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T/CSEE 0001-2015   Specification of Polymer-housed Metal Oxide Surge Arresters with Series Gap for 1 000kV AC Power Transmission Lines (English Version)
Standard No.: T/CSEE 0001-2015 Status:valid remind me the status change

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Standard No.: T/CSEE 0001-2015
English Name: Specification of Polymer-housed Metal Oxide Surge Arresters with Series Gap for 1 000kV AC Power Transmission Lines
Chinese Name: 1000kV交流输电线路用带串联间隙复合外套金属氧化物避雷器技术规范
Professional Classification: T/    Social Organization Standard
Issued by: CSEE
Issued on: 2015-12-21
Implemented on: 2016-3-1
Status: valid
Language: English
File Format: PDF
Word Count: 6000 words
Price(USD): 120.0
Delivery: via email in 1 business day
This standard was drafted according to the rules given in GB/T 1.1-2009 based on the requirements of management measures of the CSEE group standards. Based on the R&D, design and experimental research achievements of the "polymer-housed metal oxide surge arresters with series gap for 1 000kV AC power transmission lines", this standard considers the lightning protection characteristics of 1 000kV AC power transmission lines and borrows the ideas from the operating experience of arresters for 500kV or below power transmission lines. The main technical contents established in this standard are as follows: - the application scope was specified (see 1); - the normative references were proposed (see 2); - the applicable terms and definitions of this standard were defined (see 3.1~3.11); - the marking of polymer-housed metal oxide surge arresters with series gap for 1 000kV AC power transmission lines was established (see 4); - the standard rated value of polymer-housed metal oxide surge arresters with series gap for 1 000kV AC power transmission lines was proposed (see 5.1~5.3); - the operating condition (including normal operation and abnormal operation) of polymer-housed metal oxide surge arresters with series gap for 1 000kV AC power transmission lines was specified (see 6.1~6.2); - the technical requirements of polymer-housed metal oxide surge arresters with series gap for 1 000kV AC power transmission lines were specified (7.1~7.22); - the test methods of polymer-housed metal oxide surge arresters with series gap for 1 000kV AC power transmission lines were specified (8.1~8.20); - the inspection rules of polymer-housed metal oxide surge arresters with series gap for 1 000kV AC power transmission lines were specified (see 9.1~9.8); - the packaging, transportation and storage requirements of polymer-housed metal oxide surge arresters with series gap for 1 000kV AC power transmission lines were specified (see 10.1~10.4); - the product installation site and mode were specified (see 11). Please note that some contents in this standard may involve patents. The issuing authority of this standard does not undertake the responsibilities to identify these patents. This standard was proposed by the Chinese Society of Electrical Engineering. This standard is under the jurisdiction of and explained by the Specialized Committee on High Voltage of Chinese Society of Electrical Engineering. Drafting organizations of this standard: State Grid Corporation of China, China Electric Power Research Institute, PG Toshiba (Langfang) Arrester Co., Ltd. Chief drafting staff of this standard: Zhang Cuixia, Chen Weijiang, Zhang Boyu, Yuan Jun, Wang Baoshan, Wang Ninghua, Yin Yu, Shi Weidong, Ge Dong, Song Jijun, Su Ning, He Ziming. This standard hereby was initially issued. During the process of implementing this standard, any opinion or suggestion shall be fed back to the Standard Executive Office of the Chinese Society of Electrical Engineering. PROFESSIONAL STANDARD OF THE PEOPLE’S REPUBLIC OF CHINA 中国电机工程学会标准 T/CSEE 0001-2015 Specification of Polymer-housed Metal Oxide Surge Arresters with Series Gap for 1000kV AC Power Transmission Lines 1000kV交流输电线路用带串联间隙 复合外套金属氧化物避雷器技术规范 1 Scope This standard specifies the marking standard ratings, operation conditions, technical requirements, test methods, inspection rules, packaging, transportation and preservation and installation, etc. of the polymer-housed metal oxide surge arresters with series gap for 1000kV AC power transmission lines. This standard is applicable to the production, installation and operation of the polymer-housed metal oxide surge arresters with series gap for 1 000kV AC power transmission lines. This standard is not involved with the support members of arresters with external series gap of insulated support members for lines; the relevant requirements may be in accordance with DL/T 815. 