upper Tray: third Byte Backlight- Operating hour meter Byte 20: Upper Tray: MSB Backlight- Operating hour meter Byte 21: Middle Tray: LSB Backlight- Operating hour meter Byte 22: Middle Tray: second Byte Backlight- Operating hour meter Byte 23: Middle Tray: third Byte Backlight- Operating hour meter Byte 24: Middle Tray: MSB Backlight- Operating hour meter Byte 25: Lower Tray: LSB Backlight- Operating hour meter Byte 26: Lower Tray: second Byte Backlight- Operating hour meter Byte 27: Lower Tray: third Byte Backlight- Operating hour meter Byte 28: Lower Tray: MSB Backlight- Operating hour meter

0x02

Source

Switch

This command enables the host to switch ‘Signal Source’.

Host  Monitor

Byte 03: L-Len = 0x01

Byte 04: H-Len = 0x00

Byte 08: Input - Source

0 = RGB-Analog1 / DP1

1 = DVI 1

2 = DVI 2

3 = RBG-Analog2 / DP2

Monitor  Host

Byte 00: ACK = 0x06

ACK is sent after the monitor has internally switched t he sour ce.

CRC-Check sum for individual sources::

- AnalogRGB1: 0x2C1C

- DVI1: 0xEDDC

- DVI2: 0xADDD

- AnalogRGB2: 0x6C1D

0x03

Backlight

Brightness

This command is used to adjust ‘Backlight Brightness’

Host  Monitor

Byte 03: L-Len = 0x02

Byte 04: H-Len = 0x00

Byte 08: Value of Brightness (0 .. 255)

Monitor  Host

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Byte 00: ACK = 0x06

Value 0 to 255 corresponds 0 to 100% of adjustment range

0x04

Brightness

This command is used to adjust ‘Bri ght nes s’ (bla ck lev el).

Host  Monitor

Byte 03: L-Len = 0x02

Byte 04: H-Len = 0x00

Byte 08: Brightness value (0 .. 255)

Monitor  Host

Byte 00: ACK = 0x06

Value 0 to 255 corresponds 0 to 100% of adjustment range.

0x05

Contrast

This command is used to adjust ‘Contrast’.

Host  Monitor

Byte 03: L-Len = 0x02

Byte 04: H-Len = 0x00

Byte 08: Contrast value (0 .. 255)

Monitor  Host

Byte 00: ACK = 0x06

Value 0 to 255 corresponds 0 to 100% of adjustment range.

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16.3 DDM Protocol

‘DDM Protocol’ is used in Sony-DDM compatible systems. The monitor only implements those commands which the monitor supports. All other commands will return successful (‘Send Back’ command). This protocol is only supported by RS232-2 or RS422 interfaces. The ‘DDM Protocol’ function and the ‘Communication Interface’ to be used must be selected in the OSD.

Implemented Commands:

Code

Command

Comment

0xA0

Operator Brightness

This command is used to set Backlight brightness. This function will need to be

activated on the OSD.

0xA1

Operator Contrast

This command is used to set the Contrast. This function will need to be activated

on the OSD.

0xB8

Status

Response System Status

Byte 0: Firmware Version 0x10 Byte 1: Firmware Version

0xC2  Firmware

Example: C42i0CV2

Byte 2: fixed 0x00 Byte 3: fixed 0x00 Byte 4: fixed 0x60 Byte 5: fixed 0x07 Byte 6: fixed 0x00 Byte 7: fixed 0x00 Byte 8: Major system status

- Bit 0: FAN 1 Error

- Bit 1: FAN 2 Error

- Bit 2: Temperature Error

- Bit 3: Display Error (some failure in Byte 10)

- Bit 4: 0

- Bit 5: 0

- Bit 6: 0

- Bit 7: 0

Byte 9: M1-Board Status Byte 10: Display Status (M2-Board-Status)

