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ORDER NO. KMS0505068CE Wireless Camera Monitoring System BL-MS103A (for U.S.A.) 2005 Panasonic Communications Co., Ltd. All rights reserved. Unauthorized copying and distribution is a violation of law. IMPORTANT INFORMATION ABOUT LEAD FREE, (PbF), SOLDERING If lead free solder was used in the manufacture of this product the printed circuit boards will be marked PbF. Standard leaded, (Pb), solder can be used as usual on boards without the PbF mark. When this mark does appear please read and follow the special instructions described in this manual on the use of PbF and how it might be permissible to use Pb solder during service and repair work. 1. ABOUT LEAD FREE SOLDER (PbF: Pb free)
Note: In the information below, Pb, the symbol for lead in the periodic table of elements, will refer to standard solder or solder that contains lead. We will use PbF solder when discussing the lead free solder used in our manufacturing process which is made from Tin, (Sn), Silver, (Ag), and Copper, (Cu). This model, and others like it, manufactured using lead free solder will have PbF stamped on the PCB. For service and repair work we suggest using the same type of solder although, with some precautions, standard Pb solder can also be used. Caution - PbF solder has a melting point that is 50° ~ 70° F, (30° ~ 40°C) higher than Pb solder. Please use a soldering iron with temperature control and adjust it to 700° ± 20° F, (370° ± 10°C). In case of using high temperature soldering iron, please be careful not to heat too long. - PbF solder will tend to splash if it is heated much higher than its melting point, approximately 1100°F, (600°C). - If you must use Pb solder on a PCB manufactured using PbF solder, remove as much of the original PbF solder as possible and be sure that any remaining is melted prior to applying the Pb solder. - When applying PbF solder to double layered boards, please check the component side for excess which may flow onto the opposite side (See figure, below). 1.1. SUGGESTED PbF SOLDER There are several types of PbF solder available commercially. While this product is manufactured using Tin, Silver, and Copper, (Sn+Ag+Cu), you can also use Tin and Copper, (Sn+Cu), or Tin, Zinc, and Bismuth, (Sn+Zn+Bi). Please check the manufacturer’s specific instructions for the melting points of their products and any precautions for using their product with other materials. The following lead free (PbF) solder wire gauge are recommended for service of this product: 0.3mm, 0.6mm and 1.0mm.
2. FOR SERVICE TECHNICIANS ICs and LSIs are vulnerable to static electricity. When replacing, the following precautions will help to prevent recurring malfunctions. 1. Cover the plastic parts with aluminum foil. 2. Ground the soldering irons.
3. Use a conductive mat on the work-table. 4. Do not grasp IC or LSI pins with bare fingers. 3. CAUTION 3.1. SAFETY PRECAUTIONS 1. Before servicing, unplug the power cord to prevent an electrical shock. 2. When replacing parts, use only manufacturer’s recommended components for safety. 3. Check the condition of power cord. Replace if wear or damage is evident. 4. After servicing, be sure to restore the lead dress, insulation barriers, insulation papers, shields, etc. 5. Before returning the serviced equipment to the customer, make the following insulation resistance test to prevent a shock hazard. 3.2. BATTERY CAUTION Danger of explosion if the battery is replaced incorrectly. Replace only with the same or equivalent type recommended by the manufacturer. Discard used batteries according to following caution: Disposal or transportation of lithium batteries should be performed by permitted, in accordance with federal, state and local guidelines. A battery continues to have no transportation limitations as long as it is separated to prevent short circuits and packed in strong packaging. Commercial firms that dispose of any quantity of lithium cells should have a mechanism in place to account for their ultimate disposition. This is a good practice for all types of commercial or industrial waste. When the lithium battery is exchanged, the clock settings are cleared. In this case, make clock settings again. Recommend Type Number: CR-1632/1HF (BAT1) Manufactured by MATSUSHITA 3.3. TRADEMARKS - Adobe and Acrobat are either registered trademarks or trademarks of Adobe Systems Incorporated in the United States and/or other countries. - Ethernet is either a registered trademark or a trademark of Xerox Corporation in the United States and/or other countries.
- Microsoft, Windows, Hotmail and ActiveX are either registered trademarks or trademarks of Microsoft Corporation in the United States and/or other countries. - Pentium is a trademark or registered trademark of Intel Corporation or its subsidiaries in the United States and other countries. - Screen shots reprinted with permission from Microsoft Corporation. - All other trademarks identified herein are the property of their respective owners. 3.4. INSULATION RESISTANCE TEST 1. Unplug the AC power cord and short the two prongs of the plug with a jumper wire. 2. Measure the resistance value with ohmmeter between the jumpered AC plug and each exposed metal cabinet part, such as screw threads, etc. Note: Some exposed parts may be isolated from the chassis by design. These will read infinity. 3. If the measurement is outside the specified limits, there is a possibility of shock hazard. The equipment should be repaired and rechecked before it is returned to the customer.
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3.5. POWER CAUTION The power socket wall outlet should be located near this equipment and be easily accessible. 3.6. CLEANING Clean the camera after the camera is turned off. 3.6.1. Cleaning the Main Unit Clean the unit with a dry and soft cloth.
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Note: - Do not use alcohol, polishing powder, cleanser, benzine, thinner, wax, petroleum products or hot water to wipe the camera. Also avoid pesticide, glass cleaner or hair spray. They may cause change in shape or color. - Do not apply pressure to the pan/tilt portion of the camera. Any forced movement can damage the internal mechanism. - If the pyroelectric infrared sensor has dust on it, it may not detect temperature differences. Keep the pyroelectric infrared sensor clean. 3.6.2. Cleaning the Lens If the lens has dust on it, the image may be unclear or out of focus.
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Note: Do not touch the lens directly. Fingerprints may cause an unclear image. 4. SPECIFICATIONS (BL-WV10A) Main Unit: LAN Interface Items Specifications Number of ports 4 port Connector type 8-pin modular jack (RJ-45) Physical interface IEEE802.3 (10BASE-T) IEEE802.3u (100BASE-TX) MDI/MDI-X with auto-detect Wireless Interface...
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Items Specifications IEEE802.11g Transmission protocol OFDM (IEEE802.11g standard)/DS-SS (IEEE802.11b compatible), half duplex Transmission speed 54/48/36/24/18/12/9/6 *(IEEE802.11g standard): ([standard value] Mbps) automatic fallback Frequency range (MHz) 2412 to 2462 (center frequencies) Number of channels IEEE802.11b Transmission protocol DS-SS, half duplex Transmission speed 11/5.5/2/1 *(IEEE802.11b standard): (automatic fallback) ([standard value] Mbps) Frequency range (MHz) 2412 to 2462 (center frequencies) Number of channels Communication range The range will depend on environmental conditions. The proximity of reinforced concrete structures, large metal objects, microwave ranges, and/or theft prevention devices can shorten the range. Obstructions (walls, furniture, equipment) can also shorten the usable range. - The values displayed represent the theoretical maximums for wireless LAN standards, and do not represent actual data transmission speeds. Video Output Items Specifications Video format NTSC Output jack Single jack Output level 1.0 Vp-p (75 ) User Interface Items Specifications FACTORY DEFAULT ...
