SPECIFICATIONS 1. PICTURE TUBE Size DefIection Angle Neck Diameter Phosphor Stripe Pitch Low Radiation Face Treatment : 19 inch (Flat Slot Mask) : 90° : 29.1 mm : P22 : 0.24 mm : TCO-99, MPR-II : AR-ASC coating 2. SIGNAL 2-1. Horizontal & Vertical Sync 1) Input Voltage Level : Low= ≤0.8V, High= ≥2.1V 2) Sync Polarity : Positive or Negative 2-2. Video Input Signal 1) Voltage Level a) Color 0, 0 b) Color 7, 0 c) Color 15, 0 2) Input Impedance 3) Video Color 4) Signal Format : 0 ~ 0.7 Vp-p : 0 Vp-p : 0.467 Vp-p : 0.7 Vp-p : 75 Ω : R, G, B Analog : Refer to the Timing Chart 2-3. Signal Connector 15 Pin D-Sub Connector, Attached 2-4. Scanning Frequency Horizontal : 30 ~ 96 kHz Vertical : 50 ~ 160 Hz 4-2. Display Color : Full Colors 4-3. Display Resolution : 1600 Dots x 1200Lines/75Hz 4-4. Video Bandwidth : 203MHz 5. ENVIRONMENT 5-1. Operating Temperature: 10°C ~ 35°C (50°F ~ 95°F) (Ambient) 5-2. Relative Humidity : 8% ~ 80% (Non-condensing) 5-3. Altitude : 5000m 6. DIMENSIONS (with TILT/SWIVEL) Width : 470 mm (18.60") Depth : 470 mm (18.60") Height : 480 mm (18.90") 7. WEIGHT (with TILT/SWIVEL) Net Weight : 25.7 kg (56.67 lbs) Gross Weight : 28.6 kg (63.06 lbs) 8. USB Specifications USB Standard : Rev. 1.0 complied self-powered hub Downstream power supply : 500mA for each (MAX) Communication speed : 12 Mbps (Full), 1.5 Mbps (Low) USB port : 1 Upstream port 4 Downstream ports 3. POWER SUPPLY 3-1. Power Range AC 90~264V, 50/60Hz 2.0A (NON PFC) AC 200~240V 50Hz 1.5A (PFC Version) 3-2. Power Consumption MODE 4. DISPLAY AREA 4-1. Active Video Area : • Max Image Size - 366.0 x 274.5mm (14.40" x 10.80") • Preset Image Size - 350 x 262 mm (13.78" x 10.31") H/V SYNC POWER CONSUMPTION LED COLOR NORMAL (ON) ON/ON less than 140W GREEN STAND-BY OFF/ON less than 8W SUSPEND ON/OFF less than 8W OFF OFF/OFF less than 3W ORANGE ORANGE WIRING DIAGRAM Anode Cap Purity Convergence P301 P319 P306 P302 P303 Degauss Tilt CDT Earth Purity DY Degauss P801 P704 P903 P612 P404 (CONV H/V) P403 P610 P991 P904 Main PCB P401 P990 P992 P402 P101 - 10 - P611 PFC BLOCK DIAGRAM - 14 - DESCRIPTION OF BLOCK DIAGRAM 1. Line Filter & Associated Circuit This is used for suppressing noise of power input line flowing into the monitor and/or some noise generated in this monitor flowing out through the power input line. That is to say, this circuit prevents interference between the monitor and other electric appliances. 2. Degauss Circuit & Coil The Degauss circuit consists of the degaussing coil, the PTC (Positive Temperature Coefficient) thermistor (TH901), and the relay(RL901). This circuit eliminates abnormal color of the screen automatically by degaussing the slot mask in the CRT when turn on the power switch. When you need to degauss while using the monitor select DEGAUSS in the SPECIAL on the OSD menu. 3. SMPS(Switching Mode Power Supply). This circuit works with power of 90~132Vac/ 196~ 264Vac (50/60Hz). The operation procedure is as follows: 1) AC input voltage is rectified and smoothed by the bridge diode (D901) and capacitors (C912). 