ROUTING SWITCHER PROCESSOR HDS-X5800 33 INPUT BOARD SET HKS-5810M HKS-5810SD 34 CASCADE INPUT BOARD SET HKS-5811M HKS-5811SD 33 INPUT DISTRIBUTION BOARD HKS-5820M 264 x 34 MATRIX BOARD HKS-5830M HKS-5830SD 34 OUTPUT BOARD SET HKS-5860M HKS-5860SD INSTALLATION MANUAL 1st Edition (Revised 2)
! WARNING This manual is intended for qualified service personnel only. To reduce the risk of electric shock, fire or injury, do not perform any servicing other than that contained in the operating instructions unless you are qualified to do so. Refer all servicing to qualified service personnel. ! WARNUNG Die Anleitung ist nur für qualifiziertes Fachpersonal bestimmt. Alle Wartungsarbeiten dürfen nur von qualifiziertem Fachpersonal ausgeführt werden.
Attention-when the product is installed in Rack: (For HDS-X5800) For the customers in the Netherlands Voor de klanten in Nederland 1. Prevention against overloading of branch circuit When this product is installed in a rack and is supplied power from an outlet on the rack, please make sure that the rack does not overload the supply circuit. Hoe u de batterijen moet verwijderen, leest u in de Onderhoudshandleiding. Gooi de batterij niet weg maar lever deze in als klein chemisch afval (KCA). 2.
Table of Contents Manual Structure Purpose of this manual ........................................................................................ 3 (E) Related manuals ................................................................................................... 3 (E) Contents ............................................................................................................... 4 (E) Trademarks ...................................................................................................
1-11. Setting the On-Board Switches and Description of LEDs .................. 1-23 (E) 1-11-1. CPU-339 Board (HDS-X5800) .......................................... 1-23 (E) 1-11-2. MX-103 Board (HKS-5830M) ........................................... 1-30 (E) 1-11-3. MX-104 Board (HKS-5830SD) ......................................... 1-32 (E) 1-11-4. IPM-98 Board (HKS-5820M) ............................................ 1-32 (E) 1-11-5. EQ-91 Board (HKS-5811M) ..............................................
Manual Structure Purpose of this manual This manual is the installation manual of Routing Switcher Processor HDS-X5800 and the optional boards. This manual is intended for use by trained system and service engineers, and describes the information on installing the HDS-X5800. Related manuals Besides this Installation Manual, the following manuals are prepared for HDSX5800 and the optional boards. . Operation Manual (Supplied with HDS-X5800) This manual describes the application and operation of HDS-X5800. .
Contents The following is a summary of all the sections of this manual. Section 1 Installation This section describes the operating environment, power supply, installation space, rack mounting, installation of optional boards, connectors, input and output signals of connectors, system connection, extension of inputs/outputs and on-board switch/ LED. Section 2 Service Overview This section describes the location of main parts, error indication, data backup.
Section 1 Installation 1-1. Installation Procedure The following chart shows the procedure for installing the unit. For details of the following chart, refer to the relevant section or related manual. Start Selection of installation place 1-2. 1-3. 1-4. Operating Environment Power Supply Installation Space Rack mounting 1-5. Rack Mounting Installation of optional boards 1-6. Installation of Optional Boards 1-7. 1-8. 1-9. 1-10.
1-2. Operating Environment 1-3. Power Supply 1-2. Operating Environment 1-3-2. Power Cord w Do not install the unit in a place subject to excessive oil vapor, steam, moisture, or dust, otherwise a fire or electric shock may result. w The power cords are not supplied with the unit. Be sure to use power cords that are suitable for the place of operation. m . To prevent the temperature rising inside the unit, ensure there is adequate circulation of air near where the unit is installed.
1-4. Installation Space 1-4. Installation Space m . The rear side of the unit should be at least 40 cm (16 inches) away from walls for ventilation and maintenance. . If a fan stops or the exhaust port is blocked, failure or problems may result because the fans at the rear, top, and bottom of the unit cool the air. 124 48 124 72 35 31 72 64.7 282.6 562 844.
1-5. Rack Mounting 1-5. Rack Mounting 1-5-1. Precautions for Rack Mounting The HDS-X5800 is mounted in the 19-inch standard rack. To mount the HDS-X5800 in the rack, use the rack mount kit that is supplied with the HDS-X5800 and follow the procedure described below. w . Be sure to mount in the rack with four persons or more. . Mount in the rack in a stable position. . To prevent the rack from falling or moving, fix the rack on a flat and steady floor using bolt or others.
