FREE ENGLISH PANASONIC HC-V520MPU (01) PDF USER GUIDE
FREE ENGLISH PANASONIC HC-V520MPU (01) PDF USER MANUAL
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How should I perform a Leakage Current Cold Check?
1. Unplug the AC cord and connect a jumper between the two prongs on the plug.
2. Measure the resistance value, with an ohmmeter, between the jumpered AC plug and each exposed metallic cabinet part on the equipment such as screwheads, connectors, control shafts, etc.
3. When the exposed metallic part has a return path to the chassis, the reading should be between 1 MΩ and 5.2 MΩ.
4. When the exposed metal does not have a return path to the chassis, the reading must be infinity.
How should I perform a Leakage Current Hot Check?
1. Plug the AC cord directly into the AC outlet. Do not use an isolation transformer for this check.
2. Connect a 1.5 kΩ, 10 W resistor, in parallel with a 0.15 µF capacitor, between each exposed metallic part on the set and a good earth ground.
3. Use an AC voltmeter, with 1 kΩ/V or more sensitivity, to measure the potential across the resistor.
4. Check each exposed metallic part, and measure the voltage at each point.
5. Reverse the AC plug in the AC outlet and repeat each of the above measurements.
6. The potential at any point should not exceed 0.75 V RMS. A leakage current tester (Simpson Model 229 or equivalent) may be used to make the hot checks, leakage current must not exceed 1/2 mA. In case a measurement is outside of the limits specified, there is a possibility of a shock hazard, and the equipment should be repaired and rechecked before it is returned to the customer.
What steps should be taken to prevent Electrostatic Discharge (ESD) damage to Electrostatically Sensitive (ES) Devices?
1. Immediately before handling any semiconductor component or semiconductor-equipped assembly, drain off any ESD on your body by touching a known earth ground. Alternatively, obtain and wear a commercially available discharging ESD wrist strap, which should be removed for potential shock reasons prior to applying power to the unit under test.
2. After removing an electrical assembly equipped with ES devices, place the assembly on a conductive surface such as aluminum foil, to prevent electrostatic charge buildup or exposure of the assembly.
3. Use only a grounded-tip soldering iron to solder or unsolder ES devices.
4. Use only an antistatic solder removal device. Some solder removal devices not classified as “antistatic (ESD protected)” can generate electrical charge sufficient to damage ES devices.
5. Do not use freon-propelled chemicals. These can generate electrical charges sufficient to damage ES devices.
6. Do not remove a replacement ES device from its protective package until immediately before you are ready to install it. (Most replacement ES devices are packaged with leads electrically shorted together by conductive foam, aluminum foil or comparable conductive material).
7. Immediately before removing the protective material from the leads of a replacement ES device, touch the protective material to the chassis or circuit assembly into which the device will be installed. CAUTION: Be sure no power is applied to the chassis or circuit, and observe all other safety precautions.
8. Minimize bodily motions when handling unpackaged replacement ES devices. (Otherwise harmless motion such as the brushing together of your clothes fabric or the lifting of your foot from a carpeted floor can generate static electricity (ESD) sufficient to damage an ES device).
How should I replace the fuse in the AC Mains Lead (For EB/GC models)?
This appliance is supplied with a moulded three-pin mains plug for your safety and convenience. A 5-ampere fuse is fitted in this plug.
Should the fuse need to be replaced please ensure that the replacement fuse has a rating of 5 amperes and it is approved by ASTA or BSI to BS1362. Check for the ASTA mark or the BSI mark on the body of the fuse.
If the plug contains a removable fuse cover you must ensure that it is refitted when the fuse is replaced. If you lose the fuse cover, the plug must not be used until a replacement cover is obtained. A replacement fuse cover can be purchased from your local Panasonic Dealer.
Steps:
1. Remove the Connector Cover if present.
2. Remove the Fuse Cover with a screwdriver.
3. Replace the fuse with a new 5-ampere fuse (ASTA or BSI approved to BS1362).
4. Attach the Fuse cover.
What is the correct wiring for the AC Mains Lead (For EB/GC models)?
The wires in this mains lead are coloured in accordance with the following code:
Blue: Neutral
Brown: Live
As the colours of the wires in the mains lead of this appliance may not correspond with the coloured markings identifying the terminals in your plug, proceed as follows:
The wire which is coloured BLUE must be connected to the terminal in the plug which is marked with the letter N or coloured BLACK.
The wire which is coloured BROWN must be connected to the terminal in the plug which is marked with the letter L or coloured RED.
Under no circumstances should either of these wires be connected to the earth terminal of the three pin plug, marked with the letter E or the Earth Symbol (〦 ).
How do I replace the internal Lithium Battery?
1. Remove the MONITOR P.C.B. (Refer to Disassembly Procedures in the service manual).
2. Unsolder the each soldering point (2 points) of the electric lead terminal for the Lithium battery (Ref. No. “B501” at foil side of MONITOR P.C.B.) and remove the Lithium battery together with the electric lead terminal.
3. Then replace it with a new one (Type No.: ML-614S/DN Manufactured by Energy Company, Panasonic Corporation, which includes electric lead terminals).
NOTE:
This Lithium battery is a critical component. It must never be subjected to excessive heat or discharge. It must therefore only be fitted in requirement designed specifically for its use. Replacement batteries must be of same type and manufacture. They must be fitted in the same manner and location as the original battery, with the correct polarity contacts observed. Do not attempt to re-charge the old battery or re-use it for any other purpose. It should be disposed of in waste products destined for burial rather than incineration.
What precautions should be taken when handling or disposing of the Lithium Battery?
CAUTION
• Danger of explosion if battery is incorrectly replaced. Replace only with the type recommended by the manufacturer (ML-614S/DN).
• When disposing the batteries, please contact your local authorities or dealer and ask for the correct method of disposal.
How do I format media (Built-in Memory, SD Card, HDD)?
