D and T FS-S5202C 52" DUAL COLOR TFT LCD MONITOR User Manual
D&T; Inc. 52" DUAL COLOR TFT LCD MONITOR Users Manual
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Users Manual
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| Document ID | 1063701 |
| Application ID | LRI4utd5wEU6m0eq8QE9Qw== |
| Document Description | Users Manual |
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| Document Type | User Manual |
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| Filesize | 82.37kB (1029643 bits) |
| Date Submitted | 2009-02-02 00:00:00 |
| Date Available | 2009-02-02 00:00:00 |
| Creation Date | 2009-01-30 17:32:46 |
| Producing Software | Acrobat Distiller 7.0.5 (Windows) |
| Document Lastmod | 2009-01-30 17:33:56 |
| Document Title | Microsoft Word - 52inch_Dual_FS-S5202C_Product_Specifications_090125.doc |
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User’s Manual 52” Dual Color TFT LCD Monitor Model Name : FS-S5202C Model Number : 0100400003AA Customer Project name : Aquarius Dual TANDBERG Item number : 117336 Date Page 1 of Item name : TANDBERG Monitor Dual 52” Assembly Sign Changes : Rev 01 First build of the specification Rev.:01-draft Init Tech App Vendor Vendor/Manufacturer Part No FS-S5202C 0100400003AA Vendor/Manufacturer must guarantee that assembly is in compliance with RoHS directive(tick-off) All contents are confidential Do not copy INFORMATION TO USER : General Specification 1. General Description and Scope 2.1 General Description This specification applies to the Type 52” Color TFT/LCD Module “LTI520HB01”. This module is designed for a LCD TV style display unit. The screen format and electrical interface are intended to support the VESA WUXGA (1920(H) ×1080(V) at 60Hz) screen. Supported Color is native 16.7M colors (RGB-8bit data driver). All input signals are LVDS (Low Voltage Differential Signaling) interface compatible. 2. Environmental and Reliability Specifications 3.1 Operating Conditions 3.1.1 Temperature : 0℃~ 40℃ Note : Max. Operating Temperature 40℃ in the spec means the temperature measured at the point of the front surface of the LCD glass cell. 3.1.2 Humidity : 10% ~ 90%, non-condensing 3.1.3 Altitude : maximum 4,500m 3.1.4 Test Type Low temperature Parameters T = 0°C Dwell time = 8h + 2h (power-off) Cold start-up after the power-off period Description and comments Lab amb 1h 1h 0.5h High temperature T = +40°C Dwell time = 8h + 2h (power-off) Warm start-up after the power-off period Results Passed 0.5h 8h 2h Passed 2h 8h 0.5h 0.5h Lab amb 1h 1h Shield the unit against direct airflow Passed P = 60kPa (4206m) Pressure dwell time = 2h T = +40°C 0.5h 2.5h 0.1h 3.5h 0.1h Low pressure 0.5h Lab amb 2h 1h 1h Shield the unit against direct airflow Document No. D&TQP0302-11(0) Revision No. 01 Page 2 of 22 3.2 Non-Operational Conditions 3.2.1 3.2.2 3.2.3 3.2.4 Temperature : -20℃~ 60℃ Humidity : 10% ~ 90%, non-condensing Altitude : maximum 15,000m Test Type Low temperature Parameters T = -20°C Dwell time = 16h Description and comments Results Passed High temperature T = +60°C Dwell time = 16h Passed Thermal shock Low temperature = -20°C High temperature = +60°C Temperature gradient = 5°C/min Dwell time = 2h No. of cycles = 3 Passed Humidity RH = 90% Low temperature = 30°C High temperature = 60°C No. of cycles: 5 ea 24h Passed 9h 60 3h 3h 30 9h One cycle Document No. D&TQP0302-11(0) Revision No. 01 Page 3 of 22 3.3 Packing Conditions 3.3.1 3.3.2 3.3.3 3.3.4 Temperature Humidity Altitude Test Type Freefall Drop vibration Document No. : -20℃~ 50℃ : 10% ~ 90%, non-condensing : maximum15,000m Parameters Drop surface Drop height Impact area No. of drops Frequency range Displacement Acceleration Sweep rate Duration D&TQP0302-11(0) Result Passed Concrete or steel Weight > 