User Manual. DuraPanel Series DuraPanel 7 DuraPanel 12

Transcription

1 User Manual DuraPanel Series DuraPanel DuraPanel 1

2 Disclaimer ISIC A/S makes no representation or warranties with respect to the contents or use of this manual, and specifically disclaims any express or implied warranties of merchantability or fitness for any particular purpose. Further, ISIC A/S reserves the right to revise this publication and to make changes to its content at any time, without obligation to notify any person or entity of such revisions or changes. Image sticking: If the monitor is operated with static images (logo s etc) it will inevitably lead to images sticking on the display (like on old CRT s). This is not a permanently situation and can be removed by operating the monitor with a completely black screen. FCC Warning Computing devices and peripherals generate and radiate radio frequency energy, and if not installed and used in accordance with the instructions advised by ISIC A/S, it may cause interference to radio communication. The DuraPanel series, manufactured by ISIC A/S, is designed to comply with the emerging generic EEC standards, that cover applications in maritime environment. Classification The monitor is classified as protected from the weather according to IEC 094 ed.4 (former class b). Approvals Approval according to IACS E ed. and IEC 094 ed. 4, Maritime navigation and radio communication equipment and systems General requirements. ISIC A/S is complying with the WEEE directive within the European Union, stating that electronic and electric products must be collected separately. Products are marked according to the directive. Copyright 01 ISIC A/S ISIC PN: rev. A ISIC A/S Edwin Rahrsvej 4 DK-80 Brabrand Denmark Phone: Fax: Web: PN: Rev A Page

3 Table of Contents 1 FEATURES... 4 GENERAL CONSIDERATIONS ON INSTALLATION AND OPERATION... 4 DURAPANEL CONNECTIONS... 4 CONNECTOR PIN-OUT... TECHNICAL SPECIFICATION DURAPANEL... TECHNICAL SPECIFICATION DURAPANEL MECHANICAL OUTLINE DURAPANEL DROP IN MECHANICAL OUTLINE DURAPANEL FLUSH MOUNT... 9 MECHANICAL OUTLINE DURAPANEL RETROFIT MECHANICAL OUTLINE DURAPANEL SIMULATOR MECHANICAL OUTLINE DURAPANEL OPTIONAL FAN MECHANICAL OUTLINE DURAPANEL 1 - FLUSH MECHANICAL OUTLINE DURAPANEL 1 - RETROFIT DURA COMMUNICATION PROTOCOL COMPASS SAFE DISTANCE POWER CONSUMPTION IN RUSH CURRENT TROUBLESHOOTING SERVICING THE UNIT ISIC INFO / SUPPORT... 1 REVISION HISTORY... APPENDIX A: PIXEL POLICY... 4 APPENDIX B: CERTIFICATE OF CONFORMITY... PN: Rev A Page

4 1 Features Congratulations on your purchase of a DuraPanel. This short form manual is designed to get you started working with your new DuraPanel. The DuraPanel series of Panel Computers are all designed for the demanding operating conditions at sea. The DuraPanel series are tested for full compliance to marine-standards IACS E and IEC 094. The DuraPanel comes with excellent brightness and contrast levels that, together with wide viewing angles, ensure a good readability thus making it very eye-friendly. For the best picture quality, always use a double shielded DVI or VGA cable with ferrites, like the one supplied with the unit. General considerations on Installation and Operation The DuraPanel is designed to work at conditions according to IEC 094. However, keeping the temperature and vibration level at a minimum will extend the life time of the product. ISIC recommend operating this product at normal room temperature (0- C), with the lowest level of vibration and humidity. Installation of the DuraPanel In order to obtain the best possible operating conditions, please note the following precautions. - Room for cooling. When designing the cabinet/console for the DuraPanel, please ensure that air can flow freely around the cabinet, in order to avoid any unnecessary rise in temperature. If it is not possible to have an adequate natural airflow, use a fan to force the airflow to be higher. - Mounting positions The DuraPanel is designed for both horizontal and vertical installation. - Sunlight Avoid direct sunlight to keep temperature low by that improve lifetime. PN: Rev A Page 4