Please be aware that if a medium is formatted, then all the data recorded on the medium will be erased and cannot be restored. Back up important data on a PC, DVD disc etc.
1. Go to MENU: [SETUP] → [FORMAT MEDIA].
2. Select the desired media: [Built-inMemory]*¹ / [SD CARD] / [HDD]*².
*1 HC-V520M only.
*2 Displayed when connecting a USB HDD.
• For HC-V520 / HC-V510: Media selection screen is not displayed when the USB HDD is not connected. Touch [YES].
3. When formatting is complete, touch [EXIT] to exit the message screen.
Important Notes:
• Perform a physical formatting of the SD card when the SD card is to be disposed/ transferred.
• For HC-V520M: Perform a physical formatting of the built-in memory when this unit is to be disposed/ transferred.
• Do not turn this unit off or remove the SD card, while formatting. Do not expose the unit to vibrations or shock.
• Use this unit to format media. Formatting built-in memory is only available with this unit.
• Do not format an SD card using any other equipment such as a PC. The card may not be used on this unit.
What should I note when disposing of or giving away an SD card?
• Formatting and deletion of this unit or computer only changes the file management information and does not completely delete the data in the SD card.
• It is recommended that the SD card is physically destroyed or the SD card is physically formatted using this unit when disposing of or giving away the SD card.
To physically format the SD card (HC-V520/HC-V510):
1. Connect the unit via the AC adaptor.
2. Select [SETUP] → [FORMAT MEDIA] → [YES] from the menu.
3. Press and hold the recording start/stop button on the screen below for about 3 seconds.
4. When the SD card data deletion screen appears, select [YES], and then follow the on-screen instructions.
To physically format the SD card (HC-V520M):
1. Connect the unit via the AC adaptor.
2. Select [SETUP] → [FORMAT MEDIA] → [SD CARD] from the menu.
3. Press and hold the recording start/stop button on the screen below for about 3 seconds.
4. When the SD card data deletion screen appears, select [YES], and then follow the on-screen instructions.
• The customer is responsible for the management of the data in the SD card.
What should I note when disposing of or giving away the unit with built-in memory (HC-V520M)?
• Formatting and deletion simply change the file management information and cannot be used to completely erase the data in built-in memory of this unit. The data can be recovered using commercially available software or the like.
• We recommend that you physically format the built-in memory before disposing of or giving away this unit.
To physically format the built-in memory:
1. Connect the unit via the AC adaptor.
2. Select [SETUP] → [FORMAT MEDIA] → [Built-inMemory] from the menu.
3. Press and hold the recording start/stop button on the screen below for about 3 seconds.
4. When the built-in memory data deletion screen appears, select [YES], and then follow the on-screen instructions.
• Please look after the data in your built-in memory carefully. Panasonic will not be held responsible in the unlikely case that private data is divulged.
What are the approximate recordable times for different modes and memory sizes (NTSC)?
SD cards are only mentioned with their main memory size. The stated times are the approximate recordable times for continuous recording.
AVCHD Recording Modes:
| Recording mode | [1080/60p] | [1080/60i] | |||
|---|---|---|---|---|---|
| Picture size/Frame rate | [PH] | [HA] | [HG] | [HE] | |
| 1920×1080/60p | 1920×1080/60i | 1920×1080/60i | 1920×1080/60i | 1920×1080/60i | |
| SD card 4 GB | 19 min | 21 min | 30 min | 40 min | 1 h 30 min |
| SD card 16 GB | 1 h 20 min | 1 h 30 min | 2 h | 2 h 40 min | 6 h 40 min |
| SD card 64 GB | 5 h 20 min | 6 h | 8 h 30 min | 11 h | 27 h 30 min |
| HC-V520M Built-in memory 16 GB | 1 h 20 min | 1 h 30 min | 2 h | 2 h 40 min | 6 h 40 min |
iFrame Recording Mode:
| Recording mode | [iFrame] |
|---|---|
| Picture size/Frame rate | 960×540/30p |
| SD card 4 GB | 19 min |
| SD card 16 GB | 1 h 20 min |
| SD card 64 GB | 5 h 20 min |
| HC-V520M Built-in memory 16 GB | 1 h 20 min |
Notes:
• A: Favors image quality
• B: Favors Recording time
• If recording for long periods, prepare batteries for 3 or 4 times the period you wish to record for.
• The default setting is [HG] Mode.
• Maximum continuously recordable time for one scene: 6 hours
• The recording is paused once when the recording time for one scene exceeds 6 hours, and the recording will automatically resume after a few seconds.
• The recordable time may be reduced if recording with a lot of action is recorded or recording of short scene is repeated.
• Use time in the row of 4 GB in above table as a guideline for the time that can be copied onto one DVD disc (4.7 GB).
What are the approximate numbers of recordable pictures for different settings and memory sizes (NTSC)?
SD cards are only mentioned with their main memory size. The stated number is the approximate number of recordable pictures.
Aspect Ratio [16:9] and [4:3]
| Picture size | 10M | 2.1M | 7.4M | 0.3M |
|---|---|---|---|---|
| 4224×2376 | 1920×1080 | 3136×2352 | 640×480 | |
| Aspect ratio | [16:9] | [4:3] | ||
| SD card 4 GB | 600 | 3200 | 800 | 28000 |
| SD card 16 GB | 2500 | 12500 | 3300 | 117000 |
| SD card 64 GB | 10000 | 52000 | 13000 | 475000 |
| HC-V520M Built-in memory 16 GB | 2500 | 12500 | 3300 | 117000 |
Aspect Ratio [3:2]
| Picture size | 7.7M | 2M |
|---|---|---|
| 3408×2272 | 1728×1152 | |
| Aspect ratio | [3:2] | |
| SD card 4 GB | 800 | 2200 |
| SD card 16 GB | 3200 | 8500 |
| SD card 64 GB | 13000 | 36000 |
| HC-V520M Built-in memory 16 GB | 3200 | 8500 |
Notes:
• The number of recordable pictures depends on the subject being recorded.