1-5. Rack Mounting 1-5-2. Rack Mounting Procedure This section describes the rack mounting procedure using the rack mount kit supplied with the HDS-X5800. n Tighten the screws to the following torque. Tightening torque : 120 x 10_2 N.m {12.2 kgf.cm} 3. Attach the right and left brackets to the rack completely using the specified eight screws. (The illustration below shows the left bracket.) Front side Rack Bracket 1. Attach the bracket to the support angle tentatively using the specified four screws. 2.
1-5. Rack Mounting 6. Fix the rack angle in the rack using the specified eight screws.
1-6. Installation of Optional Boards 1-6. Installation of Optional Boards m The usable optional boards are different depending on the type of signal to handle. . The HKS-58xxM is the optional board that supports multi-bit rate signal including the HDTV SDI signal. For the signal system that handles the HDTV SDI signal, use the HKS-58xxM boards for all the optional boards starting from input to up to output. .
1-6. Installation of Optional Boards 1-6-3. Installation/Removal of Plug-in Boards HKS-5820M/5830M/5830SD c Before installing or removing the boards, be sure to turn off the power switches and disconnect all of the power cords (4 cords) from the wall outlet. If the board is attached or removed with the power on, an electric shock may result or the board may be damaged. Installation 1. With the eject lever opened, insert the desired board into the corresponding slot.
1-6. Installation of Optional Boards Removal 1. Open the eject levers of the board in the direction of arrow B. 2. Remove the board from the HDS-X5800. n Remove the board while applying equal force to the eject levers at both ends of the board. 2. Install the desired board into the corresponding shield plate. m . When inserting the EQ board, be careful that the side-B (soldering side) of the EQ board must not touch the shield plate. . Check that the EQ board is securely connected.
1-6. Installation of Optional Boards 1-6-4. Installation/Removal of Connector Boards c Before installing or removing the boards, be sure to turn off the power switches and disconnect all of the power cords (4 cords) from the wall outlet. If the board is attached or removed with the power on, an electric shock may result or the board may be damaged. HKS-5810M/5810SD/5860M/5860SD Installation 1. Remove the four screws and remove the two blank panels. n Keep the removed blank panels. 2.
1-6. Installation of Optional Boards Removal Remove them by reversing the installation procedure. HKS-5811M/5811SD (CI-29 Board) The HKS-5811M/5811SD consist of the two types of the boards: EQ board and CI-29 boards. Installation and removal of the CI-29 board are described below. For the EQ board, refer to Section 1-6-3. Installation 1. Remove the two screws and remove the blank panel. n Keep the removed blank panel. 2.
1-7. Matching Connectors and Cables 1-7. Matching Connectors and Cables To connect the cable to the unit, use the following connectors and cables or their equivalents. Model name/panel indication HDS-X5800 REMOTE1 A /B1/B2/C/D REF IN A/B/C/D HKS-5810SD SDTV Serial VIDEO INPUT 1 to 33 HKS-5860SD SDTV Serial VIDEO OUTPUT 1 to 34 HKS-5810M Serial VIDEO INPUT 1 to 33 HKS-5860M Serial VIDEO OUTPUT 1 to 34 HDS-X5800 REMOTE2 A/B Connector name Application connector/cable Name Sony part No.
1-8. Input and Output Signals of Connectors 1-8. Input and Output Signals of Connectors ALARM : D-sub Mini 15-pin, Female The input and output signals of the connectors at the rear panel are as follows. REMOTE2 A/B : RS-422A (D-sub 9-pin, Female) 1 5 9 6 _ EXT VIEW _ 1 6 11 5 10 15 _ EXT VIEW _ Pin No. Signal name Input/Output Function 1 ALARM-3 O Alarm drive-3 2 ALARM-1 O Alarm drive-1 3 ALARM-4 O Alarm drive-4 4 GND _ Ground 5 ALARM-5 O Alarm drive-5 Pin No.