100kg: 0.1m 6 faces 1 selected corner 1 selected edge 1 per impact area 5-10Hz 3.5mm 10-50Hz Passed 1g 3min(5-50-5) Right/Left : 15min Front/Back : 15min Up/Down : 30min Revision No. 01 Page 4 of 22 3. Input Signal and AC Power 4.1 AC Power 4.1.1 AC input voltage : AC 100 to 240 Volts (Universal power) 4.1.2 AC input frequency : 50~60Hz ±3Hz 4.2 Video and Sync Signal 4.2.1 Video signal A. Horizontal frequency : 25 ~ 90KHz B. Vertical frequency : 24 ~ 120Hz C. Applicable maximum pixel frequency : 170MHz(Analog), 165MHz(Digital) D. Maximum resolution : 1920x1200 / 60Hz 4.2.2 Signal connectors A. HDMI type Ax3x2(Dual) : HDMI input B. 15p D-Sub(Female, 3row) x1x2(Dual) : Analog RGB input C. 9p D-Sub (Female) x1x2(Dual) : RS232C Input D. 9p D-Sub (Male) x1x2(Dual) : RS232C Output E. 15p D-Sub(Male, 2row) x1x(Dual) : Audio AMP signal input F. AC Inlet x1x2(Dual) : main AC power input 4. Electrical Performance: Except where noted, the following test conditions are required. 5.1 Standard Testing Conditions 5.1.1 5.1.2 5.1.3 5.1.4 5.1.5 AC power voltage and frequency : AC 100 ~ 240V±10%, 60Hz/50Hz±3Hz Ambient temperature: 25℃± 5℃ Brightness setting : set brightness control to the maximum level of the OSD LCD panel direction : test at the parallel position with LCD panel center line Ambient light level : between 300 lux and 700 lux 5.2 Power management 5.2.1 Power management : This system can save energy by switching this monitor into a low-mode when the display video signal is none. But power Management system can not be corresponded with VESA DPMS, because of the TANDBERG’s operation specification. 5.2.1 Power Management Modes. State Power consumption Normal operation Max 1000Wrms DPMS or Standby mode Max 50Wrms Sleep mode Max 3.5Wrms Document No. D&TQP0302-11(0) Revision No. 01 Page 5 of 22 5.3 LCD (Liquid Crystal Display) Panel Specifications This specification applies to the Type 52” Color TFT/LCD Module “LTI520HB01”. This module is designed for a LCD TV style display unit. The screen format and electrical interface are intended to support the WUXGA(1920(H) ×1080(V)) screen. Supported gray scales are native 8bit per 1(one) sub pixel. All input signals are LVDS(Low Voltage Differential Signaling) interface compatible. 5.3.1 General specification Item Display diagonal area viewable Driver element Number of Pixels Pixel Pitch Pixel arrangement Display colors Viewing angle(max) Display mode SPECIFICATION 1321 1152.0(H) × 648.0(V) a-Si TFT Active matrix 1920x1080, 2.07Million 0.6(H) ×0.6(V) R. B, G Vertical Stripe 16.7M (RGB 8-bit data) 178(H), 178(V) Normally black UNIT mm mm NOTE pixels mm degrees 120 minutes after lighting on 5.3.2 Optical characteristics (LCD panel specification) The following optical characteristics are measured under stable conditions. It takes about 120minutes to reach stable conditions. The measuring point is the center of display area unless otherwise noted. The optical characteristics should be measured in a dark room or equivalent state. Measuring equipment : TOPCON BM-7, SPECTRORADIOMETER SR-3 Temperature of LCD surface=25℃, VDD=12.0V, fV=60Hz, BRT=High(PWM Duty 100%) ITEM Contrast Ratio Rise Response Time Fall Brightness of white SYMBOL CONDITION C/R Tr Tf Bwh Red θ=0° 1) Green Color Chromaticity (CIE) Blue White θL Hor θR Viewing Angle θU Ver θD Document No. D&TQP0302-11(0) Min. 1300 500 75 75 75 75 Typ. 1700 14 600 0.645 0.336 0.275 0.606 0.143 0.067 0.280 0.290 89 89 89 89 Revision No. 01 TYP -0.03 Max. 24 10 UNIT ms ms cd/m² TYP +0.03 Degree Page 6 of 22 N o rm al L in e φ = 0 o, θ = 0 o θ θ θ φ =90o φ y* φL = 90o φ = 90o x* θR =90o Definition of Response time : Black(TFT OFF) Display data Black(TFT OFF) White(TFT ON) TR Optical Response TF 100% 90% 10% 0% Time 5.3.3 Luminance Uniformity