What to do if Panasonic TX-P50VT30E Power LED blinks 10 times?
If the power LED on your Panasonic Plasma TV blinks 10 times, it is recommended to check the A-Board, SC-Board, SS-Board, P-Board, and P2-Board.
What to do if Panasonic TX-P50VT30E Power LED blinks 3 times?
If the power LED on your Panasonic Plasma TV blinks 3 times, you should check the A-Board. You can also perform a self-check function to test the unit.
What to do if Panasonic TX-P50VT30E Power LED blinks 6 times?
If the power LED on your Panasonic Plasma TV blinks 6 times, check the SC-Board and A-SC FPC.
What to do if Panasonic Plasma TV Power LED blinks 4 times?
If the power LED on your Panasonic Plasma TV blinks 4 times, you should check the P-Board and P2-Board.
What to do if Panasonic TX-P50VT30E Power LED blinks 5 times?
If the power LED on your Panasonic Plasma TV blinks 5 times, it is recommended to check the A-Board.
What to do if Panasonic TX-P50VT30E Power LED blinks 11 times?
If the power LED on your Panasonic Plasma TV blinks 11 times, check the A-Board and FAN.
What to do if Panasonic TX-P50VT30E Power LED blinks 7 times?
If the power LED on your Panasonic Plasma TV blinks 7 times, check the SU-Board and SD-Board.
What to do if Panasonic TX-P50VT30E Plasma TV Power LED blinks 8 times?
If the power LED on your Panasonic Plasma TV blinks 8 times, check the SS-Board and SS2-Board.
What to do if Panasonic TX-P50VT30E Plasma TV Power LED blinks 9 times?
If the power LED on your Panasonic Plasma TV blinks 9 times, it is recommended to check the A-Board.
What to do if Panasonic TX-P50VT30E Power LED blinks 12 times?
If the power LED on your Panasonic Plasma TV blinks 12 times, check the A-Board and Speaker Woofer.
Guidelines for conducting repairs and servicing the equipment, its parts, or materials.
Procedure for checking leakage current between exposed metallic parts and earth ground.
Techniques to reduce component damage caused by electrostatic discharge (ESD).
Information on lead-free solder (Sn+Ag+Cu) used in manufacturing and its properties.
Diagram showing the layout of Printed Circuit Boards (PCBs) and their connections.
List of compatible COMPONENT and HDMI signals for the television.
Technical specifications for the TV, including power, display, sound, and receiving systems.
Details of various connection terminals like SCART, HDMI, USB, and card slots.
Information on KEY specifications for digital content protection and model compatibility.
General information about recording digital TV programs using a USB HDD.
Details on the service port's RS232C terminal interface for PC control.
Procedure and purpose for entering the TV's service mode for adjustments.
Details of adjustable parameters within the service mode, including CONTRAST, COLOR, TINT, and WB-ADJ.
Explanation of picture reversal options (left/right, up/down) and troubleshooting hint.
Instructions on accessing and using the service tool mode for SOS history and power status.
Purpose, access command, and explanation of Hotel mode setup menu for restricting functions.
Purpose and preparation steps for copying TV data (settings, channels) to an SD card.
Procedure for copying TV data to an SD card, including password and time estimates.
Procedure for copying data from an SD card to the TV set, including password and limitations.
Procedure for checking IIC bus lines using the self-check function and identifying NGs.
Chart explaining LED blinking patterns to identify unit abnormalities and defective blocks.
Troubleshooting steps for 'No Power' indication based on LED status and flowchart.
Troubleshooting flowchart for 'No Picture' issues, guiding checks on OSD, SC board, and SS board.
Diagram illustrating local screen failure areas and corresponding possible defective PCBs.
Purpose and usage instructions for the SC jig to find failure boards (SC or SU/SD).
Procedure to remove the rear cover, referencing the PCB layout.
Procedure for removing the AC inlet, including safety precautions for discharging capacitors.
Procedure for removing the P-Board, including safety precautions for discharging capacitors.
Procedure for removing the P2-Board, including safety precautions for discharging capacitors.
Step-by-step guide to remove terminal covers and various shield metals from the unit.
Procedure for removing the A-Board after terminal covers and shield metals are detached.
Steps to disconnect the connector and remove the Side unit assembly.
Procedure for disconnecting flexible cables and screws to remove the SU-Board.
Procedure for disconnecting flexible cables and screws to remove the SD-Board.
Procedure for removing the SC-Board after SU-Board and SD-Board are removed.
Procedure for disconnecting connectors and cables, then removing the SS-Board.