• Maximum number of recordable pictures that can be displayed is 9999. If the number of recordable pictures exceeds 9999, R 9999+ is displayed. The number will not change when the picture is taken until the number of recordable pictures is 9999 or less.
• The memory capacity indicated on the label of an SD card is the total of the capacity for copyright protection and management and the capacity which can be used on the unit, a PC etc.
What types of SD cards can be used with this unit?
Use SD cards conforming to Class 4 or higher of the SD Speed Class Rating* for motion picture recording.
| Card type | Capacity |
|---|---|
| SD Memory Card | 512 MB/1 GB/2 GB |
| SDHC Memory Card | 4 GB/6 GB/8 GB/12 GB/16 GB/24 GB/32 GB |
| SDXC Memory Card | 48 GB/64 GB |
*SD Speed Class Rating is the speed standard regarding continuous writing. Check via the label on the card, etc. (e.g., CLASS④).
Notes:
• When using an SDHC Memory Card/SDXC Memory Card with other equipment, check the equipment is compatible with these Memory Cards.
• An Eye-Fi X2 series SD card is required to use functions related to Eye-Fi.
• We do not guarantee the operation of SD cards other than the ones above. Further, SD cards with a capacity of less than 32 MB cannot be used for video recording.
• 4 GB or more Memory Cards that do not have the SDHC logo or 48 GB or more Memory Cards that do not have the SDXC logo are not based on SD Memory Card Specifications.
What are the approximate charging and recording times for different batteries (NTSC)?
• Temperature: 25 °C (77 °F)/humidity: 60%RH
• Charging times in parentheses are when charging from the USB terminal.
| Battery model number [Voltage/Capacity (minimum)] | Charging time | Recording mode | Maximum continuous recordable time | Actual recordable time |
|---|---|---|---|---|
| Supplied battery/ VW-VBT190 (optional) [3.6 V/1940 mAh] | 2 h 20 min (5 h 20 min) | [1080/60p] | 1 h 55 min | 1 h |
| [PH], [HA] | 2 h | |||
| [HG], [HE] | 2 h 5 min | 1 h 5 min | ||
| [iFrame] | 2 h 15 min | 1 h 10 min | ||
| VW-VBT380 (optional) [3.6 V/3880 mAh] | 3 h 45 min (9 h 45 min) | [1080/60p] | 4 h 5 min | 2 h 5 min |
| [PH] | 4 h 15 min | 2 h 10 min | ||
| [HA], [HG] | 4 h 20 min | 2 h 15 min | ||
| [HE] | 4 h 25 min | |||
| [iFrame] | 4 h 45 min | 2 h 25 min | ||
Notes:
• These times are approximations.
• The indicated charging time is for when the battery has been discharged completely. Charging time and recordable time vary depending on the usage conditions such as high/low temperature.
What are the approximate recordable times for different modes and memory sizes (PAL)?
SD cards are only mentioned with their main memory size. The stated times are the approximate recordable times for continuous recording.
AVCHD Recording Modes:
| Recording mode | [1080/50p] | [1080/50i] | |||
|---|---|---|---|---|---|
| Picture size/Frame rate | [PH] | [HA] | [HG] | [HE] | |
| 1920×1080/50p | 1920×1080/50i | 1920×1080/50i | 1920×1080/50i | 1920×1080/50i | |
| SD card 4 GB | 19 min | 21 min | 30 min | 40 min | 1 h 30 min |
| SD card 16 GB | 1 h 20 min | 1 h 30 min | 2 h | 2 h 40 min | 6 h 40 min |
| SD card 64 GB | 5 h 20 min | 6 h | 8 h 30 min | 11 h | 27 h 30 min |
| HC-V520M Built-in memory 16 GB | 1 h 20 min | 1 h 30 min | 2 h | 2 h 40 min | 6 h 40 min |
iFrame Recording Mode:
| Recording mode | [iFrame] |
|---|---|
| Picture size/Frame rate | 960×540/25p |
| SD card 4 GB | 19 min |
| SD card 16 GB | 1 h 20 min |
| SD card 64 GB | 5 h 20 min |
| HC-V520M Built-in memory 16 GB | 1 h 20 min |
Notes:
• A: Favours image quality
• B: Favours Recording time
• If recording for long periods, prepare batteries for 3 or 4 times the period you wish to record for.
• The default setting is [HG] Mode.
• Maximum continuously recordable time for one scene: 6 hours
• The recording is paused once when the recording time for one scene exceeds 6 hours, and the recording will automatically resume after a few seconds.
• The recordable time may be reduced if recording with a lot of action is recorded or recording of short scene is repeated.
• Use time in the row of 4 GB in above table as a guideline for the time that can be copied onto one DVD disc (4.7 GB).
What are the approximate numbers of recordable pictures for different settings and memory sizes (PAL)?
SD cards are only mentioned with their main memory size. The stated number is the approximate number of recordable pictures.
Aspect Ratio [16:9] and [4:3]
| Picture size | 10M | 2.1M | 7.4M | 0.3M |
|---|---|---|---|---|
| 4224×2376 | 1920×1080 | 3136×2352 | 640×480 | |
| Aspect ratio | [16:9] | [4:3] | ||
| SD card 4 GB | 600 | 3200 | 800 | 28000 |
| SD card 16 GB | 2500 | 12500 | 3300 | 117000 |
| SD card 64 GB | 10000 | 52000 | 13000 | 475000 |
| HC-V520M Built-in memory 16 GB | 2500 | 12500 | 3300 | 117000 |
Aspect Ratio [3:2]
| Picture size | 7.7M | 2M |
|---|---|---|
| 3408×2272 | 1728×1152 | |
| Aspect ratio | [3:2] | |
| SD card 4 GB | 800 | 2200 |
| SD card 16 GB | 3200 | 8500 |
| SD card 64 GB | 13000 | 36000 |
| HC-V520M Built-in memory 16 GB | 3200 | 8500 |
Notes:
• The number of recordable pictures depends on the subject being recorded.