2) The rectified voltage (DC voltage) is applied to the primary coil of the transformer (T901,T902). 3) The control IC (IC901) generates switching pulse to turn on and off the primary coil of the transformer (T902) repeatedly. 4) Depending on the turn ratio of the transformer , the secondary voltages appear at the secondary coil of the transformer (T902). 5) These secondary voltages are rectified by each diode (D922.923,924,926,925,933) and operate the other circuits. (Deflection , Video Amplifier ,..... etc.). The switching IC (IC901) controls input-pulse-width and generates secondary voltages by sub-transformer (T901). 4. Display Power Management Circuit. This circuit control power consumption of the monitor by detecting H and V sync signal. There are Stand-by and suspend mode. When no horizontal or vertical sync signal input, the circuit consists of Q903 and IC913 becomes stand-by and suspend mode. Its power consumption is below 8W. 5. X-ray Protection. This circuit detects the rectified DC voltage comes from the FBT pin 6. If the high volltage of the FBT reaches up to about 30kV (abnormal state), high voltage control PWM IC (IC1001) detects it. And PWM IC (IC1001) prevent output voltage to the gate of switching FET (Q507). It stops operating primary circuit of the FBT (T703), and high voltage is not be generated.(In the normal state, the high voltage is about 27kV.) 6. Micom (Microprocessor) Circuit. The operating procedure of Micom (Microprocessor) and its associated circuit is as follows: 1) H and V Sync signal is supplied from the D-sub to the Micom (IC201). 2) The Micom (IC201) distinguishes polarity and frequency of H and V sync. 3) The Micom controls each OSD function signals.(H-size, H-position, V-size, etc.) 4) The controlled data of each mode is stored in itself. User can adjust screen condition by each OSD function. The data of the adjust screen condition is stored automatically. 7. Horizontal and Vertical Synchronous Processor This circuit generates the horizontal drive pulse and the vertical drive pulse by taking sync-signal from the signal cable. This circuit consists of the TDA4856 (IC701) and the associated circuit. 8. Oscillating Circuit for D/D Converter. This circuit generates the saw-tooth wave which has the horizontal period by taking the output of the TDA4856 (IC701). 9. D/D (DC to DC) Converter. This circuit supplies DC voltage to the horizontal deflection output circuit by decreasing DC 190V which is the secondary voltage of the SMPS in accordance with the input horizontal sync signal. 10. Side-Pincushion Correcting Circuit. This circuit improves the side-pincushion of the screen by mixing east-west wave to the output of the horizontal deflection D/D converter which is used for the supply voltage source (B+) of the deflection circuit. 11. D/D Drive & Convert Circuit. This circuit is used for supplying B+ voltage to horizontal deflection output transistor(Q707). This circuit makes to add side-pincushion correcting signal to B+ voltage. 