Cart (0)
- No items in cart.
Total
$0
There is a technical issue about last added item. You can click "Report to us" button to let us know and we resolve the issue and return back to you or you can continue without last item via click to continue button.
Not a subscriber? Register for a trial account.
Already a subscriber? 
MADCAD.com Free Trial
Sign up for a 3 day free trial to explore the MADCAD.com interface, PLUS access the
2009 International Building Code to see how it all works.
If you like to setup a quick demo, let us know at support@madcad.com
or +1 800.798.9296 and we will be happy to schedule a webinar for you.
| Email * | |
| Password * | |
| Confirm * | |
| First Name * | |
| Last Name * | |
| Title | |
| Company Name * | |
| Company Size * | |
| Industry * | |
| Address * | |
| Address 2 | |
| City * | |
| State * |
Zip *
|
| Country * | |
| Phone * | |
| How did you hear about MADCAD.com? * |
|
Reset password
Enter your personal account email address to request
a password reset:
a password reset:
Reset password
Enter your account email address to request
a password reset:
a password reset:
Security check
Please login to your authorized staff account to use this feature.
Are you sure you want to empty the cart?
Report To Us
Contact us for a custom quote
⨯To continue with accurate pricing,
please select your company type below:
⨯We need your input!
Are you a code official in a jurisdiction with less than 300,000 population?
⨯ We need your input!
⨯ We need your input!
⨯We need your input!
Are you an existing Madcad user?
If so, please login to continue with the free items in your cart.
⨯We need your input!
This bundle includes subscribed items.
Download File
eLibrary >
PD IEC TR 60695-2-22:2026 Fire hazard testing - Glowing/hot-wire based test methods. Results of the round robin tests for the development of IEC TS 60695-2-21:2023 >
Expand All
TOC Search:
PD IEC TR 60695-2-22:2026 Fire hazard testing - Glowing/hot-wire based test methods. Results of the round robin tests for the development of IEC TS 60695-2-21:2023, 2026
- undefined
- CONTENTS
- FOREWORD
- INTRODUCTION
- 1 Scope
- 2 Normative references
- 3 Terms, definitions, and abbreviated terms [Go to Page]
- 3.1 Terms and definitions
- 3.2 Abbreviated terms
- 4 General information [Go to Page]
- 4.1 Information on round robin tests
- 4.2 Information on participants
- 5 First round robin test [Go to Page]
- 5.1 First round robin test objectives
- Tables [Go to Page]
- Table 1 – Summary of round robin test participants
- Table 2 – First RRT - Objectives and verification methods
- 5.2 First round robin test equipment
- 5.3 First round robin test participants
- 5.4 First round robin test summary of tests
- Table 3 – First RRT - Participants
- Table 4 – First RRT - Investigation points and related subclause references
- 5.5 First round robin test summary of activities setup
- Table 5 – First RRT - Tests list
- 5.6 First round robin test results [Go to Page]
- 5.6.1 First RRT apparatus and test conditions
- Table 6 – First RRT - Participants' apparatus and test conditions [Go to Page]
- 5.6.2 First RRT NiCr wire cuts resistance verification
- Table 7 – First RRT - NiCr wire cuts resistance measurements [Go to Page]
- 5.6.3 First RRT Verification of achieved ignitions
- Figures [Go to Page]
- Figure 1 – First RRT - NiCr wire resistance measurements
- Table 8 – First RRT - Bench test of V2 connectors with internal NiCr wire - Connector ignition verification results
- Table 9 – First RRT - Bench test of V2 connectors with external NiCr wire - Connector ignition verification results
- Table 10 – First RRT - Bench test of V0 Connectors with internal NiCr wire - Connector ignition verification results
- Table 11 – First RRT - Bench test of V0 connectors with external NiCr wire - Connector ignition verification results
- Table 12 – First RRT - Summary of bench tests - Connectors achieved ignitions results
- Table 13 – First RRT - Enclosure test of V2 connectors with internal NiCr wire - Connector ignition verification results
- Table 14 – First RRT - Enclosure test of V2 connectors with external NiCr wire - Connector ignition verification results
- Table 15 – First RRT - Enclosure test of V0 connectors with internal NiCr wire - Connector ignition verification results
- Table 16 – First RRT - Enclosure test of V0 connectors with external NiCr wire - Connector ignition verification results