• Maximum number of recordable pictures that can be displayed is 9999. If the number of recordable pictures exceeds 9999, R 9999+ is displayed. The number will not change when the picture is taken until the number of recordable pictures is 9999 or less.
• The memory capacity indicated on the label of an SD card is the total of the capacity for copyright protection and management and the capacity which can be used on the unit, a PC etc.
What types of SD cards can be used with this unit (PAL areas)?
Use SD cards conforming to Class 4 or higher of the SD Speed Class Rating* for motion picture recording.
| Card type | Capacity |
|---|---|
| SD Memory Card | 512 MB/1 GB/2 GB |
| SDHC Memory Card | 4 GB/6 GB/8 GB/12 GB/16 GB/24 GB/32 GB |
| SDXC Memory Card | 48 GB/64 GB |
*SD Speed Class Rating is the speed standard regarding continuous writing. Check via the label on the card, etc. (e.g., CLASS④).
Notes:
• When using an SDHC Memory Card/SDXC Memory Card with other equipment, check the equipment is compatible with these Memory Cards.
• An Eye-Fi X2 series SD card is required to use functions related to Eye-Fi.
• We do not guarantee the operation of SD cards other than the ones above. Further, SD cards with a capacity of less than 32 MB cannot be used for video recording.
• 4 GB or more Memory Cards that do not have the SDHC logo or 48 GB or more Memory Cards that do not have the SDXC logo are not based on SD Memory Card Specifications.
What are the approximate charging and recording times for different batteries (PAL)?
• Temperature: 25 °C /humidity: 60%RH
• Charging times in parentheses are when charging from the USB terminal.
| Battery model number [Voltage/Capacity (minimum)] | Charging time | Recording mode | Maximum continuous recordable time | Actual recordable time |
|---|---|---|---|---|
| Supplied battery/ VW-VBT190 (optional) [3.6 V/1940 mAh] | 2 h 20 min (5 h 20 min) | [1080/50p] | 2 h 5 min | 1 h 5 min |
| [PH], [HA], [HG] | 2 h 15 min | 1 h 10 min | ||
| [HE] | 2 h 20 min | |||
| [iFrame] | 2 h 30 min | 1 h 15 min | ||
| VW-VBT380 (optional) [3.6 V/3880 mAh] | 3 h 45 min (9 h 45 min) | [1080/50p] | 4 h 30 min | 2 h 20 min |
| [PH] | 4 h 45 min | 2 h 25 min | ||
| [HA] | 2 h 30 min | |||
| [HG],[HE] | 4 h 50 min | |||
| [iFrame] | 5 h 20 min | 2 h 45 min |
Notes:
• These times are approximations.
• The indicated charging time is for when the battery has been discharged completely. Charging time and recordable time vary depending on the usage conditions such as high/low temperature.
How do I adjust the grip belt?
Adjust the length of the grip belt so that it fits your hand.
1. Flip the belt.
2. Adjust the length.
3. Replace the belt.
How do I select a recording or playback mode?
Operate the mode switch to change the mode to:
• Motion Picture Recording Mode (Camera icon)
• Still Picture Recording Mode (Still Camera icon)
• Playback Mode (Play icon)
How do I use the touch screen?
You can operate by directly touching the LCD monitor (touch screen) with your finger.
Touch:
Touch and release the touch screen to select icon or picture.
• Touch the center of the icon.
• Touching the touch screen will not operate while you are touching another part of the touch screen.
Slide while touching:
Move your finger while pressing on the touch screen.
About the operation icons:
• ▲/▼/◀/▶ : Touch when changing a page or performing settings.
• ↩ : Touch to return to the previous screen.
How do I navigate the Touch Menu?
• Touch ◀ (left side) / ▶ (right side) of the menu bar icon (≡◁ / ≡▷) on the Touch Menu to switch the operation icons.
• It is also possible to switch the operation icons by sliding the Touch Menu right or left while touching it.
• The display of the Touch Menu will disappear when no touch operation is performed for a specific period of time during recording of motion picture/still picture. To display it again, touch the menu bar icon (≡▷).
• Do not touch on the LCD monitor with hard pointed tips, such as ball point pens.
What do the camera system error codes mean?
The following error codes indicate specific abnormalities:
| Error code | Function |
|---|---|
| 51 | Focus control is abnormal |
| 52 | Zoom control is abnormal |
| 53 | OIS lens control is abnormal |
| 54 | Zoom control is abnormal (2) |
| 71 | Lens cover open/close is abnormal |
| 73 | High temperature is abnormal |
These codes are typically viewed in the service mode’s Lock Search History Indication.
What should be removed before servicing or reassembling the unit?
How is the Side Case-L Unit removed?
1. Remove the three 5mm black screws labeled (A) as shown in Fig. D1.
2. Remove the one 5mm black screw labeled (B) as shown in Fig. D2.
3. Disengage the three locking tabs indicated in Fig. D2 to remove the Side Case-L Unit.
How is the Top Case Unit removed?
How is the Front Case Unit removed for -K/-S/-R models?
How is the Front Case Unit removed (general models)?
1. Remove one 3mm black screw labeled (E).
2. Remove two 5mm black screws labeled (F).
3. Remove one 5mm black screw labeled (G) from the bottom side.
4. Disconnect the FP6003 Flex connector.
5. Disengage one locking tab near the Barrier FG.
6. Disengage one rib.
What is the note regarding installing the Top Case Unit?
What precautions should be taken when replacing the Front Case Unit?
1. When removing the locking tab, do not damage the barrier FG and barrier lever.
2. Do not bend the flex cable (FP6003) excessively and take care not to damage it.
How are the Wi-Fi P.C.B. and ESD P.C.B. Units removed (specific models)?