5 DuraPanel connections Below is a view of connections to the DuraPanel..1 DuraPANEL connections x PWR DC RESET CHASSIS * FAN PWR DVI-I RS- 4 x USB 4 x LAN. DuraPANEL1 connections x PWR DC RESET CHASSIS *FAN PWR x USB 4 x LAN RS DVI-I * Optional fan output. PN: Rev A Page

6 4 Connector pin-out 4.1 RS- Pin1 Product DuraPanel DuraPanel1 COM port used for external communication COM COM1 Pin RS- SUB-D 9-pol male 1 - Monitor TX Monitor RX 4 - GND Mating part: SUB-D 9 pole female, Norcomp 1-E or equivalent. 4. Power input The nominal input power voltage is 4V (18-VDC). There are two independent galvanic isolated power inputs. Mating part number: Weidmüller BLZP.08HC/0/180F Pin1 Pin Power in 1 0VDC 4VDC 4. Fan output Mating part: JST XHP- (housing), SXH-001T-P0. (terminal) Pin1 Pin FAN out 1 1VDC 0VDC PN: Rev A Page

7 page flyer rev Technical specifications are subject to change without prior notice. For drawing and full technical specifications please consult the users manual. Technical specification DuraPanel DuraPANEL - General DuraPANEL - Front CPU: Intel Celeron Processor J1900,.4 GHz (4 Cores / 4 Threads) Chipset: Intel processor Core, Graphics and Memory Controller in a single system-on-chip (SOC) solution Memory: 1 x SODIMM sockets with 1x 4GB DDRL 100MHz mounted Up to 8GB DDRL SODIMM Hard Disk Drive: 80GB Intel S00 SSD SATA Optional sizes GB / 10GB / 40GB / 00GB 800GB SSD SATA III Video: External Video out: Intel HD Graphics controller on-cpu DirectX* 11 and OpenGL 4.0 compliant Dual Independent display capable 1 x DVI-I video output connector Audio: Built-in Buzzer (-8 db(a) / 1m) Ethernet: 4 x /0/00 Mbits/s Ethernet LAN on-board, (RJ4) with auto-negotiate x Intel and x Realtek USB: x USB.0 (max 0, Amp per USB, max Watt total) COM: 1 x RS/4/48 (configurable) OS: Windows, Windows 8, Linux Display size: inch LCD (TFT), IPS technology Resolution: 800 x 480 Active area: 1 x 91 mm View angle: 89 (T/B), 89 (L/R) (typical) Luminance: 40 Cd/m (typical) Optional Ambient light sensor Contrast ratio: Touch: 800:1 (typical) finger PCAP touch (internal USB interface) Front glass: Anti Reflection Protection: IP (from front, when mounted) IP (from rear) DuraPANEL - Power Standard: 18-4VDC Galvanic isolated Optional Dual input DC power, Galvanic isolated Power Consumption: P typ = Watt, P max = 1 Watt DuraPANEL - Environmental Operating Temperature: -1 to + C Storage Temperature: - to +0 C Relative Humidity: 8 to 9 % (non-condensing) DuraPANEL - Approvals CE Mark: EN00-- Marine: IACS E Rev. & IEC 094 Ed. 4 Shock: ±G, ms in accordance with IEC Certificates: MR certificate DuraPANEL - Dimensions Size: 18 (W) x 14mm (H) x 9mm (Depth behind bezel) Weight: App. kg. Optional Bracket: Desk/ceiling-and wall-bracket (VESA xmm) Optional Accessories: External fan for VESA mounting PN: Rev A Page