- Bit 0: FDD fuse blown

- Bit 1: Backlight inverter fuse blown

- Bit 2: Upper Backlight unit fault

- Bit 3: Middle Backlight unit fault

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Echo Back

Command

Byte

Command

0xA0 /

0xA1

Complete

Data Byte / Error Code

Echo Back

Command

Byte

Command

0xB8

Data Bytes

12 Status

Bytes

Check Sum

- Bit 4: Lower Backlight unit fault

- Bit 5: 0

- Bit 6: 0

- Bit 7: 0

Byte 11: M2-Board Status

16.3.1 Protocol for Command 0xA0 and 0xA1

Host

Monitor

Error Code

0x0A = Timeout (No Data receiv ed 1sec after “Echo Back”) 0x0A = Wrong amount of data 0x0D = Wrong check sum

16.3.2 Protocol Status 0xB8

Host

Monitor

No Error Codes

Number of

Data

Bytes

Data

Byte

Check

Sum

Number of

Data

Bytes

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17 Cleaning

W

ARNING

Warning: life-threatening voltages and risk of fire and short circuiting

No unauthorized opening of the device.

The device may only be opened by qualified personnel. There is a risk of

electric shock.

No liability is assumed for damage to life, limb, and property caused by the

work of non-quali fied p er sonnel. Disconnect the device fro m the power supply prior to cleaning.

If heavily soiled, you can clean the monitor with a damp cotton cloth and an appropriate mild cleaner.

ATTENTION

Substantial material damage may occur due to improper cleaning and handling.

Therefore, observe the following warnings.

The screen surface is very sensitive to mechanical influences. Therefore,

definitely avoid scratches, bumps, or the like.

Never use a dry cloth and/or microfiber cloths, otherwise dust particles can

scratch the surface. The use of scouring powder, plastic-dissolving, and alcohol-

containing

detergents are strictly forbidden. Make sure that no liquid gets inside the device while cleaning.

Immediately remove any water drops or drops of liquid on the device.

Prolonged contact with liquids may leave discolorat

ion or chalky

deposits on the surface.

Incorrect cleaning can di sc ol or, mis shap e, or dam age the device.

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18 Maintenance

The unit is maintenance-free.

W

ARNING

Warning: life-threatening voltages and risk of fire and short circuiting

The device may only be opened by qualified personnel. There is a risk of

electric shock.

No liability is assumed for damage to life, limb, and property caused by the

work of non-quali fied p er sonnel. Never try to perform repair work or troubleshootin

g on the device for which

there are no specific instructions in this document.

19 Troubleshooting

19.1 No Picture

Issue

Potential Cause / Remedy

Power indicator “LED2” not ON

• If the LED2 is not ON this shows there is no main power to the

monitor or the monitor

is turned OFF. Please check if the main power cable is correctly connected. If so, please check if the main power switch on the back of the monitor is turned on. If so, then please press the power button on the front

bezel of the monitor.

• If this does not

work then please disconnect the monitor from the main power source and turn it on again after a few minutes.

Power indicator “LED2” is ON, but still no image.

• Move the mouse and press any key on the keyboard.

• If “LED1” is on then the monitor is in standby mode.

•

If “LED1” is flashing then there is no valid video signal on the

selected video signal interface. Switch the signal input using the OSD to ensure the monitor is trying to read the right

signal input interface.

• It is possible the brightness setting h

as been turned down.

Please check this setting and increase if this is the case.

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Raptor SQ2825

19.2 Imagi ng Pr oblems (Digital & Analog)

Issue

Potential Cause / Remedy

The screen is too bright or too dark

• Use “Backlight”, “Brightness” or “Contrast” adjustments on the

Quick Menu or OSD to adjust the monitor

•

If the screen is too bright enable the backlight controller and

set your desired “cd/m²” level.

Note: Any monitor backlight has a limited lifespan. Should the screen become too dark or begin to flicker after a long usage time, contact EIZO.

The characters are blurred.

•

Check if the PC is configured to meet the resolution and

vertical frequency requirements of the monitor.

• Adjust the clock, frequency and phase settings. With each and

every change in frequency there is a d

irect impact on any blurred fields. The correct setting is only achieved when the image is consistent across the screen. Any blurred images will be sharpened by adjusting the Phase. When undertaking the adjustment of frequency and phase it

important to use

an image that can show any deficiencies

clearly and mentioned earlier in this User’s Manual.