1. Disconnect the FP3001 (Flex) and FP3201 (Flex) cables.
2. Remove the two 3.5mm red screws labeled (H).
How are the Heat Radiation Plate-L Unit and Lens Frame Unit removed?
1. Remove the battery wire from its hooking part.
2. Remove one 3mm silver screw labeled (I).
3. Remove one 3.5mm red screw labeled (J).
4. Remove one 5mm black screw labeled (K) from the bottom side.
5. Disconnect the P6003 connector using the specified procedure.
How should the P6003 connector be removed?
How should the P6003 connector be installed?
What components are involved in removing the Heat Radiation Plate-L Unit and Lens Frame Unit as shown in Figure D9?
• Removing one 3.5mm red screw labeled (L).
• Disconnecting the FP6006 (Flex) and FP6004 (Flex) cables.
• Disengaging four locking tabs.
What is the precaution when replacing the Heat Radiation Plate-L Unit, Lens Frame Unit, or Lens Unit?
How is the Lens Unit removed?
1. Disconnect the P301 (Flex) and FP6008 (Flex) cables.
2. Note the two convex alignment features during removal (See Fig. D10).
How are the SD Holder P.C.B. and Main P.C.B. removed?
1. Remove one 4mm black screw labeled (M).
2. Remove three 3.5mm red screws labeled (N).
3. Remove one 5mm black screw labeled (O) from the bottom side.
4. Disconnect the P6401 connector.
5. Disconnect the FP6402 (Flex) and FP6001 (Flex) cables.
6. Remove the Heat Radiation Plate Unit.
7. Disengage the four locking tabs securing the Bottom Frame Unit (See Fig. D12).
What is the important note when installing the Main P.C.B. & SD Holder P.C.B.?
How are the Monitor P.C.B., Light Guide Plate Unit, and LCD Panel Unit removed?
1. Rotate the LCD unit 180 degrees.
2. Remove the two 5mm silver screws labeled (P) from the LCD Case (T) Unit.
3. Disengage the eight locking tabs to separate the LCD Case (T) Unit (See Fig. D13).
How is the Monitor P.C.B. removed after separating the LCD Case?
1. Remove one 4mm silver screw labeled (Q).
2. Disconnect the FP901 (Flex), FP904 (Flex), and FP905 (Flex) cables.
3. Disengage one locking tab.
4. Note the projection part for alignment (See Fig. D14).
How is LCD Frame A separated from the Light Guide Plate Unit?
What are the components of the LCD backlight assembly in order from bottom to top?
1. LGP Holder (Bottom)
2. Prism Sheet A (Silver)
3. Prism Sheet B (Silver)
4. Diffusion Sheet (Semitransparency, with Small Concave portion)
5. Light Guide Plate (Semitransparency, with Large Concave portion)
6. Reflection Sheet (Silver) (Top, faces Light Guide Plate)
How are the Front Base, Barrier R, and Barrier F removed?
1. Remove the four 6mm silver screws labeled (R).
2. Disengage the three projection parts.
3. Remove the Lens Damper Rubber.
4. Note the three ribs and the square hole during disassembly (See Fig. D17).
How are the Mic Cover, Front Ornament Ring, Flare Cut Piece, Microphone Unit, and Front Case components disassembled?
1. Remove the two 4mm silver screws labeled (S).
2. Disengage one locking tab.
3. Remove Mic Sponge -F, Mic Sponge -M, and Mic Sponge -R.
4. Disconnect the flex cable associated with the Microphone Unit.
5. Separate the Mic Cover, Front Ornament Ring, and Flare Cut Piece from the Front Case (See Fig. D18).
What is the precaution when replacing the Microphone Unit or related components?
How are the MOS Unit and IR Cut Grass removed?
1. Remove the three 4.5mm silver screws labeled (T).
2. Remove the MOS Cushion.
3. Carefully separate the MOS Unit and IR Cut Grass from the Lens Unit (See Fig. D19).
What are the important notes regarding the MOS Unit and IR Cut Grass removal?
1. The MOS unit is a performance-important part; be careful handling it.
2. Take care not to damage the IR Cut Grass during removal or handling.
What is the procedure for installing the MOS Unit using the necessary jig?
1. Insert the two shafts into the holes of the lens unit as shown in Fig. D20, step 1.
2. Insert the shafts through the holes on the MOS fixing angle, and fix the position of the MOS unit as shown in Fig. D20, step 2.
3. Tighten the three 4.5mm silver screws (T) to fix the MOS unit (Fig. D20, step 3).
4. Pull out both shafts (jig) (Fig. D21).
How is the Iris Unit removed?
1. Remove the four 3.5mm silver screws labeled (U).
2. Desolder a total of 24 points from the MOS FPC Sheet:
• OIS Sensor (12 points)
• 2nd Stepping Motor (4 points)
• Focus Motor (4 points)
• 3rd Stepping Motor (4 points)
3. Detach the MOS FPC Sheet.
4. Disengage or remove the 2 structural ribs and 4 attachment ribs indicated in Fig. D22.
How are the 2nd Stepping Motor, 3rd Stepping Motor, and Focus Motor removed?
1. Remove the six 3.5mm silver screws labeled (V) (See Fig. D24).
2. Carefully disengage the screw shafts from their respective racks.
3. Remove the motors.
What are the steps and precautions for installing the stepping/focus motors?
1. Move the rack of the 2nd stepping motor, rack of the 3rd stepping motor, and rack of the focus motor to each center position.
2. Align the screw shaft to the rack for insertion.
3. Blow air to the screw shaft of each motor to prevent the adhesion of foreign material.
4. Apply grease to the screw shaft of each motor according to the specified areas shown in Fig. D25.
Where should grease be applied when installing the motors?
• 2nd Stepping Motor: Across a 35mm length, between 3mm and 4mm marks from the ends.