12. Horizontal Deflection Output Circuit. This circuit makes the horizontal deflection by supplying the saw-tooth current to the horizontal deflection yoke. 13. High Voltage Output & FBT (Fly Back Transformer). The high voltage output circuit is used for generating pulse wave to the primary coil of the FBT (Fly Back Transformer (T703)). A boosted voltage (about 27kV) appears at the secondary of the FBT and it is supplied to the anode of the CRT. And there are another output voltages such as the dynamic focus frequency. 14. H-Linearity Correction Circuit. This circuit corrects the horizontal linearity for each horizontal sync frequency. - 15 - 15. Vertical Output Circuit. This circuit takes the vertical ramp wave form the TDA4856(IC701) and performs the vertical deflection by supplying the saw-tooth wave current form the TDA8172 (IC601) to the vertical deflection yoke. 21. OSD Circuit. This circuit is used for performing the OSD (On Screen Display) function. When a user selects the OSD Select/ Adjustment control, the adjustment status displays on the screen. 16. Dynamic Focus Output circuit. This circuit takes H and V parabola wave from the TDA4856(IC701) and amplifies these waves to offer to the FBT(T703). 22. Video Pre-Amp Circuit. This circuit amplifies the analog video signal from 0-0.7V to 0-4V. This circuit is operated by taking the clamp, R, G, B drives, and contrast signals from the Micom (IC201). 17. H & V Blanking and Brightness Control. This circuit eliminates the retrace line by supplying a negative pulse to the G1 of the CRT. The brightness control circuit is used to control of the screen brightness by changing the DC level of G1. 23. Video Output Amp Circuit. This circuit amplifies the video signal which comes from the video pre-amp circuit and amplified video signal is applied to the CRT cathode. 18. Tilt (Image Rotation) Circuit. This circuit corrects the tilt of the screen by supplying the image rotation signal to the tilt coil which is attached to the CRT near the deflection. 19. Static Convergence Control Circuit. This circuit corrects the convergence of the screen by supplying the convergence signal to the 4H(STC) coil which is attached to the CRT near the deflection. 20. Moiré Reduction Circuit. This circuit reduce interference between the periodical display pattern and the CRT’s slot (or dot). The positions of every other one dot video signal beams (red, green and blue beam) are shifted finely, thus reducing interference. - 16 - TROUBLESHOOTING GUIDE 1. NO POWER NO POWER (POWER INDICATOR OFF) CHECK FUSE OK? NO TROUBLE IN FUSE (F901) NO TROUBLE IN D901 YES CHECK C912 (+) VOLTAGE? YES CHECK IC901 PIN 3 WAVEFORM (SQUARE WAVE COMES OUT?) NO TROUBLE IN IC901 NO TROUBLE IN D923, D922, D924, D925, D927 YES CHECK D923, D922, D924, D925, D927 VOLTAGE? YES TROUBLE IN IC903 - 19 - 2. NO CHARACTER NO CHARACTER CHECK IC302 PIN 3, 8, 12 (12V), PIN 17 (5V)? NO TROUBLE IN P302, P303 5V, 12V LINE YES CHECK IC302 PIN 2, 6, 11 ? NO TROUBLE IN