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Operational environment 0°C~40 °C (32°F~104 °F) humidity between 20 and 85% (without condensation) EM radiation shielding FCC Part 15 Software: Camera Viewer Items Specifications Camera image display Displays a maximum of eight camera images Video (motion JPEG): 640x480, 320x240 1 screen per 8 pages, 4 screens per 2 pages Camera pan/tilt operations, image size switching, resolution switching Recording to and playing Movies (motion JPEG): 640 x 480, 320 x 240 from SD memory cards Saved in QuickTime format Pictures (JPEG): 640 x 480, 320 x 240 Timer recording Camera motion sensor Automatic switch to camera image at sensor input event sensor input support triggers buzzer/LED notification Automated camera image recording at sensor input event Setup Items Specifications Quick Setup Automatically performs necessary network and wireless settings for Panasonic cameras and routers Wireless Terminal Feature Items Specifications Security WEP (64 bit/128 bit/152 bit), wireless stealth functionality (SSID suppression, connection denial/permissions through ANY key), MAC address filtering Notice Regarding Wireless Communications 1. To avoid wireless communication interference and instability, do not use this product near the following devices, or change the wireless channel used by the BL-WV10A.
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- Wireless transmitters (radio transmitters, cellular transmitters, etc.) - Wireless devices which operate at 2.4 GHz (security equipment, POS systems, cordless telephones, etc.) - Microwave ovens 2. Wireless commnication range and quality may be affected if the following types of objects are located between or near this product and other wireless devices connected to this product. In the event that images do not refresh at a regular rate, become cut off, etc., relocate this product, the other wireless devices, or the obstacles (if possible) for more stable wireless communications. - Metal door shutters - Walls made of concrete,stone,or brick,or walls which contain aluminiumbased heat insulation - Multiple walls - Fire doors and glass - Steel racks or shelves 3. Place cameras and this product at least 2 m (6.5 ft.)away from radios.Do not connect cameras and this product to a power outlet used by a radio. Frame rate - Frame rate (frames per second,‘‘fps’’)may vary depending on the image being viewed by the camera, brightness, and other environment conditions, as well as network conditions such as distance between the BL-WV10A and the cameras, the number of cameras connected, network traffic, wireless network conditions, etc. - For BL-C10A and BL-C30A, a maximum of 15 fps in LOW quality (resolution) and 7.5 fps in HIGH quality is possible. - For HCM series cameras, a maximum of 30 fps in LOW quality and 12 fps in HIGH quality is possible. - Network speed may decrease while the BL-WV10A is turned on and connected to cameras. - The display size and brightness of the Monitoring Screen can be adjusted.
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5. SPECIFICATIONS (BL-C30A) Network Camera Items Specifications Pan/Tilt Angle Pan: -50° to +50°, Tilt: -40° to +10° Number of Pixels 1/4-inch CMOS Sensor 320,000 pixels Illuminance 1-10,000 lx White Balance Auto/Manual/Hold Focus Fixed 0.5m (20 inches) - Infinity Caliber Ratio (F No.) F2.8 Horizontal Viewing Angle 43° Exposure Auto Other Specifications Items Specifications Video Compression JPEG (3 Levels) Video Resolution 640 x 480, 320 x 240 (default), 160 x 120 Buffered Image *1 About 250 frames (320 x 240) with time display Frame rate *2 Max. 7.5 frames/second (640 x 480) Max. 15 frames/second (320 x 240 or 160 x 120) Supported Protocols TCP, UDP, IP, HTTP, FTP, SMTP, DHCP, DNS, DDNS, ARP, ICMP, POP3, NTP Message Transfer Pyroelectric Infrared Sensor or Timer Condition Image Transfer Method SMTP, FTP Interface Wired: 10Base-T/100Base-TX Ethernet RJ-45 ...
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Items Specifications Communication mode IEEE 802.11b, 802.11b/g, 802.11g exclusive (Communication Standard) Data Transfer Mode Direct Sequence Spectrum Spread (DS-SS), Orthogonal Frequency Division Multiplexing (OFDM) Frequency Range 2.412-2.462 GHz Channels 1-11 Security WEP (64/128/152 bit), SSID *1) The maximum number of frames changes depending on the image quality and what object you buffer. *2) Frame rate changes depending on the network environment, the PC performance, the image quality and what object you view. 5.1. ABOUT PYROELECTRIC INFRARED SENSOR (See Panasonic Network Camera support website at http://panasonic.co.jp/pcc/products/en/netwkcam/ for details about the pyroelectric infrared sensor.) The sensor (pyroelectric infrared sensor) detects temperature differences with the infrared rays naturally emitted by human or animal bodies. The sensor trigger can acti-vate buffering images to the internal memory or transferring images by E-mail or FTP. The detection range is about 30° horizontally, about 85° vertically and about 5-m (16.4 feet) distance. Since the detection range is easily affected by the environment temperature or how fast the object speed is, consider your mounting location. Note: - The sensor can easily detect temperature differences of objects moving sideways within the detection range, but cannot easily detect objects moving slowly towards the sensor. Mount the camera where the objects often pass across the detection range (see Figure 1). - If the lens position does not match the sensor direction, the buffered or ...
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transferred images may not capture the object detected by the sensor (see Figure 2). We recom-mend you to set the pan/tilt range to match the sensor direction or to restrict the user's access level to disable the pan/tilt operation. About Location - If there is no temperature difference between human body and environment like in summer, the sensor may not detect anything. - If the object is less than about 1 m (40 inches) away from the camera, the camera may detect the object outside the range. - If the sensor is obstructed, the sensor does not detect anything. Remove the obstacle in front of the sensor. - The sensor may malfunction in the following areas. Avoid these locations.
5.2. COLOR NIGHT VIEW MODE - Color night view mode (a to-adjusted) enables the camera to display images even in 1 lx ill minance. - 1 lx is the brightness about 2.5 m (8.2 feet) away from auxiliary fluorescent light. Color night view mode slows down the frame rate, and images may blur when viewing a moving object or using the pan/tilt operation. - When viewing a dark image, Color Night View mode a tomatically starts. The image will be brighter, but the refresh interval may slow down and image quality may decrease. - When the camera is aimed at a dark object when in Color Night View mode, specks of white or colored light may appear in the image. This is a characteristic of the CMOS image sensor. The product is not malfunctioning. 6. MAIN FEATURES Wireless Communication Network Camera corresponds to the wireless system based on IEEE 802.11b/g. Wireless installation will play an increasing role in flexible mounting. Communication via Ethernet cable is also available. Encryption establishes the security on the wireless network.
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Various remote monitoring features - Pyroelectric infrared sensor detects temperature differences caused by a human body or animals. - Detection can let camera transfer images by E-mail or FTP - Color night view mode (auto-adjusted) enables the camera to display images even in 1 lx ill minance Monitoring from PC or mobile phone - The camera images can be monitored over the Internet. - Pan/Tilt operation can move the lens horizontally from -50° to +50° and vertically from -40° to +10°. Privacy mode - Privacy mode hides the lens into the unit to protect privacy. - Pressing the privacy button on the front of the camera switches privacy mode on or off with a single touch. Privacy Monitoring Purpose Privacy feature Disabled Protecting privacy Monitoring Enabled Remote monitoring Easy installation using UPnP (Universal Plug and Play) When connecting the camera with a UPnP enabled router, the camera automatically configures its network settings. * Some UPnP enabled routers cannot configure the camera automatically. In this case, the router needs to be configured manually. Ask the router manufacturer how to configure it. See Panasonic Network Camera support website at http://panasonic.co.jp/pcc/products/en/netwkcam/ for more information. Supporting Viewnetcam.com service Viewnetcam.com service allows you to access the camera over the Internet with your favorite domain name (e.g. bob.viewnetcam.com) instead of a global IP address. * Viewnetcam.com service is the service for Panasonic Network Camera. See Viewnetcam.com website (http://www.viewnetcam.com) for more information. Multi-Language Display Top page, Single Camera and Multi-Camera page can be displayed in English, French, German, Italian, Spanish, Russian, Simplified Chinese or Japanese. If you select English or Japanese, all pages can be changed. But if you select other language, the Setup, Maintenance and Support pages are displayed only in English.
