T/CNEA 102.15-2021 Active Group standards

T/CNEA 102.15-2021 Pressurized water reactor pressure vessel components welding - Part 15: Low alloy steel submerged arc welding wire and flux

T/CNEA 102.15-2021 Pressurized water reactor pressure vessel components welding - Part 15: Low alloy steel submerged arc welding wire and flux

Publish Date: 2021-06-04 Implement Date: 2021-07-01 For services related to genuine standard inquiry, procurement, translation, and other related services in China, please Contact Us
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Basic Information

Standard Code: T/CNEA 102.15-2021
Standard Type: Group standards
Standard Status: Active
is_force_gb: no
CCS Name: \nNuclear island of a nuclear power plant
ICS Name: Nuclear power stations, safety
Publish Date: 2021-06-04
Implement Date: 2021-07-01

Scope

Scope: This document specifies the models, technical requirements, test methods, inspection rules, packaging, marking, and quality certification documents for low-alloy submerged arc welding wires and fluxes used in pressurized components (including support components) of pressurized water reactors. This document is applicable to low-alloy submerged arc welding wires and fluxes used in pressurized components (including support components) of pressurized water reactors. Other reactor types can refer to this document for use. Main technical content: This document is Part 15 of T/CNEA 102 "Welding of Pressurized Water Reactor Pressurized Components". This document consists of eight chapters, of which Chapters 1-3 are normative provisions, and Chapters 4-8 are the main content of Part 15: Low-Alloy Submerged Arc Welding Wires and Fluxes for Pressurized Water Reactor Pressurized Components. The main content includes: models, technical requirements, test methods, inspection rules, packaging, marking, and quality certification documents.

Development Information

Same series standard

T/CNEA 102.1-2021 Pressurized water reactor pressure vessel components Welding Part 1: General requirements for welding operations T/CNEA 102.2-2021 Welding of pressure vessel components in pressurized water reactors Part 2: Acceptance of welding materials T/CNEA 102.3-2021 Pressurized water reactor pressure vessel components welding - Part 3: Welding process qualification T/CNEA 102.4-2021 Pressurized water reactor pressure vessel components welding - Part 4: Product welding T/CNEA 102.5-2021 Welding of Pressurized Water Reactor Components - Part 5: Stainless Steel Welding Electrodes T/CNEA 102.6-2021 Welding of Pressurized Water Reactor Components - Part 6: Stainless Steel Welding Wire T/CNEA 102.7-2021 Pressurized water reactor pressure vessel components welding - Part 7: Stainless steel welding wire and flux for overlay welding T/CNEA 102.8-2021 Welding of Pressurized Water Reactor Components - Part 8: Stainless Steel Mild Steel Shielded Metal Welding Wires and Electrodes T/CNEA 102.9-2021 Pressurized water reactor pressure vessel components welding - Part 9: Nickel-based alloy welding rods T/CNEA 102.10-2021 Welding of Pressurized Water Reactor Components Part 10: Nickel-based alloy overlay and filler wire/flux used for welds T/CNEA 102.11-2021 Welding of Pressurized Water Reactor Pressurizer Components - Part 11: Nickel-base Alloy Welding Rod T/CNEA 102.12-2021 Pressurized water reactor pressure vessel components welding - Part 12: Carbon steel electrode T/CNEA 102.13-2021 Welding of pressure vessel components of a pressurized water reactor - Part 13: Carbon steel welding wires T/CNEA 102.14-2021 Pressurized water reactor pressure vessel components welding - Part 14: Carbon steel submerged arc welding wire and flux T/CNEA 102.16-2021 Pressurized water reactor pressure vessel components welding - Part 16: Low alloy steel welding electrodes T/CNEA 102.17-2021 Welding of pressure vessel components of a pressurized water reactor - Part 17: Low alloy steel welding wires

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