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GB/T 10151-2008 (GB/T10151-2008)

Chinese standards (related to): 'GB/T 10151-2008'
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GB/T 10151-2008English150 Add to Cart 0-9 seconds. Auto delivery. Medical diagnostic X-ray equipment -- Specifications for high voltage cable plugs and sockets GB/T 10151-2008 Valid GBT 10151-2008
GB 10151-1988English279 Add to Cart 3 days Medical X-ray equipment--Specification for high voltage cable plug and socket connections GB 10151-1988 Obsolete GB 10151-1988


   
BASIC DATA
Standard ID GB/T 10151-2008 (GB/T10151-2008)
Description (Translated English) Medical diagnostic X-ray equipment. Specifications for high voltage cable plugs and sockets
Sector / Industry National Standard (Recommended)
Classification of Chinese Standard C43
Classification of International Standard 11.040.50
Word Count Estimation 14,130
Date of Issue 2008-11-03
Date of Implementation 2009-10-01
Older Standard (superseded by this standard) GB 10151-1988; GB 5579-1985
Drafting Organization Liaoning Medical Device Testing
Administrative Organization National medical X-ray equipment and utensils for Standardization Technical Committee
Regulation (derived from) National Standard Approval Announcement 2008 No.18 (Total No.131)
Proposing organization State Food and Drug Administration
Issuing agency(ies) Administration of Quality Supervision, Inspection and Quarantine of People's Republic of China; Standardization Administration of China
Summary This standard specifies the diagnostic X-ray equipment with high voltage cable plugs, socket (hereinafter referred to as plug, socket) terms, composition, requirements and test methods. This standard applies to the medical diagnostic x-ray equipment to use three-core and quad -core (dual-focus with gated) plugs, socket. Plugs, rated voltage outlet for 75kV.


