Page 1 Manual No. : M503-E320 Revision Mobile X-ray System MUX-100D INSTALLATION MANUAL This manual is for professional service engineers. It bears no relation to the usual operation. ...
Page 2 ...
Page 3: Table Of Contents
4.21 Check of DICOM storage and print function ........... 4-41 4.22 Check of image ....................4-41 4.23 Check table....................... 4-42 4.24 Removement of 50G and Power Box from MUX-100D........4-43 4.25 Packing and sending MUX-100D and 50G............4-43 4.26 Adjustment of Image quality................4-43...
Page 4 4.28 Attaching of a knob for locking collimator rotation........4-45 4.29 Changing According to the Power Supply............4-46 4.30 Setting of XCONT ..................... 4-47 4.31 Checking Performance of Each Part ............... 4-48 4.32 Initial setting..................... 4-51 4.33 Attaching screw caps ..................4-53 4.34 Charging the Battery after installation ............
Page 5 Appendix C. Adjusting Methods C.1 Preperation ......................C-ii C.2 Adjusting MUX CHARGE-04A board..............C-iii C.3 Adjusting XCONT-2002 board................C-iv C.4 Adjusting the battery-voltage detection circuit..........C-vii C.5 Checking the X-ray exposure................C-viii C.6 Checking battery charging................C-x C.7 Volume control of a buzzer ................C-xi C.8 Finish .........................
Page 6 No Text...
Page 7: Chapter 1. Introduction
Chapter Introduction Before installing the unit, fully grasp the contents of this Installation Manual, and install it so that the unit may deliver its full performance and functions. Besides, thoroughly refer to the Operation Manual and Survice Manual of this unit.
Page 8: Directions For Using The Unit
Chapter 1 Introduction Directions for using the unit Directions about safety are described in this Section. Read this before installing the unit without fail. The meanings of the following precaution and prohibition terms used in the operation manual are defined as below: ...
Page 9 Chapter 1 Introduction ARNING Never Modify the Equipment! The Drugs, Cosmetics and Medical Instruments Act of Japan makes it compulsory that a manufacturer should apply and get approval for partial modifications of the approved contents. Have in mind that modifications without approval are prohibited. AUTION Federal law restricts this device to sale by or on the order of physician.
Page 10 Chapter 1 Introduction ARNING Connect the power cord plug to a grounding 3P receptacle. ARNING Don’t splash this equipment with water because there is a risk of electric shock. And to clean the equipment, wipe the surface of the equipment with the clothes soaked in antiseptic solution.
Page 11 Additionally, since external file systems also have the danger of being damaged, be sure to perform multiple backups to prevent data deletion, damage or loss. Also, Shimadzu Corporation assumes no liability for the loss or damage to any customer data. AUTION Do not turn the main power breaker OFF during the normal operation of this device.
Page 12 Software License Agreement The software used in this product is copyrighted by Shimadzu Corporation, who possesses all rights, including sublicenses for those rights received (for copyrights, etc.) held by third parties.
Page 13: Document List
Chapter 1 Introduction Document List If necessary, the following documents can be obtained. Contact the responsible service shop of Shimadzu Corporation. Document Document Number MUX-100D Operation Manual M503-E017 MUX-100D Installation Manual M503-E320 X-ray tube assembly Operation Manual M535-E219 MUX-100D Parts List...
Page 14 Chapter 1 Introduction No Text Mobile DaRt Installation Manual...
Page 15: Chapter 2. Outline
Chapter Outline This chapter describes the outline and features of "Mobile DaRt ". Read this before installing the unit. Chapter Contents Name of Each Part of the Unit The name of each part of the unit is described in this Section. Name of Each Circuit Board and Layout of the Circuit Boards The name of each circuit board and layout of the main circuit boards installed in the unit are described in this Section.
Page 16: Name Of Each Part Of The Unit
Chapter 2 Outline Name of Each Part of the Unit Appearance X-ray tube unit: Support Stand: The combination of X-ray tube and Holds the tube section collimator can turn around the axis of and arm. It can turn X-ray focus. This makes positioning itself.
Page 17 Chapter 2 Outline Operating section Key switch: X-ray control panel: Turns on/off power for the unit Refer to Operation with this key operation. Manual M503-E017. Battery checker: Indicates remaining charge of the battery. Emergency brake release switch Used to release brake in the event Emergency stop switch: of a problem with the running Used to stop the motor in the...
Page 18 Chapter 2 Outline Name of Each Circuit Board and Layout of the Circuit Boards Right side of the unit X CONT-2002 NEXSC CPU Bus Extender MU-Driver-2 Breaker NFB1 Under side is ON Left side of the unit Inverter Unit Power 99 Charge 04A MUX-LC1B Mobile DaRt Installation Manual...
Page 19 Chapter 2 Outline Top of the unit (battery) Power 100D Power 100D Power 100D Mobile DaRt Installation Manual...
Page 20: Conditions For Installation (Using)
Chapter 2 Outline Conditions for Installation (using) Use environment ： -10℃ - 40℃ Ambient temperature ： 30% - 60% (no dew condensation) Relative humidity ： 700 hPa - 1060 hPa Atmospheric pressure AUTION As for charge the battery, do it in the use environment. Do not do it in the storage environment.
Page 21: Conditions For Transportation And Storage
Chapter 2 Outline Conditions for Transportation and Storage This condition is applied only at the time packed for transportation or storage. Transportation and Storage environment Ambient temperature: -10℃~40℃ (The upper bound of the temperature is allowed up to +50℃ only for the period of less than one month.) Relative humidity: 10%~60%...
Page 22 Chapter 2 Outline No Text Mobile DaRt Installation Manual...
Page 23 3.1 Tools Required for Installation Chapter Preparations for installation Before installing the unit, thoroughly read this Chapter and make necessary preparations. Chapter Contents Tools Required for Installation Tools Required for Installation. The list of tools required for installation is described in this Section. Unpacking The works to be carried out from unpacking to moving the unit are described in this Section.
Page 24: Chapter 3. Parations For Installation
Chapter 3 Preparations for installation Tools Required for Installation When installing the unit, prepare the following tools: ① Screw drivers and Philips screw drivers ② Hexagonal bar L-type spanners: No. 2.5〜10 ③ Nipper ④ Plier ⑤ Multimeter ⑥ Insulation lock ⑦ ...
Page 25: Unpacking
If the shock detector changes color, there is a chance the imaging unit is damaged or broken. Make sure the following items are packed together: Part number Quantity Description MUX main MUX-100D 503-61000-01 unit MUX-100DJ 503-61000-04 Components Arm cover 503-47619...
Page 26 Chapter 3 Preparations for installation After unpacking, turn on the main circuit breaker and key switch (refer to Fig. 3-1 and Fig. 3-2.), and move the unit to where X-ray radiation is allowed and power outlet is provided. The main circuit breaker is provided at the front side of the unit (refer to Chapter 2).
Page 27: How To Open/Close The Covers
3.3 How to Open/Close the Covers How to Open/Close the Covers ARNING Be sure to open/close covers after turning off the main breaker. Otherwise, there is a danger of receiving electric shock. Name of Each Cover and Layout of the Covers There is a sequence of opening/closing the covers as shown in Fig.
Page 28 Chapter 3 Preparations for installation How to Open/Close the Side Cover AUTION Treat the imaging unit carefully! Do not drop or hit anything with the imaging unit, or it might be damaged and does not work anymore. The imaging unit is equipped with four shock detectors. This detector is normally white, and an excessive shock will cause it to change color.
Page 29 3.3 How to Open/Close the Covers Slightly tilt the storage bin forward and lift it up to detach. Fig. 3-5 Store the imaging unit in the storage bin as shown in and proceed to procedures 5 and after. Fig. 3-5 Handling the imaging unit while operation AUTION Do not pull the cable.