• 3rd Stepping Motor: Across an 8mm length, between 1mm marks from the ends.
• Focus Motor: Across a 13mm length, between 1mm marks from the ends.
Are there special requirements for electric adjustments?
• The adjustment method is different from a conventional High definition video camera.
• An exclusive jig is necessary for electric adjustment.
• The connection method of the main unit and an exclusive adjustment jig is specific.
What is the basic procedure for performing electric adjustments?
1. Connect the main unit to the AC adaptor.
2. Set the unit to the service mode.
3. Execute the “14 Adjustment function for the service”.
What equipment setup is typically used for image adjustments?
What basic jigs are bundled with the camcorder?
What optical jigs are needed for camera adjustment, and what are their purposes?
| Item | Part number | Remarks |
|---|---|---|
| Light box | VFK1164TDVLB/RFKZ0523* | Need external power supply: 12V ± 0.1V / 1.8A or over. *RFKZ0523 (same as DSC) is recommended. |
| Collimator with focus chart | VFK1164TCM02/VFK1164TCM03 | Same as DSC. |
| Coupling ring | For lens sizes | Collimator Joint to lens. |
| CC filter | 3100K/5100K VFK1164CC10G | Need 2 set. For indoor/outdoor white balance adjustment. |
| C2 Filter | 5100K VFK1164LBB2 | For outdoor white balance adjustment. |
| C8 Filter | 5100K VFK1164LBB8 | For outdoor white balance adjustment. |
| ND Filter 0.1 | 3100K VFK1164ND01 | For indoor white balance adjustment. |
| ND Filter 0.6 | 3100K VFK1164ND01 | For indoor white balance adjustment. |
| Adjustment chart for Level Shot | Bundled with this Manual | For Level shot adjustment. |
What does the Level Shot Adjustment Chart look like?
Which adjustments or settings need to be performed after replacing specific components?
| Replacement part | Component | Adjustment Item | Camera Adjutments*1 (Auto) | Zoom Tracking Adjustment | Indoor White Balance Adjustment | Outdoor White Balance Adjustment | Level Shot adjustment*2 | Touch Panel Calibration | Model setting | Factory settings | NFC initialization*3 |
|---|---|---|---|---|---|---|---|---|---|---|---|
| MAIN P.C.B. | IC3801 | NFC | O | O | |||||||
| MAIN P.C.B. | IC701 | LENS DRIVE IC | O | O | O | O | |||||
| MAIN P.C.B. | IC751 | ROLL GYRO | O | O | |||||||
| MAIN P.C.B. | IC1001 | 7CH DC/DC IC | O | O | O | O | O | O | |||
| MAIN P.C.B. | IC1421 | REG 3V IC | O | O | O | O | O | ||||
| MAIN P.C.B. | IC3401 | Spica | |||||||||
| MAIN P.C.B. | IC3403 | FLASH ROM | O | O | O | O | O | O | O | O | |
| MAIN P.C.B. | MAIN P.C.B. U | O | O | O | O | O | O | O | O | ||
| SD HOLDER P.C.B. | IC6401 | PIT/YAW GYRO | O | O | |||||||
| SD HOLDER P.C.B. | IC6411 | ACCELEROMETER | O | ||||||||
| MOS P.C.B. | IC201 | MOS | O | O | O | O | O | ||||
| Wi-Fi P.C.B.*3 | IC3001 | Wi-Fi MODULE | O | ||||||||
| ESD P.C.B.*4 | IC3201 | ESD | |||||||||
| LENS (W/O MOS) | O | O | O | O | O | ||||||
| MOS | O | ||||||||||
| LENS U (W/ MOS) | O | O | O | O | O | ||||||
| LCD U | O |
*1: IRIS adjustment, OIS hall amp adjustment, Missing pixels compensation, OIS gyro adjustment, AGS adjustment, Zoom hysteresis adjustment (detect the volume of hysteresis).
*2: Accelerometer: Since the assembly is accompanied, always need to be adjusted. When the Wi-Fi P.C.B. and/or ESD P.C.B. can be replaced only removing the Side Case-L Unit, no need for adjustment.
*3: HC-V520M/V520 only.
*4: HC-V520M only.
How is the Service Mode Menu accessed to perform adjustments?
1. Set the mode switch to “Motion Picture Recording” mode.
2. While the power is turned OFF, keep pressing the “Power” button [⑥/I], the “Zoom lever” to the W (Wide) side, and the “intelligent auto/Manual” button [iA] simultaneously for more than 3 seconds.
3. The top screen of the Service Mode Menu will then be displayed on the LCD.
How is the ‘Adjustment function for the service’ selected from the Service Mode Menu?
1. From the top screen of the service mode menu, touch the down arrow [▼] on the LCD three times.
2. Touch item [14] (SERVICE ADJUSTMENT) on the LCD.
3. Touch [YES] on the confirmation screen that appears on the LCD.
What is the general order for performing adjustments and settings in service mode?
1. Filename setting for backup to SD card
2. Model setting
3. Backing up adjustment data to SD card
4. Checking switches
5. Camera adjustment (Iris, Gyro, OIS, Missing pixels compensation)
6. Zoom/tracking adjustment
7. Indoor white balance adjustment (CH GAIN, PWM, WB)
8. Outdoor white balance adjustment (PWM, WB)
9. Level shot adjustment
How is the backup filename set?
1. From the SERVICE ADJUSTMENT screen (reached after selecting item 14 and YES), touch [SET].
2. The BACKUP FILE NAME screen appears. Touch [SET] again.
3. Use the on-screen keys (<, >, ▲, ▼) to modify the filename. The cursor indicates the position being edited. Default filename is 00000000000.
4. After setting the desired filename, touch [OK].
5. The screen returns to BACKUP FILE NAME showing the new name. Touch [SET] to confirm and proceed.
Note: Touching [BAK] on the SERVICE ADJUSTMENT screen will skip filename setting and proceed using the default or previously set filename stored in Flash ROM, returning the unit to motion picture recording mode.