8 page flyer rev Technical specifications are subject to change without prior notice. For drawing and full technical specifications please consult the users manual. Technical specification DuraPanel 1 DuraPANEL - General CPU: Intel Celeron Processor 980U (M Cache, 1.0 GHz) ( Cores / Threads) Chipset: Intel processor Core, Graphics and Memory Controller in a single system-on-chip (SOC) solution Memory: x SODIMM sockets with 1x 4GB DDRL 100MHz mounted Up to 1GB DDRL SODIMM Primary Disk Drive: 80GB Intel S00 SSD SATA Optional sizes GB / 10GB / 40GB / 00GB 800GB SSD SATA Optional Secondary Disk Drive (Removable): 80GB Intel S00 SSD SATA (optional) Optional sizes GB / 10GB / 40GB / 00GB 800GB SSD SATA Video: External Video out: Intel HD Graphics controller on-cpu DirectX* 11 and OpenGL 4.0 compliant Dual Independent display capable 1 x DVI-I video output connector Audio: Built-in Buzzer (-8 db(a) / 1m) Ethernet: 4 x /0/00 Mbits/s Ethernet LAN on-board, (RJ4) with auto-negotiate USB: COM: OS: 1 x Intel I18 and x Intel IAT 4 x USB.0 (max 0, Amp per USB, max Watt total) 1 x RS/4/48 (configurable) Windows, Windows 8, Linux DuraPANEL - Front DuraPANEL - Power Display size: 1,1 inch 1: LCD (TFT), MVA technology Resolution: 180 x 800 Active area: 1 x 1 mm View angle: 88 (T/B), 88 (L/R) (typical) Luminance: 400 Cd/m (typical) Optional Ambient light sensor Contrast ratio: Touch: 00:1 (typical) finger PCAP touch (internal USB interface) Front glass: Anti Reflection Protection: IP (from front, when mounted) IP (from rear) Standard: 18-4VDC Galvanic isolated Optional Dual input DC power, Galvanic isolated Power Consumption: P typ = 0 Watt, P max = Watt DuraPANEL - Environmental Operating Temperature: -1 to + C Storage Temperature: - to +0 C Relative Humidity: 8 to 9 % (non-condensing) DuraPANEL - Approvals DuraPANEL - Dimensions CE Mark: EN00-- Marine: IACS E Rev. & IEC 094 Ed. 4 Shock: ±G, ms in accordance with IEC Certificates: MR certificate Size: 9 mm (W) x mm (H) x. mm (Depth behind bezel) Drop-in retrofit 1. version Weight: App. 4 kg. Optional Bracket: Desk/ceiling-and wall-bracket (VESA xmm) PN: Rev A Page 8

9 14 11,, ,4 1 VESA 9, Angle, straightness and flatness: DS/ISO 8-H ISIC A/S, Edwin Rahrs Vej 4, DK-80 Brabrand. Tlf.: Web: This docoment contains proprietary information and is not to be used or reproduced without the written permission of ISIC A/S, 8, 14,4 Mechanical outline DuraPanel Drop in H Recommended panel cut out H 14 4x Ø, 19 G G F F, 0 4x M E 04 E,1 8,1,1, 1, VESA 4x M4x0. x deep D 4x R0, 18, 04 VESA, D C C B B, Material: Units: mm Projection method: General tolerances: 0, Hole position: 0,1 Surface: Sheet: 1 of Drawing size: A1 Designed by KSC Approved by NJS ECO 18 A Subject: Mechanical outline DuraPanel " Drop in Scale: Drawing no. Rev. A B 1:1 Replaces: 1 PN: Rev A Page 9

10 1 1,, , VESA 9, This docoment contains proprietary information and is not to be used or reproduced without the written permission of ISIC A/S Angle, straightness and flatness: DS/ISO 8-H Mechanical outline DuraPanel Flush mount H Recommended panel cut out H 4x R1 19 x M4 or Ø4, G G F F, 18, 0 E 8 E,, 1 VESA 4x M4x0. x deep 4x R8 4x R0,, x 4, THRU 8 VESA D D C C B B Material: Units: mm Projection method: General tolerances: 0, Hole position: 0,1 Surface: Sheet: of Drawing size: A1 Designed by KSC Approved by NJS ISIC A/S, Edwin Rahrs Vej 4, DK-80 Brabrand. Tlf.: Web: A Subject: Mechanical outline DuraPanel " Fluch Scale: 1:1 Drawing no. Rev. A A Replaces: 1 PN: Rev A Page