Page 30 Chapter 3 Preparations for installation How to Open/Close the Top cover Turn the X-ray tube 180 degree around the X-ray tube stand. And move the X-ray tube to the lowest position. Turn off the key switch and the main breaker. Unscrews the three screws as shown in Fig.
Page 31 3.3 How to Open/Close the Covers How to Open/Close the Front Side Cover Unscrew the 5 screws as shown in Fig. 3-9 and remove the top cover to the side of the unit. Slightly holding up the column under-cover, pull out forward and remove the cover.
Page 32 Chapter 3 Preparations for installation How to Open/Close the Cable Cover Unscrew the two hexagon socket head cap screws as shown in Fig. 3-11. Pull the cable cover upward and remove it. Cable cover Fig. 3-11 Screw cramp positions of the cable cover How to Open/Close the Front Cover Remove the front side cover and front rear cover.
Page 33 3.3 How to Open/Close the Covers Remove the line switch for activating the emergency brake release function. Remove frame front cover. The switch separates by blowing down the lever. Front cover The direction knocked down lever Fig. 3-13 How to remove the switch for activating the emergency brake release function.
Page 34 Chapter 3 Preparations for installation How to Open/Close the Arm Joint Section Remove the side covers, the upper cover and the cable cover. Unscrew the hexagon socket head cap screws at the two locations indicated in Fig. 3-15. Remove the knob of the arm lock release lever by turning it counterclockwise.
Page 35: Chapter 4. Installation
Chapter Installation Install the unit properly in the procedures described in this Chapter. Chapter Contents Preinstallation Procedures Installation Procedures Assemble for the CXDI-50G Installation of CXDI Control S/W Setup of CXDI Installation of CXDI Generator Communication S/W Setup of CXDI Generator Communication S/W Check of CXDI Generator Communication S/W Use permission setting of external storage medium 4.10 Installation of MLT-M S/W (optional)
Page 36 4.21 Check of DICOM storage and print function 4.22 Check of image 4.23 Check table 4.24 Removement of 50G and Power Box from MUX-100D 4.25 Packing and sending MUX-100D and 50G 4.26 Adjustment of Image quality 4.27 Installing the arm cover 4.28 Attaching of a knob for locking collimator rotation...
Page 37: Preinstallation Procedures
Use permission setting of external storage medium Check table (Refer to 4.9) (Refer to4.23) Installation of MLT-M S/W (optional) Removement of 50G and Power Box from MUX-100D (Refer to 4.10) (Refer to 4.24) Check of MLT-M S/W (optional) Packing and sending MUX-100D and 50G (Refer to 4.11)
Page 38: Installation Procedures
(Refer to 4.18) Assembler Test (Refer to 4.36) Acquisition of image with phantom (Refer to 4.19) Explanation of MUX-100D operation to customer Check of REX value (Refer to 4.20) Clinical application Check of DICOM storage and print function (Refer to 4.21) Check of image (Refer to 4.22)
Page 39: Assemble For The Cxdi-50G
4.3 Assemble for the CXDI-50G Assemble for the CXDI-50G Turn off the main circuit breaker. Open both side cover, top cover, cable cover and FPD box. Wiring of the CXDI-50G ・ Loosen the bolts (a) and remove the screws (b). ・ ...
Page 40 Chapter 4 Installation Image unit 4.5m or less Fig. 4-1 Cable processing ・ Detach the cover of the Power Box and connect the cable of the Power Box and imaging unit. (Fig. 4-2 shows how cable is fixed after the connection.) Fig.
Page 41 4.3 Assemble for the CXDI-50G X-ray I/F cable XCONT board Fig. 4-3 X-ray I/F cable wiring ・ Roll the excessive cable. (Fig. 4-3 (b)) ・ Attach the cover of the Power Box. Fix the Power Box. ・ Detach four PADs on the Power Box. ・ ...
Page 42 Chapter 4 Installation Connect the power cable attached to CXDI-50G. ・ Connect the power cable to the inverter and Power Box. (Refer to Fig. 4-4.) Roll the excessive cable. Connect the PC and Power Box with the LAN cable. Fix the rolled cable using a cord bracket. Cord bracket Fig.
Page 43: Installation Of Cxdi Control S/W
4.4 Installation of CXDI Control S/W Installation of CXDI Control S/W Install CXDI Control S/W “CXDI-RD” according to the following procedures. Create 《CCR》 folder (D:\CCR) at PC's D: drive. CD is insert the DVD-ROM drive, and the window is opened. Select and open the <Setup>...
Page 44 Chapter 4 Installation After it agrees to the use permission contract, 【Yes】 is pressed. Fig. 4-8 Check the folder at the installation destination 《D:\CCR\》, 【Next >】 is pressed. Fig. 4-9 "Begin the file copy" is displayed. 【Next >】 is pressed. Fig.
Page 45: Setup Of Cxdi
4.5 Setup of CXDI "Setup status" screen is displayed. Wait for setup complete. Fig. 4-11 Check the setup installation completed, 【Finish】 is pressed. Fig. 4-12 The installation of CXDI-RD is completed. Setup of CXDI 4.5.1 Input the serial number of CXDI-50G Input the serial number of CXDI‑50G to communicate between CXDI‑50G ...
Page 46 Chapter 4 Installation It is input by the line of "Enter item:" as "1", and presses the 【Enter】key. Input “1” Fig. 4-13 "Setting Mode･･･" is displayed. It is input as "0", and presses the 【Enter】 key. Input “0” Fig. 4-14 4-12 Mobile DaRt Installation Manual...
Page 47 4.5 Setup of CXDI The menu of "CCR SETUP MENU (Esc to go back)" is displayed. It is input to the line of "Enter item:" as "7", and presses the 【Enter】 key. Input “7” Fig. 4-15 "@@@Capture Devices Configuration Table@@@" is displayed. 【Enter】 The key is pressed, and it advances it to the second line.
Page 48 Chapter 4 Installation "A/D Board Serial Number for Sensor ID#1" is displayed. The serial number ("*" part of 0x*******) written in the line on one step is input, and the 【Enter】 key is pressed. Input the same value referring to the serial number in upper line.
Page 49 4.5 Setup of CXDI The menu of "Welcome to CCR" is displayed. "8" is input to "Enter item:", and the 【Enter】 key is pressed. Input “8” Fig. 4-19 It is displayed in the line of "Enter Item", "Please push some keys to continue".
Page 50: Installation Of Cxdi Generator Communication S/W
Chapter 4 Installation 4.5.2 Setup of Network It is set to the network setting for CXDI. It sets it as follows by the property setting of Internet protcol (TCP/IP) of windowsXP. CXDI's IP address 222.111.22.30 Sub-net mask 255.255.255.0 The printer and storage are set the output setting and the parameter setting on the user setting screen.
Page 51 "Command prompt" window is displayed. The setting value is input to the following lines. As follows the installation condition input. To the line of "Select generator maker"｢3:Shimadzu｣ To the line of "Select anatomical code"｢2:Use｣ To the line of "Select photo timer"｢1:Not use｣...
Page 52 Chapter 4 Installation A necessary file is made, and "Copy finished." is displayed. 【Enter】 The key is pressed. Fig. 4-23 It is confirmed that there is the following files in the folder 《D:\CCR》. <cgbig3.dll> <cgbig3.ini> <cgstrtbl.ini> Fig. 4-24 The installation of the CXDI Generator Communication S/W is completed. It is need to set the installed CXDI Generator Communication S/W.
Page 53: Setup Of Cxdi Generator Communication S/W
4.7 Setup of CXDI Generator Communication S/W Setup of CXDI Generator Communication S/W It is necessary to change the setting of the CXDI by installing CXDI Generator Communication S/W. As follows the procedures. After the S/W is installed, it is necessary to change the following settings of CXDI. 【SYSTEM】 is pressed on the screen where CXDI-50G started. Fig. 4-25 "System menu"...
Page 54 Chapter 4 Installation "SYSTEM INFORMATION" screen is displayed. 【ADMINISTRATOR SETUP】 is pressed. Fig. 4-27 "ADMINISTRATOR SETUP" screen is displayed. 【MODULE】 is pressed. Fig. 4-28 "HIS Module Information/Setting" screen is displayed. 'Generator' tab is pressed. Fig. 4-29 4-20 Mobile DaRt Installation Manual...
Page 55 4.7 Setup of CXDI Generator Communication S/W "Generator Communication Module Information/Setting" screen is displayed. "Use Generator Communication Module" is pressed. Fig. 4-30 "Use Generator Communication Module" becomes "VALID". "CXDI GEN" is selected. Fig. 4-31 A soft keyboard is displayed. It is input as "cgbig3", and presses 【OK】. Fig.
Page 56 Chapter 4 Installation It returns to "Generator Communication Module Information/Setting" screen. "POST-COND. RECEIVE TIMEOUT-TIME(sec)" is selected. Fig. 4-33 A soft keyboard is displayed. It is input as "30", and presses 【OK】. Fig. 4-34 4-22 Mobile DaRt Installation Manual...