*1 The sensor uses pyroelectric effect. Due to the effects of environment temperature, direct sunlight or air conditioner, it may detect the temperature differences by mistake, or the detection range may be shortened. *2 It may take some time to transfer images depending on the network condition. *3 1 lx is the brightness about 2.5 m (8.2 feet) away from auxiliary fluorescent light. Color night view mode slows down the frame rate, and images may blur when viewing a moving object or using the pan/ tilt operation. 7. PARTS LOCATIONS (BL-WV10A) 7.1. MAIN UNIT Front Panel 1. SD Memory Card port 2. Timer/Busy indicator 3. Power indicator 4. Alert indicator 5. Sensor indicator 6. LAN indicators 7. Wireless indicator 8. Remote control sensor Rear Panel...
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1. DC IN jack 2. Video output port 3. LAN ports 4. Mode switch 5. Factory default reset button 6. Antenna Indicators The indicators display the status of the BL-WV10A and network conditions. During Quick Setup Indicator Color Description Power Amber Unit is in Quick Setup mode. (flashing) Wireless Green Quick Setup for a camera is in progress, or Quick Setup has been completed for the BB-HGW700A. Green Quick Setup has been completed (flashing) for a camera. During Normal Operation...
Indicator Color Description Timer/Busy Green Timer/Sensor recording has been set. Turn off by pressing [TIMER] on the remote control. Green Timer/Sensor recording cannot be (flashing) turned on due to insufficient free space on the SD memory card. The indicator will flash for about 6 seconds. Also flashes when the timer recording setting is invalid (no SD memory card installed, etc.) Timer/Sensor recording is not set. Turn on by pressing [TIMER] on the remote control. Amber Data is either being written to or (flashing) read from the SD memory card. Power Green The unit is turned on. Red A problem was detected during the (flashing) power-on diagnostics. Amber Power-on diagnostics are in (flashing) progress. ALERT Green The buzzer is turned on. Turn off by pressing [ALERT] on the remote ...
1. [POWER] and [INPUT]: You can program the remote control to turn your TV on and off when the [POWER] button is pressed, and to change the TV's video input. You must first program your TV's manufacturer code. 2. [MENU]: Press while monitoring a camera to display the [MENU] screen. 3. Number keys: Depending on the current screen, used to enter numbers and text, or aim the camera at a preset position or at the sensor position. 4. [TIMER]: Turns the timer on and off. 5. [0]: Displays the camera list or switches to multi-camera display mode. 6. [STOP]: Stops recording and playback. 7. [PLAY/PAUSE]: Starts and pauses movie playback and picture display. 8. [DISPLAY]: Toggles through the different image data display modes while monitoring a camera 9. Navigator keys: Used to select on-screen items or aim the camera in a different direction. 10. [ENTER]: Depending on the current screen, selects the highlighted setting or item, saves the current setting, or aims the camera at the home position. 11. [RETURN] Returns to the previous or menu. 12. [ALERT]: Turns the alert on and off. The alert can be used to alert you to camera sensor detection. 13. [REC]: Press while monitoring a camera to record a movie. 14. [SNAPSHOT]: Press while monitoring a camera to take a picture. 8. PARTS LOCATIONS (BL-C30A) 8.1. FRONT VIEW...
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Privacy Button To temporarily deactivate the camera, press the privacy button. Once pressed, the button changes from green to red. The video will be temporarily turned off, camera features become unresponsive and the viewed image turns to a gray screen. To return to normal operation, press the privacy button again. It should turn green within a few seconds. To restore video, click [Refresh] on the web browser. Privacy mode can also be controlled from mobile phones or PCs. Indicator Display Power on Not on the LAN Orange Orange blinking On the LAN Orange Orange and green blinking Green Normal Operation *1 Green Automatic Setting Green blinking Setup Finished seting Green Using Getting IP address *2 Orange blinking Green blinking DHCP Got IP address Green Updating Firmware Orange blinking Pressing FACTORY DEFAULT Orange blinking Turning off RESET button (The camera restarts about 1 minute later.) UPnP Failure *3 Orange blinking (About a 2-second ...
8.2. BOTTOM VIEW 8.3. REAR VIEW Note: If the ceiling is made of wood, the camera can be installed on the ceiling. See Panasonic Network Camera support website at http://panasonic.co.jp/pcc/products/en/netwkcam/ for details. 9. HOW TO CONNECT (BL-WV10A) Connecting cameras directry to the BL-WV10A...
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Connecting to the BB-HGW700A (See Operating Instructions) Connecting to the router except BB-HGW700A...
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Note: - The only wireless router that can be used with the BL-WV10A is the Panasonic BB-HGW700A.All other routers require a wired connection. 10. CONNECTING YOUR NETWORK CAMERA (BL-C30A) 10.1. PREPARATION Prepare the following before connecting the Network Camera. - Set up software (Setup CD-ROM) - PC to fulfill the system requirements. - Ethernet Router or Wireless Router for LAN Connection. - Ethernet cable (two pieces of Category 5 straight cable). SYSTEM REQUIREMENTS Your PC (Personal Computer) and network must meet the following technical specifications for the camera to work properly.
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Item Description Operating System Microsoft Windows XP Microsoft Windows 2000 Microsoft Windows Me Microsoft Windows 98SE Pentium III (500 MHz or greater is recommended.) Protocol TCP/IP protocol (HTTP, TCP, UDP, IP, DNS, ARP, ICMP) Interface 10/100 Mbps network card installed Web Browser Internet Explorer 6.0 or later (Not included on the Setup CD-ROM) Note: See Panasonic Network Camera support website at http://panasonic.co.jp/pcc/products/en/netwkcam/ for the latest information about web browser. Abbreviations - UPnP is the abbreviation for Universal Plug and Play. 10.2. CONNECT THE CAMERA TO YOUR ROUTER Connect the camera to your router with an Ethernet cable to set up the camera. - Before you begin the installation, the UPnP feature in your router needs to be enabled. Usually, the default setting disables this feature. For more info, please visit, http://panasonic.co.jp/pcc/products/en/ netwkcam/technic/rtr_setup/ or contact your router's manufacturer. - These instructions assume your PC is already connected to the Internet and your home network includes a router that is UPnP (Universal Plug ...
2. Connect the Ethernet cable to your router. 3. Connect the Ethernet cable to the camera. 10.3. TURN THE CAMERA ON Inserting the AC adaptor to the outlet powers up the camera.
1. Connect the power cord from the AC adaptor to the DC In jack. 2. Connect the AC plug of the AC cord to the power outlet. - When you operate the camera, the power outlet should be near the camera and easily accessible. - Use only specified Panasonic AC adaptor PQLV202 (Order No.PQLV202Y). 3. After the lens moves (pan/tilt operation), confirm that the indicator lights green after a minute. - If the indicator does not light green, see page 15 and 16 of the Installation/Troubleshooting. - A noise can be heard during pan/tilt operation. This is normal. 10.4. SETUP THE CAMERA...
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Important - To avoid any possible problems, temporarily disable any firewall or antivirus software. - This procedure explains installation of the camera on the same network that your PC is part of. - Before proceeding, close your web browser. 1. Insert the Setup CD-ROM into the CD-ROM drive of the PC. (If the Network Camera Setup window is not displayed automatically, double-click "Setup.exe" file on the Setup CD-ROM.) 2. Click [Camera Setup]. 3. Select the camera to set up and click [Execute]. - This program searches for the cameras that are connected to the router and displays the MAC Addresses, IP addresses and Port Numbers.
