Owner's Manual
Page 13
...ENTER Button VOLUME Buttons CHANNEL Buttons You can operate the button just by touching the button lightly with your finger. PREPARATION PREPARATION 42/50PJ350, 42/50PJ340, 50PK340, 50PK350, 42/50PJ350C Intelligent Sensor Adjusts picture according to any impact.It may break, causing possible injury from fragments of glass..., or the TV may be damaged. 12 The LED is off while the TV remains on the glass stand or subject it to the ...
...ENTER Button VOLUME Buttons CHANNEL Buttons You can operate the button just by touching the button lightly with your finger. PREPARATION PREPARATION 42/50PJ350, 42/50PJ340, 50PK340, 50PK350, 42/50PJ350C Intelligent Sensor Adjusts picture according to any impact.It may break, causing possible injury from fragments of glass..., or the TV may be damaged. 12 The LED is off while the TV remains on the glass stand or subject it to the ...
Owner's Manual
Page 17
... protection cover over the hole for the stand. Press the PROTECTION COVER into the TV until you hear it click. 16 PROTECTION COVER (Fix a Guide to protect the screen from damage. 2 Loose the bolts from TV. (42/50PJ250, 50PK250, 42/50PJ340, 42/50PJ350, 50PK350, 50PK340, 50PK540, 42/50PJ550..., 50PK550, 42/50PJ350C, 50PK550C) (60PK250, 60PK540, 60PK550, 60PK280, 60PK290, 60PK550C) 3 Detach the stand from TV.
... protection cover over the hole for the stand. Press the PROTECTION COVER into the TV until you hear it click. 16 PROTECTION COVER (Fix a Guide to protect the screen from damage. 2 Loose the bolts from TV. (42/50PJ250, 50PK250, 42/50PJ340, 42/50PJ350, 50PK350, 50PK340, 50PK540, 42/50PJ550..., 50PK550, 42/50PJ350C, 50PK550C) (60PK250, 60PK540, 60PK550, 60PK280, 60PK290, 60PK550C) 3 Detach the stand from TV.
Owner's Manual
Page 110
...stand Without stand Weight With stand Without stand MODEL Dimensions (Width x Height x Depth) With stand Without stand Weight With stand Without stand MODEL Dimensions (Width x Height x Depth) With stand Without stand Weight With stand Without stand MODEL Dimensions (Width x Height x Depth) With stand Without stand Weight With stand Without stand...(50PJ350-UB, 50PJ350C-UB) 1171.4 mm x 781.8 mm x 309.7 mm (46.1inches x 30.7 inch x 12.1 inch) 1171.4 mm x 720.9 mm x 55.3 mm (46.1inches x 28.3 inch x 2.1 inch) 30kg (66.1 lb) 27.6 kg (60.8 lb) 50PJ340 (50PJ340-UB, 50PJ340-UC, 50PJ340-...
...stand Without stand Weight With stand Without stand MODEL Dimensions (Width x Height x Depth) With stand Without stand Weight With stand Without stand MODEL Dimensions (Width x Height x Depth) With stand Without stand Weight With stand Without stand MODEL Dimensions (Width x Height x Depth) With stand Without stand Weight With stand Without stand...(50PJ350-UB, 50PJ350C-UB) 1171.4 mm x 781.8 mm x 309.7 mm (46.1inches x 30.7 inch x 12.1 inch) 1171.4 mm x 720.9 mm x 55.3 mm (46.1inches x 28.3 inch x 2.1 inch) 30kg (66.1 lb) 27.6 kg (60.8 lb) 50PJ340 (50PJ340-UB, 50PJ340-UC, 50PJ340-...