Page 57 4.7 Setup of CXDI Generator Communication S/W "Generator Communication Module Information/Setting" screen is displayed. Check the following settings of three points are correct, 【OK】 is pressed. ⇒ "VALID" " Use Generator Communication Module " ｢CXDI GEN｣ ⇒ ｢cgbig3.dll｣ " POST-COND. RECEIVE TIMEOUT-TIME(sec)" ⇒"30" Fig.
Page 58 Chapter 4 Installation 【SHUTDOWN】 is pressed, and the PC is shutdown. Afterwards, the DR switch is pressed, and CXDI-50G is started. Fig. 4-37 The exposure method is edited referring to CANON Inc. CXDI manual. 【SYSTEM】 is pressed on the screen where CXDI-50G started. Fig.
Page 59 4.7 Setup of CXDI Generator Communication S/W "EDIT EXPOSURE MODE" screen is displayed. The exposure method of changing the setting is selected. (example: Skull AP) Fig. 4-40 "EDIT PARA." screen is displayed. 【GEN Com Module】 is pressed. Fig. 4-41 A soft keyboard is displayed. The anatomical code transmitted from CXDI to MUX is input while referring to "Chapter E"...
Page 60 Chapter 4 Installation It returns to "EDIT PARA." screen. After it is confirmed that the value input to "GEN Com Module" is displayed, 【OK】 is pressed. Fig. 4-43 The message of "Save the changed parameter." is displayed. 【OK】 is pressed. Fig.
Page 61: Check Of Cxdi Generator Communication S/W
4.8 Check of CXDI Generator Communication S/W Check of CXDI Generator Communication S/W Checking the operation of CXDI Generator Communication S/W installed by "4.6 Installation of CXDI Generator Communication S/W " is done according to the following procedures. Exposure method is selected on the screen where CXDI-50G started. Confirm the tube voltage value and the tube current value changed, and correct LEDs are illuminated on the X-Ray control panel.
Page 62 Chapter 4 Installation "Setting Mode･･･" is displayed. It is input as "0", and presses the 【Enter】 key. Input “0” Fig. 4-47 The menu of "CCR SETUP MENU (Esc to go back)" is displayed. It is input to the line of "Enter item:" as "5", and presses the 【Enter】 key. Input “5”...
Page 63 4.9 Use permission setting of external storage medium The 【Enter】 key is pressed until "@@@External Storage Configuration@@@" is displayed. Press the 【Enter】 key until this line is displayed. Fig. 4-49 The numerical value is input by the following lines, and the 【Enter】 key is pressed.
Page 64 Chapter 4 Installation The 【Enter】 key is pressed until the menu of "CCR SETUP MENU" is displayed. Check the menu was displayed, the 【Esc】 key is pressed. Press the 【Esc】 key. Fig. 4-51 The menu of "Welcome to CCR" is displayed. "8" is input to "Enter item:", and the 【Enter】...
Page 65 4.9 Use permission setting of external storage medium It is displayed in the line of "Enter Item", "Please push some keys to continue". The 【Enter】key is pressed. Fig. 4-53 CXDI is started. 【SYSTEM】 button is pressed. Fig. 4-54 “System menu” screen is displayed. 【SETUP MENU】 is pressed. Fig.
Page 66 Chapter 4 Installation "SYSTEM INFORMATION" screen is displayed. 【ADMINISTRATOR SETUP】 is pressed. Fig. 4-56 "ADMINISTRATOR SETUP" screen is displayed. 【JPEG FOR EXT. STORAGE】 is pressed. Fig. 4-57 "JPEG FOR EXT. STORAGE“ screen is displayed. 【JPEG】 is pressed. Fig. 4-58 4-32 Mobile DaRt Installation Manual...
Page 67 4.9 Use permission setting of external storage medium It is confirmed that 【Loseless】 button was displayed, and presses 【EXIT】 . Fig. 4-59 【OK】 is pressed. Fig. 4-60 【OK】 is pressed. Fig. 4-61 The use permission setting of an external storage medium is completed above. Mobile DaRt Installation Manual 4-33...
Page 68: Installation Of Mlt-M S/W (Optional)
Chapter 4 Installation 4.10 Installation of MLT-M S/W (optional) As follows the procedures image processing software MLT‑M installation. CD is insert the DVD-ROM drive, and the window is opened. It is confirmed that there is the following files. cdr2mltm.dll Fig. 4-62 <cdr2mltm.dll> file is copied onto 《D:\CCR》. Fig.
Page 69: Check Of Mlt-M S/W (Optional)
4.11 Check of MLT-M S/W (optional) 4.11 Check of MLT-M S/W (optional) Checking the operation of MLT-M installed by "4.10 Installation of MLT-M S/W (optional)" is done according to the following procedures. 【SYSTEM】 is pressed on the screen where CXDI-50G started. Fig.
Page 70 Chapter 4 Installation "SYSTEM INFORMATION" screen is displayed. 【SYSTEM SETUP】 is pressed. Fig. 4-66 "SYSTEM SETUP" screen is displayed. 【DISPLAYING PARAMETER CHANGE/QA SCREEN DURING EXPOSURE】 is pressed. Fig. 4-67 "DISPLAYING PARAMETER CHANGE/QA DURING EXPOSURE" screen is displayed. 【STD. FREQUENCY】 is pressed. Fig.
Page 71: Calibration
4.12 Calibration "Processing selection" screen is displayed. It is confirmed that 【MLT(M) FREQUENCY】 is active. Fig. 4-69 When the installation of MLT-M is failed, it becomes a display as shown in Fig. 4-70. Fig. 4-70 The check of MLT-M is completed above. 4.12 Calibration 4.12.1 Aging...
Page 72 Chapter 4 Installation Table 4-2 Aging steps Product of tube Number Tube voltage Pause time Step current and its (kV) (Sec.) flow time (mAs) exposures ARNING While aging, defend enough from the radiation closing the collimator completely and using the defense apron or the screen. 4.12.2 Calibration The calibration method is edited refering to CANON Inc.
Page 73: Selftest
4.13 Selftest 4.13 Selftest The self-test is executed referring to CANON Inc. CXDI manual. It is confirmed to pass all items. 4.14 Installation of DMW-PS (optional) As follows the procedures software DMW‑PS for the DICOM communication installation. CD insert the DVD-ROM drive, and the window is opened. Fig. 4-71 All contents of the folder 《DMW-V3》...
Page 74: Setup Of Dmw-Ps (Optional)
The server is set referring to the installation manual and the function manual of CANON CXDI DMW-PS. 4.16 Check of DMW-PS function (optional) Connect to server and MUX-100D. Make list of patient data on server. Communicate server and CXDI for patient data. Fig. 4-73 4.17...
Page 75: Acquisition Of Image With Phantom
4.19 Acquisition of image with phantom 4.19 Acquisition of image with phantom The acquisition of image method is edited refering to CANON Inc. CXDI manual. SID is set 1m. Select the CXDI exposure mode button. Irradiation and save the image of the phantom. 4.20 Check of REX value Check of REX value refer to CANON Inc.
Page 76: Check Table
Chapter 4 Installation 4.23 Check table Check the following table and send a copy to Shimadzu QA by FAX. MUX-100D Serial Number CXDI-50G Serial Number Check item Judgement □ □ Display of Image PASSED / FAILED It makes X-ray exposure of the phantom arranged at the center of FPD.
Page 77: Removement Of 50G And Power Box From Mux-100D
The main breaker is turned off. Open the cover (both Side cover, Upper cover, cable cover, and FPD box). CXDI-50G is detached from MUX-100D according to the procedure from 8 to 2 of the clauses “4.3 Assemble for the CXDI-50G”.
Page 78: Installing The Arm Cover
Chapter 4 Installation 4.27 Installing the arm cover Installation procedure of arm cover Lift up the arm and expand it. Remove the Cable Guide from the Middle Arm. (M5 bolt, 2places. Fig. 4-74 (a)) Attach the Upper arm cover to the Arm. (M4 screw, 4places, Fig. 4-74 (b)) Attach the Lower arm cover to the Arm.
Page 79: Attaching Of A Knob For Locking Collimator Rotation
4.28 Attaching of a knob for locking collimator rotation 4.28 Attaching of a knob for locking collimator rotation Attach a knob for locking collimator rotation. A bag is packed together with the knob and screws for adjustment of X-ray axis. Fig.
Page 80: Changing According To The Power Supply
Chapter 4 Installation 4.29 Changing According to the Power Supply Change the power plug and the connections of the connector P1 and P2 in the unit (Fig. 4-76) according to the voltage of the power supplied to use's place. Turn off the main circuit breaker. (Refer to "2.1 Name of Each Part".) Open the right Side cover.
Page 81: Setting Of Xcont
4.30 Setting of XCONT 4.30 Setting of XCONT 4.30.1 Setting of jumper switch on XCONT board There are jumper switches JP1, JP2, and JP3 in a XCONT board. Please set to O side of Table 4-4. Table 4-4 Jumper switch setup SW name Silkscreen Setup...
Page 82: Checking Performance Of Each Part
Chapter 4 Installation 4.31 Checking Performance of Each Part ARNING Advance to the performance check after making sure of the connections according to the supply voltage at the installation site. 4.31.1 Check tube current Check tube current as following steps. Turn on the DIPswitch SW3-8 (adjustment mode) and SW2-5 (Measured value display mode) of NEXSC board.