1-9. System Connection 1-9. System Connection 1-9-1. S-BUS Data Link The routing switcher system is connected with the S-BUS data link using a 75 Z coaxial cable. The main equipment of the S-BUS data link is shown in the table below. Type in S-BUS data link Model (function name) Quantity Function/rule Primary station (P)* Routing switcher HDS-X5800 (routing switcher processor) 1 Controls the entire S-BUS data link. Can also function as a secondary station.
1-9. System Connection The following diagram shows an example of the connection for the data link of the S-BUS when the HDS-X5800 is set as a primary station.
1-9. System Connection 1-10. How to Extend Inputs and Outputs Precautions for connection . For the routing switcher that is used as the primary station, set the S/P selector switch on the CPU board to the “P” position. . For the routing switcher that is used as the secondary station, set the M/S switch on the CPU board (S/P selector switch in the HDS-X5800) to the “S” position. . A primary station can control up to 253 secondary stations. .
1-10. How to Extend Inputs and Outputs m The usable optional boards are different depending on the type of signal to handle. . The HKS-58xxM is the optional board that supports multi-bit rate signal including the HDTV SDI signal. For the signal system that handles the HDTV SDI signal, use the HKS-58xxM boards for all the optional boards starting from input to up to output. .
1-10. How to Extend Inputs and Outputs 1-10-2. How to Configure Optional Boards The following examples of configuring the optional boards are possible to extend inputs and outputs.
1-10. How to Extend Inputs and Outputs 1-10-3. Cascade Connection Example In order to extend the input, the optional 34 cascade input board set (HKS-5811M or HKS-5811SD) should be installed in the HDS-X5800. Up to eight sets of the 34 cascade input board set can be installed in a single HDS-X5800. Procedure 1. Install the HKS-5811M or the HKS-5811SD in the HDS-X5800. n Connect the EQ-91 board to the MX-103 board or connect the EQ-92 board to the MX-104 board.
1-10. How to Extend Inputs and Outputs 1-10-4. Output Extension Example In order to extend the output, the optional distributors (signal processing unit PFV-SP3300 and the built-in signal distribution board HKPF-SP003 or equivalent) are required. n The signal distribution board HKPF-SP003 or equivalent is required as many as the number of inputs.
1-10. How to Extend Inputs and Outputs 1-10-5. Input/Output Extension Example In order to extend both of the input and output, combination of the input extension and the output extension that are described before are used. Procedure 1. Install the HKS-5811M or the HKS-5811SD in the HDS-X5800. n Connect the EQ-91 board to the MX-103 board or connect the EQ-92 board to the MX-104 board. Install the CI-29 boards in the CASCADE IN slot. (Refer to “1-6. Installation of Optional Boards”.) 2.
1-10. How to Extend Inputs and Outputs 1-10-6.
1-11. Setting the On-Board Switches and Description of LEDs 1-11. Setting the On-Board Switches and Description of LEDs 1-11-1.
1-11. Setting the On-Board Switches and Description of LEDs Status of the entire system Ref. No. (Address) LED name Status when lights up D701 (G-8) ACTIVE Control is executed. (The CPU-339 board on which D701 lights up is mainly running.) D702 (G-8) REMOTE1 B PRIMARY ON REMOTE1 B1 or B2 is set to the primary station. D703 (G-8) RUN The program on the CPU-339 board is running correctly. D704 (G-8) ERROR An abnormality is detected by the self-diagnostics.
1-11. Setting the On-Board Switches and Description of LEDs n The two CPU-339 boards that are inserted in slots A and B, must have the exactly same setup. S701 (D-8) : Station ID/Unit IP setting switch 8-pin piano-type switch OPEN 1 2 3 4 5 6 7 8 Factory setting ( indicates the switch lever position.) Set the unit ID for communication with external devices. Even if the setting is changed while the power is on, the unit ID is not updated.
1-11. Setting the On-Board Switches and Description of LEDs S702 (E-8) : REMOTE 1 SELECT switch 8-pin piano-type switch OPEN 1 2 3 4 5 6 7 8 Factory setting ( indicates the switch lever position.) BIT1 to BIT4 : S/P selector switch BIT1 : REMOTE1 A BIT2 : REMOTE1 B (B1, B2) BIT3 : REMOTE1 C BIT4 : REMOTE1 D Used to assign the HDS-X5800 either to the primary station or to the secondary station. Set the bit switch from bits 1 to 4 in accordance with the connector used.