Training Manual
Page 13
50PJ350 Logo Familiarization Page 3 of the human voice frequency range to provide high-quality dialogue when background noise swells. It includes Cinema, Sports, and Game Modes. ... providing the same performance at home. (Turns on your energy bill. Less energy means you pay less on Intelligent Sensor). Draws less than 1 Watt in stand by. 13 July 2010 50PJ350 Plasma
50PJ350 Logo Familiarization Page 3 of the human voice frequency range to provide high-quality dialogue when background noise swells. It includes Cinema, Sports, and Game Modes. ... providing the same performance at home. (Turns on your energy bill. Less energy means you pay less on Intelligent Sensor). Draws less than 1 Watt in stand by. 13 July 2010 50PJ350 Plasma
Training Manual
Page 17
50PJ350 Dimensions Power: 340W (Typical) 0.1W (Stand-By) There must be at least 4 inches of Clearance on all sides 46-1/8" 1170.94mm 15-3/16" 385.8mm 15-3/4" 400mm 5-1/4" 133.6mm 2-3/16" 55.88mm 30-13/16" 782.32mm 28-3/8" 721.36mm Model No. Serial No. Label 2-3/8" 60.96mm Weight: 78.5 lbs with Stand 60.8 lbs without Stand 15-3/4" 400mm Remove 4 screws to remove stand for wall mount 20-7/8" 530mm 17 7-3/8" 187.2mm 2-3/4" 70mm 12-3/16" 309.88mm July 2010 50PJ350 Plasma
50PJ350 Dimensions Power: 340W (Typical) 0.1W (Stand-By) There must be at least 4 inches of Clearance on all sides 46-1/8" 1170.94mm 15-3/16" 385.8mm 15-3/4" 400mm 5-1/4" 133.6mm 2-3/16" 55.88mm 30-13/16" 782.32mm 28-3/8" 721.36mm Model No. Serial No. Label 2-3/8" 60.96mm Weight: 78.5 lbs with Stand 60.8 lbs without Stand 15-3/4" 400mm Remove 4 screws to remove stand for wall mount 20-7/8" 530mm 17 7-3/8" 187.2mm 2-3/4" 70mm 12-3/16" 309.88mm July 2010 50PJ350 Plasma
Training Manual
Page 19
Improper type can damage the front. 19 July 2010 50PJ350 Plasma PAY CLOSE ATTENTION TO THE TYPE, SIZE AND LENGTH Of the screws when replacing the back cover. Removing the Back Cover To remove the back cover, remove the 32 screws Indicated by the arrows. (The Stand does not need to be removed).
Improper type can damage the front. 19 July 2010 50PJ350 Plasma PAY CLOSE ATTENTION TO THE TYPE, SIZE AND LENGTH Of the screws when replacing the back cover. Removing the Back Cover To remove the back cover, remove the 32 screws Indicated by the arrows. (The Stand does not need to be removed).
Training Manual
Page 22
... Standoff Y-Drive Boards Removal connectors between the Y-SUS and Y-Drive Disconnect the following connectors: P812, P813 and SC101. To remove P110, lift up on board stand-offs that act as some semiconductors are mounted on the locking mechanism and pull the ribbon cable out. Do not run the set with the.... Collar Note: Y-SUS, Z-SUS and Y-Drive boards are CMOS and prone to the left. They may make the board stick when removing. 22 July 2010 50PJ350 Plasma
... Standoff Y-Drive Boards Removal connectors between the Y-SUS and Y-Drive Disconnect the following connectors: P812, P813 and SC101. To remove P110, lift up on board stand-offs that act as some semiconductors are mounted on the locking mechanism and pull the ribbon cable out. Do not run the set with the.... Collar Note: Y-SUS, Z-SUS and Y-Drive boards are CMOS and prone to the left. They may make the board stick when removing. 22 July 2010 50PJ350 Plasma
Training Manual
Page 23
.... Z-SUB Board Removal Remove the two screws in the decorative plastic piece and remove. KEY PAD: The Key Pad is not removable. 23 July 2010 50PJ350 Plasma Remove the board. Control Board Removal Disconnect the following connectors: P1 and P2, then P101, P102 and P202 by pulling out the locking mechanism.... Remove the 2 screws holding the Control board in place and Remove the board. Note: P101 is a ribbon connector. Lift up slightly to clear the screw stand-offs and pull the Z-SUS to the panel.
.... Z-SUB Board Removal Remove the two screws in the decorative plastic piece and remove. KEY PAD: The Key Pad is not removable. 23 July 2010 50PJ350 Plasma Remove the board. Control Board Removal Disconnect the following connectors: P1 and P2, then P101, P102 and P202 by pulling out the locking mechanism.... Remove the 2 screws holding the Control board in place and Remove the board. Note: P101 is a ribbon connector. Lift up slightly to clear the screw stand-offs and pull the Z-SUS to the panel.
Training Manual
Page 24
... to clear the connector wires on a padded surface. Lay the Television down carefully on the right side. c) Remove the Stand Metal Support Bracket (5 Screws) 2 Plastic tap thread and 3 Metal thread. b) Remove the Stand (4 Stand Screws were removed during back removal). Also, note that there several pieces of Chocolate heat transfer material attached all... the left to the board. a) Remove the Back Cover. Make sure to flex the panel glass. Recheck Va / Vs / VScan / -VY / Z-Drive. 24 July 2010 50PJ350 Plasma X Drive Circuit Board Removal Continued Make sure AC is removed.