PC SIGNAL, SIGNAL CABLE NO TROUBLE IN IC302 NO TROUBLE IN IC303 YES CHECK IC302 PIN 29, 32, 35 ? YES CHECK R, G, B CATHODE VOLTAGE? YES TROUBLE IN CDT SOCKET - 20 - 3. NO RASTER NO VIDEO (POWER INDICATOR GREEN or ORANGE) CHECK POWER INDICATOR GREEN or ORANGE ? ORANGE TROUBLE IN D-SUB & 5-BNC SIGNAL CABLE GREEN CHECK SCREEN CONTROL KNOB OF FBT MIN. (Counter-clockwise) ROTATE SCREEN CONTROL KNOB TO CLOCKWISE OK CHECK VOLTAGE AT D924 CATHODE (190V) D925 CATHODE (80V) IC911 OUT (12V) IC960 CATHODE (6.3V)? NO TROUBLE IN PRIMARY CIRCUIT OF T901, T902 NO TROUBLE IN SECONDARY CIRCUIT OF T901, T902 YES CHECK IC201(MICOM) PIN 5 (5V), IC701 PIN 16 (12V)? YES TROUBLE IN IC201 (MICOM), IC701 (T/BASE), TDA4856 - 21 - 4. NO VERTICAL DEFLECTION NO V-DEFLECTION (ONE HORIZONTAL LINE) CHECK IC601 PIN 2 (15V) ? NO TROUBLE IN T901 PIN 18 NO TROUBLE IN T901 PIN 17 NO TROUBLE IN IC701 YES CHECK IC601 PIN 4 (-12V)? YES CHECK IC701 PIN 12 (SAWTOOTH WAVE)? YES TROUBLE IN IC601, VERTICAL OUTPUT CIRCUIT - 22 - 5. TROUBLE IN DPM STAND-BY/SUSPEND/ OFF MODE FAILURE CHECK IC201 (MICOM) PIN 42, 1 (H/V INPUT) SIGNAL? CHECK PC, (PC IS NOT GOING INTO DPM MODE) NO H / V SYNC SIGNAL INPUT H/V SYNC CHECK IC201 PIN 6, 7 WAVEFORM? NO TROUBLE IN X201, IC201 NO TROUBLE IN IC201 NO TROUBLE IN Q903, IC913, D914 YES CHECK IC201 PIN 5 (5V, HIGH)? YES CHECK D922 CATHODE (15V) ? YES CHECK B+ LINE (12V, 15V, 80V, 5V) ? TROUBLE IN R938 NO DPMS TABLE TROUBLE IN T901 or PC Item H / V SYNC VIDEO LED NORMAL ON / ON NORMAL GREEN STAND-BY OFF / ON OFF(0V) ORANGE SUSPEND ON / OFF OFF(0V) ORANGE OFF OFF / OFF OFF(0V) ORANGE Mode - 23 - 6. NO DEGAUSSING NO DEGAUSSING CHECK IC201 PIN 10 (5V)? ( BUTTON MUST BE PRESSED.) NO TROUBLE IN IC201 (MICOM) NO TROUBLE IN Q271 NO TROUBLE IN P903, P904 NO TROUBLE IN RL901 YES CHECK Q271 COLLECTOR VOLTAGE (0.5V)? YES CHECK P903, P904? YES CHECK RL901? YES TROUBLE IN TH901, DEGAUSSING COIL - 24 - 7. NO TILT (ROTATION ) NO TILT (ROTATION) CHECK IC303 PIN 7 VOLTAGE (5V) ? NO TROUBLE IN P303 YES CHECK Q315 BASE? (0~5V) NO TROUBLE IN IC201 NO TROUBLE IN Q309, Q312, Q313 YES CHECK P304 PIN 1 ? YES TROUBLE IN P304, TILT COIL CONNECTOR, TILT COIL - 25 - 8. TROUBLE IN OSD NO OSD CHECK IC301 PIN 9 (5V) ? NO TROUBLE IN P302, D927 NO TROUBLE IN Q301, P302 NO TROUBLE IN P302 NO TROUBLE IN IC301, IC201 YES CHECK IC301 PIN 5 (NEGATIVE H-PULSE COMES IN ?) YES CHECK IC301 PIN 10 (NEGATIVE V-PULSE COMES IN?) YES CHECK IC301 PIN 13, 14, 15 (IS THERE ANY SIGNAL WHEN OPERATING FRONT CONTROL ?) YES TROUBLE IN IC302 - 26 - ADJUSTMENT 3. Adjustment for Factory Mode (Preset Mode). GENERAL INFORMATION 1) Display cross hatch pattern at Mode 5. 2) Run alignment program for Flatron 995FT, FB995C on the IBM compatible PC. 3) EEPROM →MODE CLEAR→Y(Yes) command. <Caution> Do not run this procedure unless the EEPROM is changed. All data in EEPROM (mode data and color data)will be erased. 4) COMMAND →PRESET START→Y(Yes) command. 5) Adjust tilt as arrow keys to be the best condition. 6) DIST. ADJ. → BALANCE command. 