How is the backup data stored on the SD card based on the filename?
1. First, a new folder named after the camera model (e.g., “\V520M” for HC-V520M, “\V520” for HC-V520, etc.) is created in the root directory of the SD card.
2. Next, inside this model-named folder, another new folder is created using the first 5 letters of the specified backup filename (e.g., “ABCDE”).
3. Finally, the adjustment data backup file, named using the last 6 letters of the specified backup filename (e.g., “123456”), is created inside this second folder (\MODEL\ABCDE\123456).
When is Model Setting required, and how is it performed?
1. After setting the backup filename (or skipping), the SERVICE ADJUSTMENT screen shows “MODEL SETTING”. Touch [SET].
2. If the model is not set: The “MODEL SETTING SELECT DESTINATION” screen appears. Use the [▼] or [▲] touch keys to move the cursor (>) to the desired model position.
3. Touch [SET].
4. A confirmation screen appears showing the selected model. Touch [SET] to set the model.
5. The screen displays “NOW SETTING” briefly.
6. The process moves to the next step (Backup Execution).
Note: If the model was already set, the “SELECT DESTINATION” screen will show the current model and limit selection. Touching [BAK] allows skipping the model setting step.
How is the adjustment data backed up to the SD card?
1. After the Model Setting step, the SERVICE ADJUSTMENT screen shows “ADJUST DATA BACKUP”. Ensure an SD card is inserted in the unit.
2. Touch [SET].
3. The “ADJUST DATA BACKUP” screen appears, showing the filename (specified in step 1 or the default/previous name) and prompting “Please Insert SD Card” if none is detected. If an SD card is present, touch [SET].
4. The screen displays “SD Card Writeing Please Wait…” while the data is being backed up.
5. If the backup is successful, the screen shows “BACKUP IS COMPLETED”. Touch [SET] to proceed to the next step (Checking Switches).
6. If a write error occurs, the screen shows “SD Card Write Error Please Retry again”. Touch [SET] to retry the backup.
Note: Touching [BAK] allows skipping the backup process.
How are the unit’s switches and buttons checked in service mode?
1. After the Backup Execution step, the SERVICE ADJUSTMENT screen shows “SWITCH CHECK”. Touch [SET].
2. A screen with several white circles appears, each corresponding to a switch or button function.
3. Press each of the following switches/buttons:
• Power Button
• Mode Switch: Playback Mode
• Mode Switch: Still Picture Recording Mode
• Photoshot Button: Half pressing
• Photoshot Button: Full pressing
• S/S button (Recording Start/Stop)
• iA Button
• OIS Button
• Mode Switch: Motion Picture Recording Mode
• Wi-Fi Button
• Zoom Lever: Wide side
• Zoom Lever: Tele side
4. As each switch is pressed correctly, its corresponding white circle on the screen will turn green.
5. Once all white circles have turned green, the unit automatically proceeds to the next adjustment stage (Camera Adjustment).
Note: Touching [BAK] allows skipping the switch check.
What happens during the Camera Adjustment stage, and what do the status indicators mean?
Status Indicators Meanings:
• WT: Waiting for Adjust
• RUN: Now adjusting
• OK: Normal Condition / Adjustment Completed Successfully
• NG: Abnormal Condition / Adjustment Failed
• – (dash): Excluded / Not Applicable
(*1 Includes: IRIS adjustment, OIS hall amp adjustment, Missing pixels compensation, OIS gyro adjustment, AGS adjustment, Zoom hysteresis adjustment)
Touch [SET] to start the adjustments. Touch [BAK] to skip.
What specific items are checked or adjusted during the automatic Camera Adjustment?
| Item | Description |
|---|---|
| LOCK | Confirmation that the lens lock has not occurred. |
| TEMP | Confirmation that the lens thermistor detects no abnormal temperature (detects -5°C to 80°C). |
| GYRO | Result of Gyro DC compensation. |
| IRIS | Result of Iris adjustment. |
| OIS | Result of OIS adjustment. |
| KIZU | Result of missing pixels compensation. |
| HYS | Result of zooming hysteresis compensation. |
| WIFI | (Excluded) |
| RTC | Result of the RTC working normally. |
| KEY | Confirmation that all switches on the unit are released. |
| JACK | (Excluded) |
| TOUCH | (Excluded) |
| FAN | (Excluded) |
| SENSOR | (Excluded) |
| FORMAT | (Excluded) |
| DTEST | (Excluded) |
How is the Zoom/Tracking Adjustment performed?
Conditions & Jig:
• Set up the collimator with focus chart in front of the lens.
• Set up the angle of view into near the center of the test chart at the telephoto edge.
Procedure:
1. After the Camera Adjustment stage, the SERVICE ADJUSTMENT screen shows “ZOOM TRACKING”. Touch [SET].
2. The ZOOM TRACKING screen appears, indicating “[Subject] Infinity Adjustment Lenz”. Touch [START].
3. The screen displays “Now Adjusting Please Wait…”.
4. Upon successful completion, the screen returns to SERVICE ADJUSTMENT. Touch [SET] to proceed.
Other Notes:
• The focus adjustment value always starts from the initial value.
• This adjustment should be performed after lens replacement.
• Touch [BAK] to skip this adjustment.
How is the Indoor White Balance Adjustment performed?
Adjustment Conditions & Jig:
• Set up the position of the light box so it is fully displayed on the LCD.
• Use a Halogen light box.
• Stack two pieces of CC filter (3100K) and set them up in front of the lens.
• Stack ND filter (0.1) and ND filter (0.6) (total ND 0.7), then set them up in front of the lens.
Procedure:
1. After the Zoom/Tracking Adjustment, the SERVICE ADJUSTMENT screen shows “CAM AWB 3100K”. Touch [SET].
2. The “CAM AWB 3100K” screen appears, showing “[Subject]”, “Halogen Box”, and “ND Filter 0.7-1.2”. Verify the setup. Touch [START].
