Mindray 10L24EA Operator'S Manual Download Page 67 | Manualshive

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Specifications

8-3

No.

Model

Center

Frequency

Cable Length

59.

V10-4B

6.5MHz

1950±50mm

60.

V10-4Bs

6.5MHz

2050±50mm

61.

6C2/6C2P

6.5MHz

1950±50mm

62.

6C2s

6.5MHz

2050±50mm

63.

7L4A/7L4P

7.5MHz

1950±50mm

64.

L11-4

7.5MHz

1950±50mm

65.

L11-4s

7.5MHz

2050±50mm

66.

L12-4

7.5MHz

1950±50mm

67.

L12-4s

7.5MHz

2050±50mm

68.

L7-3

5MHz

1950±50mm

69.

L7-3s

5MHz

2050±50mm

70.

L14-6/ L14-6P

10MHz

1950±50mm

71.

L14-6s

10MHz

2050±50mm

72.

7L5/7L5P

7.5MHz

1950±50mm

73.

7L5s

7.5MHz

2050±50mm

74.

2P2/2P2P

3.2MHz

1950±50mm

75.

2P2s

3.2MHz

2050±50mm

76.

P7-3/ P7-3E

5.0MHz

1950±50mm

77.

P7-3s

5.0MHz

2050±50mm

78.

P12-4

8.0MHz

1950±50mm

79.

P12-4s

8.0MHz

2050±50mm

80.

P4-2

2.9MHz

1950±50mm

81.

P4-2s

2.9MHz

2050±50mm

82.

7LT4/7LT4P

7.5MHz

1950±50mm

83.

7LT4s

7.5MHz

2050±50mm

84.

CB10-4/CB10-

4P/CB10-4E

6.5MHz

1950±50mm

85.

L14-6Ns

10MHz

2050±50mm

86.

CW2s

2MHz

2100±50mm

87.

C5-2E

3.5MHz

1950±50mm

88.

C7-3E

5MHz

1950±50mm

89.

L12-3E

7.5MHz

1950±50mm

90.

L14-6NE

10MHz

1950±50mm

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Summary of Contents for 10L24EA

Page 1: ...Ultrasonic Transducer Operator s Manual ...

Page 2: ......

Page 3: ...e 3 1 3 1 Check the External Appearance of the Transducer 3 1 3 2 Cleaning the Transducer 3 1 3 3 Checking after Turning on the System 3 1 4 Operating Procedures 4 1 4 1 Orientation of the Ultrasound Image and the Transducer Head 4 1 4 2 Utilizing the Transducer Sheath 4 2 4 3 When the Immersion Method is Used 4 3 4 4 Examinations 4 7 4 5 After Examinations 4 7 5 Cleaning and Disinfection 5 1 5 1 ...

Page 4: ......

Page 5: ...her countries All other trademarks that appear in this manual are used only for informational or editorial purposes They are the property of their respective owners Responsibility on the Manufacturer Party Contents of this manual are subject to change without prior notice All information contained in this manual is believed to be correct Mindray shall not be liable for errors contained herein or f...

Page 6: ...of the product or the use of parts or accessories not approved by Mindray or repairs by people other than Mindray authorized personnel This warranty shall not extend to Malfunction or damage caused by improper use or man made failure Malfunction or damage caused by unstable or out of range power input Malfunction or damage caused by force majeure such as fire and earthquake Malfunction or damage c...

Page 7: ...site www mindray com E mail Address service mindray com Tel 86 755 81888998 Fax 86 755 26582680 EC Representative Shanghai International Holding Corp GmbH Europe Address Eiffestraβe 80 Hamburg 20537 Germany Tel 0049 40 2513175 Fax 0049 40 255726 Manufacturer Mindray DS USA Inc Address 800 MacArthur Blvd Mahwah NJ 07430 0619 USA Tel 1 201 995 8000 Toll Free 1 800 288 2121 Fax 1 800 926 4275 ...

Page 8: ...aused by relocation modification or repair performed by personnel other than those designated by MINDRAY 6 The purpose of this system is to provide physicians with data for clinical diagnosis The responsibility for diagnostic procedures lies with the physicians involved MINDRAY shall not be liable for the results of diagnostic procedures 7 MINDRAY shall not be liable for loss of data stored in the...

Page 9: ... transducers To ensure safe and correct operation of the transducer read the operator s manual carefully and understand the transducers clearly before operation For the operating procedures for the ultrasonic diagnostic system and other devices please refer to the relevant manuals ...