Procedure for removing the SS2-Board after disconnecting terminal covers and flexible cables.
Steps to unlock cable clampers, remove screws, and disconnect relay connector for fan removal.
Procedure to remove speaker shield metals and speakers after unlocking cable clampers.
Steps to remove the woofer by unlocking cable clampers, disconnecting relay, and removing screws.
Procedure for removing the stand bracket after laying the panel on a flat surface.
Procedure to remove the K-Board after removing shield metal, stand bracket, screw, and claws.
Procedure to remove the S-Board after removing shield metal and screws.
Procedure to remove the V-Board after removing shield metal, stand bracket, screw, claws, and connector.
Steps to remove speakers, stand bracket, K, S, V-boards, and screws for the bottom cabinet.
Procedure to remove the plasma panel section from the cabinet assy after removing the bottom cabinet.
Steps to remove contact metals, tape, screws, and metal sides from the cabinet assy.
Procedure to remove the C1-Board after removing bottom contact metal, flexible cables, and connectors.
Procedure to remove the C2-Board after removing bottom contact metal and flexible cables.
Procedure to remove the C3-Board after removing bottom contact metal, flexible cables, and connectors.
Procedure to remove AL frames and corner fixing metals by removing screws.
Caution and procedure for replacing the plasma panel, emphasizing careful handling of the fragile panel.
General information and procedure for making adjustments in service mode.
Procedure for selecting Vsus to LOW setting during adjustment, especially after panel or A-board replacement.
Procedure for adjusting sub-contrast for RF, AV, and HD systems using specific test patterns.
Method for THX white balance adjustment, depending on PEAKS EEPROM version.
Overall block diagram illustrating the main functional blocks and interconnections of the TV.
Detailed block diagram (part 1/4) showing components like AV input, tuner, and power supply.
Detailed block diagram (part 2/4) showing components like LP1, scanner, and 3D eyewear transmitter.
Detailed block diagram (part 3/4) focusing on the power supply unit and its internal circuitry.
Detailed block diagram (part 4/4) illustrating scan drives, sustain drives, and side unit assembly.
Important cautions regarding the assembly and locking of flexible cables in connectors.
Diagram showing internal wiring connections (part 1) for the TV assembly.
Diagram illustrating internal wiring connections (part 2), highlighting cable routing and placement.
Diagram showing internal wiring connections (part 3) for various cables and clampers.
Guidelines for conducting repairs and servicing the equipment, its parts, or materials.
Procedure for checking leakage current between exposed metallic parts and earth ground.
Techniques to reduce component damage caused by electrostatic discharge (ESD).
Information on lead-free solder (Sn+Ag+Cu) used in manufacturing and its properties.
Diagram showing the layout of Printed Circuit Boards (PCBs) and their connections.
List of compatible COMPONENT and HDMI signals for the television.
Technical specifications for the TV, including power, display, sound, and receiving systems.
Details of various connection terminals like SCART, HDMI, USB, and card slots.
Information on KEY specifications for digital content protection and model compatibility.
General information about recording digital TV programs using a USB HDD.
Details on the service port's RS232C terminal interface for PC control.
Procedure and purpose for entering the TV's service mode for adjustments.
Details of adjustable parameters within the service mode, including CONTRAST, COLOR, TINT, and WB-ADJ.
Explanation of picture reversal options (left/right, up/down) and troubleshooting hint.
Instructions on accessing and using the service tool mode for SOS history and power status.
Purpose, access command, and explanation of Hotel mode setup menu for restricting functions.
Purpose and preparation steps for copying TV data (settings, channels) to an SD card.
Procedure for copying TV data to an SD card, including password and time estimates.
Procedure for copying data from an SD card to the TV set, including password and limitations.
Procedure for checking IIC bus lines using the self-check function and identifying NGs.
Chart explaining LED blinking patterns to identify unit abnormalities and defective blocks.
Troubleshooting steps for 'No Power' indication based on LED status and flowchart.
Troubleshooting flowchart for 'No Picture' issues, guiding checks on OSD, SC board, and SS board.
Diagram illustrating local screen failure areas and corresponding possible defective PCBs.
Purpose and usage instructions for the SC jig to find failure boards (SC or SU/SD).
Procedure to remove the rear cover, referencing the PCB layout.
Procedure for removing the AC inlet, including safety precautions for discharging capacitors.
Procedure for removing the P-Board, including safety precautions for discharging capacitors.
Procedure for removing the P2-Board, including safety precautions for discharging capacitors.