11 1 18, 1 1, 1, VESA 4 9, This docoment contains proprietary information and is not to be used or reproduced without the written permission of ISIC A/S Angle, straightness and flatness: DS/ISO 8-H 14 9 Mechanical outline DuraPanel Retrofit H Recommended panel cut out H 1 4x Ø, G G F F,1 0 E 4x M E 4, 1, VESA 4x M4x0. x deep 18, 1 18, D 4x R1 0, VESA D C C B B Material: Units: mm Projection method: General tolerances: 0, Hole position: 0,1 Surface: Sheet: of Drawing size: A1 Designed by KSC --01 Approved by NJS --01 ISIC A/S, Edwin Rahrs Vej 4, DK-80 Brabrand. Tlf.: Web: ECO 18 A Subject: Mechanical outline DuraPanel " Retofit Scale: 1:1 Drawing no. Rev. A B Replaces: 1 PN: Rev A Page 11

12 , VESA Angle, straightness and flatness: DS/ISO 8-H ISIC A/S, Edwin Rahrs Vej 4, DK-80 Brabrand. Tlf.: Web: This docoment contains proprietary information and is not to be used or reproduced without the written permission of ISIC A/S 140 Mechanical outline DuraPanel Simulator H Recommended panel cut out H 4x M4 or Ø4, 1 G G F F, 0 E E 9,1,1 8, 1, R 8 0,1 VESA 4x M4x0. x deep VESA D D C C B B 4x 4, -8 DEEP 9 X 90 Material: Units: mm Projection method: General tolerances: 0, Hole position: 0,1 Surface: Sheet: 4 of Drawing size: A1 Designed by KSC Approved by NJS A Subject: Mechanical outline DuraPanel " Simulator Scale: Drawing no. Rev. A A 1:1 Replaces: 1 PN: Rev A Page 1

13 9, Mechanical outline DuraPanel Optional fan F F E E D 1VDC Plup for fan. D C C B B Material: Units: mm Projection method: General tolerances: 0, Hole position: 0,1 Angle, straightness and flatness: DS/ISO 8-H Surface: Sheet: of Drawing size: A Designed by KSC Approved by NJS A ISIC A/S, Edwin Rahrs Vej 4, DK-80 Brabrand. Tlf.: Web: A 8 4 Subject: Mechanical outline DuraPanel " Drop in w/ Optional fan This docoment contains proprietary information and is not to be used or reproduced without the written permission of ISIC A/S Scale: 1:1 Drawing no. Rev A Replaces: 1 PN: Rev A Page 1

14 0 4, , VESA Material: Units: mm Projection method: General tolerances: 0, Hole position: 0,1 Angle, straightness and flatness: DS/ISO 8-H ISIC A/S, Edwin Rahrs Vej 4, DK-80 Brabrand. Tlf.: Web: Subject: This docoment contains proprietary information and is not to be used or reproduced without the written permission of ISIC A/S Surface: Sheet: of Approved by Drawing size: Designed by KSC Scale: Drawing no. Replaces: NJS Rev. 1 Mechanical outline DuraPanel 1 - Flush L L Recommended panel cut out 4x R1 14 K K 8x M4 or Ø4, J J I I 1 H 0 H G 4, 1, G 04,4 4x R0, 4x R1, VESA 4x M4x0. x deep VESA F F 8x Ø4, E E D D C C 1, 11,9 B B A0 A Mechanical outline DuraPanel 1,1" Fluch 1: A A PN: Rev A Page 14

15 0 0 4, 4, 4, Material: Units: mm Projection method: 1 General tolerances: 0, Hole position: 0,1 Sheet: of Angle, straightness and flatness: DS/ISO 8-H ISIC A/S, Edwin Rahrs Vej 4, DK-80 Brabrand. Tlf.: Web: Subject: This docoment contains proprietary information and is not to be used or reproduced without the written permission of ISIC A/S Surface: Approved by Drawing size: Designed by KSC Scale: Drawing no. Replaces: NJS A0 Rev. 1 Mechanical outline DuraPanel 1 - Retrofit L L Recommended panel cut out K 4x Ø, 08 K J J I I H H 4 0 G G 4x M, 9, 44, 04,4 4, F 4 F 4x R0, 9, VESA 4x M4x0. x deep VESA E E D D C 98 VESA C B B 1, 9,9 A Mechanical outline DuraPanel 1,1" Retofit 1: A A PN: Rev A Page 1