1-11. Setting the On-Board Switches and Description of LEDs BIT5 to BIT7 : Baud rate selector switch BIT5 : REMOTE1 A BIT6 : REMOTE1 C BIT7 : REMOTE1 D Sets the baud rate when the HDS-X5800 is connected to the S-BUS data link using the above connectors. Set BIT5 to BIT7 in accordance with the connectors used. All of the equipment that are connected to the same S-BUS data link must have the same setting for the baud rate speed.
1-11. Setting the On-Board Switches and Description of LEDs BIT6 : Unit ID/IP setting method selector switch Used to select the method of setting the IP address in the data link that is connected to the DATA connector. Even if the setting is changed while the power is on, the operation mode is not updated. In order to change the operation mode, change the setting. Then either turn off the power and back on, or press the reset switch on the CPU339 board.
1-11. Setting the On-Board Switches and Description of LEDs B: C: D: E: F: Cross-point test It checks the signal transmission circuit and detection circuit. Contents of this test are the same as those of the previous item A. However, if an error occurs, the input terminal numbers in problem are displayed on the ND701, ND702, and ND703 (decimal notation). Clears the system status log. Returns all of the setup items to the default setup when shipped from the factory.
1-11. Setting the On-Board Switches and Description of LEDs 1-11-2.
1-11. Setting the On-Board Switches and Description of LEDs S3102 (D-7) : Re-clocker IC setting switch 2 8-pin DIP switch ON 1 2 3 4 5 6 7 8 Factory setting ( indicates the switch lever position.
1-11. Setting the On-Board Switches and Description of LEDs 1-11-3. MX-104 Board (HKS-5830SD) 7 6 5 4 3 2 1-11-4.
1-11. Setting the On-Board Switches and Description of LEDs 1-11-5. EQ-91 Board (HKS-5811M) A B C D E F G H 1 D6008 D6007 2 Side A (Component side) D6007, D6008 (A-1) : +5 V-1, +5 V-2 LED Lights on when +5 V power supply is normal. 1-11-6. EQ-92 Board (HKS-5811SD) A B C D E F G H 1 D6007 D6008 2 Side A (Component side) D6007, D6008 (A-1) : +5 V-1, +5 V-2 LED Lights on when +5 V power supply is normal.
1-11. Setting the On-Board Switches and Description of LEDs 1-11-7.
1-11. Setting the On-Board Switches and Description of LEDs D535, D541, D548, D553 : REFERENCE 625 D535 : REF A D541 : REF B D548 : REF C D553 : REF D Lights in green when the reference input signal is 625 (PAL). D536, D542, D549, D555 : REFERENCE 1125 D536 : REF A D542 : REF B D549 : REF C D555 : REF D Lights in green when the reference input signal is 1125 (HD).
1-11. Setting the On-Board Switches and Description of LEDs 8 Character display ND601, ND602 : The network IP address, S-BUS station ID and error message are displayed. The display is switched by the switch S103. D2 : DC +12 V B Power supply unit B system status indication Lights in green when working normally. If the power supply B system has an error, it lights in red. (Lights off when both power supplies B1 and B2 are not inserted.) S101 : RESET Resets the FP-129 board.
1-11. Setting the On-Board Switches and Description of LEDs D10 : REF B Status indication of reference B system Lights in green when the reference video signal is normally input. Lights in red when there is abnormality. (Lights off when the setting not to synchronize the signal with the REFERENCE signal at the REF IN A connector, is selected and at the same time when the reference video signal is not inputted.
1-11. Setting the On-Board Switches and Description of LEDs 1-11-8. CNI-11 Board (HKS-5810M) A B C D F D304 E 1 2 Side A (Component side) D304 (D-1) : +3.3 V LED Lights on when +3.3 V power supply is normal. 1-11-9. CNI-12 Board (HKS-5810M) A B C D E F D304 1 2 Side A (Component side) D304 (C-1) : +3.3 V LED Lights on when +3.3 V power supply is normal. 1-11-10. CNI-13 Board (HKS-5810SD) A B C D F D9004 E 1 2 Side A (Component side) D9004 (D-1) : +5.