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- When searching for multiple cameras, the cameras can be identified with the MAC Addresses labeled near the Ethernet (LAN) port of the cameras. Note: - If more than 20 minutes have passed since the camera was turned on, the camera cannot be set up from the Setup Program. In this situation, restart the camera. - The Setup Program may not list any cameras due to your firewall or antivirus soft-ware settings on your PC. If you cannot disable your firewall or antivirus software, you can set up the camera entering the camera MAC address. 4. Click [Automatic setup (Local Access Only)].
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- For the first time installation or after pressing the Factory Default Reset button, only [Automatic Setup (Local Access Only)] can be selected. To set up the camera with Static or DHCP settings, after performing the [Automatic Setup (Local Access Only)], run the Setup Program again and select [Manual Setup]. 5. Enter the user name and password, and click [Save]. 6. The Enter Network Password window is displayed. Enter the user name and password that were set, and click [OK].
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7. To set the Wireless Configuration, check [Enable] and click [Next>]. - When [Disable] was selected, skip to step 9. - The Wireless Configuration can also be set at [wireless] in the Setup Page. 8. Set the Wireless Configuration.
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9. When the Single Camera page is displayed, the setup is completed. - If Security Warning window is displayed to install ActiveX Controls, click [Yes].
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- The image is a simulated screen image. Note: Check [Every visit to the page] for "Temporary Internet files" on your web browser. If it is not checked, the camera may display old images. 9. Click [Next] to set up the Internet access to the camera and go to step on the next page..
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- Click [Cancel] and go to 7.6. CONFIRMING THE WIRELESS LANSETUP , if you mount the camera. 10.5. TO SET UP INTERNET ACCESS TO THE CAMERA 1. Select the camera on the camera list to set up the Internet access and click [Execute]. - This program searches for the cameras that are connected to the router and displays the MAC Addresses, IP addresses and Port Numbers. - When searching for multiple cameras, the cameras can be identified with the MAC Addresses labeled near the Ethernet (LAN) port of the ...
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cameras. Note: If more than 20 minutes have passed since the camera was turned on, the camera cannot be set up from the Setup Program. In this situation, restart the camera. 2. Click [Automatic Setup (Internet Access)]. - For the first time installation or after pressing the Factory Default Reset button, only [Automatic Setup (Local Access Only)] can be selected. To set up the camera with Static or DHCP settings, after performing the [Automatic Setup (Local Access Only)], run the Setup Program again and select [Manual Setup]. 3. The Enter Network Password window is displayed. Enter the username and password that were set, and click [OK].
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4. To enable access over the Internet, check [Enable]. Not to enable access over the Internet, check [Disable]. And click [Next>]. - If you select [Disable], skip to step 8. Registration with the "Viewnetcam.com FREE DDNS service" By registering with the Viewnetcam.com FREE DDNS service, you can create a personalized web address at which your camera's live video can always be found on the Internet. For detailed information, access "http://www.viewnetcam.com". 5. To register with the "Viewnetcam.com FREE DDNS service", check [Register with Viewnetcam.com] and click [Next>].
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- When [Do not register with Viewnetcam.com] was selected at step 5, skip to step 8. 6. The Enter Network Password window is displayed. Enter the user name and password that were set, and click [OK]. 7. After a while, the "Viewnetcam.com FREE DDNS service" website is displayed. Follow the displayed instructions for registration. - If the message "Failed to configure the router's Port Forwarding by UPnP" is displayed, your router may not support UPnP or UPnP is not enabled. Enable your router's UPnP or set Port Forwarding manually following the router's manual and try Automatic Setup again. For more information about setting up a router, refer to the Panasonic Network Camera support web-site at http://panasonic.co.jp/pcc/products/en/ netwkcam/technic/rtr_setup. - If the message "Failed to register with Viewnetcam.com." is displayed, con-firm that the router is connected to the Internet. 8. When "Setup complete" is displayed, click [To Single Camera page]. - When [Enable] was selected at step 4. - When [Disable] was selected at step 4.
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Note: - The port number must be specified at the end of camera URL. For example Using port 80: http://(Cameraname).viewnetcam.com or http://IP Address Using any other port: http://(Cameraname).viewnetcam.com:Port Number or http://IP Address:Port Number - The URL for the local network access may be different from the one set up on the previous page. 9. When the Single Camera page is displayed, the setup is completed. - If Security Warning window is displayed to install ActiveX Controls, click [Yes]. - The image is a simulated screen image. Note: Check [Every visit to the page] for "Temporary Internet files" on your web browser. If it is not checked, the camera may display old images.
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10.6. CONFIRMING THE WIRELESS LANSETUP After setting each item for the wireless LAN, confirm that the camera works correctly. 1. Unplug the Ethernet cable and turn off the power (disconnect the AC plug). 2. Set the switch on the bottom of the camera to wireless. 3. Turn on the power by connecting the AC plug to the power outlet. - The camera switches from wired to wireless. 4. Start up the web browser on the PC. 5. Enter "http://IP address (or URL):Port No." in the address field and press [Enter]. (When port number is 80 (default), you do not need to enter port number.) - When the following Top Page is displayed, the wireless LAN setup is successful. - If the Top Page was not displayed, the settings for the camera are not identical with those for the router. Check the settings by using wired connection. If the settings are correct and you use a proxy server, set the web browser not to access the proxy server. If the Top Page is not displayed even after trying these methods, contact the retailer. - It takes about 1 minute for the new settings to be effective. - It is not possible to access the camera simultaneously by both wired and wireless connection. - Enter both the MAC addresses for the camera itself and the camera’s wireless module to enable the MAC address filtering ...
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feature on the wireless router. The wireless module MAC address is one value higher than the camera MAC address. 11. DISASSEMBLY INSTRUCTIONS (BL-WV10A) 11.1. HOW TO REMOVE BOTTOM CABINET 1. Remove two Screws (A). 2. Remove Bottom Cabinet. 11.2. HOW TO REMOVE MAIN BOARD AND ANTENNA...
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1. Remove five Screws (B). 2. Remove the solder of Antena Cable (two point A and C). 3. Remove Main Board. 4. Remove Antenna. 12. DISASSEMBLY INSTRUCTIONS (BL-C30A) 12.1. HOW TO REMOVE RF BOARD...
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1. Remove two Screws (A). And remove the Cabinet Cover. 2. Remove Screw (B) and Antenna Cable.
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3. Remove Antenna Cable from RF Board, and remove RF Board from Cabinet body. 12.2. HOW TO REMOVE MAIN BOARD AND I/O BOARD - 1-3 are the same as 8.1. HOW TO REMOVE RF BOARD. 4. Remove three Screws (B). 5. Remove Main Board and I/O Board form Cabinet Body.
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6. Remove Sub Flat Cable from Main Board. 7. Remove Main Board from I/O Board. 12.3. HOW TO REMOVE SUB BOARD - 1-3 are the same as HOW TO REMOVE RF BOARD. - 4, 5 are the same as HOW TO REMOVE MAIN BOARD AND I/O BOARD. 6. Remove two Screws (B). 7. Remove Antenna from Cabinet Body.
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8. Remove five Screws (B). 9. Remove Eye Block, Pan Motor Angle, Connect Angle and Washer. 10. Remove two Screws (B). 11. Remove Sub Flat Cable from Sub Board. 12.4. HOW TO REMOVE LENS UNIT - 1-3 are the same as 8.1. HOW TO REMOVE RF BOARD. - 4, 5 are the same as 8.2. HOW TO REMOVE MAIN BOARD AND I/O BOARD. - 6-9 are the same as 8.3. HOW TO REMOVE SUB BOARD.