Page 83 4.31 Checking Performance of Each Part 4.31.2 Checking Movement of the Collimator Unit Make sure that the collimator is securely mounted. Loosen the rotation-lock screw for the collimator. Check to be sure that there is no rattle on the rotation of the collimator section.
Page 84 Chapter 4 Installation 4.31.3 Checking Movement the Unit Confirm functions of the driving handle and the small movement switch. The small movement switch is in front of the collimator. Turn on the key switch. (Refer to Chapter 2.1) Confirm the unit runs to forward pushing the driving handle. Confirm the unit runs to backward pulling the driving handle.
Page 85: Initial Setting
4.32 Initial setting 4.32 Initial setting Before setting initial settings, turn ON DIP switch 2-8 on the NEXSC CPU board and turn ON the key switch. Operation described in this section is not necessary if set values for the items below do not need to be changed.
Page 86 Chapter 4 Installation ARNING A Charactaristic of battery depends on each battery type. A wrong setting of code may causes the unit to malfunction and may cause electrical component to be damaged by a fire or fire occurs. Standard Battery is recommended in order to be operated with full performance of the unit.
Page 87: Attaching Screw Caps
4.33 Attaching screw caps 4.33 Attaching screw caps Attach screw caps on the places shown in Fig. 4-81. Screw caps are included in spare parts. Side cover: 4 places (8 places in total for left and right) Collimator upper part: 2 places FPD box: 4 places Top cover: 3 places Cable cover: 4 places...
Page 88: Charging The Battery After Installation
Chapter 4 Installation 4.34 Charging the Battery after installation In order to make the battery stable after installation, charge the battery after using it as much as the red LED of the battery indicator comes on. Instruct users of the unit to repeat three times the cycle of charging and discharging the battery. (Refer to "4.8 Charging the Battery"...
Page 89: Chapter 5. Installing The Options
Chapter 5 Installing the Options How to install the options is described in this Chapter. Chapter Contents Setting DIP Switches on NEXSC Board The settings required to operate the options are described. Installing Remote Control Option How to install the remote control option is described. Installing Protective Screen Option How to install the protective screen option is described.
Page 90: Setting Dip Switches On Nexsc Board
Chapter 5 Installing the Options Setting DIP Switches on NEXSC Board Set the following DIP switches according to the options: DIP switch No. Description Setting Status Remote controller ENABLE option DISABLE No DIP-switch settings are needed for the protective screen option, large cassette box option, or grid case option.
Page 91: Installing Remote Controller Option
5.2 Installing Remote Controller Option Installing Remote Controller Option Turn ON the DIP switch SW3-4 to make the remote controller option effective. Component of Remote Controller Option The Remote controller option (P/N 502-21343-03) is composed by the following parts. Confirm whether all parts become complete at an open bale. Parts Name Quantity RC Transmitter...
Page 92 Chapter 5 Installing the Options Mounting the Photo-Receptor Procedures for mounting the photo-receptor: Remove the side covers, the top cover and the cover of the arm joint section. (Refer to Chapter 3.) Connect the attached cable to the photo-receptor for the remote controller (Fig.
Page 93 5.2 Installing Remote Controller Option Checking Performance of the Remote Controller First, open the lid at the back of the remote controller, and insert two "B" size batteries. To enable the function of the remote controller, turn on the lamp by pressing the remote controller key on the X-ray operating panel of the main unit (Fig.
Page 94 Chapter 5 Installing the Options 270°5m Fig. 5-7 Range where remote control can be operated Mobile DaRt Installation Manual...
Page 95: Installing Protective Screen Option
5.3 Installing Protective Screen Option Installing Protective Screen Option Component of Protective Screen Option The Protective screen option (P/N: 503-50338) consists of the following parts. Make sure that all these parts are contained in the package. Parts Name Quantity Protective screen Rail Rail mount Screw, Flat head screw SUS M4x8...
Page 96 Chapter 5 Installing the Options Unscrew two screws at Top plate. Remove Arm lock release lever knob. Remove Top plate and Arm lock joint section cover. Remove Spacing plate. Top plate Spacing plate Top cover Arm lock release lever knob Arm lock joint Screws section cover...
Page 97: Installing Dose Area Meter Option
5.4 Installing Dose Area Meter Option Installing Dose Area Meter Option Component of Dose Area Meter Option The Dose Area Mater Option consists of the following parts. Make sure that all these parts are contained in the package. Parts Name Quantity Quantity (UL)
Page 98 Chapter 5 Installing the Options Place the dose area meter in the adapter and fix it with the push screw on the side of the adapter. Push screw Fig. 5-14 Mounting the dose area meter Detach the arm cover. Arm cover Fig.
Page 99 5.4 Installing Dose Area Meter Option To the arm Relay connector Fig. 5-17 Adjustment of vertical motion balance Adjustment procedure The top cover is detached. The arm part is lowered most below, and the weight part in the column is lifted to the uppermost part. ...
Page 100 Chapter 5 Installing the Options Two supplementary weights are installed, and the vertical motion balance of the arm part is adjusted. Supplementary weight Nut Fig. 5-19 5-12 Mobile DaRt Installation Manual...
Page 101: Chapter 6. Specifications
Chapter 6 Specifications Chapter Contents Specifications Dimensional Drawing of the Unit X-ray Reference Axis and Focal Spot Position Exposure Condition Mobile DaRt Installation Manual...
Page 102 Chapter 6 Specifications Specifications MUX-100D MUX-100DJ Use environment Atmospheric pressure 700〜1060hPa Ambient temperature 10〜35℃ Relative humidity 30〜75% Common specifications Total width 580mm Total length 1250mm Height of support stand 1930mm 1780mm Weight 39４kg (with imaging unit) Maximum running speed 5±0.5km/h(this may vary depending on the floor condition.)
Page 103 6.1 Specifications MUX-100D MUX-100DJ High-voltage generator 12.5kW (100kV、125mA、0.1s) Nominal electric power （The product of the current allowed to flow for 0.1 seconds at a tube voltage of 100 kV and tube voltage） The nominal maximum tube voltage and the maximum tube current 125kV、100mA...
Page 104 Chapter 6 Specifications MUX-100D MUX-100DJ R-20C Collimator Shape Rectangular 430 × 430 mm SID 1m Field Max. field 0 × 0mm (leaves overlapped) Min. field Average illumination > 160 lx Contrast ratio of edge > 3 Accuracy 2％ of SID...
Page 105 Grayscale 12bit (4,096 grayscale) Option Attenuation equivalent:2.3mmAl.Eq. Grid For detail about CXDI, please refer to CXDI series operation manual (Canon CXDI Digital Radiography). MUX-100D MUX-100DJ Options Infrared type Remote controller Ready operation, X-ray operation, Collimator lamp ON/OFF Removable X-ray protective screen Removable X-ray protective acrylic screen Indicates the dose area,product.
Page 106: Dimensional Drawing Of The Unit
Chapter 6 Specifications Dimensional Drawing of the Unit System dimensional drawing Fig. 6-1 System dimensions Mobile DaRt Installation Manual...
Page 107: X-Ray Reference Axis And Focal Spot Position
6.3 X-ray Reference Axis and Focal Spot Position X-ray Reference Axis and Focal Spot Position X-ray reference axis and focal spot position View from this side Refer to Fig.9-3 Focus *1 Reference axis 4-M6 deep12 (P.C.D. Φ92) Φ134 Unit: mm *1: A hollow on the housing surface indicates a position of focus Fig.
Page 108: Exposure Condition
Chapter 6 Specifications Exposure Condition MUX-100D/100DJ 80mA 80mA 63mA 63mA 100mA 50mA 125mA 160mA 0.32 0.40 0.50 0.63 0.80 1.0 1.25 1.6 2.0 2.5 3.2 4.0 5.0 6.3 8.0 10 125 160 200 250 Tube current and time product (mAs) Table Example: Conditions that can be set up at 90kV At 90kV, a setup of a maximum of 320 mAs is possible.
Page 109 6.4 Exposure Condition MUX-100D/100DJ (at low level battery) 50mA 63mA 80mA 100mA 125mA 160mA 0.32 0.4 0 0.5 0 0 .63 0.80 1.0 1.2 5 1 .6 2 .0 5 .0 1 00 1 25 160 20 0 2 50...