Page 10: ... if not avoided may result in minor or moderate injury NOTE Indicates a potentially hazardous situation that if not avoided may result in property damage Meaning of Safety Symbols Symbol Description General warning caution risk of danger Safety Precautions Please read the following precautions carefully to ensure the safety of the patient and the operator when using this transducer DANGER DO NOT u...

Page 11: ...owever keeping the transducer on the same region of the patient for a long time may cause such a burn 4 Do not use the carrying case for storing the transducer If the carrying case is used for storage it may become a source of infection 5 The transducer and accessories supplied with it are not delivered disinfected or sterilized Sterilization or high level disinfect before use is required 6 It is ...

Page 12: ...necting or disconnecting the transducer freeze or turn off the ultrasonic diagnostic system Clean and disinfect the transducer before and after each examination 2 Ambient conditions To prevent the transducer from being damaged do not use it where it will be exposed to direct sunlight or X rays sudden changes in temperature dust excessive vibration heat generators Use the transducer under the speci...

Page 13: ... handle The top symbol indicates the position of locked handle the left symbol indicates the position of the unlocked handle This label is found on Doppler ultrasound system transducers and on black and white ultrasound 128 element transducers 2 Indicates the direction of the lock handle The left symbol indicates the position of the unlocked status the right symbol indicates the position of the lo...

Page 14: ......

Page 15: ...er to the operator s manuals of the corresponding diagnostic ultrasound system 1 3 Acoustic Power The effects of acoustic power on human tissue are currently under investigation Therefore it is recommended that diagnostic ultrasound output power be set to the lowest possible levels in accordance with the ALARA As Low As Reasonably Achievable principle Please refer to the operator s manual of the u...

Page 16: ...lustration 2 35C50P Convex Body surface 3 65EC10EB Convex intracavitary Transrectal transvaginal 4 75L38EB Linear Body surface 5 75L38P Linear Body surface 6 65C15EA Convex Body surface 7 75L60EA Linear Body surface 8 35C20EA Convex Body surface ...

Page 17: ... 9 65C15EAV Convex Body surface 10 75L50EAV Linear Transrectal 11 50L60EAV Linear Transrectal 12 35C50EA Convex Body surface 13 65EC10EA Convex intracavitary Transrectal transvaginal 14 75L38EA Linear Body surface 15 65EL60EA Linear transrectal Transrectal ...

Page 18: ... Linear Body surface 17 75LT38EA Linear Intraoperative 18 35C50HA Convex Body surface 19 35C20HA Convex Body surface 20 65EC10HA Convex intracavitary Transrectal transvaginal 21 65C15HA Convex Body surface 22 75L38HA Linear Body surface 23 75L38HB Linear Body surface ...

Page 19: ... 75L60HB Linear Body surface 25 65EC10EC Convex intracavitary Transvaginal 26 65EC10ED Convex intracavitary Transvaginal 27 65L50HAV Linear Transrectal 28 65EL66HA Linear transrectal Transrectal 29 75LT40HA Linear Intraoperative 30 75L53HA Linear Body surface ...

Page 20: ... Convex intracavitary Transvaginal 32 65EC10HD Convex intracavitary Transvaginal 33 6LE5V 6LE5 Vs Linear Transrectal 34 6LE7 6LE7s 6LE7P Linear transrectal Transrectal 35 6LB7 6LB7s Biplanar Transrectal 36 10L4 10L4s Linear Body surface 37 7L4 7L4s Linear Body surface ...

Page 21: ...L6 7L6s Linear Body surface 39 6CV1 6CV1 s 6CV1P Convex intracavitary Transrectal transvaginal 40 3C1 3C1s Convex Body surface 41 3C5 3C5s Convex Body surface 42 3C5A 3C5P Convex Body surface 43 C5 2 C5 2s Convex Body surface 44 V10 4 10 4s Convex Transvaginal ...

Page 22: ...10 4B V10 4Bs V10 4BP Convex Transvaginal 46 6C2 6C2s 6C2P Convex Body surface 47 7L4A 7L4P Linear Body surface 48 L11 4 L11 4s Linear Body surface 49 L12 4 L12 4s Linear Body surface 50 L7 3 L7 3s Linear Body surface 51 L14 6 L14 6s L14 6P Linear Body surface ...

Page 23: ...gion Illustration 52 7L5 7L5s 7L5P Linear Body surface 53 65EB10EA Bi plane convex Transrectal 54 10L24EA Linear Body surface 55 2P2 2P2s 2P2P Phased Body surface 56 P7 3 P7 3s P7 3E Phased Body surface 57 P12 4 P12 4s Phased Body surface ...