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10. Remove two Screws (B). 11. Remove Tilt Motor Unit from Eye Block. 12. Remove two Spacers, Pan Gear and Pan Motor Unit from Eye Block. 13. Remove two Screws (B). 14. Remove Eye Left Cover, Eye Center Cover and Eye Right Cover from Eye Block. 13. THE CAUTIONS AT THE TIME OF ASSEMBLY (BL- C30A) 13.1. SUB FLAT CABLE INSERTION INSTRUCTION Put together Lens Button, Button Sheet, and Sub Board in a Cabinet Body, and fix with screws (B). Insert Sub Flat Cable into connector.
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13.2. ASSEMBLING INSTRUCTION OF WASHERS Attach Pan Motor Angle, Connect Angle, and washer to Cabinet Body and fix with screws (B). Caution After work, check visually that a spring washer is attached without fail.
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13.3. ASSEMBLING INSTRUCTION OF EYE BLOCK Insert Spacer into the boss of Eye Right Cover, then fix with Eye Left Cover and Screws (B). Caution After inserting the Spacer, the Lens Unit should be in the Eye Right Cover position for assembly to prevent the Spacer from dropping out.
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13.4. ASSEMBLING INSTRUCTION OF PAN MOTOR UNIT CABLE 1. Insert the Sub Flat Cable into the Main Board, and mount the Main Board and the Sub Board to the Cabinet Body and fixing it with Screws. 2. Insert the Cable of the Pan Motor to the Jig Board and turn on the power to of the board to check the home position operation of the Pan. If a step-out occurs during the home position operation, it is judged as being NG. After the check, take out the Pan Motor Cable.
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3. Insert the Cable of the Pan Motor to the Main Board 13.5. ASSEMBLING INSTRUCTION OF ANTENNA Mount the Antenna to the Cabinet Body and fix it with Screws (B).
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13.6. ASSEMBLING INSTRUCTION OF ANTENNA CABLE 1. Check that the Motor Cable is inserted properly. 2. Check the alignment of the Motor Cable.
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14. TROUBLE SHOUTING GUIDE (BL-WV10A) - Press the Factory default reset button to reset to the original defaults. - Connect the PC to each LAN1~4 port with the LAN cable. - Insert the wireless network card (802.11b/g) into the PC. (Confirm that the BL-WV10A unit and the wireless network card are placed in such a way that radio waves can travel between them) - Set up your PC. 14.1. PC SETUP System requirements - A notebook PC with a CardBus slot and Windows XP installed as the operating system A wireless LAN card - A CardBus wireless LAN card (802.11b/g compatible) 14.1.1. LAN-connected PC...
IP address: 192.168.0.1 Net mask: 255.255.255.0 DNS: Not available Default gateway: Not available 14.1.2. Wireless connected PC IP address: 192.168.0.2 Net mask: 255.255.255.0 DNS: Not available Default gateway: Not available SSID: Refer to the label on the underside of the unit. 128 bit encryption (WEP) key Refer to the label on the : underside of the unit. Communicate mode: Infrastructure 14.1.3. The method of connection for troubleshooting 14.2. TROUBLE SHOOTING FLOW CHART...
14.3. TROUBLE SHOOTING 2 If after turning on the power it does not operate normally, an error code below appears or a alert sounds, the main board should be replaced.
Description of an error Error code Number of Areas likely to malfunction buzzer sounds SDRAM error — IC1, IC2 or the peripheral DM270 error — IC203 or the peripheral H8 microprocessor — IC602 or the peripheral error EtherLAN error IC700 or the peripheral SD error IC606 or the peripheral System partition error MAC address rewrite Kernel boot error IC408, IC4 or the peripheral 15. TROUBLE SHOOTING (BL-C30A) 15.1. STARTING UP OPERATION...
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*1 It does not turn on, when LED mode is "OFF" on web setup menu.
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*1 It does not turn on, when LED mode is "OFF" on web setup menu. 15.2. LED CIRCUIT CHECK...
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15.3. LAN BLOCK CHECK 15.3.1. Green Light On...
15.9. THE INSPECTION AFTER THE REPAIR Inspect the following items after the repair. - Confirm the status (specially MAC Address) refer to CONFIRMING THE STATUS. - PAN/TILT operation - Pyroelectric Infrared Sensor - Video quality 15.10. CONFIRMING THE STATUS When turning on the power, CPU makes a check using the self-diagnosis function. Check being able to the access to the devicedescribed below. When the self-diagnosis function of the device described below is NG turning on the power, CPU makes a check using the LEDindicator red-blinks.
Pressing the FACTORY DEFAULT RESET button resets the camera to factory default. If you lose your user name and password, use this button to reset the camera. - Press the FACTORY DEFAULT RESET button for 1 second when the camera is on. - See Operating Instructions for default settings. - The indicator blinks orange, and then turns off for 10 seconds. - Do not turn off the camera until the indicator lights green. Note: - The Internal clock will not be reset, but the time format will return to AM/ PM mode. Set it again. - All buffered images are deleted when resetting the camera to factory default. - The reset operation takes about 1 minute. 16.2. RESETTING THE CAMERA TO FACTORY DEFAULT All camera settings are reset to factory default directly after the Execute button is clicked. 1. Click [Reset to Factory Default] on the Maintenance page. 2. Click [Execute].
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- The indicator blinks orange, and turn off for 10 seconds. - All camera settings (user name, password, IP address, subnet mask etc.) are reset to factory default. - If the camera is reset to factory default, the network connection mode changes to [Automatic Setup]. Reconfigure the camera seeing the Getting Started. Note: - Internal clock will not be reset, but the time format will return to AM/PM mode. Set it again. - Please refer to Operating Instructions for default settings. - Pressing FACTORY DEFAULT RESET button resets the camera to the factory default. - All buffered images are deleted when resetting the camera to factory default. - The reset operation takes about 1 minute. - Do not turn off the camera during the reset operation. 17. BLOCK DIAGRAM (BL-WV10A) 18. BLOCK DIAGRAM (BL-C30A) 19. CIRCUIT DESCRIPTION (BL-WV10A)
19.1. CPU BLOCK The main CPU (IC408) has functions such as network control, memory control and PCI control. The programs are stored in the writable Flash ROM (IC4), and SDRAM (IC1, IC2) are used for data processing. The sub CPU (IC602), which connects to the main CPU (IC408) by serial line, has functions of timer control, and performs such as receiving control, LED control, buzzer control and WDT control.
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19.2. DSP BLOCK DSP (IC203), which connects to the main CPU (IC408) through a bus, has functions of image data encoding/decoding and video output. SDRAM (IC200) is used as a video memory. The DSP produces the output of the encoded NTSC signal to the RCA connector (CN201) through the amplifier (IC202).
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19.3. SD CARD BLOCK The SD card controller (IC606) is connected to the main CPU (IC408) through a bus, is able to implement the physical layer specifications of the card, and performs read/write control for the SD card. For using the SD card, it should be inserted into the card slot (CN601).
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19.4. ETHER BLOCK The transformer (T701) insulates the inside and the outside of the set. The 4 port switch (IC703) has the switching HUB function in 10/100BASE-T specification, and perform data sending and receiving in Ethernet specification. The Ether controller (IC700), which connects to the main CPU (IC408) through the PCI bus, converts the data from Ethernet specification to PCI bus specification.