Step-by-step guide to remove terminal covers and various shield metals from the unit.
Procedure for removing the A-Board after terminal covers and shield metals are detached.
Steps to disconnect the connector and remove the Side unit assembly.
Procedure for disconnecting flexible cables and screws to remove the SU-Board.
Procedure for disconnecting flexible cables and screws to remove the SD-Board.
Procedure for removing the SC-Board after SU-Board and SD-Board are removed.
Procedure for disconnecting connectors and cables, then removing the SS-Board.
Procedure for removing the SS2-Board after disconnecting terminal covers and flexible cables.
Steps to unlock cable clampers, remove screws, and disconnect relay connector for fan removal.
Procedure to remove speaker shield metals and speakers after unlocking cable clampers.
Steps to remove the woofer by unlocking cable clampers, disconnecting relay, and removing screws.
Procedure for removing the stand bracket after laying the panel on a flat surface.
Procedure to remove the K-Board after removing shield metal, stand bracket, screw, and claws.
Procedure to remove the S-Board after removing shield metal and screws.
Procedure to remove the V-Board after removing shield metal, stand bracket, screw, claws, and connector.
Steps to remove speakers, stand bracket, K, S, V-boards, and screws for the bottom cabinet.
Procedure to remove the plasma panel section from the cabinet assy after removing the bottom cabinet.
Steps to remove contact metals, tape, screws, and metal sides from the cabinet assy.
Procedure to remove the C1-Board after removing bottom contact metal, flexible cables, and connectors.
Procedure to remove the C2-Board after removing bottom contact metal and flexible cables.
Procedure to remove the C3-Board after removing bottom contact metal, flexible cables, and connectors.
Procedure to remove AL frames and corner fixing metals by removing screws.
Caution and procedure for replacing the plasma panel, emphasizing careful handling of the fragile panel.
General information and procedure for making adjustments in service mode.
Procedure for selecting Vsus to LOW setting during adjustment, especially after panel or A-board replacement.
Procedure for adjusting sub-contrast for RF, AV, and HD systems using specific test patterns.
Method for THX white balance adjustment, depending on PEAKS EEPROM version.
Overall block diagram illustrating the main functional blocks and interconnections of the TV.
Detailed block diagram (part 1/4) showing components like AV input, tuner, and power supply.
Detailed block diagram (part 2/4) showing components like LP1, scanner, and 3D eyewear transmitter.
Detailed block diagram (part 3/4) focusing on the power supply unit and its internal circuitry.
Detailed block diagram (part 4/4) illustrating scan drives, sustain drives, and side unit assembly.
Important cautions regarding the assembly and locking of flexible cables in connectors.
Diagram showing internal wiring connections (part 1) for the TV assembly.
Diagram illustrating internal wiring connections (part 2), highlighting cable routing and placement.
Diagram showing internal wiring connections (part 3) for various cables and clampers.
General| Depth | 50 mm |
|---|---|
| Height | 733 mm |
| Weight | 31000 g |
| Tuner type | Analog & digital |
| Pixel pitch | - mm |
| Audio system | Dolby Digital Plus, DolbyPulse, dts2.0, dts Digital Out, CoNEQ |
| Picture mode | Dynamic / Normal / THX / Cinema / Game / Photo / Pro1 / Pro2 / ISFccc |
| Product color | Black |
| RMS rated power | 12 W |
| AC input voltage | 220 - 240 V |
| Display diagonal | 50 \ |
| AC input frequency | 50 - 60 Hz |
| Composite video in | 1 |
| Depth (with stand) | 335 mm |
| Display brightness | - cd/m² |
| Display technology | Plasma |
| Number of speakers | 2 |
| Power requirements | AC 220 - 240 V, 50/60Hz |
| Width (with stand) | 1202 mm |
| HDMI ports quantity | 4 |
| Height (with stand) | 768 mm |
| High frequency rate | 600 Hz |
| Weight (with stand) | 35000 g |
| USB 2.0 ports quantity | 3 |
| Compatible memory cards | SD |
| Contrast ratio (dynamic) | 5000000:1 |
| Contrast ratio (typical) | - |
| Annual energy consumption | 277 kWh |
| Analog signal format system | PAL B, PAL DK, PAL G, PAL H, PAL I, SECAM B/G, SECAM D/K, SECAM L |
| Power consumption (average) | 190 W |
| Power consumption (standby) | 0.3 W |
| Power consumption (typical) | 410 W |
| Digital signal format system | DVB-C, DVB-S, DVB-S2, DVB-T |
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