... to clear the connector wires on a padded surface. Lay the Television down carefully on the right side. c) Remove the Stand Metal Support Bracket (5 Screws) 2 Plastic tap thread and 3 Metal thread. b) Remove the Stand (4 Stand Screws were removed during back removal). Also, note that there several pieces of Chocolate heat transfer material attached all... the left to the board. a) Remove the Back Cover. Make sure to flex the panel glass. Recheck Va / Vs / VScan / -VY / Z-Drive. 24 July 2010 50PJ350 Plasma X Drive Circuit Board Removal Continued Make sure AC is removed.
Training Manual
Page 25
Do not allow to the X Circuit Boards D Left With Stand removed C D Right Warning: Never run the TV with the TCP Heat Sink removed E Heat Sink Ground Wire C B Warning Shorting Hazard: Conductive Tape. Getting to touch energized circuits. 25 July 2010 50PJ350 Plasma
Do not allow to the X Circuit Boards D Left With Stand removed C D Right Warning: Never run the TV with the TCP Heat Sink removed E Heat Sink Ground Wire C B Warning Shorting Hazard: Conductive Tape. Getting to touch energized circuits. 25 July 2010 50PJ350 Plasma
Training Manual
Page 30
50PJ350 Signal and Voltage Distribution Block Y Drive Upper FPCs 5VFG (5V) measured from Floating Ground 15VFG (15V) measured ...P101 Error Com SMPS Turn On Commands RL_ON Vs 17V, +5V, AC Det Z-SUS Board P2 FPCs P101 M_On M5V, Va, Vs P102 Stand By: STB +5 Run: AC Det +5, 17V 16V / M5V Z Drive Control P1 Signals P3 Z-SUB P7 Board P202 FPCs P203 P205...P105 P201 P202 P203 P204 P205 P206 P301 P302 P303 P304 P305 Display Panel Vertical Address (Colored Cell Address) 30 July 2010 50PJ350 Plasma FG5V Scan FG15V 16V VSC -VY FG P101 FG P812 M5V, Vs, Va Note: Va not used by Y-SUS...
50PJ350 Signal and Voltage Distribution Block Y Drive Upper FPCs 5VFG (5V) measured from Floating Ground 15VFG (15V) measured ...P101 Error Com SMPS Turn On Commands RL_ON Vs 17V, +5V, AC Det Z-SUS Board P2 FPCs P101 M_On M5V, Va, Vs P102 Stand By: STB +5 Run: AC Det +5, 17V 16V / M5V Z Drive Control P1 Signals P3 Z-SUB P7 Board P202 FPCs P203 P205...P105 P201 P202 P203 P204 P205 P206 P301 P302 P303 P304 P305 Display Panel Vertical Address (Colored Cell Address) 30 July 2010 50PJ350 Plasma FG5V Scan FG15V 16V VSC -VY FG P101 FG P812 M5V, Vs, Va Note: Va not used by Y-SUS...
Training Manual
Page 35
Power Supply Board Layout (Drawing) P812 VA TP VS TP F801 4A 250V Stand-By: 0.9V Run: 388V VS and VA TP ZD803 D805 T901 SMPS p/n: EAY60968701 T902 VR901 VS Adj VR502 VA Adj ZD302 D609 ZD401 D601 D307 ZD301 ZD303 D601 D303 ZD101 D305 Stand-By: 1.5V Run: 388V L601 D308 D309 D306 D302 F302 2.5A 250V T301 D103 D301 L602 F101 10A 250V SC101 P813 35 July 2010 50PJ350 Plasma
Power Supply Board Layout (Drawing) P812 VA TP VS TP F801 4A 250V Stand-By: 0.9V Run: 388V VS and VA TP ZD803 D805 T901 SMPS p/n: EAY60968701 T902 VR901 VS Adj VR502 VA Adj ZD302 D609 ZD401 D601 D307 ZD301 ZD303 D601 D303 ZD101 D305 Stand-By: 1.5V Run: 388V L601 D308 D309 D306 D302 F302 2.5A 250V T301 D103 D301 L602 F101 10A 250V SC101 P813 35 July 2010 50PJ350 Plasma
Training Manual
Page 38
50PJ350 POWER SUPPLY START UP SEQUENCE F302 In Stand-By Primary side is 1.5V In Run (Relay On) Primary side is in 10 Sec. 6 6 RL On Not Used 5 6 M_On 7 AC Det. If missing, set shuts off in Stand-By state. Error Det. 3.3V Reg IC302 3.3VST 5 17V Audio IC801 +5V HDMI EDID And other... circuits 2 Reset C108, D1, 3 R62 6 Error Relay Det. On Microprocessor IC1 M_On 7 4 At point 3 TV is 388V F801 POWER SUPPLY 7 AC In Stand-By 0.9V Run 388V (SMPS) 1 Stand AC By 5V Reg Det STBY RUN +5V 9 Regulator 5 17V 3.46V 5.14V Reg 8 M5V M5V Reg Vs Vs Reg Va Va 9 7 Reg 8 Vs...