1-11. Setting the On-Board Switches and Description of LEDs 1-11-11. CNI-14 Board (HKS-5810SD) A B C D E F D9004 1 2 Side A (Component side) D9004 (C-1) : +5.0 V LED Lights on when +5 V power supply is normal. 1-11-12. CNO-13 Board (HKS-5860M) A B C D F D304 E 1 2 Side A (Component side) D304 (D-1) : +3.3 V LED Lights on when +3.3 V power supply is normal. 1-11-13. CNO-14 Board (HKS-5860M) A B C D E F D304 1 2 Side A (Component side) D304 (C-1) : +3.
1-11. Setting the On-Board Switches and Description of LEDs 1-11-14. CNO-15 Board (HKS-5860SD) A B C D F E D9004 1 2 Side A (Component side) D9004 (D-1) : +5.0 V LED Lights on when +5 V power supply is normal. 1-11-15. CNO-16 Board (HKS-5860SD) A B C D E F D9004 1 2 Side A (Component side) D9004 (C-1) : +5.0 V LED Lights on when +5 V power supply is normal. 1-11-16.
1-11. Setting the On-Board Switches and Description of LEDs 1-11-17. RM-192 Board (HDS-X5800) D201 Side A (Component side) D201 : +12 V LED Lights on when the +12 V power supplied from the power supply units A1 and A2 or those of B1 and B2 are normal. 1-11-18. TR-127 Board (HDS-X5800) A B D1 C D 1 2 3 Side A (Component side) D1 (B-1) : +12 V LED Lights on when +12 V power supply is normal.
1-12. Setting IP Address 1-12. Setting IP Address The method of setting IP address differs depending on the switch S703-6 (unit ID/IP setting method selector switch) on the CPU-339 board. When the switch S703-6 is set in the UP (OPEN) position, connect a personal computer to the REMOTE3 connector and set the IP address by the following procedure. When the switch S703-6 is set in the DOWN position, the IP address is automatically set from the setting of other switches.
Section 2 Service Overview 2-1. Main Parts Location Front side Power supply units A1 A2 B1 B2 IPM-98 board (HKS-5820M) CPU-339 boards EQ-91 board (HKS-5811M) EQ-92 board (HKS-5811SD) IF-844 boards MX-103 board (HKS-5830M) MX-104 board (HKS-5830SD) CPU DK module Installation slots of the optional boards (plug-in boards) Board name Slot EQ-91 Connect it to the MX-103 board. EQ-92 Connect it to the MX-104 board.
2-1.
2-1.
2-2. Removing/Installing the Front Panel 2-2. Removing/Installing the Front Panel Removal Loosen the four screws (with drop-safe), and then remove the front panel in the direction of the arrow. B4 x 10 (with drop-safe) B4 x 10 (with drop-safe) B4 x 10 (with drop-safe) Front panel B4 x 10 (with drop-safe) Installation Insert the front panel securely into the main unit and tighten the four screws.
2-3. Error Indication 2-3. Error Indication This section describes errors that are indicated on the ERROR No. indicator on the CPU-339 board or indicated on the front panel LED together with their remedies. 2-3-1. Error Number Display on the CPU-339 Board ND702 ND703 8 ND701 ND701, ND702, ND703 If any abnormality is detected by self-diagnostics, its error code is displayed. Contents of the respective error codes are shown below.
2-3. Error Indication 2-3-2. Front Panel Status Indication (LE-251/FP-129 Board) An approximate status such as occurrence or non-occurrence of error is indicated by the LED on the LE251 board. On the other hand, detailed status of error is indicated by the LED on the FP-129 board. Therefore, check the details of the error that is indicated by the LED on the LE-251 board, from the LED on the FP-129 board.
2-3. Error Indication LEDs on the LE-251 board Name of LED Ref. No. Contents A D1 B Status Remedy Lights off Lights in green Lights in red Status of the power supply system A The power supply unit is disconnected. Normal The power supply system A has abnormality. . The power supply unit A1 has abnormality. . The power supply unit A2 has abnormality. D2 Status of the power supply system B The power supply unit is disconnected. Normal The power supply system B has abnormality. .
2-3. Error Indication LEDs on the FP-129 board LEDs on the FP-129 board light on when the switch S106 (DISPLAY ON/OFF) is pressed. n The display mode of the LEDs of D1 to D272 is switched when the switch S105 (DISPLAY SELECT) is pressed. You can know which of the display modes is selected as present, by finding out which of either D507 or D509 or D510 or D512 turns on. Name of LED Ref. No.