2 Normative References The following referenced documents are indispensable for the application of this document. For dated references, only the edition cited applies. For undated references, the latest edition of the referenced document (including any amendments) applies. GB 311.1 Insulation Coordination - Part 1: Definitions, Principles and Rules GB/T 775.1 Test Method for Insulators - Part 1: General Test Methods GB/T 775.3 Test Method for Insulators - Part 3: Mechanical Test Methods GB/T 2317.2 Test Method for Electric Power Fittings - Part 2: Corona and RIV Tests for Electric Power Fittings GB/T 6553 Electrical Insulating Materials Used under Severe Ambient Conditions - Test Methods for Evaluating Resistance to Tracking and Erosion GB/T 10700 Test Methods for Elastic Moduli of Fine Ceramics - Bending Method GB 11032-2010 Metal-oxide Surge Arresters without Gaps for A.C. Systems GB/T 16927.1 High-voltage Test Techniques - Part 1: General Definitions and Test Requirements DL/T 815 Polymer-housed Metal Oxide Surge Arresters for AC Power Transmission Lines JGJ/T 101 Specification for Seismic Test of Buildings IEC 60099-8 Arrester - Part 8: Metal-oxide Surge Arrester with Series Gap for 1kv or above Power Transmission Lines [Metal-oxide Surge Arresters with External Series Gap (EGLA) for Overhead Transmission and Distribution Lines of A.C. Systems Above 1kV] 3 Terms and Definitions For the purpose of this document, the following terms and definitions and those specified in GB 11032-2012 and DL/T 815 apply. For the convenience of application, some terms and definitions specified in GB 11032-2010 and DL/T 815 are re-listed below. 3.1 Polymer-housed metal oxide surge arresters with external series gap for AC power transmission lines The complete arrester with gaps which is composed of external series gap, metal oxide resistor and corresponding spare parts and polymeric housing, only used to protect the line insulator or/and the air gap of line tower head to avoid flashover or breakdown induced by lightning overvoltage, hereinafter referred to as arrester. 3.2 Series varistor unit of polymer-housed metal oxide surge arrester, SVU That composed of metal oxide resistor and corresponding spare parts, as well as polymeric housing, which forms the complete arrester with gaps together with external series gap and is a part of arrester with gaps, hereinafter referred to as series varistor unit (SVU). 3.3 External series gap A part of the arrester with gaps, which forms the complete arrester with gaps with the SVU by tandem connection, hereinafter referred to as gaps. The pure air gap is composed of two electrodes, of which one is fixed at the high-voltage end of the SVU and another on the wire of power transmission lines or at the wire end of insulator string. 3.4 Unit of a SVU A completely housed part of a SVU which may be connected in series with other units to construct a transmission line arrester of higher voltage or current rating and a complete arrester with gaps in combination with external series gap. 3.5 Section of a SVU A complete and suitably assembled part of a SVU, which must be able to represent the characteristics of a SVU with respect to a particular test. 3.6 Rated voltage of a transmission line arrester The maximum permissible r.m.s value of power-frequency voltage between the terminals of the transmission line arrester, at which the arrester is designed to operate correctly. The rated voltage is used as a reference parameter for the power-frequency follow current interrupting characteristics. 3.7 AC reference voltage of a SVU The maximum peak value of power-frequency voltage measured when a SVU passes through the power-frequency reference current divided by . The power-frequency reference voltage of a SVU composed of multiple units in series is the sum of that of the individual unit. 3.8 DC reference voltage of a SVU The average DC voltage of the arrester measured when a SVU passes through the DC reference current. If the voltage is relevant to the polarity, the small value is taken. The DC reference voltage of a SVU composed of multiple units in series is the sum of that of the individual unit. 3.9 50% sparkover voltage of standard lightning impulse 50% sparkover voltage of the arrester at the maximum gap distance under the action of standard lightning impulse waves. 3.10 Residual voltage of an arrester Ures The peak value of voltage between the terminals of a SVU due to the passage of discharge current. 3.11 Rated short-circuit current of a SVU The r.m.s value of the maximum test power-frequency current passing through a fault SVU; under this short-circuit current, the SVU will not cause violent explosion or fracture of the housing or self-extinguishing of an open flame within 2min under specified conditions. 4 Marking The arrester shall be identified by the following minimum information, which shall appear on a nameplate permanently attached to the arrester: - the arrester model; - the DC reference current and reference voltage of a SVU; - the series gap distance and permissible deviation; - the manufacturer's name; - the product No.; - the manufacturing date. 5 Standard Ratings 5.1 Standard rated voltages The typical value of the arrester's rated voltage is 768kV; other rated voltages may also be adopted according to the actual service conditions. 