When the backlight is on with all pixels in the white (maximum gray) level, the luminance uniformity is defined as follow; Where; Lbright : The luminance of the brightest part of the area Ldark :The luminance of the darkest part of the area Adjacent Area Luminance Uniformity = ( Lbright - Ldark ) / Lbright ≤ 0.25 Over a circular area of 10mm diameter placed anywhere on the screen Screen Total Luminance Uniformity = ( Lbright - Ldark ) / Lbright ≤ 0.25 Over the entire screen 5.4 Front of screen (FOS) performance 5.4.1 Chromaticity(White) : X = 0.280, Y = 0.290 5.4.2 Luminance : no less than 500㏅/㎡ Controls setting condition : contrast and brightness max Document No. D&TQP0302-11(0) Revision No. 01 Page 7 of 22 5.4.3 Minimum luminance : less than 30cd/㎡ with full white pattern at the contrast default and minimum brightness and minimum back light level 5.4.4 Gray scale linearity : The 16 step gray bars shall be distinguishable at the default contrast and default brightness or 3 steps down contrast setting of the OSD menu 5.4.5 Noise : Pixel displacement, jitter, or swim shall not be visible to the eye when viewed at 50cm from the LCD panel surface. 5.5 Defect : Defects are considered to be impairments to video quality, which exist independently of displayed information. They may be electrical, mechanical, or physical imperfection of display resulting from processing, handling, shipping, etc. 5.5.1 Bright and Black Dots The following Table describes the specification of bright and black dots in the visual screen quality of the TFT-LCD module at power-ON. Items Any Bright Dots(Two joined dot must be counted 2) Any Black Dots(Two joined dot must be counted 2) Bright and Black Dots(total) Two Joined Bright Dots Three Joined Bright Dots. Two joined Black Dots Three Joined Black Dots Minimum distance between dot defects Bright dot – Bright dot Black dot – Black dot Basic Conditions: Viewing Distance 1500±10 mm Ambient Illumination 300~700 lux(Normal 500lux) Ambient Temperature 25±5 ℃ 5.5.2 5mm Ignore Visual Screen Quality Item Size(mm) Circular 0.3∠D≤3.0 Permissible Number Linear 2∠L≤15.0 with white or black picture Bright Foreign Material (in polarizer or cell) Scratches on the polarizer / glass 0.3≤D≤0.5 with black picture 2∠L≤15.0 Non operation Dent on the polarizer / glass D: Average Diameter, L: Length, 0.3≤D≤0.8 10 Foreign Material (in the polarizer, Cell) Specification 5x2 Max 10x2 Max 15x2 Max 1x2 Max 1x2 Max 2x2 Max 1x2 Max Document No. D&TQP0302-11(0) Revision No. 01 Operation Condition with white picture Page 8 of 22 5. Signal Connections and Pin Assignments 6.1 AC Inlet socket Pin Signal Assignment GND Live Neutral 6.2 HDMI Connector (Type A) Pin Document No. Signal Assignment Pin Signal Assignment TMDS Data2+ TMDS Data2 Shield TMDS Data2- TMDS Data1+ TMDS Data1 Shield TMDS Data1- TMDS Data0+ TMDS Data0 Shield TMDS Data0- 10 TMDS Clock+ 11 TMDS Clock Shield 12 TMDS Clock- 13 NC 14 NC 15 DDC SCL 16 DDC SDA 17 DDC Ground 18 +5V Power 19 Hot Plug Detect D&TQP0302-11(0) Revision No. 01 Page 9 of 22 6.3 15pin D-Sub Connector : Analog RGB signal input Pin Signal Assignment Red Green Blue GND DDC 5V Standby /Cable connection check GND-Red GND-Green GND-Blue Pin 10 11 12 Signal Assignment NC GND-Sync GND DDC SDA 13 H Sync 14 15 V Sync DDC SCL 6.4 9pin D-Sub(Female) Connector : RS232C Input Pin Signal Assignment RS232 ID RS232 RXD RS232 TXD NC GND Pin Signal Assignment NC NC +5V Output NC 6.5 9pin D-Sub(Male) Connector : RS232C Output z This connector is used for chain connection with other Eagle monitor. Document No. D&TQP0302-11(0) Revision No. 01 Page 10 of 22 Pin Signal Assignment NC RS232 RXD RS232 TXD NC GND Pin Signal Assignment NC NC NC NC 6.6 15pin D-Sub(Male, 2row) Connector Pin Signal Assignment Speaker ID 1 Speaker ID 0 Pin 10 Signal Assignment Left Full Range + Left Full Range - Center Tweeter + 11 Right Full Range + Center Tweeter 12 Right Full Range Center woofer1 + 13 LMNT Center woofer1 14 AMP Ground Center woofer2 + 15 Speaker ID 2 Center woofer2 This connection is optimized for TANDBERG’s DNAM AMP system, And DNAM Identify the speaker ID so that output appropriate audio signal to match this monitor’s speaker module.