2-3. Error Indication . When D5 on the LE-251 lights in red Name of LED FAN (TOP) FAN (BOTTOM) FAN (REAR) Ref No. Contents Status of the fan in the HDSX5800 (Top of the HDS-X5800) Status Remedy Lights in green Lights in red Normal Fan in the rear left on top of the HDS-X5800 is abnormal. L1 D514 L2 D516 C1 D518 Fan in the rear center on top of the HDS-X5800 is abnormal. C2 D520 Fan in the front center on top of the HDS-X5800 is abnormal.
2-3. Error Indication . When D9 on the LE-251 lights in red Name of LED Ref. No. Contents Status Error status Remedy All of the 5 LEDs light off. (Reference video signal is not inputted even though the equipment is set in the mode that the crosspoints are switched in synchronous with reference signal.) Input the reference video signal to the REF IN connector. Cancel the mode to switch the crosspoints in synchronous with the reference signal. (Set the system to ASYNC.
2-3. Error Indication . When D11 on the LE-251 lights in red Name of LED Ref. No. Contents Status Error status Remedy All of the 5 LEDs light off. (Reference video signal is not inputted even though the equipment is set in the mode that the crosspoints are switched in synchronous with reference signal.) Input the reference video signal to the REF IN connector. Cancel the mode to switch the crosspoints in synchronous with the reference signal. (Set the system to ASYNC.
2-4. Cleaning Filter 2-5. CPU Battery 2-4. Cleaning Filter 2-5. CPU Battery n If dust adheres to the filter, the ventilation holes are blocked and airflow inside the machine is also blocked so that the temperature inside the unit increases. Clean the filter periodically once every two months. A lithium battery is mounted on the CPU-339 board for backing up RAM and for driving internal watch while the power is turned off. Replace the battery before the replacement time shown below comes. 1.
2-6. Data Backup 2-6. Data Backup The table data that are set from the personal computer (to be abbreviated as PC hereafter) are stored in the RAM on the CPU-339 board. Backing up the stored data is recommended in the case of emergency such as data are damaged or lost. Backing up the stored data is performed using the software BZR-20 supplied with the HDS-X5800. 2-6-1. Connection Connect the equipment as shown below for uploading and downloading the stored data.
2-6. Data Backup 2-6-2. Installing BZR-20 The BZR-20 can be used in the IBM PC/AT compatible PC in which Windows 98/2000 is installed. Operating environment Hardware : IBM PC/AT compatible PC in which Windows 98/2000 is installed CPU : Pentium compatible CPU with clock of 233 MHz or higher Main memory : 64 MB or more Hard disk empty space : 10 MB or more Display : Resolution of 800 x 600 dots or more Serial I/F : RS-232C or Ethernet Procedure 1. Insert the BZR-20 Disk1 into disk drive of the PC. 2.
2-6. Data Backup 2-6-3. Uploading Data Upload the various setup data of the system equipment is executed from primary stations to a PC. 1. Install the BZR-20 software. (Refer to Section 2-6-2.) 2. Turn on the power of all the equipment on the S-BUS data link. 3. Connect the PC to the REMOTE3 connector or the DATA (Ethernet) connector of the HDS-X5800 (or connect the PC to each equipment). (Refer to Section 2-6-1.) 4. Turn on the power of the PC. 5. Start up the BZR-20 software by clicking the BZR-20 icon.
2-6. Data Backup 2-6-4. Downloading Data Downloads the various setup data that are saved in a PC, to the system equipment through primary station. 1. Install the BZR-20 software. (Refer to Section 2-6-2.) 2. Connect the PC to the HDS-X5800 (or connect the PC to each equipment) and start up the BZR-20 software. (Refer to Section 2-6-3, steps 2 to 5.) 3. Select a desired folder (the folder in the hard disk or FD drive) in which the setup data are saved, from the File (F) menu of the menu bar. Press [OK].
The material contained in this manual consists of information that is the property of Sony Corporation. Sony Corporation expressly prohibits the duplication of any portion of this manual or the use thereof for any purpose other than the operation or maintenance of the equipment described in this manual without the express written permission of Sony Corporation. Le matériel contenu dans ce manuel consiste en informations qui sont la propriété de Sony Corporation.
HDS-X5800 (SY) J, E 3-206-225-03 Sony Corporation B&P Company Printed in Japan 2002.