Page 110 Chapter 6 Specifications No Text 6-10 Mobile DaRt Installation Manual...
Page 111: Appendix A. Nexsc Dip Switch Settings
Appendix A NEXSC DIP SWITCH SETTINGS DIP switch settings on the NEXSC board are described in this Chapter. Chapter Contents A.1 Table of NEXSC DIP SWITCH SETTINGS Mobile DaRt Installation Manual...
Page 112: Table Of Nexsc Dip Switch Settings
Appendix A NEXSC DIP SWITCH SETTINGS Table of NEXSC DIP SWITCH SETTINGS The DIP switch function of NEXSC is shown in Table 1. Table. 1 NEXSC DIP SWITCH SETTINGS Number Function Status: Function Default SW2-1 RESERVED Normally ON SW2-2 RESERVED Normally ON SW2-3 RESERVED...
Page 113: Appendix B. Adjustment Mode
Appendix B Adjustment Mode Chapter Contents B.1 How to Get Into Adjustment Mode B.2 Adjustment Mode List B.3 Adjustment of Tube Current B.4 Adjustment of the Handle B.5 Adjustment of the Battery Detection Circuit B.6 Setting Date and Time B.7 Display and Reset of Exposure Counter B.8 Display and Reset of Cumulated Mileage B.9 Display and Reset of Error Log B.10 Display and Reset of Battery Charge Counter...
Page 114: How To Get Into Adjustment Mode
Appendix B Adjustment Mode How to Get Into Adjustment Mode Turn on the DIP switch SW3-8 on NEXSC CPU board first, and then turn on power for the unit. After just turning on power for the unit, confirm “TEC” is displayed on the X-ray control panel.
Page 115: Adjustment Mode List
B.2 Adjustment Mode List Adjustment Mode List Mode list in adjustment mode is shown as follows. To switch the page 1 and page 2, Normal key or Obese key is pushed. Press the Normal key for page 1 and the Obese key for page 2. Adjustment mode Page 1（Blinking Normal key）...
Page 116: Adjustment Of Tube Current
Appendix B Adjustment Mode Adjustment of Tube Current Tube current adjustment mode The tube current of this unit is adjusted by changing the setting of the filament current (called FVR value). There are five points of adjustable FVR values; 40, 60, 80, 100, 125 kV for tube current positions of 50, 63, 80, 100, 125, 160 mA as shown in the table below.
Page 117 B.3 Adjustment of Tube Current Initializing FVR values Procedures of initializing FVR values To initialize FVR values, hold down the thin body selection key for body thickness correction until a character string “c A n c e L” appears on the display (for about 3 seconds).
Page 118 Appendix B Adjustment Mode Adjustment in tube current two-point adjustment mode Procedures of adjusting FVR value Set tube current two-point adjustment mode. Set the DIP switch NEXSC SW-3-8 to ON and turn ON power. Then, press the APR head exposure key to enter the tube current two-point mode.
Page 119 B.3 Adjustment of Tube Current Adjusting FVR value Pressing the remote controller choosing key reveals FVR value on the set tube voltage display. (When FVR value is displayed, the lamp of the remote controller choosing key blinks.) To change the FVR value, press the set tube voltage change key.
Page 120 Appendix B Adjustment Mode Tube current each point adjustment mode Procedures of adjusting FVR value Set tube current each-point adjustment mode Set the DIP switch NEXSC SW3-8 to ON and turn ON power. Then, press the APR chest exposure key to enter the tube current each-point adjustment mode.
Page 121 B.3 Adjustment of Tube Current Adjusting FVR value Pressing the remote controller choosing key reveals FVR value on the set tube voltage display. (When FVR value is displayed, the lamp of the remote controller choosing key blinks.) To change the FVR value, press the set tube voltage change key.
Page 122: Adjustment Of The Handle
Appendix B Adjustment Mode Adjustment of the Handle This is the mode in which handling of the unit during running is adjusted. When the handle or MU Driver board was exchanged, adjust the handle in the following steps: Procedures of adjusting the handle Setting handle adjustment mode Set DIP switch NEXSC SW3-8 ON, and turn ON power.
Page 123 B.4 Adjustment of the Handle Table. 1 Relation between handle adjustment position number and pull power Adjustment position number Direction (pull power) by spring gauge Forward left direction (1 kg) Forward left direction (2 kg) Backward left direction (1 kg) Backward left direction (2 kg) Forward right direction (1 kg) Forward right direction (2 kg)
Page 124: Adjustment Of The Battery Voltage Detection Circuit
Appendix B Adjustment Mode Adjustment of the Battery Voltage Detection Circuit This adjustment is made to equalize the variability among different battery voltage detection circuits. When exchanging MUXPOWER board, MUXCHARGE board, or XCONT board, be sure to make this adjustment in the following steps. Procedures of battery detection circuit Set DIP switch NEXSC SW3-8 ON, and then apply power to the unit.
Page 125: Setting Date And Time
B.6 Setting Date and Time Setting Date and Time Year, month, day and time can be set. Procedures of displaying and resetting date and time: Setting date and time setting mode Set DIP switch NEXSC SW3-8 ON and turn on power. Then, enter the date and time setting mode by pressing the hand exposure key of APR.
Page 126 Appendix B Adjustment Mode Changing time Reveal the time display by pressing the remote control selection key. (The LED of the key flashes.) Change hour with the set tube voltage change keys (+) and (-) (24-hour display) Change minute with the (+) and (-) key for changing set value of the product of tube current and its flow time.
Page 127: Display And Reset Of Exposure Counter
B.7 Display and Reset of Exposure Counter Display and Reset of Exposure Counter It is possible to display and reset the number of X-ray exposures that is controlled by software. Procedures of displaying the number of X-ray exposures: Setting exposure counter mode Set DIP switch NEXSC SW3-8 ON and turn on power.
Page 128: Display And Reset Of Cumulated Mileage
Appendix B Adjustment Mode Display and Reset of Cumulated Mileage. It is possible to display and reset the cumulated mileage that is controlled by software. Procedures of displaying and resetting the cumulated mileage: Setting cumulated mileage display mode Set DIP switch NEXSC SW3-8 ON and turn on power. Then, enter the cumulative mileage display mode by pressing the Chest key of APR.
Page 129 B.8 Display and Reset of Cumulated Mileage. Fig. 14 Display of Relative Cumulated Mileage (In case of 16km) Fig. 15 Display of Total Cumulated Mileage (In case of 16km) B-xvii Mobile DaRt Installation Manual...
Page 130: Display And Reset Of Error Log
Appendix B Adjustment Mode Display and Reset of Error Log Error code of 32 batches in the past is displayed. If a total of 32 errors have occurred and further a new error occurs, the oldest error data is deleted and the new error data is overwritten.
Page 131: Display And Reset Of Battery Charge Counter
B.10 Display and Reset of Battery Charge Counter B.10 Display and Reset of Battery Charge Counter It is possible to display and reset the number of charging times counted by the software. Procedures of displaying the Battery charge counter Set the charging counter mode. Set the DIP switch NEXSC SW3-8 to ON and turn ON power.
Page 132: Display Running Speed
Appendix B Adjustment Mode B.11 Displaying Running Speed A running speed derived from the number of revolutions detected by the encoder is displayed. Use this for checking failure of the encoder or others. Steps of displaying running speed Set the running speed display mode. Set the DIP switch NEXSC SW3-8 to ON and turn ON power.
Page 133 B.11 Displaying Running Speed Switching between wheel speeds It is possible to switch the running speed display from one to another of both wheel running speed(km/hour), left wheel running speed(km/hour), and right running speed by pressing the remote control choosing key. Fig.
Page 134: Battery Voltage Drop Check Mode
Appendix B Adjustment Mode B.12 Battery Voltage Drop Check Mode This mode is to check the drop of battery voltage and the inverter operation (VIN) when load is applied for exposure. Use this mode to check the battery condition. Procedures to display the battery voltage drop check mode Set on the battery voltage drop check mode.
Page 135 B.12 Battery Voltage Drop Check Mode At present, conditions of the unit and battery cannot be judged using the values provided in this mode. (Use the values as reference.) B-xxiii Mobile DaRt Installation Manual...