16 14 Dura Communication protocol 14.1 Message Format The interface board supports a data rate of 1900 bits per second. Data shall be transmitted with no parity, one start bit, and one stop bit. The basic message format is shown below: ATTN ADDR CMD LEN IHCHK DATA IDCHK The minimum message length is bytes Attention (ATTN) This byte identifies the start of a message. The following three values are defined: ATTN 0x0 0x0 0x1 Description Command Acknowledge Negative Acknowledge A remote master initiates a command using the 0x0 attention code. The interface board will reply with an acknowledge (ACK) code if the command was received successfully, or a negative acknowledge (NACK) if the command contained errors. Note that the interface board will acknowledge messages, even if it fails to execute the actions contained within. NACKs are only issued when the message format is corrupted, e.g. invalid checksums Address (ADDR) This byte is used to identify and address individual interface boards. In a multi-slave configuration, the master can target each interface board individually, in which case the addressed interface board will reply with either an ACK or a NACK. The remote master can address all interface boards simultaneously using the broadcast address. In this case the interface boards will not reply. ADDR 0x00:0xFE 0xFF Description Individual address space Broadcast address PN: Rev A Page 1

17 14. Command (CMD) The following commands are defined for the interface board: CMD MAN BZZ FAN ETC TMP LIS Description Manufacturer ID Buzzer Control Command Fan Control Command Elapsed Time Counter Temperature Sensor Light Sensor Data Length (LEN) This byte contains the length of the DATA field. The minimum value is 0 bytes. No messages have been defined with a length of more than bytes Inverse Header Checksum (IHCHK) This is a simple 8 bit checksum. The checksum byte is initialized to 0. A bit-wise inversion of bytes 0 to is performed. The 8 bit sum (without carry) of inverted bytes 0 to and byte shall be 0xFF. If a message fails the checksum, the interface board will reply with a NACK message with zero data. This requirement does not apply to broadcasted messages Data Sent (DS) The DS field is only transmitted as a mirror of the sent data Data Field (DATA) The data field is only transmitted if LEN is greater than 0. The field carries additional data depending of the message command Inverse Data Checksum (IDCHK) The inverse data checksum is only transmitted if LEN is greater than zero. The checksum is initialized to 0. A bit-wise inversion of DATA field(s) is performed. The 8 bit sum (without carry) of the inverted bytes and the IDCHK shall be 0xFF. The interface board will reply with a NACK to all messages with invalid checksums. This requirement does not apply to broadcasted messages No Operation (NOP) This is empty data 0x00 and only used as a filler between detection bytes for the reset command. PN: Rev A Page 1

18 14. Message Command Manufacturer ID (MAN) This command shall be sent to the interface board to request Manufacturer ID Code. No data shall be sent with the command The interface board will reply to this command with an ACK attention code. The DATA field will be set to an ASCII string with the value ISIC. Example: Ask for the Manufacturer ID: ATTN ADDR CMD LEN IHCHK 0x0 0x00 0x4D 0x41 0x4E 0x00 0x1C Reply from interface board ( ISIC ): ATTN ADDR CMD LEN IHCHK DATA IDCHK 0x0 0x00 0x4D 0x41 0x4E 0x04 0x19 0x49 0x 0x49 0x4 0xD 14.. Monitor Firmware Version (VER) This command is sent to the monitor to request the Firmware Version of the embedded code. No data shall be sent with the command. The monitor will reply to this command with an ACK attention code. The DATA field will be set to an ASCII string with the ISIC P/N and revision. Maximum length is 0 characters. Example: Ask for the Monitor Firmware Version: ATTN ADDR CMD LEN IHCHK 0x0 0x00 0x 0x4 0x 0x00 0x0B Reply from monitor ( B ): ATTN ADDR CMD LEN IHCHK DATA 0x0 0x00 0x 0x4 0x 0x0B 0x01 0x0 0x 0x0 0x 0x0 0xD DATA (cont.) IDCHK 0x0 0x0 0x0 0xD 0x4 0xD 14.. Buzzer Control Command (BZZ) This command will change the state of the buzzer on interface boards with a buzzer integrated. The value placed in the DATA field selects the state of the buzzer as listed below: DATA 0x00 0xFF State Turn the buzzer off (DEFAULT) Turn the buzzer on If the checksum is valid and the command completes successfully, the interface board will reply with an ACK message with the current buzzer state in the DATA field. If the checksum was invalid, the interface board will reply with an ACK message. PN: Rev A Page 18