Page 24: ...ration 58 P4 2 P4 2s Phased Body surface 59 7LT4 7LT4s 7LT4P Linear Intra operation Body surface 60 CB10 4 CB10 4P CB10 4E Bi plane convex convex Transrectal 61 L14 6Ns Linear Body surface 62 CW2s Pencil probe Body surface 63 C5 2E Convex Body surface ...

Page 25: ...ype Applied region Illustration 64 C6 2Gs Convex Body surface 65 C7 3E Convex Body surface 66 L12 3E Linear Body surface 67 L14 6NE Linear Body surface 68 L14 6WE L14 6Ws Linear Body surface 69 V11 3E V11 3 Convex Transvaginal ...

Page 26: ...ied region Illustration 70 P4 2E Phased Body surface 71 CW5 CW5s Pencil probe Body surface 72 C11 3E C11 3s Convex Body surface 73 V11 3BE V11 3B Convex Transvaginal 74 V11 3WE V11 3Ws Convex Transvaginal 75 L7 3E Linear Body surface ...

Page 27: ...lied region Illustration 76 P10 4E P10 4s Phased Body surface 77 P4 2NE Phased Body surface 78 C5 1s Convex Body surface 79 SP5 1s SP5 1E Phased Body surface 80 LM14 6E LM14 6s Linear Body surface 81 L10 3E L10 3s Linear Body surface ...

Page 28: ...egion Illustration 82 SC5 1E Convex Body surface 83 L16 4HE L16 4Hs Linear Body surface 84 C5 1U Convex Body surface 85 SC8 2U Convex Body surface 86 V11 3HU Convex Transvaginal 87 L14 6WU Linear Body surface 88 L11 3U Linear Body surface ...

Page 29: ...ion Illustration 89 SP5 1U Phased Body surface 90 SC5 1U Convex Body surface 91 L20 5U L20 5E Linear Body surface 92 LM16 4U Linear Body surface 93 C5 1E Convex Body surface 94 L9 3U Linear Body surface 95 L14 5WU L14 5sp Linear Body surface ...

Page 30: ...2 Convex Body surface 97 SC6 1U Convex Body surface 98 P10 4U Phase Body surface 99 C6 2GU Convex Body surface 100 C11 3U Convex Body surface 101 P7 3U Phase Body surface 102 L16 4HU Linear Body surface 103 C4 1U Convex Body surface 104 V11 3HE Convex Transvaginal ...

Page 31: ...er whose model is ended with an s 7L5s for example is to be used with the Doppler ultrasound system except the connector of this transducer other parts are the same as the corresponding transducer whose model is not ended with an s 7L5 for example See the figure below for the connector of the transducer whose model is ended with an s ...

Page 32: ...18G 20G 22G NGB 002 75L38HA 75L38HB 75L38EA 75L38EB 75L38P Metal needle un detachable 40 50 60 13G 15G 16G 18G 20G NGB 003 35C20HA 35C20EA Metal needle un detachable 11 23 13G 15G 16G 18G 20G Metal needle detachable 11 23 14G 16G 18G 20G 22G NGB 004 65EC10EA 65EC10EB 65EC10EC 65EC10ED 65EC10HA 65EC10HC 65EC10HD 65EB10EA 6CV1 s 6CV1P V10 4 s V10 4B s V10 4BP CB10 4CB10 4P CB10 4E V11 3E V11 3BE V11...

Page 33: ...achable 25 35 45 14G 16G 18G 20G 22G NGB 007 7L4 s 7L4A 7L4P 10L4 s 75L53EA 75L53HA 7L5 s 7L5P L7 3 s L7 3E L11 4 s L12 4 s L14 6Ns L14 6NE L12 3E L14 6WE L14 6Ws L14 6WU Plastic needle detachable metal 40 50 60 13G 15G 16G 18G 20G Metal needle detachable 40 50 60 14G 16G 18G 20G 22G NGB 008 3C1 s Plastic needle detachable metal 11 23 13G 15G 16G 18G 20G Metal needle detachable 11 23 14G 16G 18G 2...