An afterimage has appeared.

• Afterimages are particular to monitors. These happen after a

period of time displaying the same image without change.

Avoiding displa

ying the same image for a long period of time

is the ideal countermeasure for such a phenomenon.

•

Use the screen saver, power off the monitor periodically, and

reduce brightness settings to minimum levels without interfering with daily usage.

Red, Green, Blue

and/or White dots are visible on the screen.

•

This is a limitation of LCD panel technology and a

characteristic of the LCD panel module itself. It is not a product failure of the monitor. For more information please

contact EIZO.

Interference

patterns or pressure marks appeared on the screen.

•

Leave the monitor on with a white or black screen. The

symptom may disappear in time.

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Raptor SQ2825

19.3 Imagi ng Pr oblems (Analog)

Issue

Potential Cause / Remedy

The display

position is incorrect

• Enable the “AutoAdjust” function via the OSD.

• Enable the “automatic phase adjustment” via the OSD.

•

During normal operation the monitor will heat up and this can

cause marginal phasing between the pixel clock and the video signal. By enabling the automatic phase adjustment in

the OSD

the monitor will be able to automatically compensate for such deviations. The function performs a test of the pixel clock every five minutes and readjusts

should it detect a deviation.

Vertical bars

appear on the screen or a part of the image is flickering

• Use the “Frequency” and

“Phase” settings in the OSD to adjust the monitor.

The whole screen is flickering of blurring.

• Use the “Phase” setting in the OSD to

adjust the monitor.

19.4 Other Problems

Issue

Potential Cause / Remedy

The OSD does not

appear

• Check if the key lock or OSD lock are enabled.

The “AutoAdjust”

functionality does not work

• The function is not required, and therefore automatically

disenabled for digital video signal input.

USB devices

connected to the monitor do not work.

• The USB interfaces in the monitor are configured purely for

calibration and serial communication purpose. They are not generic USB connections found in commercial monitors / computers.

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20 What to do in case of defect

Repair

Never do maintenance and repair work on the device yourself.

Maintenance and repair work must be carried out by trained personnel only. Opening or removing the covering of the device could cause fire, electrical

shocks, or damage to the equipment.

Smoke development or unusual development of noise and odors Disconnect the device from the power supply voltage and notify the

manufacturer/supplier.

Trying to work with a malfunctioning device may result in fire, electric

shock, or further damage to the equipment.

The device must be disconnected from the power supply and

reviewed by qualified personnel in cases of:

• Damage to the connector or the power cord.

• After liquid has penetrated the device.

• If the device has been exposed to moisture.

• If the device does not work.

• If the unit has been dropped and / or the casing is damaged.

• If the device has a burning smell.

• If the machi n e pro duces an abnormal noise.

21 Dismantling

Turn off the monitor.

Disconnect from power supply

Always put the power switch to the “Off” position before

disconnecting

the device from the power supply. Otherwise, the

device may be destroyed.

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Raptor SQ2825

Unplug the cable at the back of the monitor back.

Correct disconnection of the power cord to avoid risk of fire and short

circuits

When unplugging the power cord only touch the

plug. Do not pull on the

cable, only on the plug. That way you will prevent damage to the cables.

Make sure that your hands are dry, otherwise there is a risk of electric

shock. If you do not disconnect the cord, it could cause fire or electric shock.

Warning: life-threatening voltages and risk of fire and short circuiting

No unauthorized opening of the device

The device may only be opened by qualified personnel. There is a risk of

electric shock. No liability is assumed for damage to life, limb, and pro

perty caused by the

work of non-quali fied p er sonnel.

As needed, unscrew the monitor from the base or the VESA mount. Before turning off the monitor, make sure you have suitable surface protection, for example,

a towel can be placed on the surface where the monitor will be placed. Pack the monitor in its original packaging.

22 Recycling, disposal

The country-specific requirements and laws as well as the Electrical and Electronic Equipment Act (ElektroG) and as needed the guidelines of the WEEE 2012/19/EU (WEEE Reg. No. DE 17922169) must be adhered to when disposing of the product.

The devices are marked accordingly.