- Table 17 – First RRT - Summary of enclosure test - Connectors achieved ignitions results
- Table 18 – First RRT - Enclosure test by V2 connectors with internal NiCr wire - Enclosure ignition verification results
- Table 19 – First RRT - Enclosure test by V2 connectors with external NiCr wire - Enclosure ignition verification results
- Table 20 – First RRT - Enclosure test by V0 connectors with internal NiCr wire - Enclosure ignition verification results
- Table 21 – First RRT - Enclosure test by V0 connectors with external NiCr wire - Enclosure ignition verification results [Go to Page]
- 5.6.4 First RRT Verification of connectors time to ignition
- Table 22 – First round robin results - Summary of enclosure tests - Enclosure achieved ignitions results
- Table 23 – First RRT - Bench test of V2 connectors with internal NiCr wire - Connector time to ignition verification results
- Figure 2 – First RRT - Bench test V2 connector with internal NiCr wire - Time to ignition
- Table 24 – First RRT - Bench test of V2 connectors with external NiCr wire - Connector time to ignition verification results
- Figure 3 – First RRT - Bench test V0 connector with internal NiCr wire - Time to ignition
- Table 25 – First RRT - Bench test of V0 connectors with internal NiCr wire - Connector time to ignition verification results
- Table 26 – First RRT - Bench test of V0 connectors with external NiCr wire - Connector time to ignition verification results
- Table 27 – First RRT - Summary of bench tests - Connectors time to ignitions results
- Table 28 – First RRT - Enclosure test of V2 connectors with internal NiCr wire - Connector time to ignition verification results
- Figure 4 – First RRT - Enclosure test V2 connector with internal NiCr wire - Time to ignition
- Table 29 – First RRT - Enclosure test of V2 connectors with external NiCr wire - Connector time to ignition verification results
- Figure 5 – First RRT - Enclosure test V2 connector with external NiCr wire - Time to ignition
- Table 30 – First RRT - Enclosure test of V0 connectors with internal NiCr wire - Connector time to ignition verification results
- Figure 6 – First RRT - Enclosure test V0 connector with internal NiCr wire - Time to ignition
- Table 31 – First RRT - Enclosure test of V0 connectors with external NiCr wire - Connector time to ignition verification results [Go to Page]
- 5.6.5 First RRT Verification of connectors flame duration
- Table 32 – First round robin results - Summary of enclosure tests - Connectors time to ignitions results
- Figure 7 – First RRT - Bench test V2 connector with internal NiCr wire - Flame duration
- Table 33 – First RRT - Bench test of V2 connectors with internal NiCr wire - Connector flame duration verification results
- Table 34 – First RRT - Bench test of V2 connectors with external NiCr wire - Connector flame duration verification
- Table 35 – First RRT - Bench test of V0 connectors with internal NiCr wire - Connector flame duration verification
- Figure 8 – First RRT - Bench test V0 connector with internal NiCr wire - Flame duration
- Table 36 – First RRT - Bench test of V0 connectors with external NiCr wire - Connector flame duration verification
- Table 37 – First RRT - Summary of bench test - Connector flame duration
- Table 38 – First RRT - Enclosure test of V2 connectors with internal NiCr wire - Connector flame duration verification
- Figure 9 – First RRT - Enclosure test V2 connector with internal NiCr wire - Flame duration
- Table 39 – First RRT - Enclosure test of V2 connectors with external NiCr wire - Connector flame duration verification
- Figure 10 – First RRT - Enclosure test V2 connector with external NiCr wire - Flame duration
- Table 40 – First RRT - Enclosure test of V0 connectors with internal NiCr wire - Connector flame duration verification
- Figure 11 – First RRT - Enclosure test V0 connector with internal NiCr wire - Flame duration
- Table 41 – First RRT - Enclosure test of V0 connectors with external NiCr wire - Connector flame duration verification
- Table 42 – First RRT - Summary of enclosure test - Connector flame duration [Go to Page]
- 5.6.6 First RRT Verification of connector flame heights
- Table 43 – First RRT - Bench test of V2 connectors with internal NiCr wire - Connector flame height verification
- Figure 12 – First RRT - Bench test V2 connector with internal NiCr wire - Flame height
- Table 44 – First RRT - Bench test of V2 connectors with internal NiCr wire - Connector flame height verification