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The output voltage DC12V of the AC adaptor is supplied to the TV adaptor through the DC jack (CN1000), and converted to about 3.3V and 1.5V by DC/DC converter (IC1000). And then 3.3V is converted to about 2.5V by the regulator (IC1001). 19.6. RF BLOCK - Antenna It resonates the antenna at 2.45GHz, and operates at /4. The CPU&MAC/BBIC (IC859) performs switches between the print antenna on the main board and retractable antenna as well as send/ receive switches by controlling the diversity switch (IC851). - Receive block Receive signals from the antenna pass through the diversity switch (IC851), are amplified by the LNA (Low Noise Amp)(Q851), and input to the RFIC (IC857). The RFIC (IC857) integrates a LNA (Low Noise Amp, LNA in the IC857), a mixer for frequency converter, and a synthesizer generating receive local signals. In the RFIC (IC857), input signals are separated into the base band signals of In-Phase (RxI) and Quadrature (RxQ) and then output. The base band signal is input to the CPU&MAC/BBIC (IC859) and A/D converted, and then the data replay is performed. - Send block The data frame (data packet), which is generated in the MAC block integrated in the CPU&MAC/BBIC (IC859), is converted to the In-Phase (TxI) signal and Quadrature (TxQ) signal and input to the RFIC (IC857). In the RFIC (IC857), it is converted to the RF signal at the send frequency band.
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After that, it is sent from the antenna via the diversity switch (IC851) through several kinds of processing such as an impedance conversion, a level adjustment, a cut in unnecessary frequency components. The RF signal amplified in the current amplification IC (IC852) is feedbacked through level detection. Gain is adjusted within the RFIC (IC857) so that transmit output level is kept constant.
20. CIRCUIT DESCRIPTION (BL-C30A) 20.1. MAIN BOARD 20.1.1. CPU Block...
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CPU (IC101) Operating Power Supply: 3.3V (for I/O) 1.8V (for Core) 1.8V (for Inside PLL) 2.8V (Camera I/O) Package: 144 pin QFD Internal Component: 32bit RISC ARM720T, Hardware JPEG Encoder, Memory Controller, 10/100Base Ethernet MAC, I2C I/F, Serial I/F, SRAM (48KB) and etc are built-in. Outline of Operation: All system Control and image data from the camera is changed to JPEG data. Then, it is changed to packet and sent out from Ethernet I/F. 32.786 KHz is entered as External Clock and increase at Internal PLL. Then, it operates at 48.955 MHz. Flash Memory (IC102) and SDRAM (IC103) are accessed by CPU Bus. CMOS sensor (IC701) and Real Time Clock IC (IC104) on the Camera Block are accessed by I2C I/F. Ethernet PHY (IC201) is accessed by MII (Media Independent Interface) I/F. FLASH MEMORY (IC102) Operating Power Supply: +3.3V Package: 48 pin Ball CSP Capacity: 16Mbit Access Time: 70ns Outline of Operation: Stores programs for CPU operation, MAC address and customer setup data. Version up is available from Ethernet I/F. SDRAM (IC103) Operating Power Supply: +3.3V Package: 54 pin TSOP Capacity: 64Mbit Outline of Operation: Stores the memory for CPU work and temporary saved images. RESET IC (IC105) Reset voltage: 2.9V Package: 4 pin SOP Outline of Operation: When 3.3V power starts up, it emits about 150ms reset pulse after detecting 2.9V. Clear Setting Button (SW802) Outline of Operation: It is possible to bring back the setting value of a Network Camera to a factory- shipments state, when you push. GPI0 - Motor (PAN/TILT) Operation - Clear Setting SW - Privacy Mode SW - I2C - LED - Pyroelectric Infrared Sensor - Short Term Power Cut Detection...
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Port No. IC101 PIN No. Usage Description GPIOA0 TXD0 Serial(Not in use.) GPIOA1 RXD0 Serial(Not in use.) GPIOA2 PAN Motor 1 PAN Motor Control GPIOA3 PAN Motor 2 PAN Motor Control GPIOA4 PAN Motor 3 PAN Motor Control GPIOA5 PAN Motor 4 PAN Motor Control GPIOA6 I2C(SCL) I2C I/F(Clock) GPIOA7 I2C(SDA) I2C I/F(Data) GPIOB0 RF_P1 For RF Port Input(Application is not decided) GPIOB1 Serial(Not in use.) GPIOB2 Serial(Not in use.) GPIOB3 CLEAR SETTING Switch SW104 GPIOB4 Short Term Power Cut Detection Interruption GPIOB5 Pyroelectric Infrared Sensor...
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GPIOE0 LED_R LED Control(Red) GPIOE1 LED_G LED Control(Green) Port No. IC101 PIN No. Usage Description GPIOE2 TILT Motor 1 TILT Motor Control GPIOE3 TILT Motor 2 TILT Motor Control GPIOE4 TILT Motor 3 TILT Motor Control GPIOE5 TILT Motor 3 TILT Motor Control GPIOE6 LENS Button SW801 GPIOE7 Reset For IC201(PHY) GPIOF0 MII I/F (MII_CRS) For IC201(PHY) Connection GPIOF1 MII I/F (MII_COL) For IC201(PHY) Connection GPIOF2 MII I/F (MII_TXD3) For IC201(PHY) Connection GPIOF3 MII I/F (MII_TXD2) For IC201(PHY) Connection GPIOF4 MII I/F (MII_TXD1) For IC201(PHY) Connection ...
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20.1.3. Camera Block <Basic Circuit Operation> This CMOS image sensor which consolidates sensor section and image process DSP by the 0.35umCMOS process consists of one chip. Each pixel which consists of four transistors has a micro lens for increased sensibility. It changes optical energy to analogue voltage. After that, analogue pixel voltage is converted into digital using the 10 bit AD Converter (ADC). At that time, Correlated Double Sampling (CDS) dramatically decreases Formulaic Pattern Noise (FPN). Analogue pixel voltage data which is converted to digital is finished using Gammacorrection, Color Correction and Color Space Conversion. Those signals are sent out as digital format 8bit span Y/UV with PCLK, Hsync and Vsync signals as a timing interface. In addition, the Image Processing Function of AE (Auto Iris) and AWB (Auto White Balance) is installed and it is automatically operated following an algorithm in the chip. Exposure control (Auto Iris) is adjusted by shutter speed. Setting up of each chip register is set at I2C (IC701:22/23 pin) by CPU (IC101) on Main Board. CMOS Color Image sensor (IC701) Operating Power Supply: +2.8V It is supplied by Main Board. (3 Terminal Regulator IC51) - +2.8VA: Analogue Part Power - +2.8VD: Digital Part Power Package: 40pin CLCC Image Sensor and its Process Circuit are installed. Total Number of Pixels: 652 x 492 pixels Available Number of Pixels: 652 x 488 pixels Image Area: 1/4 inch Optical Size Color Filter: RGB Beyer Alignment Input Clock: 16.318 MHz (It is supplied by IC101 of Main Board)
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1. PGA: Programmable Amplifier 2. Color Correction and Color Space Conversion are merged into one matrix operation for hardware simplification. Detail Circuit Diagram is showed as below.
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20.1.4. Power Supply Block Power Supply Block provides power that each block consumes. Input is DC 12V/750mA from AC adaptor. The circuit diagram and output voltage are showed as below.
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20.1.5. RTC Real Time Clock (IC104) Operating Power Supply: 3.3V (3V battery for back up) Package: 14 pin SOP Outline of Operation: Stores Clock Data and supplies 32.768 KHz Clock Signal to CPU (IC101). Backup Battery provides power when power supply is out. Lithium Battery (BAT1) Output Voltage: 3V Capacity: 125mAh Outline of Operation: A backup power supply for Real Time Clock (IC104). 20.1.6. Pyroelectric Infrared Sensor Block Pyroelectric Infrared Sensor (IC801) Operating Power Supply: +3.3V...
