Page 5
Foreword This manual provides instructions on the functions, operation methods, and daily maintenance methods of the system. Audience ■ Users of UIH systems. ■ UIH training and customer service engineers. ■ UIH marketing personnel. ■ Authorized distributors of UIH. Revision records Version Description 2021-06, release version 1...
Page 8
Contents Patient preparation..................4-4 Adjusting system position............... 4-6 Patient positioning.................4-19 Checks before exposure............... 4-20 Performing exposure................4-21 Viewing images in the Exam interface..........4-23 Image post-processing................4-24 Ending the exam................... 4-25 4.10 Shutting down the system..............4-26 System accessories Patient stretch grip of the BWS bucky............ 5-2 Additional filters..................5-5 Diagnostic monitor..................
Introduction About this manual 1.1 About this manual This manual provides information on safety, system components, system operations, and maintenance and repair. To be able to operate this system safely and effectively, users must have the required expertise and be familiar with the contents of this manual. Before operating this system, carefully read through this manual and pay particular attention to all the information in the chapter “Safety”.
1.3 Clinical application Intended purpose uDR 566i-A/ uDR 566i-B Digital Medical X-ray Imaging System is intended to acquire X- ray images of the human body by a qualified technician, examples include acquiring two- dimensional X-ray images of the skull, spinal column, chest, abdomen, extremities, limbs and trunk.
Introduction Personnel training and qualifications 1.4 Personnel training and qualifications WARNING Authorized professionals shall be familiar with the standards concerning radiological protection, and shall have received training. WARNING Safety training shall be included in the trainings on operations. In order to safely and effectively operate this system, the user must undergo strict training, fully understand the contents of this manual, and abide by local laws and regulations.
Introduction Text conventions 1.5 Text conventions Text Convention Items in a list "■" symbol Sub-items or list items in a table "♦" symbol One-step operation "►" symbol Steps within operating sequences Numbers Elements in the user interface (such as buttons, Bold font window titles, and menu items) Cross references...
Introduction Glossary 1.7 Glossary Glossary Description Electric current of the electron beam incident on the target of an X-ray X-ray tube current tube. Usually, the X-ray tube current is expressed by its mean value in milliamperes (mA). Potential difference applied to an X-ray tube between the cathode and X-ray tube voltage the anode.
Introduction Abbreviations 1.8 Abbreviations Abbreviation Full form Application Entity Automatic Exposure Control Acquisition Workstation Bucky Wall Stand Controller Area Network CoCo Control Box Critical Traceable Component Digital Imaging and Communications in DICOM Medicine Domain Name System Digital Visual Interface Electromagnetic Compatibility Flat Panel Detector GCHW Geometry Control Hardware...
Safety Overview CAUTION Safety information – risks and possible consequences. ♦ Safety information – preventive measures. NOTICE Safety instructions to be followed. 2.1.2 Symbols and labels Warning safety signs and symbols must be permanently and securely attached to the equipment or other appropriate areas. NOTICE The safety labels must be firmly attached and legible, and must comply with local laws and regulations.
Safety Overview Table 2-3 Prohibition symbols Label Description Position Surface of component where No stepping on surface stepping is forbidden No heavy load Surface of easily broken parts BWS bucky and handles of the Load-bearing limit (15 kg) bucky wall stand 250kg Load-bearing limit (250 kg) Fixed radiographic table...
Page 34
(240)######## MATERIAL No ####-##-## (21)###### SERIAL Made in China (not for the U.S.A.) Shanghai United Imaging Healthcare Co., Ltd. No.2258 Chengbei Road,Jiading District, Shanghai, 201807, P.R. China Input Voltage: ###### Specification label Input Frequency: ###### Input Power: ###### Operation Mode: ######...
Safety Radiation safety CAUTION Do not start X-ray exposure when there is people inside the scanning room or when the protection door is not closed. CAUTION Before exposure, check whether the exposure parameters meet the clinical requirements. Adjust any inappropriate parameters in time. Recommended principles of X-ray radiation protection: ■...
Safety Electrical safety 2.3 Electrical safety WARNING Part of the system components still carry voltage after the shutdown. To avoid electric shock, do not remove covers of the system. WARNING Multiple socket-outlets provided with this system shall only be used for supplying power to equipment that is intended to form part of the system.