- Figure 13 – First RRT - Bench test of V0 connector with internal NiCr wire - Flame height
- Table 45 – First RRT - Bench test of V0 connectors with internal NiCr wire - Connector flame height verification
- Table 46 – First RRT - Bench test of V0 connectors with external NiCr wire - Connector flame height verification
- Table 47 – First Round Robin Results - Summary of bench test - Connector flame height [Go to Page]
- 5.6.7 First RRT NiCr wire cuts burnouts during tests
- Table 48 – First RRT - Bench test of V2 connectors with internal NiCr wire - NiCr wire burnouts
- Table 49 – First RRT - Bench test of V2 connectors with external NiCr wire - NiCr wire burnouts
- Table 50 – First RRT - Bench test of V0 connectors with internal NiCr wire - NiCr wire burnouts
- Table 51 – First RRT - Summary of the NiCr wire burnouts verifications during plastic insulating connector bench tests
- Table 52 – First RRT - Summary of NiCr wire burnout verifications during plastic insulating connector bench tests
- Table 53 – First RRT - Enclosure test of V2 Connectors with internal NiCr wire - NiCr wire burnouts
- Table 54 – First RRT - Enclosure test of V2 Connectors with external NiCr wire - NiCr wire burnouts
- Table 55 – First RRT - Enclosure test of V0 Connectors with internal NiCr wire - NiCr wire burnouts
- Table 56 – First RRT - Enclosure test of V0 Connectors with external NiCr wire - NiCr wire burnouts
- Table 57 – First RRT - Enclosure test of V0 Connectors with external NiCr wire - NiCr wire burnouts
- 5.7 First round robin test outcome [Go to Page]
- 5.7.1 Connectors ignition and NiCr wire application method
- 5.7.2 Enclosures testing repeatability
- 5.7.3 Conclusions
- Table 58 – First RRT - Summary of connector ignition results
- 6 Second round robin test [Go to Page]
- 6.1 Second round robin test objectives
- 6.2 Second round robin test equipment
- Table 59 – Second round robin test - Objectives and verification methods
- 6.3 Second round robin test participants
- 6.4 Second round robin test summary of tests
- 6.5 Second round robin test summary of activities setup
- Table 60 – Second RRT - Participants
- Table 61 – Second RRT - Investigation points and related subclause references
- 6.6 Second round robin test results [Go to Page]
- 6.6.1 Second RRT apparatus and test conditions
- Table 62 – Second RRT - Tests list [Go to Page]
- 6.6.2 Second RRT NiCr wire cuts resistance verification
- Table 63 – Second RRT - Test equipment and environmental conditions
- Figure 14 – Second RRT - NiCr wire resistance measurements
- Table 64 – Second RRT - NiCr wire cuts resistance measurements [Go to Page]
- 6.6.3 Second RRT verification of achieved ignitions
- Table 65 – Second RRT - Summary of verification of achieved ignitions
- Table 66 – Second RRT - Bench test of V2 Connectors with internal NiCr wire - Connector ignition verification results
- Table 67 – Second RRT - Bench test of V0 Connectors with internal NiCr wire - Connector ignition verification results
- Table 68 – Second RRT - Finished unit 1 test with V2 Connectors with internal NiCr wire - Finished unit enclosure ignition verification results
- Table 69 – Second RRT - Finished unit 1 test with V0 Connectors with internal NiCr wire - Finished unit enclosure ignition verification results
- Table 70 – Second RRT - Finished unit 2 test with V2 Connectors with internal NiCr wire - Finished unit enclosure ignition verification results
- Table 71 – Second RRT - Finished unit 2 test with V0 Connectors with internal NiCr wire - Finished unit enclosure ignition verification results
- Table 72 – Second RRT - Finished unit 1 test with V2 Connectors with internal NiCr wire - Specified layer ignition verification results
- Table 73 – Second RRT - Finished unit 1 test with V0 Connectors with internal NiCr wire - Specified layer ignition verification results
- Table 74 – Second RRT - Finished unit 2 test with V2 Connectors with internal NiCr wire - Specified layer ignition verification results [Go to Page]
- 6.6.4 Second RRT Verification of connector time to ignition
- Table 75 – Second RRT - Finished unit 2 test with V0 Connectors with internal NiCr wire - Specified layer ignition verification results
- Table 76 – Second RRT - Bench test of V2 Connectors with internal NiCr wire - Connector time to ignition verification results