Page 34: ...2E Metal needle detachable 25 35 45 14G 16G 18G 20G 22G NGB 016 L14 6 s L14 6P 10L24EA Metal needle detachable 30 40 50 14G 16G 18G 20G 22G NGB 018 C11 3E C11 3s C11 3U Metal needle detachable 15 25 35 14G 16G 18G 20G 22G NGB 019 C7 3E Metal needle detachable 20 30 40 14G 16G 18G 20G 22G NGB 022 C5 1U C6 2 SC6 1U Metal needle detachable 25 35 45 14G 16G 18G 20G 22G NGB 023 LM14 6E LM14 6s LM16 4U ...

Page 35: ... Items Quantity Ultrasonic transducer 1 Operator s manual 1 Syringe 1 for 6LE7 s P 6LB7 s 6LB7E 65EL60EA 65EL66HA only 1 5 1 Transducer Functions by Part This section describes the name and function of each part as well as the immersible range of the ultrasonic transducer The transducer is classified as IPX7 according to the degree of protection against harmful ingression of water from the transdu...

Page 36: ...gel on the acoustic lens for correct operation 2 Needle guided bracket fix tabs and grooves Provides mounting support of the needle guided bracket 3 Transducer cable Transmits electrical signals between the transducer body and connector 4 Transducer connector Connects the transducer and cable to the ultrasonic diagnostic system 5 Lock handle Locks the connector to the ultrasonic diagnostic system ...

Page 37: ...cable The lens on the surface is the acoustic lens Apply ultrasound gel on the acoustic lens for correct operation 3 Needle guided bracket fix tab Supports mounting of the needle guided bracket 4 Water injection drainage port Provides an interface for injecting and draining water 5 Cable Transmits electrical signals between the transducer body and connector 6 Connector Connects the transducer and ...

Page 38: ...e The lens on the surface is the acoustic lens Apply ultrasound gel on the acoustic lens for correct operation 2 Needle guided bracket fix tab Mount the needle guided bracket using this tab 3 Water injection drainage port Used for inject drain water 4 Cable This transmits electrical signals between the transducer body and connector 5 Connector This connects the transducer to the ultrasonic diagnos...

Page 39: ...rts it into an electrical signal for transmission over the cable The lens on the surface is the acoustic lens Apply ultrasound gel on the acoustic lens for correct operation 2 Needle guided bracket fix grooves Mounts the needle guided bracket using these grooves 3 Cable Transmits electrical signals between the transducer body and connector 4 Connector Connects the transducer to the ultrasonic diag...

Page 40: ...ting the Transducer This section describes general procedures for operating the transducer The proper clinical technique to be used for operating the transducer should be selected on the basis of specialized training and clinical experience ...

Page 41: ...edure Wiping off the ultrasound gel Washing the transducer with water Draining drying Immersion into disinfectant Draining drying Inspection after use Storage Disconnection to the ultrasonic diagnostic system Sterilization of the needle guided bracket Inspection after use Storage Rinsing the transducer in sterile water Removing the transducer from disinfectant ...

Page 42: ...gnostic system Examinations Wiping off the ultrasound gel Washing the transducer with water Draining drying Immersion into disinfectant Removing the transducer from disinfectant Rinsing the transducer into sterile water Draining drying Inspection after use Storage Disinfection Disconnection to the ultrasonic diagnostic system ...

Page 43: ...nfect the transducer and sterilize the needle guided bracket before and after an ultrasound guided biopsy procedure is performed Failure to do so may cause the transducer and the needle guided bracket become source of infection ...

Page 44: ......

Page 45: ...or non portable Doppler Ultrasound System Compliant Transducer Connecting the transducer After freezing or turning off the ultrasonic diagnostic system align the connector with the transducer connector port of the ultrasonic diagnostic system then turn the lock handle 90 clockwise to lock it securely See the figure below Disconnecting the Transducer After freezing or turning off the ultrasonic dia...

Page 46: ...cer insert the connector fully into the socket Toggle the transducer lock lever which beside the socket to the upper position See the figure below Disconnecting the Transducer To disconnect the transducer toggle the transducer lock lever to the lower position and pull out the transducer evenly from the socket See the figure below transducer lock lever ...

Page 47: ...tely stop using the transducer and contact your MINDRAY Customer Service Department or sales representative 3 2 Cleaning the Transducer Clean and disinfect the transducer before and after each examination CAUTION If you don t clean and disinfect the transducer it may become a source of infection 3 3 Checking after Turning on the System After turning ON the power of the ultrasonic diagnostic system...

Page 48: ......

Page 49: ... using the transducer wear sterile gloves to prevent infection 4 1 Orientation of the Ultrasound Image and the Transducer Head The orientation of the ultrasound image and the transducer are shown as below using linear transducer as an example The MARK side of the ultrasound image on the monitor corresponds to the mark side of the transducer Check the orientation before the examination Orientation ...