50PJ350 POWER SUPPLY START UP SEQUENCE F302 In Stand-By Primary side is 1.5V In Run (Relay On) Primary side is in 10 Sec. 6 6 RL On Not Used 5 6 M_On 7 AC Det. If missing, set shuts off in Stand-By state. Error Det. 3.3V Reg IC302 3.3VST 5 17V Audio IC801 +5V HDMI EDID And other... circuits 2 Reset C108, D1, 3 R62 6 Error Relay Det. On Microprocessor IC1 M_On 7 4 At point 3 TV is 388V F801 POWER SUPPLY 7 AC In Stand-By 0.9V Run 388V (SMPS) 1 Stand AC By 5V Reg Det STBY RUN +5V 9 Regulator 5 17V 3.46V 5.14V Reg 8 M5V M5V Reg Vs Vs Reg Va Va 9 7 Reg 8 Vs...
Training Manual
Page 39
Power Supply Board Layout (Drawing) P812 VA TP VS TP F801 4A 250V Stand-By: 0.9V Run: 388V VS and VA TP ZD803 D805 T901 SMPS p/n: EAY60968701 T902 VR901 VS Adj VR502 VA Adj ZD302 D609 ZD401 D601 D307 ZD301 ZD303 D601 D303 ZD101 D305 Stand-By: 1.5V Run: 388V L601 D308 D309 D306 D302 F302 2.5A 250V T301 D103 D301 L602 F101 10A 250V SC101 P813 39 July 2010 50PJ350 Plasma
Power Supply Board Layout (Drawing) P812 VA TP VS TP F801 4A 250V Stand-By: 0.9V Run: 388V VS and VA TP ZD803 D805 T901 SMPS p/n: EAY60968701 T902 VR901 VS Adj VR502 VA Adj ZD302 D609 ZD401 D601 D307 ZD301 ZD303 D601 D303 ZD101 D305 Stand-By: 1.5V Run: 388V L601 D308 D309 D306 D302 F302 2.5A 250V T301 D103 D301 L602 F101 10A 250V SC101 P813 39 July 2010 50PJ350 Plasma
Training Manual
Page 64
... 0.95V 1.01V 0.62V 1.08V 0.06V Gnd Diode 1.02V 1.14V 1.14V 1.14V 1.14V 1.14V 1.14V 1.14V 1.14V 1.14V 1.14V 1.14V 1.14V 1.14V Gnd There are No Stand By Voltages on this Connector c Diode Mode Readings taken with all connectors Disconnected. DVM in Diode Mode. 64 July 2010...
... 0.95V 1.01V 0.62V 1.08V 0.06V Gnd Diode 1.02V 1.14V 1.14V 1.14V 1.14V 1.14V 1.14V 1.14V 1.14V 1.14V 1.14V 1.14V 1.14V 1.14V Gnd There are No Stand By Voltages on this Connector c Diode Mode Readings taken with all connectors Disconnected. DVM in Diode Mode. 64 July 2010...
Training Manual
Page 73
... it forward ( lift from the back and tilt it back into the slot see ( Fig 3 ), be standing straight up the entire Ribbon Cable gently to the locked position see ( Fig 2 then Fig 1). 73 July 2010 50PJ350 Plasma To remove the Ribbon Cable from the connector first carefully lift the Locking Tab from...
... it forward ( lift from the back and tilt it back into the slot see ( Fig 3 ), be standing straight up the entire Ribbon Cable gently to the locked position see ( Fig 2 then Fig 1). 73 July 2010 50PJ350 Plasma To remove the Ribbon Cable from the connector first carefully lift the Locking Tab from...
Training Manual
Page 75
... Operating Voltages Power Supply Supplied VS M5V Routed through Control Board Y-SUS Supplied Developed on Z-SUS 16V Routed through Control Board Z Bias 75 July 2010 50PJ350 Plasma Z-SUS SECTION This Section of the circuit and be run "Stand-Alone" in the 50T1 Panel Models.
... Operating Voltages Power Supply Supplied VS M5V Routed through Control Board Y-SUS Supplied Developed on Z-SUS 16V Routed through Control Board Z Bias 75 July 2010 50PJ350 Plasma Z-SUS SECTION This Section of the circuit and be run "Stand-Alone" in the 50T1 Panel Models.