7) Adjust balance of pin balance, key balance as arrow keys to be the best condition. 8) DIST. ADJ. → BALANCE command. 9) Adjust parallelogram as arrow keys to be the best condition. 10) DIST. ADJ. → FOS 1. ADJ command. 11) Adjust H-SIZE as arrow keys to 350±2mm. 12) Adjust H-POSITION as arrow keys to center of the screen. 13) Adjust V-SIZE as arrow keys to 262±1mm. 14) Adjust V-POSITION as arrow keys to center of the screen. 15) DIST. ADJ. → FOS 2. ADJ command. 16) Adjust S-PCC (Side-Pincushion) as arrow keys to be the best condition. 17) Adjust TRAPEZOID as arrow keys to be the best condition. 18) Display from Mode 1 to Mode 4 and repeat above from number 10) to 17). 19) PRESET EXIT → Y (Yes) command. All adjustment are thoroughly checked and corrected when the monitor leaves the factory, but sometimes several adjustments may be required. Adjustment should be following procedure and after warming up for a minimum of 30 minutes. • Alignment appliances and tools. - IBM compatible PC. - Programmable Signal Generator. (eg. VG-819 made by Astrodesign Co.or equivalent) - EPROM or EEPROM with saved each mode data. - Alignment Adaptor and Software. - Digital Voltmeter. - White Balance Meter. - Luminance Meter. - High-voltage Meter. AUTOMATIC AND MANUAL DEGAUSSING The degaussing coil is mounted around the CDT so that automatic degaussing when turn on the monitor. But a monitor is moved or faced in a different direction, become poor color purity cause of CDT magnetized, then press (DEGAUSSING) on the OSD menu. ADJUSTMENT PROCEDURE & METHOD - Install the cable for adjustment such as Figure 1 and run the alignment program on the DOS for IBM compatible PC. 1. Adjustment for B+ Voltage. 1) Display cross hatch pattern at Mode 4. 2) Adjust C951 (+) voltage to 190±0.5V with VR901. 4. Adjustment for White Balance and Luminance. 2. Adjustment for High-Voltage. 1) Set the White Balance Meter. 2) Press the (DEGAUSSING) on the OSD menu for demagnetization of the CDT. 3) Display color 0,0 pattern at Mode 4. 4) Set Brightness and Contrast to max position. 5) COLOR ADJ. → BIAS ADJ. command of the alignment program. 6) Check whether blue color or not at R-BIAS and GBIAS to min position and B-BIAS to 150 (decimal) position at Sub-Brightness to 120 (decimal). If it's not blue color, the monitor must repair. 1) Display cross hatch pattern at Mode 4. 2) Adjust CDT Anode voltage to 27kV±500V with VR1001. - 17 - 7) Adjust Screen control on the FBT to 0.1±0.02FL of the raster luminance. 8) Adjust B-BIAS to 135 (decimal) and Sub-Brightness to 120 (decimal). 9) Adjust R-BIAS and G-BIAS command to x=0.283± 0.006 and y=0.298 ±0.006 on the White Balance Meter with PC arrow keys. 10) Adjust SUB-Brightness command to 0.5±0.1FL of the raster luminance. 11) Display color 15,0 box pattern (70x70mm) at Mode 4. 12) DRIVE ADJ command. 13) Set B-DRIVE to 150 (decimal) at DRIVE of the alignment program. 14) Adjust R-DRIVE and G-DRIVE command to white balance x=0.283±0.003 and y=0.298±0.003 on the White Balance Meter with PC arrow keys. 15) Adjust SUB-CONTRAST command to 40±1FL of the raster luminance. 