Page 136 Appendix B Adjustment Mode No Text B-xxiv Mobile DaRt Installation Manual...
Page 137: Appendix C. Adjusting Methods
Appendix C Adjusting Methods These adjustments are not required in the usual installation of the unit. If the circuit boards or parts are replaced and readjustment is needed, refer to these adjusting methods. Chapter Contents C.1 Preperation C.2 Adjusting MUX CHARGE-04A board C.3 Adjusting XCONT-2002 board C.4 Adjusting the battery-voltage detection circuit C.5 Checking the X-ray exposure...
Page 138 Appendix C Adjusting Methods Preparation Before making the detailed adjustment in this Section, confirm the following items: The connections of connector P1 and P2 are compliant with the supply voltage. (Refer to 4.4) The settings of DIP SW on NEXSC board are matched with the unit type and the options.
Page 139: Adjusting Mux Charge-04A Board
C.2 Adjusting MUX CHARGE-04A board Adjusting MUX CHARGE-04A board Preparation Turn VR1, VR2, and VR3 of MUX CHARGE-04A board counterclockwise to the maximum. (It is unnecessary to do this in case that the MUX CHARGE-04A board.) Turn of f the Main breaker. Make sure the breaker NFB1 is OFF and connect the power plug.
Page 140: Adjusting Xcont-2002 Board
Appendix C Adjusting Methods Adjusting XCONT-2002 board Preparation Turn VR1, VR2, and VR3 of XCONT-2002 board counterclockwise to the maximum. (It is unnecessary to do this in case that XCONT-2002 board has been already adjusted.) Turn VR4 of XCONT-2002 board to center position. (It is unnecessary to make further adjustment of VR4 in normal case.) Turn of f the Main breaker.
Page 141 C.3 Adjusting XCONT-2002 board Adjustment Max frequency of inverter. Adjust VR2 [VFADJ(kV)] so that the frequency at CP29 [F] becomes 112 kHz (period: 8.9 to 9.0μsec). 5V/div 8.9-9.0μsec ...
Page 142 Appendix C Adjusting Methods Fine adjustment of the inverter pulse width: Connect oscilloscope probes to CP [Ga] and CP [Ea] and to CP [Gb] and CP [Eb] of INVERTER UNIT board, perform READY and XRAY operations, and check the gate waveform of IGBT. Confirm that the pulse width at +5 V is 7.8 to 8.0μsec. Readjust the pulse width if it is necessary (VR3 [PULSEADJ] of Xcont board). 7.8-8.0μsec Fig. 3 Waveform between CP[Ga] – CP[Ea], CP[Gb ] – CP[Eb] on INVERTER UNIT board Turn OFF the power (turn OFF NFB1), and remove the short-circuit between CP [+15V] and CP5 [VSIN].
Page 143: Adjusting The Battery-Voltage Detection Circuit
C.4 Adjusting the battery-voltage detection circuit Adjusting the battery-voltage detection circuit Preparation Confirm the power plug has been disconnected. Set the DIPswitch NEXSC SW3-8 (Adjustment mode) ON. Confirm there is no shorting wires between check pin on XCONT board. ...
Page 144: Checking The X-Ray Exposure
Appendix C Adjusting Methods Checking the X-ray exposure Preparation Confirm the power plug has been disconnected. Set the DIPswitch SW3-8 on the NEXSC board ON. (Adjustment mode) Set the DIPswitch SW2-5 on the NEXSC board ON. (Measurement display mode) Confirm there are no short-wire between check pins on the XCONT board. Turn the main breaker ON.
Page 145 C.5 Checking the X-ray exposure Confirmation of X-ray exposure Press the “Head” key on the adjustment mode. Adjust on 2 points at 80kV,50mA、 and 160mA. As the measurement display is within the following range. At the same time, confirm the waveform of tube voltage（CP9[TKV] which is on the XCONT board）...
Page 146: Checking Battery Charging
Appendix C Adjusting Methods Checking battery charging Preparation After it is confirmed that breaker NFB1 is turning off, connect the power plug. Turn the key switch OFF. Make sure that the DR system has stopped. Turn the main breaker ON. Set the DIP switch SW3-8 on the NEXSC board (Adjustment mode) ON.
Page 147: Volume Control Of A Buzzer
C.7 Volume control of a buzzer Volume control of a buzzer The volume control procedure of a loud buzzer From the hole of a catch part cover, volume for volume control can be turned and the volume control of the amount buzzer of loud sounds can be performed. Volume is large or small please adjusts buzzer volume ...
Page 148 Appendix C Adjusting Methods If adjustment of volume is completed, please push the collimator lamp key of a sheet panel. The amount buzzer of loud sounds stop. Please end setting change mode. The volume control procedure of a sheet panel buzzer The buzzer volume control of the sheet panel, which turns volume for volume control of a sheet panel, and sounds at the time of key operation etc., can be performed.
Page 149: Finish
C.8 Finish Finish Return the DIP SW on NEXSC board to its normal use condition. Mobile DaRt Installation Manual C-xiii...
Page 150 Appendix C Adjusting Methods No Text C-xiv Mobile DaRt Installation Manual...
Page 151: Appendix D. Error Message List
Appendix D Error Message List Referring this error message list, quickly resolve problems, if any. Chapter Contents D.1 Error Message List Mobile DaRt Installation Manual...
Page 152 Appendix D Error Message List Error message list The content of the fault is indicated fault indication lamp , and indicated code on the mAs display. Table. 1 Fault error message list Error code Content of the error Main supply voltage is more than 20% higher than the standard voltage. Main supply voltage is more than 30% lower than the standard voltage.
Page 153 D.1 Error message list STOK signal is not returned even after the starter drive time is over. XOK is not returned even after one second has passed since HX1 was supplied. Irradiation does not finish by backup time / mAs. KVT does not input even after 250 msec has passed since EXR output.
Page 154 Appendix D Error Message List No Text D-iv Mobile DaRt Installation Manual...
Page 155: Appendix E. Maintenance And Inspection
Appendix E Maintenance and Inspection Basically, it is not necessary to make the replacement of any parts described in this Chapter during installation of the unit. Chapter Contents E.1 Expendable Parts List E.2 Batteries Replacement E.3 CPU Backup Battery Replacement E.4 Collimator lamp Replacement E.5 Maintenance of rotary X-ray tube section E.6 Centering the Collimator and X-ray Focus...
Page 156: Expendable Parts List
Expendable Parts are shown as Table. 1. Use specified parts at the part replacement. Table. 1 . Expendable Parts List Parts Parts Name Rating Number 074-71014-01 Battery 503-46520-01 Wire Rope For MUX-100D 503-46520-03 Wire Rope For MUX-100DJ 511-37058 Wheel,ZP-W1 511-37075 Caster,439S-150 503-49045 Code reel 511-70147...
Page 157: Batteries Replacement
E.2 Batteries Replacement Batteries Replacement Batteries replacement Parts Number of the battery is 074-71014-01 (Battery,PX12090). 20 pieces are needed when replacing batteries. ARNING When replacing the batteries, make sure to place the unit on the flat floor. Otherwise, the unit may fall down. ARNING Do not wear metallic accessories such as the bracelet, hanging jewelrys, and clocks during the battery exchange work.
Page 158 Appendix E Maintenance and Inspection Procedure of the battery exchange Turn ON the key switch, and lift the arm up to the position shown in Fig. 1. Fig. 1 Arm position to replace the battery ARNING Be sure to start replacing the battery after moving the arm up to the position shown in Fig.
Page 159 E.2 Batteries Replacement Disconnect the wires connected to the terminal block in the order (from No.1 to No.8) of the numbers shown in Fig. 2 (d). Be sure to disconnect them in order first from (−) terminal of BAT 2 (refer to Fig. 2 (d)). Take out the four battery ASSY (BAT1, BAT2, BAT3, BAT4) from the main unit, and open the cover by unscrewing the flat countersunk head screw shown in Fig.
Page 160 Appendix E Maintenance and Inspection Battery ASSY Fig. 2 Procedure of battery exchange Close the cover of the battery ASSY. Write battery code and manufacture date of new battery in the label on top of battery ASSY. Mount the battery ASSY to the original position. Pay attention to the battery numbers and positions.
Page 161: Cpu Backup Battery Replacement
E.3 CPU Backup Battery Replacement CPU Backup Battery Replacement CPU Backup Battery replacement Parts Number of the CPU Backup Battery is 501-78646. Procedures of replacement for the CPU backup battery. Remove the right side cover. Turn on the key switch to apply the power. Replace the CPU backup battery where is on NEXSC CPU board.
Page 162: Collimator Lamp Replacement