19 Example: Turn the buzzer on: ATTN ADDR CMD LEN IHCHK DATA IDCHK 0x0 0x00 0x4 0xA 0xA 0x01 0x01 0xFF 0x00 Reply from Interface board: ATTN ADDR CMD LEN IHCHK DATA IDCHK 0x0 0x00 0x4 0xA 0xA 0x01 0x0 0xFF 0x Fan Control Command (FAN) This command will change the state of the fan on monitors with a fan integrated. The value placed in the DATA field selects the state of the fan as listed below: DATA 0x00 0x01 0xFF State Turn the fan off Switches the fan to temperature controlled (DEFAULT) Turn the fan on If the checksum is valid and the command completes successfully, the monitor will reply with an ACK message with the current fan state in the DATA field. If the checksum was invalid, the monitor will reply with a NACK message. Example: Turn the fan on: ATTN ADDR CMD LEN IHCHK DATA IDCHK 0x0 0x00 0x4 0x41 0x4E 0x01 0x 0xFF 0x00 Reply from Monitor: ATTN ADDR CMD LEN IHCHK DATA IDCHK 0x0 0x00 0x4 0x41 0x4E 0x01 0x 0xFF 0x Temperature Sensor (TMP) Query the interface board for the current temperature. The reply will contain a 1 byte mirror DS and byte ASCII string ranging from - to 1 C. Example: Query for current temperature: ATTN ADDR CMD LEN IHCHK DATA IDCHK 0x0 0x00 0x4 0x4D 0x0 0x01 0x0 0x 0xAD Reply from interface board ( 0 for C) ATTN ADDR CMD LEN IHCHK DS DATA IDCHK 0x0 0x00 0x4 0x4D 0x0 0x04 0x04 0x 0x0 0x 0x 0x1 PN: Rev A Page 19

20 14.. Light Sensor (LIS) Query the interface board for the surrounding light. The reply will contain a byte ASCII ranging from to. Example: Query the Light Sensor for the current value: ATTN ADDR CMD LEN IHCHK 0x0 0x00 0x4C 0x49 0x 0x00 0x Reply from interface board ( 000 ): ATTN ADDR CMD LEN IHCHK DATA IDCHK 0x0 0x00 0x4C 0x49 0x 0x0 0x0C 0x0 0x0 0x1 0x0 0x0 0x0E PN: Rev A Page 0

21 1 Compass safe distance Test object / condition Minimum Compass safe distance [cm] (.4 /H deviation or a horizontal magnetic flux of 0.094µT) Minimum Compass safe distance [cm] (18 /H deviation or a horizontal magnetic flux of 0.1µT) DuraPanel 4 cm 0 cm DuraPanel 1 cm cm 1 Power Consumption Test object / condition Ptyp [W] Pmax [W] DuraPanel W 1W DuraPanel 1 0W W 1 In rush current Test object / condition DuraPanel ~ 8 DuraPanel 1 ~ 8 18 Troubleshooting Problem Cause Solutions No picture on display No power connected Apply power Touch has an offset No grounding of the chassis Connect ground cable to chassis screw No calibration of touch Calibrate touch 19 Servicing the unit In case that the unit still fails after following the troubleshooting send the unit to ISIC for repair via our RMA service on our web. PN: Rev A Page 1