5.2 Standard rated frequency The rated frequency of arrester is 50Hz. 5.3 Standard nominal discharge current The standard nominal discharge current of arrester for 8/20μs is 30kA. 6 Operation Conditions 6.1 Normal operation conditions The transmission line arresters concerned in this standard shall be suitable for normal operation under the following normal service conditions: a) ambient temperature within the range of -40℃ to +40℃; b) sunlight radiation; Note: the influence of the maximum irradiance (1.1kW/m2) of the sun has been taken into consideration by preheating the test sample in the type test. If any other heat sources exist around the transmission line arrester, the use of transmission line arrester shall be subject to the agreement between the supplier and the demander. c) altitude not exceeding 1 000m; d) frequency of the AC power supply not less than 48Hz and not more than 52Hz; e) wind speed not greater than 35m/s; f) areas of seismic intensity at VII or below; g) icing thickness not greater than 20mm; h) vertical (suspended) installation; i) polluted area at Grade d or below. 6.2 Abnormal operation conditions The following abnormal operation conditions are typical for transmission line arrester, which shall be specially considered in manufacturing and using of transmission line arrester and shall catch the attention of the manufacturer: a) ambient temperature greater than +40℃ or lower than -40℃; b) altitude exceeding 1 000m; c) fume or steam causing degradation of insulating surface or installation hardware fittings; d) serious pollution induced by fume, dust, smoke or other conductive matters; e) explosive mixture of dust, gas or fume; f) abnormal transportation and storage; g) system frequency lower than 48Hz or higher than 52Hz; h) arrester close to the heat source; i) wind speed greater than 35m/s; j) seismic intensity greater than VII; k) arrester bearing torsional load; l) arrester used for mechanical support; m) non-vertical installation; n) icing thickness greater than 20mm.
Foreword i 1 Scope 2 Normative References 3 Terms and Definitions 4 Identification 5 Standard Ratings 6 Service Conditions 7 Technical Requirements 8 Test Methods 9 Inspection Rules 10 Packaging, Transportation and Preservation 11 Installation
Referred in T/CSEE 0001-2015:
*GB 311.1-2012 Insulation co-ordination - Part 1:Definitions, principles and rules
*GB/T 775.1-2006 Test method for insulators - Part 1: General test methods
*GB/T 775.3-2006 Test method for insulators?Part 3:Mechanical test methods
*GB/T 2317.2-2008 Test method for electric power fittings - Part 2: Corona and RIV tests for electric power fittings
*GB/T 6553-2024 Electrical insulating materials used under severe ambient conditions—Test methods for evaluating resistance to tracking and erosion
*GB/T 10700-2006 Test methods for elastic moduli of fine ceramics (advanced ceramics, advanced technical ceramics) - Bending method
*GB 11032-2010/XG1-2014 Metal-oxide surge arresters without gaps for a.c. systems, includes Amendment 1
*GB/T 16927.1-2011 High-voltage test techniques—Part 1:General definitions and test requirements
*DL/T 815-2021 Polymer-housed metal oxide surge arresters for a.c.power transmission lines
*JGJ/T 101-2015 Specification for Seismic Test of Buildings
T/CSEE 0001-2015 is referred in:
*YY 0271.1-2016 Dentistry—Water-based cements—Part 1:Powder/liquid acid-base cements
*YY 0649-2016 Electrical potential therapy equipment
*YY 0649-2016/XG1-2023 Electrical potential therapy equipment, includes Amendment 1
*HJ 808-2016 Technical guidelines for environmental impact assessment format and content of environmental impact reports for nuclear power plants
*YY/T 1480-2016 Test methods of performance for ultrasonic elasticity imaging equipment based on acoustic radiation force
*GB 1800-1979 Tolerance and Fitting - General Standard Tolerance and Fundamental Deviation
*SD 211-1987 Technical Specification for FM Series Fan Mill
*T/CSEE 0002-2015 Guide for the Selection of High Voltage Lead Exit for 1 000kV Transformer and Reactor
*GB/T 32860-2016 Road vehicles―Interchangeability of drawbar couplings
*GB 51160-2016 Technical Specification for Fiber Reinforced Plastic Equipment and Pipeline Engineering
*GB/T 51167-2016 Code for acceptance of optical fiber submarine cable systems engineering
Code of China
Standard
T/CSEE 0001-2015  Specification of Polymer-housed Metal Oxide Surge Arresters with Series Gap for 1 000kV AC Power Transmission Lines (English Version)
Standard No.T/CSEE 0001-2015
Statusvalid
LanguageEnglish
File FormatPDF
Word Count6000 words
Price(USD)120.0
Implemented on2016-3-1
Deliveryvia email in 1 business day
Detail of T/CSEE 0001-2015
Standard No.