Page 50: ...mination If the package of a transducer sheath is open or broken the sterilization of the transducer sheath may not be sufficient DO NOT use such a transducer sheath 2 The cover contains natural rubber latex and talc that can cause allergic reactions in some individuals 3 DO NOT use an expired transducer sheath Before using transducer sheaths verify whether the term of validity has expired Method ...

Page 51: ...sing the syringe 1 Open the syringe pack and remove the syringe 2 Take out the dustproof cap at the end of the syringe s extension tube as shown in the following figure 3 Push back the locking nut to extend the connector as shown in the following figure The connector should be connected to the transducer s injection drainage port Please refer to the following operations when the immersion method i...

Page 52: ...h sterile water and connect extension tube to syringe discharge all air in the tube Attach the syringe to transducer fill port 3 Orient transducer downward and inject sterile water up to the level a few cm above the end of the transducer surface ...

Page 53: ...Operating Procedures 4 5 4 Orient transducer upward to discharge air in transducer cover ...

Page 54: ...lve of the syringe to the position shown in the right figure and then push the plunger of the syringe to discharge the air 6 Return the valve of the syringe to the original position orient the transducer downward to discharge sterile water ...

Page 55: ...stem 4 5 After Examinations After the examination is completed turn OFF the ultrasonic diagnostic system and refer to Chapter 5 Cleaning and Disinfection to clean and disinfect the transducer After completing each examination disinfect the transducer as necessary After disinfecting the transducer confirm that the transducer is in good condition and store it in a suitable place so that the next exa...

Page 56: ......

Page 57: ...y be harmful to the human body 3 No cleaning and disinfecting may result in the probe becoming a source of infection NOTE 1 After the examination wipe off the ultrasound gel thoroughly Otherwise the ultrasound gel may solidify and degrade the image quality of the transducer 2 DO NOT make the probe to become overheated more than 55 C during cleaning and disinfections High temperature may cause the ...

Page 58: ...rain relief on the connector end or the connector Disinfecting by Immersion 1 Wear sterile gloves to prevent infection 2 Clean the transducer before disinfecting it MINDRAY recommends the following solutions to disinfect the transducer Refer to the instructions provided by the chemical manufacturer concerning concentration of the disinfectant solution method of disinfection and dilution and cautio...

Page 59: ...erformance periodically Compatible Disinfectants For the disinfectants information please refer to Disinfectant Quick Referece 5 3 Sterilization For intra operative transducers they have to be sterilized after completing each examination 1 Wear sterile gloves to prevent infection 2 Clean the transducer before sterilizing it MINDRAY recommends the following solutions to sterilize the transducer Hyd...

Page 60: ... when selecting and using the sterilization solution 3 Rinse the transducer with plenty of sterile water about 2 gallons for at least 1 minute to remove all chemical residues on it Or follow the rinsing method recommended by the sterilization solution manufacturer to rinse the transducer 4 Wipe off the water on the transducer with sterile cloth or gauze after rinsing it Do not dry the transducer b...

Page 61: ...6 1 6 Needle guided Bracket and Biopsy For details about the needle guided bracket and biopsy operations please refer to the needle guided bracket operator s manual ...

Page 62: ......

Page 63: ...sducers Ambient temperature 20 C 55 C Relative humidity 30 to 95 no condensation Atmospheric pressure 700 hPa to 1060 hPa For Doppler ultrasound system applied transducers Ambient temperature 20 C 55 C Relative humidity 30 to 95 no condensation Atmospheric pressure 700 hPa to 1060 hPa Store and transport the SP5 1s SP5 1E LM14 6E LM14 6s G6 2Gs C6 2 probe under the following ambient conditions Amb...

Page 64: ...nsducer SC8 2U under following ambient conditions Ambient temperature 10 60 Relative humidity 10 to 90 no condensation Atmospheric pressure 700 hPa 1060 hPa Store and transport the transducer SC5 1U under following ambient conditions Ambient temperature 10 60 Relative humidity 20 to 95 no condensation Atmospheric pressure 700 hPa 1060 hPa Store and transport the transducer L20 5U L14 5WU L20 5E an...