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Package: 3 pin Board Insertion Type Changes temperature variation into analogue signal which it emits, when a heat source, such as a person, comes into detection area. The analogue signal is amplified by Operational Amplifier (IC802). 2 Circuits Built-in Operational Amplifier (IC802) Operating Power Supply: +3.3V Package: 8 pin SSOP Amplifies analogue signal from Pyroelectric Infrared Sensor (IC801). The amplified analogue signal goes into Comparator (IC803). 2 Circuits Built-in Comparator (IC803) Operating Power Supply: +3.3V Package: 8 pin SSOP Composes Window Comparator Circuit. It generates digital signal (H L) to CPU, when the amplified analogue signal from Operation Amplifier is over stipulated voltage. (Standard value is about 0.6~1.6V.) Operation of Pyroelectric Infrared Sensor 1. Pyroelectric Infrared Sensor (IC801) emits analogue signal, when a heat source, such as a person, moves into the detection area. 2. Above signal is amplified by Operation Amplifier (IC802) which emits analogue signal. 3. Above signal is input to Comparator (IC803) and generates digital signal (H L), when signal amplitude is over standard voltage. 4. Above digital signal is input to CPU (IC101). 20.1.7. PAN Control Block A pan motor operates, when CPU (IC101) on a Main Board controls the Motor Driver IC (IC402) on the same board. A Constant Voltage Bipolar Drive System is employed. The Voltage of Motor Power (VM) is 3.3V. ø15 Stepping Motors are employed.
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20.1.8. TILT Motor Control Block A Tilt motor operates, when CPU (IC101) on a main board controls the motor driver IC (IC402) on the same board. A Constant Voltage Bipolar Drive System is employed. The Voltage of Motor Power (VM) is 3.3V. ø15 Stepping Motors are employed. 20.1.9. LED Control Block LED is controlled by CPU which is mounted on Main Board. Control data is input into LED Control Circuit which is mounted on Sub Board. (Three color LED is employed.) LED_R LED_G Color of LED Green Orange 20.2. RF BLOCK - Antenna - Receiver The receiving signal from the antenna is input to the RFIC (IC502) after being passed through the Antenna Switch (IC506) and amplified at LNA (Low Noise Amp). The RFIC (IC502) incorporates the LNA (Low Noise Amp), the Mixer for Frequency Converter and the Synthesizer generating the Receiving Local Signal. At the RFIC (IC502), the input signal is separated into the baseband signals of the In- Phase(RxI) and Quadrature (RxQ) to output.
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The baseband signal is input to the CPU&MAC/BBIC(IC601) and, after A/D conversion, the data are regenerated. - Transmitter The Data Frame (Data Packet) generated at the built-in MAC Part by the CPU&MAC/BBIC (IC601) is converted to the In-Phase (TxI) and the Quadrature (TxQ) and input to the RFIC (IC502). At the RFIC (IC502), it is converted to the RF Signal of the transmitting frequency band. After processing including impedance conversion, level adjustment and control of the unnecessary frequency component, it is sent from the antenna through the Antenna Switch (IC506). The RF Signal from the Power Amp (IC505) is fed back to the RFIC (IC502) after level detection. The gain is adjusted in the RFIC (IC502) for a constant transmitter output level. 21. IC DATA (BL-C30A) 21.1. IC2...
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Pin No. Pin Name Description Chip enable terminal ("H" ACTIVE) GND terminal VOUT Output voltage monitoring terminal (FFB) External Tr drive terminal (CMOS output) Power input terminal 21.2. IC51, 52 Pin No. Pin Name Description Power input terminal Ground terminal ON/OFF control terminal No connection VOUT Output terminal 21.3. IC101...
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Pin No. Pin Name Description Inputs I2C-BUS communications serial clock. Inputs/Outputs address, data, and acknowledges bit is in synchronization with I2C-BUS communications serial clock. This terminal is an open drain on output. Connect the proper pull-up resistor depending on the signal line capacity. FOUT This is a C-MOS output terminal with the output controlled by FOE. In case of FOE = "H", FOUT outputs at 32.768kHz. When no output , FOUT is at the "L" level. This is an input terminal that controls the FOUT output state. When this terminal is at the "H" level, FOUT becomes the output state. And when this terminal is at the "L" level, FOUT stops. /INT Outputs an interrupt signal such as the Alarm, Timer, and Time Update. This terminal is an open drain terminal. Connects to +(positive) power supply. (VDD) Same potential as VDD, but do NOT connect externally. Note: RX-8581SA (SOP-14pin) does not have this terminal. Connects to ground. 4, 6, 8, 9, N.C. Not connected to the internal IC. 12, 13 OPEN, or connect to GND or VDD. Note: Make sure that the 14pin~|22pin in RX-8581NB (SON- 22pin) ,which are the N.C. terminals, are mutually connected by an inner cone. Note: Be sure to connect a bypass capacitor of more than 0.1 F to the nearest terminal between VDD and GND.
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Pin No. MII Pin 100M Description Name Symbol Pin Name Collision (Detect). SCRS Symbol Carrier Sense. Management Data Clock. MDIO MDIO Management Data Input/Output. RXCLK SRCLK (Symbol) Receive Clock. 35 RXD0 SRD0 Symbol Receive Data 0-3. 34 RXD1 SRD1 33 RXD2 SRD2 RXD3 SRD3 RXDV Receive Data Valid. RXER SRD4 Symbol Receive Data 4. RXTRI Receive (Interface), Tri-State. TXCLK STCLK Symbol Transmit Clock. 45 TXD0-3 STD0 ...
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21.9. IC402 Pin No. Pin Name Description 1ch motor power supply voltage input terminal OUT1A H-bridge output terminal (1A) PGND GND terminal OUT2A H-bridge output terminal (2A) OUT3A H-bridge output terminal (2A) PGND GND terminal OUT4A H-bridge output terminal (4A) 4ch motor power supply voltage input terminal Control input terminal (H-bridge1) Control input terminal (H-bridge1) Control input terminal (H-bridge2) Control input terminal (H-bridge2) Control input terminal (H-bridge3) Control input terminal (H-bridge3) Control input terminal (H-bridge4) Control input terminal (H-bridge4) OUT4B H-bridge output terminal (4B) PGND GND terminal OUT3B H-bridge output terminal (3B) VM23 2, 3ch motor power supply voltage input terminal...
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Pin No. Pin Name Description OUT2B H-bridge output terminal (2B) PGND GND terminal OUT1B H-bridge output terminal (1B) Controller power supply voltage input terminal 21.10. IC701...
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Pin No. Type Symbol Description C[2:0] Video Chrominance Data[2:0] DGNDI Digital Ground for I/O Buffer DVDDI Digital Power for I/O Buffer No Connection 7-14 Y[7:0] Video Luminance Data[7:0] DGNDC Ground for Internal Digital Block DVDDC Power for Internal Digital Block DGNDI Digital Ground for I/O Buffer MCLK Master Input Clock VCLK Video Output Clock HSYNC Video Horizontal Line Synchronization signal. Image data is valid, when HSYNC is high. VSYNC Video Frame Synchronization signal. VSYNC is active at start of image data frame. I2C Standard data I/O port I2C Clock Input DGNDI Digital Ground for I/O Buffer DVDDI Digital Power for I/O Buffer No Connection AVDD Power for Analog Block AGND Ground for Analog Block STROBE Strobe Signal Output RESETB Sensor Reset, Low Active...
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Description d (Drain) Power, Drain tarminal s (Source) Source output terminal g (Ground) Ground terminal 21.12. IC802...