T/CSEE 0001-2015
English Name
Specification of Polymer-housed Metal Oxide Surge Arresters with Series Gap for 1 000kV AC Power Transmission Lines
Chinese Name
1000kV交流输电线路用带串联间隙复合外套金属氧化物避雷器技术规范
Chinese Classification
Professional Classification
T/
ICS Classification
Issued by
CSEE
Issued on
2015-12-21
Implemented on
2016-3-1
Status
valid
Superseded by
Superseded on
Abolished on
Superseding
Language
English
File Format
PDF
Word Count
6000 words
Price(USD)
120.0
Keywords
T/CSEE 0001-2015, T/CSEET 0001-2015, TCSEET 0001-2015, T/CSEE0001-2015, T/CSEE 0001, T/CSEE0001, T/CSEET0001-2015, T/CSEET 0001, T/CSEET0001, TCSEET0001-2015, TCSEET 0001, TCSEET0001
Introduction of T/CSEE 0001-2015
This standard was drafted according to the rules given in GB/T 1.1-2009 based on the requirements of management measures of the CSEE group standards. Based on the R&D, design and experimental research achievements of the "polymer-housed metal oxide surge arresters with series gap for 1 000kV AC power transmission lines", this standard considers the lightning protection characteristics of 1 000kV AC power transmission lines and borrows the ideas from the operating experience of arresters for 500kV or below power transmission lines. The main technical contents established in this standard are as follows: - the application scope was specified (see 1); - the normative references were proposed (see 2); - the applicable terms and definitions of this standard were defined (see 3.1~3.11); - the marking of polymer-housed metal oxide surge arresters with series gap for 1 000kV AC power transmission lines was established (see 4); - the standard rated value of polymer-housed metal oxide surge arresters with series gap for 1 000kV AC power transmission lines was proposed (see 5.1~5.3); - the operating condition (including normal operation and abnormal operation) of polymer-housed metal oxide surge arresters with series gap for 1 000kV AC power transmission lines was specified (see 6.1~6.2); - the technical requirements of polymer-housed metal oxide surge arresters with series gap for 1 000kV AC power transmission lines were specified (7.1~7.22); - the test methods of polymer-housed metal oxide surge arresters with series gap for 1 000kV AC power transmission lines were specified (8.1~8.20); - the inspection rules of polymer-housed metal oxide surge arresters with series gap for 1 000kV AC power transmission lines were specified (see 9.1~9.8); - the packaging, transportation and storage requirements of polymer-housed metal oxide surge arresters with series gap for 1 000kV AC power transmission lines were specified (see 10.1~10.4); - the product installation site and mode were specified (see 11). Please note that some contents in this standard may involve patents. The issuing authority of this standard does not undertake the responsibilities to identify these patents. This standard was proposed by the Chinese Society of Electrical Engineering. This standard is under the jurisdiction of and explained by the Specialized Committee on High Voltage of Chinese Society of Electrical Engineering. Drafting organizations of this standard: State Grid Corporation of China, China Electric Power Research Institute, PG Toshiba (Langfang) Arrester Co., Ltd. Chief drafting staff of this standard: Zhang Cuixia, Chen Weijiang, Zhang Boyu, Yuan Jun, Wang Baoshan, Wang Ninghua, Yin Yu, Shi Weidong, Ge Dong, Song Jijun, Su Ning, He Ziming. This standard hereby was initially issued. During the process of implementing this standard, any opinion or suggestion shall be fed back to the Standard Executive Office of the Chinese Society of Electrical Engineering. PROFESSIONAL STANDARD OF THE PEOPLE’S REPUBLIC OF CHINA 中国电机工程学会标准 T/CSEE 0001-2015 Specification of Polymer-housed Metal Oxide Surge Arresters with Series Gap for 1000kV AC Power Transmission Lines 1000kV交流输电线路用带串联间隙 复合外套金属氧化物避雷器技术规范 1 Scope This standard specifies the marking standard ratings, operation conditions, technical requirements, test methods, inspection rules, packaging, transportation and preservation and installation, etc. of the polymer-housed metal oxide surge arresters with series gap for 1000kV AC power transmission lines. This standard is applicable to the production, installation and operation of the polymer-housed metal oxide surge arresters with series gap for 1 000kV AC power transmission lines. This standard is not involved with the support members of arresters with external series gap of insulated support members for lines; the relevant requirements may be in accordance with DL/T 815. 