Appendix E Maintenance and Inspection Collimator lamp Replacement Collimator lamp replacement Parts Number of the Collimator lamp is 062-65003-02. AUTION Wait for 10 minute after ternning off the collimator lamp. There is dread of the burn. Procedures of replacement for the collimator lamp. Turn the key switch off.
Page 163: Maintenance Of Rotary X-Ray Tube Section
E.5 Maintenance of rotary X-ray tube section Maintenance of rotary X-ray tube section If the rotation of the X-ray tube section is found to be abnormal or short of lubrication, grease part ① and ② as shown in Fig. 4 (Fig. 5, Fig. 6, and Fig. 7 for the detail of part A, B, and C).
Page 164 Appendix E Maintenance and Inspection Greasing Part [A] of the X-ray tube section The detailed drawing of Part [A] of Fig. 4 is shown in Fig. 5. Greasing steps Unscrew M4 flat countersunk head screw (a) and remove cover A. Unscrew locking screw (b), and make plunger (c) loose.
Page 165 E.5 Maintenance of rotary X-ray tube section Greasing Part [B] of the X-ray tube section The detailed drawing of Part [B] of Fig. 4 is shown in Fig. 6. Greasing steps. Unscrew M4 flat countersunk head screw (g) and remove cover B. Unscrew four M5 hexagon socket head cap screws (h), and remove the X-ray tube from the holding frame.
Page 166 Appendix E Maintenance and Inspection Greasing Part [C] of the X-ray tube section The detailed drawing of Part [C] of Fig. 4 is shown in Fig. 7. After assembling the X-ray tube section, make it rotate 10 to 20 times to be thoroughly lubricated by the grease.
Page 167 E.5 Maintenance of rotary X-ray tube section AUTION Assemble the X-ray tube section so that the plunger in Part A, locking nut in Part B, and the plunger and locking nut in Part C are fixed with the following pressure and torque. Plunger in Part A After pushing it in to the limit with screwdriver, turn it back 45 degrees to fix.
Page 168: Centering The Collimator And X-Ray Focus
Appendix E Maintenance and Inspection Centering the Collimator and X-Ray Focus There are following two kinds of discrepancy between the collimator illumination field and X-ray irradiation field. When installing the apparatus, make sure which discrepancy is occurring and adjust the discrepancy: Discrepancy between the collimator illumination field center and X-ray irradiation field center.
Page 169 E.6 Centering the Collimator and X-Ray Focus AUTION Because the center of the collimator blades and the illumination field center are aligned each other using a dedicated device in factory assembling, never move the lamp mounting board. Center of lamp field Cassette Lamp field Solder...
Page 170 Appendix E Maintenance and Inspection Discrepancy between the collimator illumination field size and X-ray irradiation field size. How to adjust the collimator illumination field size and X-ray irradiation field size. The illumination field size is always different from the X-ray irradiation field size. Because the filament size of illumination lamp is larger than 3 mm in comparison with the X-ray focus size (less than 1 mm), a portion called half-shadow is physically occurs on the illumination field, and due to the half-shadow the...
Page 171 E.6 Centering the Collimator and X-Ray Focus Adjust the X-ray irradiation field size so that the edge of the X-ray irradiation field is set on the point D of the edge of the illumination field, after determining the illumination field size in accordance with the exposing portion of the subject. In this way discrepancy between the collimator illumination field center and X-ray irradiation field can be minimized.
Page 172: Adjustment Of Collimator Lamp Voltage
Appendix E Maintenance and Inspection Adjustment of Collimator lamp voltage Basical adjustment of Collimator lamp voltage Collimator lamp voltage can be adjusted by adjusting pulse width on MUX CHARGE-04A PCB. Detailed procedure is as follows, (1) Disconnect the connector JCH2 form MUX CHARGE-04A PCB for preventing lamp from getting excessive voltage during adjustment.
Page 173 E.7 Adjustment of Collimator lamp voltage Note when measuring lamp voltage Use the voltage meter that can measure true r.m.s. value (root mean square value). Normal voltage meter can’t measure exactly because lamp voltage is not sine waveform. For reference, the voltage (r.m.s. value) will be 10.5 - 11.5V at lamp leads when the pulse width is adjusted to 3.8ms.
Page 174: Cleaning And Disinfections
Appendix E Maintenance and Inspection Cleaning and disinfections Cleaning and disinfections How to Cleaning and disinfections AUTION This equipment is not protected to permeation of a liquid. Don't let a liquid permeate the inside of equipment in cleaning and disinfections. Check the equipment is turned off power.
Page 175 E.8 Cleaning and disinfections After a cleaning and disinfections work end, should be checked the following item, before switching on a power supply of equipment. (1) Neither water nor the antiseptic has adhered to equipment. (2) The tool used for cleaning and disinfections work is tidied up. ARNING When you switch on a power supply after cleaning and disinfections work, do fully ventilate the inside of a cleaning and...
Page 176: Dr System - Mux Communication
Appendix E Maintenance and Inspection DR system - MUX communication Operation Check connecting cable Connect the cross-type RS232C cable (9Pin female) with the RS232C connector(male) of PC and MUX (CPU board). Confirmation of operation Confirmed of CPU board, PC, and CXDI cable connecting. Afterwards the power supply of MUX is turned on.
Page 177 E.9 DR system - MUX communication Message Format The communications protocol is described below. Supports a text block from STX to BCC of variable length up to 127 bytes. The command format appears below. Application message MAX.127 byte Fig. 11 Command format STX: 0X02 ETX: 0X03 BCC: horizontal parity...
Page 178 Appendix E Maintenance and Inspection Data Link Layer Protocol conforms to JIS-X-5002 (1) Transmission code 8-bit code prescribed in JIS-X-0201 (not including *, @, or ? codes) (2) Response mode ACK, NAK (3) Error check protocol BCC (text block horizontal parity)XOR from character after STX to ETX (4) Error correcting method automatic re-transmission (5) Transmission rate...
Page 179 E.9 DR system - MUX communication Slave station Master station "NAK" if receiving is evaluated as currently not possible Retransmission "ACK" if receiving is now evaluated as possible Receive error detected Message Retransmission "NAK" Now OK Message "ACK" Retransmission Close data link "EOT"...
Page 180 Appendix E Maintenance and Inspection Parameters Master station Slave station Message Message Fig. 14 Transmission control protocol and Parameter Table. 2 . Parameter Items DR system Pause time before ENQ retransmission 2.0 sec 3.0 sec when establishing data link Number of ENQ retransmissions when 3 times 3 times establishing data link...
Page 181 E.9 DR system - MUX communication Application Layer Message format Supports a text block from STX to BCC of variable length up to 127 bytes. However, details of the actual text used is described in section 11.12 Details of Transmitted Text. Header Application (2 bytes)
Page 182 Appendix E Maintenance and Inspection Communication Sequence Communicated unit X-ray unit Initialization Communication preparations complete Release circuit brake Brake released Serial circuit test request (00) Serial circuit test response Radiographic condition Select menu instruction transmission (B1) Implementation Routine processing condition transmission (31) Radiography Radiography with Implementation...
Page 183 E.9 DR system - MUX communication Details of Transmitted Text Circuit test request (MUX DR system) Test data to test the serial circuit from the MUX to the DR system. Header Message “00” Test data (any character codes) MAX.127 byte Fig.
Page 184 Appendix E Maintenance and Inspection Exposure condition instruction transmission (DR system) The DR system makes settings for the MUX, including Exposure conditions and automatic exposure conditions. Header Message “B1” Detailed message Total 39 bytes Fig. 19 Exposure condition instruction transmission format Table.
Page 185 E.9 DR system - MUX communication Implementation condition transmission (DR system) Data for actual radiography. Header Message “31” Detailed message Total 39 bytes Fig. 20 Implementation condition transmission format The implementation data transmits the radiography setting or measured value corresponding to each Exposure condition instruction, as shown in the table below.