User Manual

Raptor SQ2825

23 Glossary

ASV (Advanced Super View) - It is a VA mode where liquid crystal molecules orient

perpendicular to the substrates in the off state, developed by SHARP. The bottom sub-pixel has continuously covered electrodes, while the upper one has a smaller area electrode in the center of the sub-pixel. When the field is on, the liquid crystal molecules start to tilt towards the center of the sub -pixels because of the electric field; as a result, a continuous pinwheel alignment (CPA) is formed; the azimuthal angle rotates 360 degrees continuously resulting in an excellent viewing angle.

Auto Adjustment - A function that automatically adjusts the clock, phase, and screen position of the monitor to their ideal levels. Auto Adjustment is activated through the monitors’ OSD menu.

Auto Backlight Brightness Stabilization - A drift correction circuit that stabilizes the screen brightness level within minutes after start-up or coming out of power saving mode. Without this technology, brightness takes up to two hours to stabilize.

Backlight - The light source positioned behind the LCD panel which illuminates the display screen. The Raptor monitor uses four backlight plates.

BNC Connector (Bayonet Neill–Concelman) - A miniature quick connect/disconnect RF connector used for coaxial cable. It features two bayonet lugs on the female connector; mating is achieved with only a quarter turn of the coupling nut.

Pixel Clock - The analog signal input monitor needs to reproduce a clock of the same frequency as the dot clock of the graphics system in use, when the analog 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.

Color 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.

4500 K: Slightly reddish white 6500 K: White referred to as daylight-balanced color 9300 K: Slightly bluish white

DDC (Display Data Channel) - A communication channel for the transmission of information between the display monitor and the PC that allows for automatic configuration of the hardware. In other words, "Plug and Play" compatibility.

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.

DDM Communication Protocol - A communication protocol allowing the user to gain basic adjustment and control over the monitor in Sony-DDM compatible systems using a n RS232 or RS422 interface.

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Raptor SQ2825

DisplayPort - Developed by the Video Electronics Standards Association (VESA), DisplayPort is a digital display interface which provides a single, simplified, high-bandwidth connection for video and audio signals sent from a PC to a compatible monitor.

Dot Pitch - The d is t ance f r om th e center of one pixel to the center of the next closest pixel of the same color. Pixel pitch gives a general idea of the monitor's ability to produce sharp images; the smaller the pixel pitch, the sharper the image.

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.

Dual Link DVI - To support display devices requiring higher video bandwidth, there is provision for a dual DVI link. A dual link doubles the number of TMDS pairs, effectively doubling video bandwidth at a given pixel clock frequency. All modes that require more than 24 bits per pixel, or 165 MHz pixel clock frequency must use dual-link mode.

EDID (Extended Display Identification Data) - A data structure provided by a digital display to describe its capabilities to a video source (e.g. graphics card ).

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 - The relationship between a computer's inputs and the brightness or luminance displayed on a monitor. Gamma is expressed in the following equation: Brightness (Luminance) = Constant x input-gamma. While gamma has no effect on black or white, it does affect grey or midtones. If a monitor's gamma level is set too high, midtones will appear too dark. Conversely, if gamma is set too low, midtones will appear too light.

Kelvin - The ‘Kelvin’ is a unit of measurement for temperature. It is one of the seven base units in the International System of Units and is assigned the unit symbol K.

LCD (Liquid Crystal Display) - A Liquid Crystal Display is a non-emissive display. The active element on an EIZO LCD monitor is a Twisted-Neumatic (TN), Vertically Aligned (VA) or In-Plane Switching (ISP) liquid c rystal. LCDs are used in digital watches, calculators, word processors, televisions, and of course computer displays.

Luminance - The quality of the amount of radiating light perceived to be emitted from the display. This varies from a minimum for a very dim appearance to a maximum for a very bright appearance.

User Manual

Raptor SQ2825

Management Information Base (MIB) - A virtual database used for managing the entities in a communications network. Most often associated with the Simple Network Management Protocol (SNMP).

Megahertz (MHz) - 1,000,000 x Hertz. Dot Clock is measured in terms of Megahertz. If the dot clock is 25.2 MHz, this means 25,200,000 dots can be illuminated every second. This translates to one dot every Nano second.

