International Standards and Conformity Assessment for all electrical, electronic and related technologies

TC 104

Environmental conditions, classification and methods of test

 

Detail

Committee
Working Groups
Project Leader

Current

Status

Frcst Pub

Date

Stability

Date

TC 104PT 63141Mr Hidetaka OkamotoBPUB2020-042024

History

Stage
Document
Downloads
Decision Date
Target Date
prePNW
2017-01-03 
PNW
104/721/NP PDF file 6531 kB
2017-01-06 
PRVN
2017-03-312017-03
ACD
104/726/RVN Word file 157 kB
PDF file 476 kB
2017-06-092017-06
CD
104/743/CD
PDF file 2867 kB
2017-07-072017-06
PCC
2017-09-012017-09
CDM
104/757/CC PDF file 101 kB
Word file 62 kB
2017-10-132017-12
A2CD
104/757A/CC PDF file 131 kB
Word file 65 kB
2018-02-092018-03
2CD
104/802/CD
PDF file 2461 kB
2018-04-132018-03
PCC
2018-07-062018-07
CDM
104/811/CC PDF file 111 kB
Word file 58 kB
2018-08-032018-10
ADTR
104/811A/CC PDF file 111 kB
Word file 57 kB
2019-01-142019-01
TDTR
2019-04-042019-01
CDTR
104/834/DTR
2019-04-122019-05
PRVDTR
2019-06-072019-06
APUB
104/853/RVDTR PDF file 84 kB
Word file 34 kB
2019-08-232019-11
APUB
104/853A/RVDTR PDF file 83 kB
Word file 36 kB
2019-08-232019-11
TPUB
2020-01-062019-12
DECPUB
2020-01-072020-02
RPUB
2020-02-172020-01
BPUB
2020-03-182020-05
BPUB
2020-03-182020-05
BPUB
2020-03-26 
BPUB
2020-03-30 
BPUB
2020-03-30 
PPUB
  

Abstract

IEC TR 63141:2020(E) describes a new test method to control the volume of air injected into a conventional HAST chamber filled with water vapour. This document provides an overview of the conventional HAST chamber, an overview of the air-HAST equipment where air is incorporated into the HAST chamber, an example of an air-HAST test apparatus, and application examples of air-HAST.


Project

IEC TR 63141 ED1

Damp heat, steady state (unsaturated pressurized vapour with air)