16) Display color 15,0 full white patten at Mode 4. 17) COLOR ADJ. → LUMINANCE → ABL command. 18) Adjust ABL to 32±1FL of the luminance. 19) Exit from the program. 5. Adjustment for Focus. 1) Display H character in full screen at Mode 4. 2) Adjust two Focus control on the FBT so that focus should be the best condition. A IBM Compatible PC VIDEO SIGNAL GENERATOR 9 11 6 1 6 1 5 C PARALLEL PORT 13 EL LL 5V RA C 1 25 OFF 14 ON F PA Power inlet (required) 5V R 220 WE VG CS T MO NI TO R B ON 4.7K OFF 74LS06 E ST Switch B F V-Sync On/Off Switch (Switch must be ON.) Figure 1. Cable Connection - 18 - 4.7K 4.7K 5V E YN A PO S Power Select Switch (110V/220V) Power LED V-S Control Line RS 23 No 2C tu se d 15 10 5 74LS06 DISASSEMBLY 1. TILT/SWIVEL REMOVAL 1) Set the monitor face downward. 2) Remove screw (a). 3) Pressing the latch (b), carefully remove the Tilt/Swivel by pulling it upward. (b) (a) 2. BACK COVER REMOVAL 1) Remove two screw covers (a). (b) 2) Remove four screws (b) from the Back Cover. 3) Remove the Signal Cap (c). 4) Slide the Back Cover away from the Front Cabinet of the monitor. (a) (b) (c) (a) 3. TOP SHIELD REMOVAL 1) Remove four screws (a). 2) Remove four screws (b). 3) Remove two screws (c). 4) Remove three screws (d). 5) Slide the Top Shield away from the monitor. (a) (a) (c) (d) (b) (c) (d) (d) (b) (a) (a) (b) (b) - 11 - 4. TOTAL CHASSIS ASSEMBLY REMOVAL 1) Disconnect P903, P904 (Degaussing pin), P704 (DY pin), Tilt pin, P610,P611 (Purity pin) , P612(Convergence H/V), CDT Earth Pin from the Main PCB. 2) Disconnect P306 (GND Wire) from the Video PCB. 3) Carefully separate the CDT Board Assembly from the CDT neck. 4) Discharge the remaining static electricity by shorting between the Anode Cap and the CDT ground. 5) Disconnect the Anode Cap from the CDT. 6) Remove three screws (a). 7) Remove two screws (b). 8) Remove the Total Chassis Assembly from the Cabinet. Anode Cap Purity Convergence P301 P319 P302P306 P303 Degauss Tilt CDT Earth DY P704 Purity (a) (a) P704 P903 P612 (CONV H/V) P404 P904 P403 P610 P401 PFC Only P611 P402 (b) Control PCB (P101) (a) (b) 5. VIDEO PCB ASSEMBLY & CONTROL PCB ASSEMBLY REMOVAL 1) Disconnect P301, P302, P303, P306, P319 from the Video PCB. 2) Remove two screws (a). 3) Remove the Video PCB Assembly from the main total Assembly. 4) Remove two screws (b). 5) Disconnect P402 from the Main PCB. P301 P319 P302 (a) P306 P303 (a) P404 P403 P401 P402 (b) P101 (b) - 12 - 6. REAR SHIELD ASSEMBLY REMOVAL 1) Remove two screws (a). 2) Remove five screws (b). 3) Disconnect P801-P802. 4) Remove the Rear Shield from the Main PCB Board. (a) (a) (b) (b) (b) P802 (b) P801 (b) 7. MAIN BOARD ASS’Y REMOVAL 1) Remove seven screws (a). 2) Remove screw (b). 3) Remove screw (c). 4) Remove two screws (d). 