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.

RAL Colors - RAL colours are standard colors based on a series of color collections for

industry paint and coatings and is the most popular Central European Color Standard used

today. Refresh Rate - The frequency with which the entire image on the screen is redrawn. The

refresh rate is measured in hertz, therefore, a refresh rate of 60 Hz, means the image is redrawn 60 times per second.

Resolution - The LCD panel consists of numerous pixels of specified size, which are illuminated to form images. This monitor consists of horizontal 2048 pixels and 2048 vertical pixels). At a resolution of 2048 × 2048 all pixels are illuminated as a full screen (1:1).

Response Time - The amount of time measured in milliseconds (ms) it takes a pixel to go from black to white and back to black again. Faster response times minimize ghosting and blurring on a monitor displaying moving images, and they are indicated by reduced time measurements in product specifications. Although cited, black-to-white-to-black response time is not the ideal indicator of a monitor's ability to play moving images smoothly since it doesn't measure the transition time between gray-to-gray midtones included in all color images.

RoHS (Restriction of Hazardous Substances) - A European Union directive that stands for "the restriction of the use of certain hazardous substances in electrical and electronic equipment". The six restricted substances are lead, mercury, cadmium, hexavalent chromium, PBDE (polybrominated diphenylethers), and PBB (polybrominated biphenyls). RoHS went into effect in July 2006 and applies to most electrical and electronic equipment manufactured and imported into the EU. All EIZO monitors and accessories manufactured after June 2006 are RoHS compliant.

RS232 (Recommended Standard 232) - The traditional name for a series of standards for serial binary single-ended data and control signals connecting between DTE (data terminal equipment) and DCE (Data Communi cati on Eq ui pm ent).

RS422 (Recommended Standard 422) - A technical standard that specifies electrical characteristics of a digital signaling circuit.

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Simplified Communication Protocol - A communication protocol allowing the user to gain basic adjustment of ‘Brightness’, ‘Contrast’ and ‘Backlight Brightness’ of the monitor using an RS232, RS422, USB or TCP/IP interface.

SNMP (The Simple Network Management Protocol) - An application-layer protocol that facilitates the exchange of management information between network devices.

sRGB (Standard RGB) - International standard for color reproduction and color space among peripheral devices (such as monitors, printers, digital cameras, scanners). As a form of simple color matching for the Internet, colors can be displayed using tones close to those of the transmission and reception devices.

Standard Communication Protocol - A communication protocol allowing the user to gain full adjustment and control of the monitor using an RS232 interface.

TCP/IP (Internet Protocol Suite) - The networking model and a set of communications used for the Internet and similar networks.

TMDS (Transition Minimized Differential Signaling) - A signal transmission system for digital interface.

VESA DPMS - VESA DPMS (Video Electronics Standard Association - Display Power Management Signaling) is an association that promotes the standardization of signals transmitted by computers in order to achieve less power expenditure by monitors.

Viewing Angle - The maximum angle measured in degrees at which an LCD monitor's screen can be viewed at a minimally acceptable level. A viewing angle is a measure of the contrast ratio and usually corresponds to a contrast ratio of 10:1 or 5:1.

Vertical Scanning Frequency - The refresh rate or number of times in one second that data from the frame buffer is sent to the LCD panel in order to display a moving image. A scanning frequency of 60 Hz means the screen is completely scanned and refreshed 60 times per second.

WEEE (Waste Electrical and Electronic Equipment) - A European Community directive that imposes responsibility on manufacturers to provide free collection of waste electrical and electronic equipment and achieve recovery and reuse and recycling targets of 75% and 65% respectively. WEEE went into effect in August 2005. All EIZO products manufactured since June 2005 comply with WEEE.

White Uniformity - The measurement showing how uniform, or consistent, the brightness of a monitor is over the entire screen.

User Manual

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Notes:

User Manual

Raptor SQ2825

Bürgermeister-Seidl-Str. 8

82515 Wolfratshausen

Germany

Phone: +49-8171-3492-0

Fax: +49-8171-3492-16

atc@eizo.com

www.eizo.com