Page 65: ...15EAV 6 5MHz 1950 50mm 10 75L50EAV 7 5MHz 2690 50mm 11 50L60EAV 5 0MHz 2690 50mm 12 35C50EA 3 5MHz 1950 50mm 13 65EC10EA 6 5MHz 1950 50mm 14 75L38EA 7 5MHz 1950 50mm 15 65EL60EA 6 5MHz 1950 50mm 16 75L53EA 7 5MHz 1950 50mm 17 75LT38EA 7 5MHz 1950 50mm 18 35C50HA 3 5MHz 1950 50mm 19 35C20HA 3 5MHz 1950 50mm 20 65EC10HA 6 5MHz 1950 50mm 21 65C15HA 6 5MHz 1950 50mm 22 75L38HA 7 5MHz 1950 50mm 23 75L3...

Page 66: ...Hz 1950 50mm 39 6LB7 Convex 6 5MHz 1950 50mm Linear 6 5MHz 40 6LB7s Convex 6 5MHz 2050 50mm 41 Linear 6 5MHz 42 10L4 10 0MHz 1950 50mm 43 10L4s 10 0MHz 2050 50mm 44 7L4 7 5MHz 1950 50mm 45 7L4s 7 5MHz 2050 50mm 46 7L6 7 5MHz 1950 50mm 47 7L6s 7 5MHz 2050 50mm 48 6CV1 6CV1P 6 5MHz 1950 50mm 49 6CV1s 6 5MHz 2050 50mm 50 3C1 3 5MHz 1950 50mm 51 3C1s 3 5MHz 2050 50mm 52 3C5 3C5P 3 5MHz 1950 50mm 53 3C...

Page 67: ...P 10MHz 1950 50mm 71 L14 6s 10MHz 2050 50mm 72 7L5 7L5P 7 5MHz 1950 50mm 73 7L5s 7 5MHz 2050 50mm 74 2P2 2P2P 3 2MHz 1950 50mm 75 2P2s 3 2MHz 2050 50mm 76 P7 3 P7 3E 5 0MHz 1950 50mm 77 P7 3s 5 0MHz 2050 50mm 78 P12 4 8 0MHz 1950 50mm 79 P12 4s 8 0MHz 2050 50mm 80 P4 2 2 9MHz 1950 50mm 81 P4 2s 2 9MHz 2050 50mm 82 7LT4 7LT4P 7 5MHz 1950 50mm 83 7LT4s 7 5MHz 2050 50mm 84 CB10 4 CB10 4P CB10 4E 6 5M...

Page 68: ...5MHz 1950 50mm 103 P10 4s 6 5MHz 2050 50mm 104 P4 2NE 3 0MHz 1950 50mm 105 C5 1s 3 1MHz 2050 50mm 106 SP5 1s 3 0MHz 2050 50mm 107 LM14 6E 10 0MHz 2200 50mm 108 SC5 1E 3 2MHz 2200 50mm 109 SP5 1E 3 0MHz 2200 50mm 110 L10 3E 6 5MHz 2000 200mm 111 L16 4HE 10 0MHz 2200 50mm 112 LM14 6s 10 0MHz 2050 50mm 113 C6 2Gs 4 0MHz 2790 50mm 114 L16 4Hs 10MHz 2050 50mm 115 L14 6Ws 10 0MHz 2050 50mm 116 L10 3s 6 ...

Page 69: ... C6 2GU 4 0MHz 1950 50mm 134 C11 3U 6 2MHz 1950 50mm 135 P7 3U 5 0MHz 1950 50mm 136 L16 4HU 9 0MHz 2050 50mm 137 C4 1U 2 3MHz 1950 50mm 138 V11 3HE 6 5MHz 1950 50mm 139 L9 3E 5 5MHz 1950 50mm 140 L14 5sp 9 5MHz 1950 50mm 141 L20 5E 13 5MHz 1950 50mm 142 6LB7E 6 5MHz 1950 50mm Operation ambient environment The Matched Ultrasound System Temperature Relative Humidity Atmospheric Pressure Black white ...

Page 70: ...heric Pressure 0 C 40 C 20 85 SP5 1E LM14 6E LM14 6s C6 2Gs SP5 1U LM16 4U V11 3HU L11 3U L9 3U C6 2 P10 4U C6 2GU C11 3U SC6 1U L9 3E V11 3HE 700 hPa 1060 hPa 0 35 L20 5U L14 5WU C4 1U L20 5E 15 80 700 hPa 1060 hPa 18 30 D8 4U 30 75 700 hPa 1060 hPa 18 30 DE10 3U 20 85 700 hPa 1060 hPa ...

Page 71: ...P N 046 001134 00 V25 0 ...

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