3. The screen displays “Now Adjusting Please Wait…”.
4. If successful (“Normally terminated”), the screen returns to SERVICE ADJUSTMENT. Touch [SET] to proceed.
5. If an error occurs (“Error Occurred” / “ADJUST ERROR Please Retry”), check the adjustment environment (too high or too low brightness can cause errors) and touch [RETRY] or [SET].
Adjustment Items: CH GAIN (Channel Gain : Indoor), PWM (WB gain depend on IRIS/PWM : Indoor), WB (White Balance : Indoor).
Touch [BAK] to skip this adjustment.
How is the Outdoor White Balance Adjustment performed?
Adjustment Conditions & Jig:
• Set up the position of the light box so it is fully displayed on the LCD.
• Use a Halogen light box.
• Stack two pieces of CC filter (5100K) and set them up in front of the lens.
• Stack C2 filter and C8 filter, then set them up in front of the lens (equivalent to LB145).
Procedure:
1. After the Indoor WB Adjustment, the SERVICE ADJUSTMENT screen shows “CAM AWB 5100K”. Touch [SET].
2. The “CAM AWB 5100K” screen appears, showing “[Subject]”, “Halogen Box”, “LB145”, and “ND Filter 0.0-0.5”. Verify the setup. Touch [START].
3. The screen displays “Now Adjusting Please Wait…”.
4. If successful (“Normally terminated”), the screen returns to SERVICE ADJUSTMENT. Touch [SET] to proceed.
5. If an error occurs (“Error Occurred” / “ADJUST ERROR Please Retry”), check the adjustment environment (too high or too low brightness can cause errors) and touch [RETRY] or [SET].
Adjustment Items: PWM (WB gain depend on IRIS/PWM : Outdoor), WB (White Balance : Outdoor).
Touch [BAK] to skip this adjustment.
How is the Level Shot Adjustment performed?
Adjustment Conditions & Jig:
• Use the specified Test Chart ([Level Shot Adjustment Chart]).
• Chart Size: A4.
• Print the chart so the white line width inside the vertical line is 0.7mm.
• Ensure Test Chart Levelness: Horizontal tilt (ROLL) within ±0.1°, Horizontal tilt (YAW) within ±5.0°, Vertical tilt (PITCH) within ±5.0°.
• Position the unit 100mm to 150mm away from the Test Chart (distance between lens end and chart).
• Ensure Unit Installation Condition: Horizontal Tilt (ROLL) within ±1.45°, Vertical Tilt (PITCH) within ±0.8°. (Alternatively, use the Yarn Hanging method for level management).
• Open the LCD, turn it reverse, then close it.
• Frame the shot so the Test Chart is displayed in full screen.
• Confirm Test Angle: Vertical line is within ±30% of the screen center. Horizontal line is displayed in both ends of the screen.
Procedure:
1. After the Outdoor WB Adjustment, the SERVICE ADJUSTMENT screen shows “BALANCE SHOT”. Touch [SET].
2. The “BALANCE SHOT (Setup)” screen appears with the instruction “LCD REVERSE CLOSE”. Ensure the setup is correct. Press the [Photo shot] button (or touch [PHOTO] on screen, if available).
3. The screen displays “Now Adjusting Please Wait…”.
4. If successful (“Normally terminated”), the screen displays “SERVICE ADJUSTMENT ADJUST IS COMPLETE PLEASE TURN UNIT OFF THEN TURN ON AGAIN”.
5. Press the power button to turn the unit off. The adjustment is completed.
6. If an error occurs (“Error Occurred” / “BALANCE SHOT ADJUST ERROR Please Retry”), check the setup conditions and touch [RETRY] or [SET].
Note: Touching [BAK] allows skipping this adjustment.
Is there an alternative method for ensuring the unit is level for the Level Shot adjustment?
How are Factory Settings initiated?
1. Set the mode switch to “Motion Picture Recording” mode.
2. While the power is turned OFF, keep pressing the “Power” button [⑥/I], the “Zoom lever” to the W (Wide) side, and the “intelligent auto/Manual” button [iA] simultaneously for more than 3 seconds.
3. The top screen of the Service Mode Menu will be displayed on the LCD.
4. Touch item [1] on the LCD.
5. Touch [YES] on the confirmation screen that appears on the LCD.
6. After a few seconds, the LCD monitor will display “END” (indicating successful completion) or “ESD NODATA” NG (indicating completion but potential issue with built-in memory format on HC-V520M).
7. To complete the Factory Settings process, remove the battery or disconnect the AC power supply.
What does performing a Factory Setting do?
1. MENU, MODE, ADJUSTMENT VALUE.
2. Reset the folder number (to 100) and file number (to 0) for still pictures.
3. Clear the time and date setting.
4. Close the lens cover.
5. Initialize the VIERA Link Physical Address.
6. Initialize the Wi-Fi data settings (HC-V520/V520M only).
7. Initialize the NFC data settings (HC-V520/V520M only).
8. Confirm that the data area of built-in memory is cleared (HC-V520M only).
9. Confirm that the built-in memory capacity is correct (HC-V520M only) (Checking of the built-in memory mounting error.)
For HC-V520M, if Factory Settings completes but the built-in memory physical format isn’t performed, how can it be done manually?
1. Connect the unit via the AC adaptor.
2. Select [SETUP] → [FORMAT MEDIA] → [Built-inMemory] from the menu.
3. On the screen shown (“FORMATTING BUILT-IN MEMORY WILL ERASE ALL CONTENTS…”), press and hold the recording start/stop button for about 3 seconds.
4. When the built-in memory data deletion screen appears, select [YES], and then follow the on-screen instructions.
What is the required setting position for initiating Factory Settings?
| Name | Setting position |
|---|---|
| Mode switch | Motion picture recording mode |
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