How to handle the report for testing products? The third-party testing agency of Baijian.com can provide customers with reporting and certification quality inspection services. Baijian.com has numerous cooperative laboratories, which provide authentic and effective reports and certifications, covering CNAS, CMA, CAL, etc. We provide you with relevant industry testing services
Report qualifications: CNAS, CMA, CAL, etc.
Display style: electronic version
Testing cycle: 3-15 working days (can be expedited)
Testing cost: quotation based on customer needs and experimental complexity
Sample size: Select to send or visit according to sample size
Testing items:
I2t characteristics and overcurrent selectivity verification, breaking ability verification, action verification, Functional verification under extreme temperature conditions, size verification, cut-off current characteristic verification, mechanical strength test, temperature rise and dissipation power verification, resistance, insulation performance and isolation applicability verification, stress corrosion cracking resistance, heat resistance verification, rust resistance, resistance to abnormal heat and fire, all items, all parameters, some parameters, shell protection level verification, mechanical strength, layout and size of fuses, stress corrosion cracking resistance verification, rust resistance verification, Verification of unchanged contact, abnormal thermal and thermal verification, No.1 breaking ability (I1) (AC), No.1 breaking ability (I1) (DC), No.2 breaking ability (I2) (AC), No.2 breaking ability (I2) (DC), No.3 breaking ability (I3) (AC), No.3 breaking ability (I3) (DC), No.4 breaking ability (I4) (AC), No.4 breaking ability (I4) (DC), No.5 breaking ability (I5) (AC), No.5 breaking ability (I5) (DC), and the action of the impactor. The impact resistance of molded buckles or metal buckles fixed in molded materials, Temperature rise, dissipated power, heat resistance of fuse base (D-type fuse), agreed non fusing current, agreed fusing current, agreed cable overload protection, insulation performance and isolation applicability, heat resistance (NF round tube fuse), heat storage capacity, resistance to electric tracing, unchanged contact, overcurrent selectivity, overload, threshold, protection level, verification of electric shock protection (NF round tube fuse), rated current, verification of impact resistance (NF round tube fuse), I2t characteristics, No.1 breaking capacity, No.2 breaking capacity, No.3 breaking capacity, No.4 breaking capacity, No.5 breaking capacity, cut-off current characteristics, indicating device, time current characteristics, threshold, heat resistance, marking, layout of fuse support components, insulation performance verification, isolation applicability verification, temperature rise and dissipation power, verification of agreed non fusing current and agreed fusing current, verification of rated current of "g" fuse, verification of time current characteristics and threshold, Indicating devices and impactor actions, I2t characteristics and overcurrent selectivity verification, resistance to abnormal heat and fire verification, reliability of threaded systems, reliability testing of connections, reliability testing of connection terminals for external wires: mechanical strength, cycling test, shell protection level test, mechanical test and other tests
Detection standards:
1. GB/T 13539.3-2017 IEC 60269-3:2013 Low voltage fuses - Part 3: Supplementary requirements for fuses used by unskilled personnel (fuses mainly used for household and similar purposes) - Examples of standardized fuse systems A to F
2. GB/T 13539.1-2015 IEC 60269-1:2006 (ed4.0) IEC 60269-1:2009 (ed4.1) IEC 60269-1:2014 EN 60269-1-2014 Low voltage fuses - Part 1: Basic requirements
3 IEC 60269-3:2013 "Low voltage fuses - Part 3: Supplementary requirements for fuses for use by unskilled personnel (fuses primarily for household and similar purposes) - Examples of standardized fuse systems A to F" 8.7
4, GB/T 13539.3-2017; IEC60269-3:2013 Low voltage fuses - Part 3: Supplementary requirements for fuses used by unskilled personnel (fuses mainly used for household and similar purposes) - Examples of standardized fuse systems A to F
5, UL 248-13-2000REV.4-2015 Low voltage fuses - Part 13: Semiconductor fuses
6 IEC 60269-2:2013 "Low voltage fuses - Part 2: Supplementary requirements for fuses used by dedicated personnel (mainly for industrial fuses) - Examples of standardized fuse systems A to K" 8.7
7. IEC 60269-6:2010 "Low voltage fuses - Part 6: Supplementary requirements for fuses used for protection of solar photovoltaic systems" 8.7
8. GB/T 13539.2-2015 IEC 60269-2:2013 Low voltage fuses Part 2: Supplementary requirements for fuses used by dedicated personnel (mainly for industrial fuses) Examples of standardized fuse systems A to K
9, GB/T 13539.6-2013 IEC 60269-6:2010 Low voltage fuses Part 6: Supplementary requirements for fuses used for protection in solar photovoltaic systems
10 GB/T13539.2-2015 "Low voltage fuses - Part 2: Supplementary requirements for fuses used by dedicated personnel (mainly for industrial fuses) - Examples of standardized fuse systems A to K" 8.7
11, GB/T 13539.1-2015 IEC 60269-1:2009 Low Voltage Fuses Part 1: Basic Requirements
12, GB/T13539.1-2015 Low Voltage Fuses Part 1: Basic Requirements 8.7
13, GB/T 13539.2-2015, IEC 60269-2:2013, IEC 60269-2:2016 Low Voltage Fuses Part 2: Supplementary Requirements for Fuses Used by Dedicated Personnel (Fuses Mainly Used in Industry) Standardized Fuses System Examples A to K
14 IEC 60269-6:2010/GB/T 13539.6-2013 Low voltage fuses Part 6: Supplementary requirements for fuses for protection of solar photovoltaic systems
15, GB 13539.1-2015, IEC 60269-1:2014 Low voltage fuses Part 1: Basic requirements
16 GB/T 13539.2-2015 IEC 60269-2:2013 IEC 60269-2:2013+AMD1:2016 Low Voltage Fuses Part 2: Supplementary Requirements for Fuses Used by Full time Personnel (Fuses Mainly Used in Industry) Examples of Standardized Fuses Systems A to K GB/T 13539.2-2015 IEC 60269-2:2013+AMD1:2016
17. GB/T 13539.6-2013 Low Voltage Fuses Part 6: Supplementary Requirements for Fuses Used for Protection of Solar Photovoltaic Systems
18 GB/T 13539.4-2016 "Low voltage Fuses - Part 4: Supplementary Requirements for Fuses for Semiconductor Equipment Protection" 8.7
19, GB/T 13539.1-2015 Low voltage Fuses - Part 1: Basic Requirements
20, IEC60269-1:2009 "Low voltage Fuses - Part 1: Basic Requirements" 8.7
Baijianyang is a comprehensive testing service platform that gathers numerous CNAS, CMA, CAL and other qualified testing institutions throughout the country, For more testing requirements, please contact Baijian for consultation