Safety Mechanical safety 2.5 Mechanical safety NOTICE Select the correct screws and torques to avoid mechanical damages or property damages. WARNING When the equipment moves, keep monitoring the equipment to prevent collisions or crushes. WARNING ♦ If associated equipment does not meet the safety requirements of this equipment, the safety level of the system may be degraded.
Safety Mechanical safety Figure 2-2 Dangerous area on the X-ray source assembly Figure 2-3 Dangerous areas on the bucky wall stand Figure 2-4 Dangerous area on the flat panel detector tray 2-16 System Operator Manual...
Safety Fire and explosion safety 2.7 Fire and explosion safety 2.7.1 Fire protection WARNING Prevent ingress of liquid into the system to prevent corrosion of components and short circuit. NOTICE Do not place containers with liquids, such as water cups and medicine bottles, on the equipment.
Safety Image quality 2.8 Image quality 2.8.1 Image quality NOTICE Image quality must be checked by qualified personnel to ensure that the image quality meets the standards for clinical diagnosis. NOTICE The monitor of the image processing system cannot be used for diagnosis. To view the images for diagnostic purpose, send the images to the diagnostic workstation or print the images on films.
Safety Handling of emergencies 2.10 Handling of emergencies 2.10.1 Emergency procedures CAUTION Due to the complexity of the system, unavailability of the system due to abnormal external power supply, wear parts (for example the X-ray tube) approaching the end of their service life, accidental damage to parts, failure, or interference cannot be completely avoided.
Safety Environment safety 2.11 Environment safety This system was designed and manufactured according to the requirements of safety and environment protection. When none of the system cover is removed and the system is used correctly, this system will not cause harm to personnel or the environment. A hazardous material is a substance that can ignite or cause an explosion, is toxic and harmful to health, or is corrosive or irritating.
Safety Equipment compatibility 2.12 Equipment compatibility WARNING If unapproved accessories are connected to the system, the system performance may be adversely affected, causing errors during the scanning and resulting in misdiagnosis. ♦ Only use approved accessories. WARNING Only the third-party software that has been validated by UIH can be installed on the equipment.
System components Components in the scanning room 3.1 Components in the scanning room Component Description Including: ♦ Guide rail on the tube stand ♦ Tube stand ♦ Cantilever of the X-ray source assembly Components of the X-ray ♦ Movement handle of the X-ray source source assembly assembly ♦...
Page 58
System components Components in the scanning room ■ When the flat panel detector is being charged, the charging state is shown in the System Status area ■ Charging stops when the battery is fully charged. ■ Charging stops when you pull the tray out. 3.1.1.2 Calibration It is recommended that FPD calibration be carried out once every month.
System components Components in the scanning room Overheating of the detector may degrade its performance. Make sure that the vents are clear. NOTICE Keep the remote control and the flat panel detector away from heat or fire to avoid personal injuries and battery damage. 3.1.2 Components of the tube stand 3.1.2.1 Structure of the tube stand 56 7...
System components Components in the scanning room 3.1.2.3 Movement control buttons of the X-ray source assembly Figure 3-1 X-ray source assembly (front) Figure 3-2 X-ray source assembly (back) 3-10 System Operator Manual...
Page 66
System components Components in the scanning room Component Description Patients can hold the side handles during Side handles (both sides) positioning. Patients can hold the patient stretch grip during Patient stretch grip positioning. Stand The stand supports the BWS bucky. The bucky includes the front cover, the flat BWS bucky panel detector, the slot for grids, the movement...
System components Components in the scanning room Button Name Description Hold down this button to align the X- ray source assembly with the BWS bucky. Automatic Centering button At the same time, the tracking of the X-ray source assembly and the BWS bucky is activated.
System components Components in the control room 3.2 Components in the control room Component Description Including: Accessories of the image ♦ Host monitor processing workstation ♦ Diagnostic monitor ♦ Mouse and keyboard The control box is used to switch the system on Control box or off, control system movement, and perform exposure.
System components Device connection 3.3 Device connection Conventional printers, laser printers, and barcode scanners can be connected to this equipment. The printers should support DICOM 3.0 protocol. The barcode scanner Motorola LS2208 is recommended. 3-18 System Operator Manual...
System operations Patient preparation 4.2 Patient preparation 4.2.1 Registering patients from RIS ► In the Patient Administration interface, select a RIS patient and double-click the study. Scenario Action Protocol match with RIS has been completed. Protocols are matched automatically and the Exam interface opens.