- Figure 15 – Second RRT - Bench test of V2 Connectors with internal NiCr wire - Connector time to ignition [Go to Page]
- 6.6.5 Second RRT Verification of connector flame duration
- Table 77 – Second RRT - Bench test of V0 Connectors with internal NiCr wire - Connector time to ignition verification results
- Table 78 – Second RRT - Bench test of V2 Connectors with internal NiCr wire - Connector flame
- Figure 16 – Second RRT - Bench test of V2 Connectors with internal NiCr wire - Connector flame duration
- Table 79 – Second RRT - Bench test of V0 Connectors with internal NiCr wire - Connector flame duration [Go to Page]
- 6.6.6 Second RRT verification of connector flame height
- Table 80 – Second RRT - Bench test of V2 Connectors with internal NiCr wire - Connector flame height
- 6.7 Second round robin test outcome [Go to Page]
- 6.7.1 NiCr wire cuts resistance comparison
- Figure 17 – Second RRT - Bench test of V2 Connectors with internal NiCr wire - Connector flame height
- Table 81 – Second RRT - Bench test of V0 Connectors with internal NiCr wire - Connector flame height [Go to Page]
- 6.7.2 Connectors testing results comparison
- Table 82 – Second RRT - Outcome of NiCr wire cuts resistance
- Table 83 – Second RRT - Outcome of connectors achieved ignition
- Table 84 – Second RRT - Outcome of connectors time to ignition [Go to Page]
- 6.7.3 Finished units testing results comparison
- Table 85 – Second RRT - Outcome of connectors flame duration
- Table 86 – Second RRT - Outcome of connectors flame height
- Table 87 – Second RRT - Outcome of finished units ignition [Go to Page]
- 6.7.4 Conclusions
- 7 Third round robin test [Go to Page]
- 7.1 Third round robin test objectives
- Table 88 – Third RRT - Objectives and verification methods
- 7.2 Third round robin test equipment
- 7.3 Third round robin test participants
- 7.4 Third round robin test summary of tests
- 7.5 Third round robin test summary of activities setup
- Table 89 – Third RRT - Participants
- Table 90 – Third RRT - Investigation points and related subclause references
- Table 91 – Third RRT - Tests list
- 7.6 Third round robin test results [Go to Page]
- 7.6.1 Third RRT Verification of achieved ignitions
- Table 92 – Third RRT - Bench test of V2 Connectors with external NiCr wire - Ignitions verification
- Table 93 – Third RRT - Bench test of V0 Connectors with external NiCr wire - Ignitions verification
- Table 94 – Third RRT - Uninsulated connector test of finished unit with V0 plastic sheet - Ignitions verification
- Table 95 – Third RRT - Uninsulated connector test of finished unit with HB plastic sheet - Ignitions verification
- Table 96 – Third RRT - Finished unit test of V2 Connectors with external NiCr wire - Ignitions verification
- Table 97 – Third RRT - Finished unit test of V0 Connectors with external NiCr wire - Ignitions verification [Go to Page]
- 7.6.2 Third RRT Verification of time to ignition
- Table 98 – Third RRT - V2 Connectors with external NiCr wire - Time to ignition
- Figure 18 – Third RRT - V2 Connectors time to ignition
- Table 99 – Third RRT - V0 Connectors with external NiCr wire - Time to ignition
- Figure 19 – Third RRT - V0 Connectors time to ignition
- Figure 20 – Third RRT - Top specified layer time to ignition - V2 Connectors with top plastic sheet HB results
- Table 100 – Third RRT - Finished unit test of V2 Connectors with top plastic sheet HB - Top specified layer time to ignitions
- Figure 21 – Third RRT - Top specified layer time to ignition - V0 Connectors with top plastic sheet HB results
- Table 101 – Third RRT - Finished unit test of V0 Connectors with top plastic sheet HB - Top specified layer time to ignitions
- Figure 22 – Third RRT - Top specified layer time to ignition - Uninsulated connectors with top plastic sheet HB results
- Table 102 – Third RRT - Finished unit test of uninsulated connectors with top plastic sheet HB - Top specified layer time to ignitions
- Figure 23 – Third RRT - Top specified layer time to ignition - Uninsulated connectors with top plastic sheet V0 results
- Table 103 – Third RRT - Finished unit test of uninsulated connectors with top plastic sheet V0 - Top specified layer time to ignitions
- Table 104 – Third RRT - Bench test of V2 Connectors - Lower specified layer time to ignitions
- Figure 24 – Third RRT - Lower specified layer time to ignition - V2 Connectors results
- Table 105 – Third RRT - Finished unit test of Uninsulated connectors with top plastic sheet HB - Lower specified layer time to ignitions
