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BSI PD IEC/TR 60601-4-3:2015

$215.11

Medical electrical equipment – Guidance and interpretation. Considerations of unaddressed safety aspects in the third edition of IEC 60601-1 and proposals for new requirements

Published By Publication Date Number of Pages
BSI 2015 100
Guaranteed Safe Checkout
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IEC TR 60601-4-3:2015(E) is intended to convey the results of WG 14’s work to interested parties such as manufacturers and test laboratories while retaining the informative nature of the material. This first edition contains 93 recommendations, numbered 101 to 193. All these recommendations are based upon IEC 60601-1:2005 and IEC 60601-1:2005/AMD1:2012.

PDF Catalog

PDF Pages PDF Title
4 CONTENTS
7 FOREWORD
9 INTRODUCTION
10 1 Scope and object
1.1 Scope
1.2 Object
2 Normative references
11 3 Recommendations
3.1 Template used for recommendations prepared by SC 62A/WG 14
12 3.2 Recommendation sheets
3.2.101 Total patient leakage current of a me system
3.2.102 Pollution degree for mopp
13 3.2.103 Transients on d.c. mains
14 3.2.104 Altitude factor for defibrillation-proof applied parts
15 3.2.105 Defibrillation energy protection for moop / mopp
3.2.106 Overvoltage categories III and IV
3.2.107 Pollution degree related to different micro/macro environments
16 3.2.108 Warnings versus alarm signals
3.2.109 Single Y1 capacitor for mopp
17 3.2.110 Working voltage > 14 140 V peak
3.2.111 Creepage distance and air clearance for dental equipment
18 3.2.112 Short circuiting of one constituent part of double insulation
3.2.113 Instability in transport position
19 3.2.114 When to conduct leakage current tests after humidity preconditioning treatment
3.2.115 Defibrillation-proof type b applied parts
20 3.2.116 Instability excluding transport position
3.2.117 Dielectric strength of two serial mopp barrier parts
21 3.2.118 Overheating transformer
22 3.2.119 Test equipment for recurrent tests according to IEC 62353 testing used within IEC 60601-1 type approval testing
24 3.2.120 Tolerances of apparatus
25 3.2.121 functional earth conductor and essential performance
26 3.2.122 A.c. motors
27 3.2.123 Operational insulation
3.2.124 working voltage measurement
28 3.2.125 Defibrillation test
29 3.2.126 Oil containers for moving parts
3.2.127 Permanently installed me equipment in the home healthcare environment
32 3.2.128 Polystyrene plate for leakage current tests
33 3.2.129 Push buttons
3.2.130 Temperature limit at the enclosure in single fault condition
35 3.2.131 Optic coupler requirements
37 3.2.132 Eye-verification of tester before legibility test
38 3.2.133 End stops to prevent overtravel
39 3.2.134 Mopp barrier with low working voltage r.m.s. and high working voltage peak
40 3.2.135 Labeling: spare parts vs. detachable parts vs. accessories
43 3.2.136 Protective earth impedance of me system >200 mΩ
44 3.2.137 Ball pressure test
45 3.2.138 Magnesium alloy enclosure
46 3.2.139 Instability with initial movement
47 3.2.140 Ball pressure test
49 3.2.141 Dielectric strength test values
50 3.2.142 Secondary circuits
3.2.143 Leakage currents in single fault condition and during component faults
51 3.2.144 Impedance of a protective earth conductor within a detachable power supply cord
52 3.2.145 Time delay of the 100 VA limit
53 3.2.146 Test voltage multiplied by factor 1,6
3.2.147 Overflow, spillage, …
54 3.2.148 Dielectric strength test of transformers without accessible frame
3.2.149 Expected voltage on sip/sops
55 3.2.150 Flammability rating for transformer bobbin
56 3.2.151 Component with high-integrity characteristics
57 3.2.152 Peak and r.m.s. working voltages
58 3.2.153 Critical components
3.2.154 Leakage current test for me equipment with multiple applied parts
59 3.2.155 Dielectric strength test value for extruded and spirally wrapped multi-layer wires
3.2.156 Dielectric strength test after thermal cycling test
60 3.2.157 Required moop values higher than mopp values
3.2.158 Optocouplers
61 3.2.159 Impact test
62 3.2.160 Spillage test in normal condition and in single fault condition
63 3.2.161 Type b applied part connected to accessible parts
64 3.2.162 Current/power labeling
3.2.163 Separate power supply part of me equipment or me system
65 3.2.164 Specification of the allowed power supply
66 3.2.165 Mains transients for opposite polarity on the secondary side or battery pole to pole barrier
67 3.2.166 Keep dry and umbrella symbol
68 3.2.167 mobile and stationary me equipment with wheels
69 3.2.168 Varistors installed in the mains part
3.2.169 Using Y2 capacitors for mopp
70 3.2.170 Overtravel end stops – specification of the speed
71 3.2.171 Creepage distance and air clearance between input and output of fuse contacts
3.2.172 Examples of single fault condition
72 3.2.173 Examples of me systems
3.2.174 Cross sectional area of power supply cord for rated input current > 63 A
73 3.2.175 Biocompatibility for quasi applied parts
3.2.176 Floating reference earth
74 3.2.177 Single fault condition in oxygen rich environment
76 3.2.178 Laser requirements
3.2.179 Flammability rating of insulated wires
77 3.2.180 Infrared lamps
78 3.2.181 Identification of internal fuses
79 3.2.182 Chargers for me equipment used at home
80 3.2.183 Class ii me equipment with functional earth conductor
3.2.184 Symbol D2-2 on MSO
81 3.2.185 Patient leads connectors
82 3.2.186 Rationale for IP2X
3.2.187 Battery – limited power
83 3.2.188 Type b applied part separated from accessible parts
3.2.189 Protective earth test >25A
84 3.2.190 Reference to IEC 62304:2006
3.2.191 The sip/sop pin to earth touch current
86 3.2.192 Overbalancing
87 3.2.193 Mains voltage on applied part
88 Annex A (informative) Overview of the recommendations developed by IEC/SC 62A/WG 14
Table A.1 – Cross-reference of recommendations by subclause of IEC 60601-1:2005 and IEC 60601-1:2005/AMD1:2012 (1 of 5)
93 Bibliography
BSI PD IEC/TR 60601-4-3:2015
$215.11