2 Normative References The following referenced documents are indispensable for the application of this document. For dated references, only the edition cited applies. For undated references, the latest edition of the referenced document (including any amendments) applies. GB 311.1 Insulation Coordination - Part 1: Definitions, Principles and Rules GB/T 775.1 Test Method for Insulators - Part 1: General Test Methods GB/T 775.3 Test Method for Insulators - Part 3: Mechanical Test Methods GB/T 2317.2 Test Method for Electric Power Fittings - Part 2: Corona and RIV Tests for Electric Power Fittings GB/T 6553 Electrical Insulating Materials Used under Severe Ambient Conditions - Test Methods for Evaluating Resistance to Tracking and Erosion GB/T 10700 Test Methods for Elastic Moduli of Fine Ceramics - Bending Method GB 11032-2010 Metal-oxide Surge Arresters without Gaps for A.C. Systems GB/T 16927.1 High-voltage Test Techniques - Part 1: General Definitions and Test Requirements DL/T 815 Polymer-housed Metal Oxide Surge Arresters for AC Power Transmission Lines JGJ/T 101 Specification for Seismic Test of Buildings IEC 60099-8 Arrester - Part 8: Metal-oxide Surge Arrester with Series Gap for 1kv or above Power Transmission Lines [Metal-oxide Surge Arresters with External Series Gap (EGLA) for Overhead Transmission and Distribution Lines of A.C. Systems Above 1kV] 3 Terms and Definitions For the purpose of this document, the following terms and definitions and those specified in GB 11032-2012 and DL/T 815 apply. For the convenience of application, some terms and definitions specified in GB 11032-2010 and DL/T 815 are re-listed below. 3.1 Polymer-housed metal oxide surge arresters with external series gap for AC power transmission lines The complete arrester with gaps which is composed of external series gap, metal oxide resistor and corresponding spare parts and polymeric housing, only used to protect the line insulator or/and the air gap of line tower head to avoid flashover or breakdown induced by lightning overvoltage, hereinafter referred to as arrester. 3.2 Series varistor unit of polymer-housed metal oxide surge arrester, SVU That composed of metal oxide resistor and corresponding spare parts, as well as polymeric housing, which forms the complete arrester with gaps together with external series gap and is a part of arrester with gaps, hereinafter referred to as series varistor unit (SVU). 3.3 External series gap A part of the arrester with gaps, which forms the complete arrester with gaps with the SVU by tandem connection, hereinafter referred to as gaps. The pure air gap is composed of two electrodes, of which one is fixed at the high-voltage end of the SVU and another on the wire of power transmission lines or at the wire end of insulator string. 3.4 Unit of a SVU A completely housed part of a SVU which may be connected in series with other units to construct a transmission line arrester of higher voltage or current rating and a complete arrester with gaps in combination with external series gap. 3.5 Section of a SVU A complete and suitably assembled part of a SVU, which must be able to represent the characteristics of a SVU with respect to a particular test. 3.6 Rated voltage of a transmission line arrester The maximum permissible r.m.s value of power-frequency voltage between the terminals of the transmission line arrester, at which the arrester is designed to operate correctly. The rated voltage is used as a reference parameter for the power-frequency follow current interrupting characteristics. 