Page 186 Appendix E Maintenance and Inspection Manufacturer/model code for connected instrument Fixed as "01" Radiography/Fluoroscopy flag Fixed as "0" because fluoroscopy is not applicable Tube code/Technique code Fixed as tube-"0"-Tube1, technique-“2”-Bucky1 at this system Select tube Selected technique 0：Tube1 2：Bucky1 Film-related code Fixed as "00000000"...
Page 187 E.9 DR system - MUX communication APR code (Protocol Number code) Used to transmit APR numbers. DR system send to Program Code for MUX APR memorized exposure conditions. Protocol Code 0001 to 0072 radiography area…… 8 Head, Chest, Abdomen, Waist, Leg, Foot, Arm, Hand radiography direction……3 Front (AP), Side (Lateral), Oblique Body thickness……3...
Page 188 Appendix E Maintenance and Inspection Reference Material ×× 0 × × 00000000 ×××× ×××× ×××× ×××× ×××× 00 ×××× (1) (2) (3) (1) X-ray unit manufacturer/model code set in CXDI Fixed as “01.” (2) Tube codes set in CXDI Technique and tube codes need to be set on CXDI.
Page 189 E.9 DR system - MUX communication DR system setting APR code CXDI transmits APR numbers (1-72). Relationship between APR numbers and MUX keys are as shown below. Table. 6 . List of MUX APR number code APR number Filming Filming Body thickness Default...
Page 190 Appendix E Maintenance and Inspection APR number Filming Filming Body thickness Default Default code region orientation correction 66 8 Front (AP) Obese 65 7.1 Side (Lateral) Thin 68 7.1 Side (Lateral) Normal 71 7.1 Side (Lateral) Obese 65 8 Oblique Thin 65 9 Oblique Normal 65 10 Oblique Obese 58 2.2 ...
Page 191: How To Restration From Recovery Cd
E.10 How to Restoration from Recovery CD E.10 How to Restoration from Recovery CD How to Restoration from Recovery CD Recovery CD When PC is returned as PC is reinstalled by the customer, it is possible to restore it by using recovery CD. When the customer uses and restores recovery CD, it is necessary to install the software of CXDI such as CXDI software and Generator communication software. Moreover, after software is installed, peculiar setting to customers of DICOM transmission and the print, etc.
Page 192 Appendix E Maintenance and Inspection Advanced BIOS Features is selected pushing [↑] key or [↓] key to the keyboard. Fig. 22 Setup utility screen of selected Advanced BIOS Features It is checked to have selected Advanced BIOS Features, and pushes the [Enter] key of the keyboard. The Advanced BIOS Features screen is displayed. First Boot Device is selected pushing [↑] key or [↓] key to the keyboard. ...
Page 193 E.10 How to Restoration from Recovery CD First Boot Device setting is selected to CDROM for pushing [↑] key or [↓] key to the keyboard. It is checked to have selected CDROM, and pushes the [Enter] key of the keyboard. It returns to the Advanced BIOS Features screen. ...
Page 194 Appendix E Maintenance and Inspection The boot starting check (startup selection) screen of PC is displayed. Fig. 26 The boot starting check screen (startup selection screen) 2.This computer was started from a Ghost bootable CD is selected pushing [↑] key or [↓] key to keyboard.
Page 195 E.10 How to Restoration from Recovery CD [C] key is pushed while pushing the [Ctrl] key to the keyboard if displayed as It is Press any key to continue… in the screen. It is repeated to push [C] key while pushing the [Ctrl] key to the keyboard until Terminate batch job(Y/N) ? is displayed on the screen. Fig. 28 Terminate batch job(Y/N) ? is displayed on the screen If Terminate batch job(Y/N) ? is displayed on the screen, [Y] key to the keyboard is pushed.
Page 196 Appendix E Maintenance and Inspection c:ghost is input from the keyboard. ( [:] is [;] key push while pushing the [Shift] key to the keyboard. ) [Enter] key to the keyboard is pushed. Fig. 30 display of c:ghost inputting from the keyboard The processing of Ghost is restarted. ...
Page 197 E.10 How to Restoration from Recovery CD Local is clicked. Disk is clicked. And From Image is clicked. Fig. 32 display of Image select The drive (C drive) where recovery CD is set is clicked. Fig. 33 Display of Drive select CDR00001.GHO is clicked.
Page 198 Appendix E Maintenance and Inspection If the screen below is displayed, OK is clicked. Fig. 35 Display of select local destination drive The size of each partition when restoring it is checked. OK is clicked. Fig. 36 Display of Destination Drive Details If the screen of Question is displayed, it clicks.
Page 199 E.10 How to Restoration from Recovery CD The restoration begins. Fig. 38 Beginning of The restoration If the screen below is displayed, CD is replaced. Fig. 39 Display of Swap volume Recovery CD of the CD drive is replaced by opening the CD drive, and the CD drive is close.
Page 200 CD drive. Afterwards, Reset Computer is clicked. Fig. 40 Display of Clone Complete The restoration is finished. Afterwards, Install the software of CXDI like CXDI and the generator communication software, etc. according to installed manual of MUX-100D and the document of CXDI. Set individual customers of the DICOM transmission and the print, etc. after installing software.
Page 201: Appendix F Operation Of High-Voltage Cable
Appendix F Operation of High-Voltage Cable Chapter Contents F.1 Spare parts with high-voltage cable F.2 Installation procedure of the high-voltage generator side plug F.3 Installation procedure of the X-ray tube assembly side mini-plug Mobile DaRt Installation Manual...
Page 202: Spare Parts With High-Voltage Cable
Appendix F Operation of High-Voltage Cable Spare parts with high-voltage cable Spare parts of the X-ray tube assembly side mini-plug. Following parts are included in the ”Mini-plug spare parts kit “(P/N 511-15061-13). Silicon Rubber jacket Silicon washer Silicon Oil Spare parts of the high-voltage generator side plug. Contact pin P/N 511-15061-11 (Contact pin + tool) Silicon packing...
Page 203: Installation Procedure Of The High-Voltage Generator Side Plug
F.2 Installation procedure of the high-voltage generator side plug Installation procedure of the high-voltage generator side plug Make sure that the MINI receptacle socket assembly is clean. Make sure that termination plug and the mounting accessories are clean. Screw out the Grub Screw and slip the Ring Nut, by making use of its quasi-ellipse hole, over the sleeve.
Page 204: Installation Procedure Of The X-Ray Tube Assembly Side Mini-Plug
Appendix F Operation of High-Voltage Cable Installation procedure X-ray tube assembly side mini-plug Make sure that the receptacle socket assembly is correctly mounted on generator is clean. Make sure that termination plug and the mounting accessories are clean. Screw out the Grub Screw and slip the Ring Nut over the Sleeve. Place the Divided Flange onto the Ring Flange.
Page 205: Appendix G Super-Maintenance Function
Appendix G Super-Maintenance Function Chapter Contents G.1 Super-Maintenance Function Mobile DaRt Installation Manual...
Page 206 Appendix G Super-Maintenance Function Super-Maintenance Function This unit is provided with a function that can enter the initial setting and adjusting mode (super-maintenance function) without setting DIP switches on NEXSC board. It is possible to adjust X-ray tube current, to make initial settings, to check the irradiation counter, etc.
Page 207 Appendix G Super-Maintenance Function In this state the display is switched between (adjusting mode) and (initial setting) every time kV key is pressed. Press program registration key with the display of the mode in which the operation is to be executed. Then the unit is brought into the mode that has been chosen.
Page 208 Appendix G Super-Maintenance Function No Text G-iv Mobile DaRt Installation Manual...

This manual is also suitable for:

Mux-100dj 503-61000-01 503-61000-04

Shimadzu MUX-100D Installation Manual

Chapter 1. Introduction

Chapter 2. Outline

Chapter 3. Parations for Installation

Chapter 4. Installation

Chapter 5. Installing the Options

Chapter 6. Specifications

Appendix A. NEXSC DIP Switch Settings

Appendix B. Adjustment Mode

Appendix C. Adjusting Methods

Appendix D. Error Message List

Appendix E. Maintenance and Inspection

Appendix F Operation of High-Voltage Cable

Appendix G Super-Maintenance Function

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