* On this monitor the pin1(Speaker ID 1) must be connected to ground by using internal speaker wiring. Pin name LMNT Speaker ID 2 Speaker ID 1 Speaker ID 0 Set digit to 1 : must be floated 0 : must be tied to circuit ground Document No. D&TQP0302-11(0) Revision No. 01 Page 11 of 22 6. Supported Timing 7.1 Standard Timing Chart Resolution Timing Item Pixel Clock (MHz) Sync Polarity (H/V) Scanning Type -Hor Frequency (kHz) -Period (us) -Active time (us) -Front porch (us) -Sync width (us) -Back porch (us) -Ver Frequency(Hz) -Period (ms) -Active time (ms) -Front porch (ms) -Sync width (ms) -Back porch (ms) Resolution Timing Item Pixel Clock (MHz) Sync Polarity (H/V) Scanning Type -Hor Frequency (kHz) -Period (us) -Active time (us) -Front porch (us) -Sync width (us) -Back porch (us) -Ver Frequency(Hz) -Period (ms) -Active time (ms) -Front porch (ms) -Sync width (ms) -Back porch (ms) Resolution Timing Item Pixel Clock (MHz) Sync Polarity (H/V) Scanning Type -Hor Frequency (kHz) -Period (us) -Active time (us) -Front porch (us) -Sync width (us) -Back porch (us) -Ver Frequency(Hz) -Period (ms) -Active time (ms) -Front porch (ms) -Sync width (ms) -Back porch (ms) Document No. 640x480 @60Hz 800x600 @50Hz 800x600 @60Hz 800x600 @75Hz 1024x768 @60Hz 1280x720 @50Hz 1280x720 @60Hz 25.175 N/N Progressive 31.469 31.778 25.422 0.318 3.813 1.589 59.940 16.683 15.253 0.064 0.064 0.794 35.4375 P/P Progressive 31.500 31.746 22.575 1.129 3.612 4.430 50.000 20.000 19.048 0.032 0.127 0.794 40.000 P/P Progressive 37.879 26.400 20.000 1.000 3.200 2.200 60.317 16.579 15.840 0.026 0.106 0.626 49.500 P/P Progressive 46.875 21.333 16.162 0.323 1.616 3.232 75.000 13.333 12.800 0.021 0.064 0.488 65.000 N/N Progressive 48.363 20.677 15.754 0.369 2.092 2.462 60.004 16.666 15.880 0.062 0.124 0.600 74.250 P/P Progressive 37.500 26.667 17.239 5.926 0.539 2.963 50.000 20.000 19.200 0.133 0.133 0.533 74.250 P/P Progressive 45.000 22.222 17.239 1.481 0.539 2.963 60.000 16.666 16.000 0.111 0.111 0.444 1280x720 @100Hz 1280x720 @120Hz 1280x1024 @60Hz 1280x768 @60Hz 1360x768 @60Hz 1366x768 @60Hz 1400x1050 @60Hz 148.500 P/P Progressive 75.000 13.333 8.620 2.963 0.269 1.481 100.000 10.000 9.600 0.066 0.067 0.267 148.500 P/P Progressive 90.000 11.111 8.620 0.741 0.269 1.481 120.000 8.333 8.000 0.055 0.056 0.222 108.00 P/P Progressive 63.981 15.630 11.852 0.444 1.037 2.296 60.020 16.661 16.005 0.016 0.047 0.594 79.500 N/P Progressive 47.776 20.931 16.101 0.805 1.610 2.415 59.870 16.703 16.075 0.063 0.147 0.419 85.500 P/P Progressive 47.712 20.959 15.906 0.749 1.310 2.994 60.015 16.662 16.097 0.063 0.126 0.377 87.750 N/P Progressive 48.320 20.695 15.567 0.661 0.912 3.556 59.803 16.722 15.894 0.041 0.248 0.538 121.751 N/P Progressive 65.317 15.309 11.499 0.607 1.240 1.963 59.979 16.672 16.075 0.046 0.061 0.490 1680x1050 @60Hz 1600x1200 @60Hz 1920x1080 @24Hz 1920x1080 @25Hz 1920x1080 @30Hz 1920x1080 @48Hz 1920x1080 @50Hz 119.000 P/N Progressive 64.674 15.462 14.118 0.403 0.269 0.672 59.883 16.699 16.235 0.031 0.093 0.340 162.000 P/P Progressive 75.000 13.333 9.877 0.395 1.185 1.877 60.000 16.667 16.000 0.013 0.040 0.613 74.250 P/P Progressive 27.000 37.037 25.859 8.592 0.593 1.993 24.000 41.666 40.000 0.148 0.185 1.333 74.250 P/P Progressive 28.125 35.555 25.859 7.110 0.593 1.993 25.000 40.000 38.400 0.142 0.178 1.280 74.250 P/P Progressive 