System operations Adjusting system position 4.3 Adjusting system position 4.3.1 Flat panel detector in bucky Figure 4-1 Flat panel detector in table bucky Figure 4-2 Flat panel detector in BWS bucky 4.3.1.1 Starting up the system ► Hold down the power button till the power indicator lights up. 4.3.1.2 Inserting the flat panel detector 1.
System operations Adjusting system position WARNING When the patient is pressed against the BWS bucky, especially when the patient's jaw is placed in the jaw slot, do not adjust the height of the BWS bucky. Also, pay attention to any tracking movement of the bucky caused by movement of the X-ray source assembly.
Page 82
System operations Adjusting system position WARNING When the X-ray tube is moved to a lateral side or the back of the stand, check the position of the detector before exposure to avoid personal damage caused by improper exposure. WARNING While rotating the X-ray source assembly, be aware of the gaps between the moving parts and the detents to avoid squeezing fingers.
System operations Adjusting system position -120° +120° ■ The X-ray source assembly can rotate from -120° to +120° about the horizontal axis, with detents at the -90°, 0°, and +90° positions. ■ Slow down when the X-ray source assembly approaches a detent. Release the button when you feel the X-ray source assembly is completely engaged in the detent without shaking.
System operations Adjusting system position ■ Fixed radiographic table: 35 cm – 120 cm ■ Bucky wall stand (standard installation): 110 cm – 290 cm The scale on the front of the tube stand shows the SID range for lying exams. When you measure the SID for a lying exam, read the scale at the top edge of the cover of the tube cantilever.
System operations Adjusting system position 3. Push the grid to the end till it is locked in place. 4.3.6.2 Removing the grid WARNING ♦ Support the grid when removing or installing it to prevent it from falling and being damaged. ♦...
Page 90
System operations Adjusting system position 4.3.7.3 Flat panel detector in free mode NOTICE When the X-ray tube or the flat panel detector is tilted during the exposure, consider the effect of image geometric distortion on clinical diagnosis. 1. Check the position of the FPD. 2.
System operations Checks before exposure 4.5 Checks before exposure Before exposure, make sure that the tube and the flat panel detector are centered. CAUTION Before exposure, check whether the exposure parameters meet the clinical requirements. Adjust any inappropriate parameters in time. 1.
System operations Performing exposure 2. Fully press the Exposure button until you hear the prompt tone. 3. Release the Exposure button 2 seconds after the prompt tone ends. 4. After exposure, place the exposure hand switch into its holder. 4.6.3 Using the control box for exposure Before you start: Exposure is allowed only when the system is ready and the X-ray exposure indicator (OK ring) is green.
System operations Image post-processing 4.8 Image post-processing 1. Click Review&Filming to open the Filming interface. 2. Optional: Adjust the image layout in the Filming interface. 3. Optional: Adjust the image noise, tissue equalization, contrast ratio, etc. in the Filming interface. 4-24 System Operator Manual...
System operations Shutting down the system 4.10 Shutting down the system Before you start: ■ Make sure that there is no scan in progress. ■ Make sure that data of the completed scans have been saved. NOTICE ♦ Follow the instructions in this manual to shut down the system. ♦...
System accessories Patient stretch grip of the BWS bucky 5.1 Patient stretch grip of the BWS bucky 1. Patient stretch grip 2. BWS bucky 5.1.1 Scenario The patient stretch grip on the BWS bucky can assist the patient in positioning. 90°...
Page 102
System accessories Patient stretch grip of the BWS bucky 5.1.3.2 Removal 1. Hold the patient stretch grip with both hands and pull it out. 2. Put the patient stretch grip in a specified storage place. System Operator Manual...
System accessories Diagnostic monitor 5.3 Diagnostic monitor An additional diagnostic monitor can be added to this system. Model Dimensions Brightness Resolution G22SP+ 21.3 inches 1900 cd/m² 1600 × 1200 System Operator Manual...
Repair, maintenance, and disposal Maintenance 6.1 Maintenance Routine maintenance of the system must be carried out in accordance with the requirements of laws and regulations to ensure the safe and stable operation of the equipment, improve the reliability of the system, reduce the failure rate of the equipment, prolong the service life of the equipment, ensure the image quality, and ensure the safety of patients, operators, and others.