5) Remove the Main Bracket and the Bottom Shield. (a) (a) (b) (a) (a) (a) (a) (a) (c) (d) (d) - 13 - CONTROL LOCATIONS 9 8 7 6 4 3 2 5 1 No. Ref. No. 1 SW131 2 No. Ref. No. Control Function POWER SWITCH 6 SW132 OSD SELECT/ADJUSTMENT (LEFT) SW133 SET BUTTON 7 SW136 3 SW137 OSD SELECT/ADJUSTMENT (RIGHT) 8 VR901 OSD BUTTON B + ADJUSTMENT 4 SW134 OSD SELECT/ADJUSTMENT (UP) 9 VR1001 HIGH-VOLTAGE ADJUSTMENT 5 SW135 OSD SELECT/ADJUSTMENT (DOWN) Control Function -9- TIMING CHART VIDEO C B D E SYNC F A FACTORY PRESET MODE MODE MARK MODE 1 MODE 2 MODE 3 MODE 4 MODE 5 — + + + + 43.269 53.674 68.677 91.146 93.750 H Sync Polarity O Frequency kHz Total Period µs A 23.112 18.631 14.561 10.971 10.666 Z Video Active Time µs B 17.778 14.222 10.836 8.127 7.901 O Blanking Time µs C 5.334 4.409 3.725 2.844 2.765 Front Porch µs D 1.556 0.569 0.508 0.406 0.316 A Sync Duration µs E 1.556 1.138 1.016 1.016 0.948 L Back Porch µs F 2.222 2.702 2.201 1.422 1.501 — + + + + 85.008 85.061 84.997 85.024 75.000 R I N T Sync Polarity V Frequency Hz R Total Period ms A 11.763 11.756 11.765 11.762 13.333 T Video Active Time ms B 11.093 11.178 11.183 11.235 12.800 Blanking Time ms C 0.670 0.578 0.582 0.527 0.533 A Front Porch ms D 0.023 0.019 0.015 0.011 0.011 L Sync Duration ms E 0.069 0.056 0.044 0.033 0.032 Back Porch ms F 0.578 0.503 0.523 0.483 0.490 Resolution 640 x 480 85Hz 800 x 600 85Hz 1024 x 768 85Hz 1280 x 1024 85Hz 1600 x 1200 75Hz Recall Yes Yes Yes Yes Yes E I C -4- EXPLODED VIEW 17 19 EXPLODED VIEW PARTS LIST 18 21 3 4 A 20 21 5 6 8 9 2 7 B 10-1 10 Ref. No. Part No. 1 3091TKC050A CABINET ASSY 2 2423GG3E41D CDT SET, M46QDG423X 01NPLD 3 339-002J 4 4951TKS041B METAL ASSY, FRAME 5 6174T11002B FBT(FLY BACK TRANSFORMER), Y268068(HFL1127RD) 6 6871TST167A PWB(PCB), ASS’Y, SUB FB995C XKGU H/V CONTROL TOTAL 7 6200TJB004A FILTER(CIRC), EMI 03ME3G(3) DELTA 8 4950TKK245A METAL RAER(FB995C) 9 6871TUT006A PWB(PCB) ASSY, SUB FB995C USB TOTAL 10 4951TKS043A METAL ASSY FRAME (FB915B) 10-1 4810TKM027E BRACKET FB915B MAIN (“D”-CORE) 11 332-102E 12 4950TKK117A METAL, FIX HEAT SINK 13 4951TKS042A METAL ASSY, SHIELD BOTTOM 14 6871TPT104A PWB(PCB) ASSY, POWER FB995C XPVU (FB995C-UP); EUROPE ONLY(PFC) 15 6871TCH085A PWB(PCB) ASSY, COMPOSITE FB995C CONTROL BRAND CA-** HAND 16 4810TKV012A BRACKET FB915 VOLUME 17 4815TKT009A SHIELD ASSY, TOP 3809TKC021C BACK COVER ASSY, FB995C (3808TKC022A) B-CORE (FB995C-UA) 3809TKC021H BACK COVER ASSY, FB995C C022 "B"CORE,PFC (FB995C-UP) 22 Description SCREW ASSY, PHP+5x25(FZMW1)+GW18 SCREW, PTP+4x16(MSWR/FZMY) 18 11 14 19 332-122B SCREW, TP1+M4x16(FZMY1) 20 3550TKK141A COVER FB995C PIECE REAR 21 3550TKK084A COVER FB915B SCREW 22 3043TKK048C TILT SWIVEL ASSY 23 6866TDU002D SIGNAL CABLE, UL20276SB10P+2C AWG#30 DT 1870MM A 6871TVT165A PWB(PCB) ASSY, VIDEO FB995C XKGU BRAND CA-** TOTAL 6871TMT168C PWB(PCB) ASSY,MAIN FB995C XLVU BRAND CA-81 TOTAL (FB995C-UA) 6871TMT168D PWB(PCB) ASSY,MAIN FB995C XPVU BRAND CA-81 TOTAL(FB995C-UP) 6871TCT085A PWB(PCB) ASSY, COMPOSITE FB995C CONTROL BRAND CA-** TOTAL 3313T19022C MAIN TOTAL ASSY, FB995C XLVU BRAND CA-81 (FB995C-UA) 3313T19022D MAIN TOTAL ASSY, FB995C BRAND CA-81 (FB995C-UP) 16 D 15 12 OS D SE T B C C 1 D 23 13