22 0 ISIC info / Support In case you have inquiries or problems with your DuraPanel, you have a number of possibilities to get support. Company name: ISIC A/S Head office: Edwin Rahrs Vej 4 DK-80 Brabrand Denmark Shipping address: Holmstrupgaardvej DK-80 Brabrand Denmark Telephone: Fax: Mail: www: mail@isic-systems.com VAT number: DK Bank Name/Address: Handelsbanken A/S Havneholmen 9 DK-11 København V Denmark Bank Code: 089 SWIFT: HANDDKKK IBAN for DKK: DK IBAN for EUR: DK IBAN for USD: DK Contacts: RFQ s: By fax to By mail to sales@isic-systems.com Orders: By fax to By mail to orders@isic-systems.com Support: Service: Via homepage under aftersales By mail to service@isic-systems.com During office-hours (Mo-Fr: CET ) at Before shipment for service Request Return Material Authorization number at homepage under RMA By mail to service@isic-systems.com PN: Rev A Page

23 1 Revision history Rev A June 01 First release PN: Rev A Page

24 Appendix A: Pixel policy ISO 941-0:008 guidelines for LCD pixel defects Introduction TFT displays consist of a set number of pixels. Each pixel consists of sub-pixels also called dots (one red, one blue and one green). Every sub-pixel is addressed by its own transistor. As a result, the manufacturing of glass substrate is very complex. Due to the nature of this manufacturing process, occasional defects can occur. Pixel defects or failures cannot be fixed or repaired and may occur at any stage during the service life of the TFT display. To regulate the acceptability of defects and protect the end user, ISIC A/S complies with the ISO 941-0:008 standard. This standard recommends how many defects are considered acceptable in a display, before it should be replaced within the terms of the warranty. Monitor classification ISO 941-0:008 Defect classes Allowed defects per type per million pixels Pixel defects Type 1 Type Type total (xn a + N b ) Cluster defect Type 1 Type Type Class: Class: I Class: II Class: III ISIC TFT monitors comply with ISO 941-0:008 Class II. Special agreements about other classifications can be made between ISIC A/S and the customer. Measurement method/monitoring conditions for pixel defects In compliance with the ISO-941-0:008 standard, the following conditions are observed: Final check for pixel fault undertaken right after burn-in, i.e. with pre-heating of the display. Surrounding temperature ºC ± ºC Relative air humidity 40 0% Pixel definition Every pixel consists of three sub-pixels/dots (red, blue, green). Every sub-pixel has its own transistor. The three sub-pixels/dots must be considered as one unit. PN: Rev A Page 4

25 Pixel Pixel defect type 1 Pixel constantly lit Pixel defect type Pixel constantly dark Pixel defect type a Sub-pixel/dot (red, blue, green) constantly lit Pixel defect type b Sub-pixel/dot (red, blue, green) constantly dark Cluster A cluster consists of x pixels. Cluster pixel defect type 1 Cluster pixel defect type Pixels in a cluster area constantly lit Pixels in a cluster area constantly dark Cluster pixel defect type a Sub-pixels/dots in a cluster area constantly lit Cluster pixel defect type b Sub-pixels/dots in a cluster area constantly dark PN: Rev A Page

26 Pixel faults accepted by ISIC A/S The maximum number of pixel faults that is considered acceptable at different screen resolutions is shown in the table below. This is the native resolution and not the resolution as adjusted by user. Screen type Native resolution Class II Allowable number of pixel faults in monitor applications Number of pixels Pixel defect type 1 Pixel defect type Pixel defect Type total (xn a + N b ) Cluster defect type 1 and WVGA 800x480 84, XGA 4x8 8, WXGA 180x800 1,04, SXGA 180x4 1,, UXGA 100x0 1,90, FHD 190x80,0, WUXGA 190x0,04, Cluster defect type PN: Rev A Page

27 Appendix B: Certificate of Conformity PN: Rev A Page

28 Edwin Rahrs Vej 4 DK-80 Brabrand Denmark Web: service@isic-systems.com PN: Rev A Page 8