3.7 AC reference voltage of a SVU The maximum peak value of power-frequency voltage measured when a SVU passes through the power-frequency reference current divided by . The power-frequency reference voltage of a SVU composed of multiple units in series is the sum of that of the individual unit. 3.8 DC reference voltage of a SVU The average DC voltage of the arrester measured when a SVU passes through the DC reference current. If the voltage is relevant to the polarity, the small value is taken. The DC reference voltage of a SVU composed of multiple units in series is the sum of that of the individual unit. 3.9 50% sparkover voltage of standard lightning impulse 50% sparkover voltage of the arrester at the maximum gap distance under the action of standard lightning impulse waves. 3.10 Residual voltage of an arrester Ures The peak value of voltage between the terminals of a SVU due to the passage of discharge current. 3.11 Rated short-circuit current of a SVU The r.m.s value of the maximum test power-frequency current passing through a fault SVU; under this short-circuit current, the SVU will not cause violent explosion or fracture of the housing or self-extinguishing of an open flame within 2min under specified conditions. 4 Marking The arrester shall be identified by the following minimum information, which shall appear on a nameplate permanently attached to the arrester: - the arrester model; - the DC reference current and reference voltage of a SVU; - the series gap distance and permissible deviation; - the manufacturer's name; - the product No.; - the manufacturing date. 5 Standard Ratings 5.1 Standard rated voltages The typical value of the arrester's rated voltage is 768kV; other rated voltages may also be adopted according to the actual service conditions. 5.2 Standard rated frequency The rated frequency of arrester is 50Hz. 5.3 Standard nominal discharge current The standard nominal discharge current of arrester for 8/20μs is 30kA. 6 Operation Conditions 6.1 Normal operation conditions The transmission line arresters concerned in this standard shall be suitable for normal operation under the following normal service conditions: a) ambient temperature within the range of -40℃ to +40℃; b) sunlight radiation; Note: the influence of the maximum irradiance (1.1kW/m2) of the sun has been taken into consideration by preheating the test sample in the type test. If any other heat sources exist around the transmission line arrester, the use of transmission line arrester shall be subject to the agreement between the supplier and the demander. c) altitude not exceeding 1 000m; d) frequency of the AC power supply not less than 48Hz and not more than 52Hz; e) wind speed not greater than 35m/s; f) areas of seismic intensity at VII or below; g) icing thickness not greater than 20mm; h) vertical (suspended) installation; i) polluted area at Grade d or below. 6.2 Abnormal operation conditions The following abnormal operation conditions are typical for transmission line arrester, which shall be specially considered in manufacturing and using of transmission line arrester and shall catch the attention of the manufacturer: a) ambient temperature greater than +40℃ or lower than -40℃; b) altitude exceeding 1 000m; c) fume or steam causing degradation of insulating surface or installation hardware fittings; d) serious pollution induced by fume, dust, smoke or other conductive matters; e) explosive mixture of dust, gas or fume; f) abnormal transportation and storage; g) system frequency lower than 48Hz or higher than 52Hz; h) arrester close to the heat source; i) wind speed greater than 35m/s; j) seismic intensity greater than VII; k) arrester bearing torsional load; l) arrester used for mechanical support; m) non-vertical installation; n) icing thickness greater than 20mm.
Contents of T/CSEE 0001-2015
Foreword i 1 Scope 2 Normative References 3 Terms and Definitions 4 Identification 5 Standard Ratings 6 Service Conditions 7 Technical Requirements 8 Test Methods 9 Inspection Rules 10 Packaging, Transportation and Preservation 11 Installation
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Keywords:
T/CSEE 0001-2015, T/CSEET 0001-2015, TCSEET 0001-2015, T/CSEE0001-2015, T/CSEE 0001, T/CSEE0001, T/CSEET0001-2015, T/CSEET 0001, T/CSEET0001, TCSEET0001-2015, TCSEET 0001, TCSEET0001