33.750 29.629 25.859 1.184 0.593 1.993 30.000 33.333 32.000 0.116 0.148 1.067 148.5 148.500 P/P Progressive 56.250 17.777 12.929 3.555 0.296 0.997 50.000 20.000 19.200 0.071 0.089 0.640 D&TQP0302-11(0) Revision No. 01 Progressive 52.000 48.000 Page 12 of 22 Resolution Timing Item Pixel Clock (MHz) Sync Polarity (H/V) Scanning Type -Hor Frequency (kHz) -Period (us) -Active time (us) -Front porch (us) -Sync width (us) -Back porch (us) -Ver Frequency(Hz) -Period (ms) -Active time (ms) -Front porch (ms) -Sync width (ms) -Back porch (ms) Document No. 1920x1080 @60Hz 1920x1200 @60Hz 148.500 P/P Progressive 67.500 14.814 12.929 0.592 0.296 0.997 60.000 16.666 16.000 0.059 0.074 0.533 154.000 P/N Progressive 74.038 13.506 12.468 0.312 0.208 0.519 59.950 16.681 16.208 0.041 0.081 0.351 D&TQP0302-11(0) Revision No. 01 Page 13 of 22 7. User control function 8.1 User Controls We will not provide remote controller, because no need to control the OSD function normally, but will provide it for service engineer to check the RS232C function easily. Following is the description how you can adjust or change the OSD function Function name POWER MENU SOURCE UP DOWN PLUS MINUS SET Operation • Monitor power on and off • With OSD deactivated, Activated to OSD menu • With OSD activated, Exit from main menu or sub menu. • With OSD deactivated, you can see the kind of displayed source on right under of the screen. • With OSD deactivated, Hot key of the brightness control and increases the brightness. • With OSD activated, move the cursor upward. • With OSD deactivated, Hot key of the brightness control and decreases the brightness. • With OSD activated, move the cursor downward • With OSD deactivated, Hot key of the contrast control and increases the contrast. • With OSD activated, enter sub menu and increases the adjustment of the selected • With OSD deactivated, Hot key of the contrast control and decreases the contrast. • With OSD activated, decreases the adjustment of the selected function. • With OSD activated, Enter sub menu and change each sub menu’s item RS232C command from external controller @@1KESPWR @@1KESMNU @@1KESSRC @@1KESUPK @@1KESDWN @@1KESPLS @@1KESMNS @@1KESSET 3rd character “1” of the RS232C command is the unit ID, so this can be changed according to unit ID. Document No. D&TQP0302-11(0) Revision No. 01 Page 14 of 22 8. Special Consideration 9.1 All the supported timing modes (includes LCD Panel mode) are described in chapter8. (Optimized with TANDBERG’s requirement signal timing) 9.2 This model have plug & play feature of DDC 1, DDC2B. This function is operating when the monitor is connected to a system compatible with VESA DDC standard. The DDC data structure is based on VESA DDC 1.3 standard 9.3 You can adjust and change the several function without buttons, by using RS232C serial communication protocol through 9pin D-Sub (Female) connector. (Refer to RS232C serial interface protocol) 9.4 RS232C chain connection with several monitor is available through RS232C IN/OUT connector. (ex, TANDBERG’s T3 system, Max 9 monitor) So you can adjust and change the several monitor individually or at the same time. 9. Applicable Regulations :The products described in this specification must meet all applicable safety and regulatory requirements as listed in this chapter. 10.1 Approvals-Europe(CE Mark) Type Requirement CE Mark All Products must have CE mark LVD Directive Standards for LVD: 73/23/EEC IEC/EN 60950-1 2nd ed CB according to IEC60950-1 incl all the different nation deviations. Special requirements. • Ambient temperature 40℃ • CI. 5. 