23. HOW TO REPLACE A FLAT PACKAGE IC 23.1. PREPARATION - PbF (: Pb free) Solder - Soldering Iron Tip Temperature of 700°F ± 20°F (370°C ± 10°C) Note: We recommend a 30 to 40 Watt soldering iron. An expert may be able to use a 60 to 80 Watt iron where someone with less experience could overheat and damage the PCB foil. - Flux Recommended Flux: Specific Gravity 0.82. Type RMA (lower residue, non-cleaning type) Note: See ABOUT LEAD FREE SOLDER (PbF: Pb free) (). 23.2. PROCEDURE 1. Tack the flat pack IC to the PCB by temporarily soldering two diagonally opposite pins in the correct positions on the PCB.
Be certain each pin is located over the correct pad on the PCB. 2. Apply flux to all of the pins on the IC. 3. Being careful to not unsolder the tack points, slide the soldering iron along the tips of the pins while feeding enough solder to the tip so that it flows under the pins as they are heated. 23.3. REMOVING SOLDER FROM BETWEEN PINS 1. Add a small amount of solder to the bridged pins. 2. With a hot iron, use a sweeping motion along the flat part of the pin to draw the solder from between the adjacent pads.
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24. CABINET AND ELECTRICAL PARTS LOCATION (BL- WV10A)
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25. CABINET AND ELECTRICAL PARTS LOCATION (BL- C30A)
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26. ACCESSORIES AND PACKING MATERIALS (BL- MS103A)
Note: 1. RTL (Retention Time Limited) The marking (RTL) indicates that the Retention Time is limited for this item. After the discontinuation of this assembly in production, the item will continue to be available for a specific period of time. The retention period of availability depends on the type of assembly and the laws governing parts and product retention. At the end of this period, the assembly will no longer be available. 2. Important safety notice Components identified by the mark indicates special characteristics important for safety. When replacing any of these components, only use specified manufacture's parts. 3. The S mark means the part is one of some identical parts. For that reason, it may be different from the installed part. 4. ISO code (Example: ABS-94HB) of the remarks column shows quality of the material and a flame resisting grade about plastics. 5. RESISTORS & CAPACITORS Unless otherwise specified; All resistors are in ohms ( ), k=1000 , M=1000k All capacitors are in MICRO FARADS ( F), p= ( F) *Type & Wattage of Resistor 27.1. ACCESSORIES AND PACKING MATERIALS...
5. RESISTORS & CAPACITORS Unless otherwise specified; All resistors are in ohms ( ), k=1000 , M=1000k All capacitors are in MICRO FARADS ( F), p= ( F) *Type & Wattage of Resistor 28.1. CABINET AND ELECTRICAL PARTS Ref. No. Part No. Part Name & Description Remarks PSYMWV10A CABINET BODY PS-V0 PSYFWV10A CABINET COVER PS-V0 2-1 PSHA1016Z RUBBER PARTS,LEGS PSSA1028Y ANTENNA PSGT2679Z NAME PLATE PCB1 PSWPWV10A MAIN BOARD ASSY 29. REPLACEMENT PARTS LIST (BL-C30A) Note: 1. RTL (Retention Time Limited) The marking (RTL) indicates that the Retention Time is limited for this item. After the discontinuation of this assembly in production, the item will continue to be available for a specific period of time. The retention period of availability depends on the type of assembly and the laws governing parts and product retention. At the end of this period, the ...
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3. The S mark means the part is one of some identical parts. For that reason, it may be different from the installed part. 4. ISO code (Example : ABS-94HB) of the remarks column shows quality of the material and a flame resisting grade about plastics. 5. RESISTORS & CAPACITORS Unless otherwise specified; All resistors are in ohms ( ), k=1000 , M=1000k All capacitors are in MICRO FARADS ( F), p= ( F) *Type & Wattage of Resistor 29.1. CABINET AND ELECTRICAL PARTS Ref. No. Part No. Part Name & Description Remarks PSWQ1C10A TILT MOTOR UNIT ABS-HB PSWQC30N PAN MOTOR UNIT ABS-HB PSSA1032Z ANTENNA COVER ABS-V0 PSHR1338Y ANTENNA ABS-V0 PSHR1337Z SPACER,BOARD SUPPORT ABS-V0 PSBC1042Z1 LENS BUTTON ABS-HB PSHX1232Z SPACER PSMH1273Z ...
29.2. MAIN BOARD PARTS Ref. No. Part No. Part Name & Description Remarks PCB2 PSWP1C30A MAIN BOARD ASS'Y (RTL) (ICS) IC51 C0CBCAC00084 IC IC52 C0CBCAC00060 IC IC62 C0DBAGZ00046 IC IC101 C2DBYK000004 IC IC102 PSWP1C30A There is no parts supply of only IC102. Please order PCB2. IC103 C3ABPG000134 IC IC104 C1ZBZ0002444 IC IC105 C0EBE0000231 IC IC201 C1CB00001919 IC S IC402 C0GBE0000017 IC (TRANSISTORS) IC61 ...
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Ref. No. Part No. Part Name & Description Remarks PCB3 PSWP2C30N I/O BOARD ASS'Y (RTL) IC1 B1DHCD000018 TRANSISTOR(SI) IC2 C0DBAGZ00046 IC (TRANSISTORS) Q1 PQVTDTC143E TRANSISTOR(SI) S (DIODES) D1 MA736 DIODE(SI) S D2 MA3082 DIODE(SI) S D3 MA736 DIODE(SI) S D4 MA111 DIODE(SI) S (BATTERY) BAT1 CR-1632/1HF LITHIUM BATTERY (CAPACITORS) C1 ...
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R13 ERJ2GEJ272 2.7k Ref. No. Part No. Part Name & Description Remarks (VARISTORS) SA1 D4ZZ00000024 VARISTOR (SAUGE ABSORBER) SA2 D4ZZ00000024 VARISTOR (SAUGE ABSORBER) SA3 D4ZZ00000024 VARISTOR (SAUGE ABSORBER) SA4 D4ZZ00000024 VARISTOR (SAUGE ABSORBER) SA5 D4ZZ00000024 VARISTOR (SAUGE ABSORBER) (TRANSFORMER) T1 G5B1C0000011 TRANSFORMER 29.4. SUB BOARD PARTS Ref. No. Part No. Part Name & Description Remarks PCB4 PSWP3C30N SUB BOARD ASSALY (RTL) (ICS) IC801 L2CD00000021 PHOTO ELECTRIC TRANSDUCER IC802 C0ABBA000025 ...
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29.5. GREASE Ref. No. Part No. Part Name & Description PSZYC10A GREASE 30. FOR THE SCHEMATIC DIAGRAM Note: 1. DC voltage measurements are taken with an oscilloscope or a tester with a ground. 2. The schematic diagrams and circuit board may be modified at any time with the development of new technology. 31. SCHEMATIC DIAGRAM (BL-WV10A) 32. SCHEMATIC DIAGRAM (BL-C30A) 32.1. WAVEFORM 33. CIRCUIT BOARD (BL-WV10A) 33.1. COMPONENT VIEW 33.2. BOTTOM VIEW 34. CIRCUIT BOARD (BL-C30A) 34.1. MAIN BOARD (COMPONENT VIEW) 34.2. MAIN BOARD (BOTTOM VIEW)
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100M Communication 10M Communication 100M Communication 10M Communication...
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100M Communication (HUB Connection) 10M Communication (HUB Connection) Measurement Conditions (Heat Source Temperature: 40 C Set Distance: 10cm Moving Velocity: 300mm/sec)