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GB/T 10067.101-2023: Basic specifications for electroheating and electromagnetic processing installations - Part 101: General requirements for vacuum electroheating and electromagnetic processing installations
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Basic specifications for electroheating and electromagnetic processing installations - Part 101: General requirements for vacuum electroheating and electromagnetic processing installations
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GB/T 10067.101-2023
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Basic data | Standard ID | GB/T 10067.101-2023 (GB/T10067.101-2023) | | Description (Translated English) | Basic specifications for electroheating and electromagnetic processing installations - Part 101: General requirements for vacuum electroheating and electromagnetic processing installations | | Sector / Industry | National Standard (Recommended) | | Classification of Chinese Standard | K61 | | Classification of International Standard | 25.180.10 | | Word Count Estimation | 38,365 | | Date of Issue | 2023-12-28 | | Date of Implementation | 2024-07-01 | | Issuing agency(ies) | State Administration for Market Regulation, China National Standardization Administration | GB/T 10067.101-2023: Basic specifications for electroheating and electromagnetic processing installations - Part 101: General requirements for vacuum electroheating and electromagnetic processing installations
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ICS 25:180:10
CCSK61
National Standards of People's Republic of China
Basic technical conditions for electrothermal and electromagnetic treatment devices
Part 101: Vacuum electrothermal and electromagnetic treatment equipment
common enquiries
Published on 2023-12-28
2024-07-01 Implementation
State Administration for Market Regulation
Released by the National Standardization Administration Committee
Table of contents
PrefaceⅠ
Introduction III
1 Scope 1
2 Normative references 1
3 Terms and Definitions 1
4 Product Categories 3
5 Technical requirements 4
6 Test methods 10
7 Inspection rules and technical classification12
8 Marking, packaging, transportation and storage13
9 Ordering and delivery13
Appendix A (normative) Vacuum system 14
Appendix B (Informative) Baschen’s Law and VEHEMPE’s Vacuum Arc Discharge 24
Appendix C (informative) Vacuum system example 25
Appendix D (informative) Examples of air extraction system operating procedures 26
Appendix E (informative) Classification and practice of vacuum leak detection methods 28
Reference 33
Foreword
This document complies with the provisions of GB/T 1:1-2020 "Standardization Work Guidelines Part 1: Structure and Drafting Rules of Standardization Documents"
Drafting:
This document is Part 101 of GB/T 10067 "Basic Technical Conditions for Electrothermal and Electromagnetic Treatment Devices": GB/T 10067 has been issued
The following parts have been published:
---Part 1: General part;
---Part 101: General requirements for vacuum electrothermal and electromagnetic treatment devices;
---Part 2: Arc heating device;
---Part 21: Large AC electric arc furnace;
---Part 3: Induction electric heating device;
---Part 31: Medium frequency centerless induction furnace;
---Part 32: Voltage-type frequency conversion multiple medium-frequency centerless induction furnace complete sets;
---Part 33: Power frequency centerless induction copper melting furnace;
---Part 34: Transistor-type high-frequency induction heating device;
---Part 35: Medium frequency vacuum induction melting furnace;
---Part 36: Inductive diathermy device;
---Part 4: Indirect resistance furnace;
---Part 41: Mesh belt resistance heating unit;
---Part 42: Push type resistance heating unit;
---Part 43: Forced convection well resistance furnace;
---Part 44: Box-type resistance furnace;
---Part 45: Vacuum quenching furnace;
---Part 46: Hood-type resistance furnace;
---Part 47: Vacuum heat treatment and brazing furnaces;
---Part 48: Trolley-type resistance furnace;
---Part 49: Natural convection well type resistance furnace;
---Part 410: Single crystal furnace;
---Part 411: Electric bath furnace;
---Part 412: Box-type quenching furnace;
---Part 413: Experimental resistance furnace;
---Part 414: Industrial gem furnace;
---Part 415: Aluminum annealing furnace;
---Part 416: Polycrystalline silicon ingot furnace;
---Part 417: Silicon carbide single crystal growth device;
---Part 5: High-frequency dielectric heating equipment;
---Part 6: Industrial microwave heating devices;
---Part 8: Electroslag remelting furnace:
Please note that some content in this document may be subject to patents: The publisher of this document assumes no responsibility for identifying patents:
This document is proposed by the China Electrical Equipment Industry Association:
This document is under the jurisdiction of the National Industrial Electric Heating Equipment Standardization Technical Committee (SAC/TC121):
This document was drafted by: Xi'an Huijin Technology Co:, Ltd:, Xi'an Electric Furnace Research Institute Co:, Ltd:, Suzhou Zhenhu Electric Furnace Co:, Ltd:, Wuchan
Zhongda (Zhejiang) Energy Storage Technology Co:, Ltd:, Xiamen Yesheng Electric Co:, Ltd:, Hunan Dingli Technology Co:, Ltd:, Shaanxi Energy Vocational Technology Co:, Ltd:
Institute of Technology, Liaoning Jiashun Technology Co:, Ltd:, Zhuzhou Redel Intelligent Equipment Co:, Ltd:, Xi'an Fulette Heat Treatment Co:, Ltd:, Guangdong Mingfan
Energy Technology Co:, Ltd:, Hunan Zhongding Thermal Technology Co:, Ltd:
The main drafters of this document: Yu Weijiang, Zhu Xingfa, Ge Huashan, Li Kun, Li Lianming, Dai Yu, Ye Qinci, Zhang Jianhua, Zhang Yongwu, Wang Jiqi,
Ni Jing, Li Yingxin, Yang Jia, Yu Yan, Yang Zhen, Li Xiaojie, Chen Zhongjie, Ma Yongqing, You Shuhuai, Shi Shengchuan, Gao Bin, Hu Jiang:
Introduction
Electric heating and electromagnetic treatment devices are important thermal process equipment in various industrial sectors of the national economy: The device is mainly based on different electric heating methods and
The classification of electromagnetic treatment can also be classified according to different applications, different working frequencies and different working atmospheres: In order to ensure the development, production and
Use and sales are carried out in an orderly manner, to promote its technological progress and product quality improvement, and to better meet the requirements of thermal processes: It is necessary to develop this device
The basic technical conditions also provide the necessary conditions for formulating its safety and test method standards: In this regard, our country has established
GB/T 10067 "Basic Technical Conditions for Electrothermal and Electromagnetic Treatment Devices" series of standards, consisting of general parts and their supplements (this document) and the above-mentioned classification
It consists of specialized parts of the class: GB/T 10067 aims to specify the product classification of electrothermal and electromagnetic treatment devices and the design, manufacturing and installation requirements:
requirements that need to be met in terms of safety, energy saving and environmental protection, performance and complete sets, and describe the verification methods used to determine whether the requirements are met:
The law is intended to consist of the following 40 parts:
---Part 1: General part: The purpose is to specify general technical requirements for various types of electrothermal and electromagnetic treatment devices:
---Part 101: General requirements for vacuum electrothermal and electromagnetic treatment devices: The purpose is to specify various types of vacuum electrothermal and electromagnetic treatments
General technical requirements for the device:
---Part 102: General requirements for electrothermal and electromagnetic treatment devices with protective and reactive atmospheres: The purpose is to specify various types of
General technical requirements for this device:
---Part 2: Arc heating device: The purpose is to specify special technical requirements for arc heating devices:
---Part 21: Large AC electric arc furnace: The purpose is to stipulate special technical requirements for large-scale AC electric arc furnaces:
---Part 22: Vacuum remelting electric arc furnace: The purpose is to specify the special technical requirements for vacuum remelting electric arc furnaces:
---Part 3: Induction electric heating device: The purpose is to specify special technical requirements for induction heating devices:
---Part 31: Medium frequency centerless induction furnace: The purpose is to specify the special technical requirements for medium frequency centerless induction furnaces:
---Part 32: Voltage-type frequency conversion multiple intermediate frequency centerless induction furnace complete sets: The purpose is to stipulate voltage-type variable frequency multi-unit intermediate frequency without
Special technical requirements for complete sets of induction furnaces:
---Part 33: Power frequency centerless induction copper melting furnace: The purpose is to specify the special technical requirements for power frequency centerless induction copper melting furnaces:
---Part 34: Transistor-type high-frequency induction heating device: The purpose is to specify the special technology of transistor-type high-frequency induction heating devices:
technical requirements:
---Part 35: Medium frequency vacuum induction melting furnace: The purpose is to specify the special technical requirements for medium frequency vacuum induction melting furnaces:
---Part 36: Induction diathermy device: The purpose is to specify special technical requirements for induction diathermy devices:
---Part 37: Superconducting DC induction diathermy device: The purpose is to specify special technical requirements for superconducting DC induction diathermy devices:
---Part 4: Indirect resistance furnace: The purpose is to specify special technical requirements for indirect resistance furnaces:
---Part 41: Mesh belt resistance heating unit: The purpose is to specify the special technical requirements for mesh belt resistance heating units:
---Part 42: Push-type resistance heating unit: The purpose is to specify special technical requirements for push-type resistance heating units:
---Part 43: Forced convection well resistance furnace: The purpose is to specify special technical requirements for forced convection well resistance furnaces:
---Part 44: Box-type resistance furnace: The purpose is to specify the special technical requirements for box-type resistance furnaces:
---Part 45: Vacuum quenching furnace: The purpose is to specify the special technical requirements for vacuum quenching furnaces:
---Part 46: Hood-type resistance furnace: The purpose is to specify the special technical requirements for bell-type resistance furnaces:
---Part 47: Vacuum heat treatment and brazing furnaces: The purpose is to specify special technical requirements for vacuum heat treatment and brazing furnaces:
---Part 48: Trolley-type resistance furnace: The purpose is to specify the special technical requirements for trolley-type resistance furnaces:
---Part 49: Natural convection well type resistance furnace: The purpose is to specify the special technical requirements for natural convection well-type resistance furnaces:
---Part 410: Single crystal furnace: The purpose is to specify the special technical requirements for single crystal furnaces:
---Part 411: Electric bath furnace: The purpose is to specify the special technical requirements for electric heating bath furnaces:
---Part 412: Box-type quenching furnace: The purpose is to specify the special technical requirements for box-type quenching furnaces:
---Part 413: Experimental resistance furnace: The purpose is to specify special technical requirements for experimental resistance furnaces:
---Part 414: Industrial gem furnace: The purpose is to specify the special technical requirements for industrial gemstone furnaces:
---Part 415: Aluminum annealing furnace: The purpose is to specify the special technical requirements for aluminum annealing furnaces:
---Part 416: Polycrystalline silicon ingot furnace: The purpose is to specify the special technical requirements for polycrystalline silicon ingot furnaces:
---Part 417: Silicon carbide single crystal growth device: The purpose is to specify the special technical requirements for silicon carbide single crystal growth equipment:
---Part 5: Electrothermal and electrochemical plasma equipment: The purpose is to specify the characteristics of electrothermal and electrochemical plasma equipment:
special technical requirements:
---Part 6: Industrial microwave heating devices: The purpose is to specify special technical requirements for industrial microwave heating devices:
---Part 7: Electric heating devices with electron guns: The purpose is to specify special technical requirements for electrothermal devices with electron guns:
---Part 8: Electroslag remelting furnace: The purpose is to specify the special technical requirements for electroslag remelting furnaces:
---Part 9: High-frequency medium heating equipment: The purpose is to stipulate special technical requirements for high-frequency dielectric heating equipment:
---Part 10: Heat tracing system: The purpose is to specify special technical requirements for heat tracing systems:
---Part 11: Electromagnetic processing devices: The purpose is to specify special technical requirements for electromagnetic treatment devices:
---Part 12: Infrared electric heating device: The purpose is to specify the special technical requirements for infrared electric heating devices:
This document is formulated in accordance with GB/T 10067:1-2019 and is intended for general use of various electrothermal and electromagnetic processing devices operating in a vacuum state:
Features improve and supplement the relevant provisions of GB/T 10067:1-2019:
Special parts for various types of electrothermal and electromagnetic processing devices operating in a vacuum state can be formulated according to this document, targeting the characteristics of each type of device:
Click here to improve and supplement the relevant provisions of this document respectively:
Basic technical conditions for electrothermal and electromagnetic treatment devices
Part 101: Vacuum electrothermal and electromagnetic treatment equipment
common enquiries
1 Scope
This document stipulates the general product classification, technical requirements, inspection rules,
Labeling, packaging, transportation, storage, ordering and supply, and corresponding test methods are described:
This document is applicable to work loads melting, heat treating, brazing, sintering, crystal growth, forming and
Industrial electric heating and electromagnetic processing devices for drying and other thermal processes, including:
---Vacuum induction furnace;
---Vacuum resistance furnace;
---Vacuum remelting electric arc furnace;
---Vacuum electroslag remelting furnace;
---Electric heating device with electron gun;
---Vacuum plasma furnace;
---Vacuum microwave heating device;
---Vacuum electromagnetic treatment equipment, etc:
2 Normative reference documents
The contents of the following documents constitute essential provisions of this document through normative references in the text: Among them, the dated quotations
For undated referenced documents, only the version corresponding to that date applies to this document; for undated referenced documents, the latest version (including all amendments) applies to
this document:
GB/T 150:1~150:4-2011 Pressure vessels
GB/T 5959:1-2019 Safety of electrothermal and electromagnetic processing devices Part 1: General requirements
GB/T 10066:1-2019 Test methods for electrothermal and electromagnetic treatment devices Part 1: General parts
GB/T 10067:1-2019 Basic technical conditions for electrothermal and electromagnetic treatment equipment Part 1: General parts
GB/T 10067:35-2015 Basic technical conditions for electric heating devices Part 35: Medium frequency vacuum induction melting furnace
JB/T 9691 Method for compiling product models of electric heating equipment
ISO 1609:2020 Dimensions of non-knife flanges for vacuum technology (Vacuumtechnology-Dimensionsofnon-knife
edgeflanges)
ISO 9803 (all parts) Mounting dimensions for vacuum technology piping fittings (Vacuumtechnology-Mountingdimen-
3 Terms and definitions
The terms and definitions defined in GB/T 10067:1-2019 and the following apply to this document:
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