Training Manual
Page 81
Connector P2 to Y-SUS P211 Voltages and Diode Checks Voltage and Diode Mode Measurements P2 Location: Top Left There are no Stand-By voltages on this connector P2 "Z-SUS" to "Y-SUS" P211 Pin Label Run 1~2 Gnd Gnd 3 n/c n/c 4~5 +Vs *206V 6 n/c n/c 7~11 ER_COM 98V~102V Diode Check Gnd n/c Open n/c Open Pin 1 * Note: This voltage will vary in Diode Mode. 81 July 2010 50PJ350 Plasma DVM in accordance with Panel Label Diode Mode Readings taken with all connectors Disconnected.
Connector P2 to Y-SUS P211 Voltages and Diode Checks Voltage and Diode Mode Measurements P2 Location: Top Left There are no Stand-By voltages on this connector P2 "Z-SUS" to "Y-SUS" P211 Pin Label Run 1~2 Gnd Gnd 3 n/c n/c 4~5 +Vs *206V 6 n/c n/c 7~11 ER_COM 98V~102V Diode Check Gnd n/c Open n/c Open Pin 1 * Note: This voltage will vary in Diode Mode. 81 July 2010 50PJ350 Plasma DVM in accordance with Panel Label Diode Mode Readings taken with all connectors Disconnected.
Training Manual
Page 82
DVM in Diode Mode. 82 July 2010 50PJ350 Plasma Connector P1 to Control P102 Voltages and Diode Checks Voltage and Diode Mode Measurements P1 "Z-SUS Board" to "Control" P101 Pin Label Run 1~2 (+15V) 16V 3~4 (+5V) 4.9V 5 Gnd Gnd 6 Y_OE 0.058V 7 ZBIAS 1.83V 8 SLOP_CONTROL Gnd 9 Z_ER 0.14V 10 ZSUS_DN 0.77V 11 ZSUS_UP 0.17V 12 Gnd Gnd Diode Check Open 1.52V Gnd 3.09V Open Open Open Open Open Gnd P1 Location: Bottom Left hand side Pin 1 There are no Stand-By voltages on this connector Diode Mode Readings taken with all connectors Disconnected.
DVM in Diode Mode. 82 July 2010 50PJ350 Plasma Connector P1 to Control P102 Voltages and Diode Checks Voltage and Diode Mode Measurements P1 "Z-SUS Board" to "Control" P101 Pin Label Run 1~2 (+15V) 16V 3~4 (+5V) 4.9V 5 Gnd Gnd 6 Y_OE 0.058V 7 ZBIAS 1.83V 8 SLOP_CONTROL Gnd 9 Z_ER 0.14V 10 ZSUS_DN 0.77V 11 ZSUS_UP 0.17V 12 Gnd Gnd Diode Check Open 1.52V Gnd 3.09V Open Open Open Open Open Gnd P1 Location: Bottom Left hand side Pin 1 There are no Stand-By voltages on this connector Diode Mode Readings taken with all connectors Disconnected.
Training Manual
Page 91
DVM in Stand-By mode P111 "Control" Odd Pins to P101 "Y-SUS" Pin Label Run Diode Check 1 +15V 16V Open 3 +15V 16V Open 5 +5V 4.9V 1.52V 7 +5V 4.9V 1.... 2.83V 29 I_YSUS_UP_IN 0.06V 2.84V P111 "Control" Even Pins to Y-SUS P101 Plug Information Note: There are no voltages in Diode Mode. 91 July 2010 50PJ350 Plasma Black lead on Gnd. Control P111 to P101 "Y-SUS" Pin Label Run Diode Check 2 +15V 16V Open 4 +5V 4.9V 1.4V 6 +5V 4.9V 1.4V 8 Gnd...
DVM in Stand-By mode P111 "Control" Odd Pins to P101 "Y-SUS" Pin Label Run Diode Check 1 +15V 16V Open 3 +15V 16V Open 5 +5V 4.9V 1.52V 7 +5V 4.9V 1.... 2.83V 29 I_YSUS_UP_IN 0.06V 2.84V P111 "Control" Even Pins to Y-SUS P101 Plug Information Note: There are no voltages in Diode Mode. 91 July 2010 50PJ350 Plasma Black lead on Gnd. Control P111 to P101 "Y-SUS" Pin Label Run Diode Check 2 +15V 16V Open 4 +5V 4.9V 1.4V 6 +5V 4.9V 1.4V 8 Gnd...