GB/T 10151-2008: PDF in English (GBT 10151-2008)
GB/T 10151-2008
GB
NATIONAL STANDARD OF THE
PEOPLE’S REPUBLIC OF CHINA
ICS 11.040.50
C 43
Replacing GB 5579-1985, GB 10151-1988
Medical Diagnostic X-ray Equipment - Specifications
for High Voltage Cable Plugs and Sockets
ISSUED ON. NOVEMBER 3, 2008
IMPLEMENTED ON. OCTOBER 1, 2009
Issued by. General Administration of Quality Supervision, Inspection and
Quarantine;
Standardization Administration of the People’s Republic of
China.
Table of Contents
Foreword ... 3 
1 Scope ... 4 
2 Terms and Definitions ... 4 
3 Compositions ... 4 
4 Requirements... 5 
5 Test Methods ... 15 
Medical Diagnostic X-ray Equipment - Specifications
for High Voltage Cable Plugs and Sockets
1 Scope
This Standard specifies the terms, compositions, requirements and test methods of
high voltage cable plugs and sockets (hereinafter referred to as plugs and sockets) for
medical diagnostic X-ray equipment.
This Standard is applicable to plugs and sockets that use three cores and four cores
(double focus with grid control) on medical diagnostic X-ray equipment. The rated
voltage of the plugs and sockets shall be 75 kV.
2 Terms and Definitions
The following terms and definitions are applicable to this Standard.
2.1 Plug
Plug refers to a plug-in, which is assembled together with high voltage cables for the
connection with high voltage generator and X-ray tube assembly.
2.2 Socket
Socket refers to a plug-in, which is installed on high voltage generator or X-ray tube
assembly for high voltage connection.
2.3 Rating Voltage
Rating voltage refers to the voltage of plugs and sockets stipulated by the manufacturer;
it shall be considered as a basis of dielectric strength test.
3 Compositions
Plugs and sockets shall be constituted of the following main components.
3.1 Plugs
Plugs shall at least be constituted of the following components.
a) Fastener;
4.2.1 The surface of plugs and sockets shall be smooth and flat; there shall be no
traces or corrosion or crack.
4.2.2 Under the condition of no auxiliary renovation in any mode, their
interchangeability shall be guaranteed.
4.3 Contact Resistance
Contact resistance of each contact-pair of plug and socket shall be not more than 0.001
Ω (contact resistance of grid control is excluded in the restriction).
4.4 DC Withstand Voltage
4.4.1 BETWEEN the contact-pair of three-core cable plug and socket AND the ground,
it shall be able to withstand 94 kV (peak value) of pulsating direct current, maintain for
15 min.
4.4.2 In terms of four-core cable plug and socket, other than satisfying the requirement
in 4.4.1, between grid control contact-pair and equipotential short-circuit, it shall also
withstand 8 kV (peak value) of pulsating direct current, maintain for 15 min.
4.5 AC Withstand Voltage
4.5.1 BETWEEN the contact-pair of three-core cable plug and socket AND the ground,
it shall be able to withstand 70 kV (peak value) and 50 Hz of AC voltage, maintain for
5 min.
4.5.2 In terms of four-core cable plug and socket, other than satisfying the requirement
in 4.5.1, between grid control contact-pair and equipotential short-circuit, it shall also
withstand 5 kV (peak value) and 50 Hz of AC voltage, maintain for 5 min.
4.6 Sealing Performance
The bonding of socket terminal and insulator shall be firm; there shall be no
phenomenon of oil seepage.
4.7 Firmness of Plug-pin
Plug-pin shall be able to withstand not less than 120 N of tensile force, maintain for 1
min. Under the stipulated effect of tensile force, plug-pin shall not have the
phenomenon of loosening.
4.8 Firmness of Plugging
After plugging in the socket, the pull-out force shall be not less than 30 N and not more
than 100 N. After plugging in the socket, it shall be able to withstand the stipulated pull-
out force.
plug in the socket; after 100 times of plug-ins and plug-outs, re-conduct the test. When
the DC or AC of test loop is 12 A, use millivolt meter to measure the voltage drop
between the plug-pin and the socket terminal within 1 min; calculate the contact
resistance, it shall comply with the stipulation in 4.3. The deviation of other test
equipment shall be not more than 10%.
5.4 DC Withstand Voltage Test
5.4.1 Use detergent to wipe clean the internal and external surface of plugs and
sockets; respectively conduct equipotential short-circuit on the plug-pin and socket
terminal of various plugs. Then, on the external surface of plug and socket, and at a
distance of 100 mm from the surface where the plug-pin and the socket terminal
contact with each other, put on ring metal foil. Respectively place them into room
temperature transformer oil, which has reached the requirement through certain
processing. Load not more than 40 kV (peak value) of pulsating DC voltage, then, use
10 s of time to gradually rise to 94 kV (peak value), maintain for 15 min; there shall be
no phenomenon of breakdown.
5.4.2 In terms of four-core cable plug and socket, other than satisfying the above-
mentioned withstand voltage test, under equipotential short-circuit between grid control
contact-pair and other contact-pair, load 8 kV (peak value) of pulsating DC voltage,
maintain for 15 min; there shall be no phenomenon of breakdown.
5.5 AC Withstand Voltage Test
5.5.1 Use detergent to wipe clean the internal and external surface of plugs and
sockets; respectively conduct equipotential short-circuit on the plug-pin and socket
terminal of various plugs. Then, on the external surface of plug and socket, and at a
distance of 100 mm from the surface where the plug-pin and the socket terminal
contact with each other, put on ring metal foil. Respectively place them into room
temperature transformer oil, which has been processed to reach the requirement. Load
not more than 40 kV (peak value) and 50 Hz of AC voltage, then, use 10 s of time to
gradually rise to 70 kV (peak value), maintain for 5 min; there shall be no phenomenon
of breakdown.
5.5.2 In terms of four-core cable plug and socket, other than satisfying the above-
mentioned withstand voltage test, under equipotential short-circuit between grid control
contact-pair and other contact-pair, load 5 kV (peak value), 50 Hz, maintain for 5 min;
there shall be no phenomenon of breakdown.
5.6 Sealing Performance Test
5.6.1 In exit-factory inspection. inlet 3,040 hPa of air into the socket; then, immerse it
in the water. Within 10 min, no bubbles shall emerge around the socket pin.
5.6.2 In type inspection. gradually lower the temperature of the socket from room
......