Repair, maintenance, and disposal Cleaning and disinfection 6.2 Cleaning and disinfection CAUTION To ensure safe and effective system operation and prevent cross infections, the parts that come into contact with patients must be cleaned and disinfected regularly according to local laws and regulations. In case of special circumstances, clean and disinfect the components whenever needed.
Repair, maintenance, and disposal Cleaning and disinfection 6.2.1.4 Cleaning the monitors 1. Power off the system. 2. Use a piece of soft cloth (such as gauze and non-woven fabric) slightly moistened with water to clean the monitors. ♦ Clean up the fingerprints left on the monitors regularly. ♦...
Repair, maintenance, and disposal Disposal 6.3 Disposal Medical equipment is a special kind of products. After the product reaches its service life, it should be disposed of according to relevant laws and regulations. Users shall contact UIH Customer Service Center for recycling when the service life of the product expires. Please handle hazardous materials correctly.
Technical data Equipment classification based on safety levels 7.1 Equipment classification based on safety levels Table 7-1 Equipment classification based on safety levels Classification Safety feature According to the type of protection against Class I equipment electric shock According to the degree of protection Type B applied part against electric shock According to the degree of protection...
Technical data Ambient conditions 7.3 Ambient conditions 7.3.1 Requirements for operating environment Table 7-3 Requirements for operating environment Parameter Operating conditions Ambient temperature +10℃ to +40℃ Relative humidity 30%–75% (no condensation) Atmospheric pressure 700–1060 hPa 7.3.2 Requirements for transport and storage WARNING The system must be stored in a warehouse with controllable temperature and humidity to prevent harms caused by the changes of weather and the dust in the environment.
Technical data System performance 7.4.2 Parameters of component movement Component Parameter Range Rotation about the vertical ≥ 270° (deviation: ±5%) axis (RVA) X-ray tube assembly Rotation about the ≥ 240° (deviation: ±5%) horizontal axis (RHA) X-axis movement ≥ 1400 mm (deviation: ±5%) Tube stand Z-axis movement ≥...
Technical data System performance Table 7-5 Maximum output power of the high-voltage generator with different tube currents 50 kW configuration 65 kW configuration Tube current (mA) Maximum voltage Maximum output Maximum voltage Maximum output (kV) power (kW) (kV) power (kW) N.A.
Technical data System performance 7.4.3.3 X-ray tube assembly (XRR-3331X) φ 140 Anode φ 152.4 11.1 Cathode Terminal connection 9 8 7 Temperature relay (normally closed) Note: The terminals No.1, No.5 and No.6 should C Focal spot not be connected with series circuit. Center of the focal spot Symbol description -1.5mm ≦...
Technical data System performance 180W cooling heating 2007-10-22_E78 86Xの60Wな し Time (min) ANODE Figure 7-4 Heating and cooling curves of the X-ray tube assembly cooling 142 W heating Time (min) Figure 7-5 Heating and cooling curves of the X-ray tube anode The heating curves are showing example of average 7-14 System Operator Manual...
Technical data System performance Table 7-7 Rated values of the rotary anode motor Parameter Starting Running Power frequency (Hz) 50/60 50/60 Input power (W) 1450 Voltage (V) Current (A) Minimum speed increase (s) N.A. Capacitor (µF) ♦ a: The voltage applied at each time must not exceed 110% of the specification values listed above.
Page 134
Technical data System performance 7.4.3.5 Collimator parameters Parameter Value Average luminance ≥ 180 l X @ 100 cm SID Light field control mode Manual Light field duration 30 s Inherent filtration 1.0 mmAl Input power 24 V DC Minimum radiation field ≤...
Technical data System performance 7.4.3.9 Image processing system Table 7-10 Image processing system Parameter Value Hard disk of the acquisition workstation ≥ 500 GB Processor Frequency: ≥ 2.5 GHz. Dual-core or above. ≥ 8 GB Operating system Windows 10 64-bit or other compatible versions Power supply 665W ♦...
Technical data System performance Phantom thickness (cm) kV value mAs value 19.5 10.5 7.4.4 Parameters of components Table 7-12 Bucky wall stand Parameter Description Maximum load 15 kg Grid Pluggable Ionization chamber Standard Surface X-ray absorption rate of the bucky 0.5 mmAl Table 7-13 Fixed radiographic table Parameter...
Need help?
Do you have a question about the uDR and is the answer not in the manual?
Questions and answers