1 Touch current Max 0.5mA touch current with switch “ON” and “OFF” position. • Approved to 3,000 meter altitude above sea level. EMC Directive EN 55022 : 2005 (Class B) 89/336/EEC EN 55024 : 1998 Incl A1/A2 EN 61000-3-2 : 2000 EN 61000-3-3 : 1995 Incl A1 Testing: All testing must be performed in accredited test laboratory EMC testing must be performed in laboratory appointed as competent body according to the EMC directive RoHS Directive Product must comply with the European RoHS Directive 2002/95/EC Signed declarations or test reports is accepted to document compliance. 10.2 Approvals-North America(USA/Canada : UL, FCC Mark) Type Requirement Electrical Safety Product must be tested and approved according to relevant standard CSA 60950-1-07 2nd ed / UL 60950-1 2nd ed Approval agency must be accredited as an NRTL EMC EMC Requirements according to FCC15B (Class B) Document No. D&TQP0302-11(0) Revision No. 01 Page 15 of 22 10. Entire system block diagram Document No. D&TQP0302-11(0) Revision No. 01 Page 16 of 22 11. Mechanical and printing Specifications This monitor is used for TANDBERG’s video conferencing system ‘EAGLE’. Following dimension and outward sharp is designed by TANDBERG originally. 16.1 Outward drawing and Weight Outward Size Weight 2412 X 170 X 867 mm Max 130Kg 16.2 Product label 16.2.1 Brand Logo : TANDBERG 16.2.2 Model No : FS-S5202C 16.2.3 Rating Label (This may vary based on the TANDBERG's request, and the changed contents of the Rating Label shall not be specified in this specification.) A. Location : on the top module (Refer to the following picture) B. Tilt : Shall not be tilted more than 1mm C. Size : 40 x 102 mm (R0.5 x 4edge) D. Material : Enumudeurong (Polyester film) E. Base Color : Black F. Printing Color : PMS877(Silver) G. Description: Document No. D&TQP0302-11(0) Revision No. Rev: 1 01 Page 17 of 22 16.2.4 Product’s barcode label and Serial number structure A. Location : On the product label B. Tilt : Shall not be tilted more than 1mm C. Size : 70 x 11mm D. Material : Art paper E. Base Color : White F. Printing Color : Black G. Description: Serial No digit Item Initial This mean D&T Inc Build year (7:2007, 8:2008, 9:2009~) Build month(A: January, B: February, ~L: December) Model (A : FS-L4201C, B: FS-S5201C, C: FS-P6501C, D: FSL4205C, E : FS-S5202C....) 5~8 0001 Serial Number (0001~9999) Manufactured digit Item Initial 1~4 2009 Build year 5~6 01 Build month(01:January, 02:February, ~12: December) Document No. D&TQP0302-11(0) Revision No. 01 Page 18 of 22 16.3 Packing Specification (Full set 1unit) 16.3 1 Dimension Carton box (Outside, Full set 1 unit) Width Depth Height 1500mm 1100mm 1240mm 01 Page 16.3.2 Packing Weight & Volume Packing Weight(Max) Document No. Volume kg lbs ft3 170 375 2.05 72.26 D&TQP0302-11(0) Revision No. 19 of 22 16.3.3 Cushion and inside view Document No. D&TQP0302-11(0) Revision No. 01 Page 20 of 22 16.3.4 A. B. C. D. E. F. BOX label Location : On the 2 narrow side of carton box (Refer to the following picture) Tilt : Shall not be tilted more than 3mm Size : 104 x 127mm Material : Art paper Base Color : White Description: G. Barcode structure(when we read the barcode by reader: 0100000000117336240P21D9AE0001) *The barcode is in accordance with UCC/EAN128 format* Readied digit Item Initial 1~2 01 3~10 00000000 Supplementary 8 digits 11~16 117336 TANDBERG’s item number 17~19 240 Second reference 20 Variant 21~22 21 Third reference 23 This mean D&T Inc 24 Build year (7:2007, 8:2008,~) 25 Build month(A: January, B: February, ~L: December) 26 Model (A : FS-S5202C, …) 27~30 0001 Serial number (0001~9999) Document No. First reference D&TQP0302-11(0) Revision No. Same as product’s barcode digits 01 Page 21 of 22 16.5 Container loading 16.5.1 In case of 20ft container : 6 pallets= 18units 16.5.2 In case of 40ft container : 13 pallets= 39units Document No. D&TQP0302-11(0) Revision No. 01 Page 22 of 22
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