- Figure 25 – Third RRT - Top specified layer time to ignition - Uninsulated connectors with top plastic sheet HB results
- Table 106 – Third RRT - Finished unit test of V2 connectors with top plastic sheet HB - Lower specified layer time to ignitions
- Figure 26 – Third RRT - Top specified layer time to ignition - V2 connectors with top plastic sheet HB results
- Table 107 – Third RRT - Finished unit test of V0 connectors with top plastic sheet HB - Lower specified layer time to ignitions [Go to Page]
- 7.6.3 Third RRT Verification of connectors flame duration
- Figure 27 – Third RRT - Top specified layer time to ignition - V0 connectors with top plastic sheet HB results
- Table 108 – Third RRT - Bench test of V2 connectors - Flame duration
- Figure 28 – Third RRT – V2 Connectors flame duration
- Table 109 – Third RRT - Bench test of V0 connectors - Flame duration
- Figure 29 – Third RRT - V0 Connectors flame duration
- Table 110 – Third RRT - Finished unit test of V2 connectors - Flame duration
- Figure 30 – Third RRT - Flame duration - Finished units test of V2 Connectors with top plastic sheet HB
- Table 111 – Third RRT - Finished unit test of V0 connectors - Flame duration
- 7.7 Third round robin test outcome [Go to Page]
- 7.7.1 External NiCr wire application method and NiCr wire length over 100 mm
- Figure 31 – Third RRT - Flame duration - Finished units test of V0 Connectors with top plastic sheet HB
- Table 112 – Third RRT - Plastic insulating connectors achieved ignitions outcome
- Table 113 – Third RRT - Low specified layer achieved ignitions outcome
- Table 114 – Third RRT - Top specified layer achieved ignitions outcome
- Table 115 – Third RRT - Plastic insulating connector tests outcome
- Table 116 – Third RRT - Finished unit tests outcome [Go to Page]
- 7.7.2 Uninsulated connectors testing effectiveness
- 8 Round robin test results analysis [Go to Page]
- 8.1 General
- Table 117 – Third RRT - Uninsulated connector tests outcome
- 8.2 Plastic insulating connectors achieved ignitions
- 8.3 Plastic insulating connectors time to ignitions
- Table 118 – Round robin test results - Plastic insulating connectors achieved ignitions analysis by round robin test
- Table 119 – Round robin test results - Plastic insulating connectors achieved ignitions analysis
- 8.4 Plastic insulating connectors flame durations
- Table 120 – Round robin test results - Plastic insulating connectors time to ignitions analysis by round robin test
- Table 121 – Round robin test results - Plastic insulating connectors time to ignitions analysis by NiCr wire application method
- Table 122 – Round robin test results - Plastic insulating connectors flame durations analysis by round robin test
- 8.5 Finished unit enclosures achieved ignitions
- Table 123 – Round robin test results - Plastic insulating connectors flame durations analysis by NiCr wire application method
- Table 124 – Round robin test results - Finished unit enclosures achieved ignitions analysis by round robin test
- 9 Document conclusion [Go to Page]
- Table 125 – Round robin test results - Finished unit enclosures achieved ignitions analysis by NiCr wire application method
- Annex A (informative) Examples of the round robin tests [Go to Page]
- A.1 First RRT tests examples
- Figure A.1 – First RRT - Example of plastic insulating connector with internal NiCr wire coil - bench test
- A.2 Second RRT examples
- Figure A.2 – Example of plastic insulating connector with internal NiCr wire coil - Finished unit test
- Figure A.3 – Second RRT - Example of plastic insulating connector with internal NiCr wire coil - bench test
- Figure A.4 – Second RRT - Example of plastic insulating connector with internal NiCr wire coil - Finished unit 1 test
- A.3 Third RRT examples
- Figure A.5 – Second RRT - Example of plastic insulating connector with internal NiCr wire coil - Finished unit 2 test
- Figure A.6 – Third RRT - Example of plastic insulating connector with external NiCr wire coil - bench test
- Figure A.7 – Third RRT - Example of simulated finished unit test by uninsulated connector with external NiCr wire coil
- Figure A.8 – Third RRT - Example of simulated finished unit test by plastic insulated connector with external NiCr wire coil
- Bibliography [Go to Page]
Copyright 2026 Compu-tecture, Inc.
All Rights Reserved.
About Us /
Careers /
support@madcad.com /
1.800.798.9296