How to handle the testing report of the sample? What are the scope and standards of testing? Today, the editor of Baijian Testing will take you to understand the specific tests required for the relevant testing business. At the same time, Baijian can also design testing plans based on corresponding testing standards or according to your needs
Report qualifications: CNAS, CMA, CAL, etc.
Display style: electronic version
Testing cycle: 3-15 working days (can be expedited)
Testing cost: quoted based on customer needs and experimental complexity
Sample size: selected for sending or visiting based on sample size
Testing items:
Appearance inspection, size inspection, partial parameters, galvanized layer test, all items, bending failure load test, jacket material resistance to leakage and electrical erosion test, wet operation impulse withstand voltage test, wet power frequency voltage test, umbrella skirt and jacket material test Interface and end accessory connection test, assembled core rod load test, core rod material test, galvanized layer test (E1+E2), dry lightning impulse withstand voltage test, SCL verification (E1), SCL verification, accelerated climate test, flammability test, cantilever load withstand test, tensile load test, maximum design bending load verification test, mechanical load time and interface permeability test between metal accessories and insulation umbrella sleeve, dye penetration test, water diffusion test, interface and end accessory connection test: visual inspection, interface and end accessory connection test: dry power frequency voltage test, Interface and End Attachment Connection Test: Water Boiling Test, Interface and End Attachment Connection Test: Thermal Machine Test, Interface and End Attachment Connection Test: Steep Wave Front Impulse Voltage Test, Hardness Test, Assembled Core Rod Load Test: Tensile Load Test, Scratching and Erosion Test, Individual Appearance Inspection, Individual Tensile Load Test, Rated Mechanical Load Test, Individual Tests: Appearance Inspection, Interface and End Attachment Connection Test - Water Boiling Test, Interface and End Attachment Connection Test - Appearance Inspection, Interface and End Attachment Connection Test - Steep Wave Front Impulse Voltage Test, Interface and End Attachment Connection Test - Dry Power Frequency Voltage Test, Assembled Core Rod Load Test - Maximum Design Bending Load MDCL verification test, assembled core rod load test - tensile load test, umbrella skirt and jacket material test - hardness test, umbrella skirt and jacket material test - flammability test, core rod material test - dye penetration test, core rod material test - water diffusion test, individual test - tensile load test, individual test - appearance inspection, SCL verification, umbrella skirt and jacket material test - flammability test, umbrella skirt and jacket material test - hardness test, Interface and End Attachment Connection Test - Pre stress Water Boiling Test, Interface and End Attachment Connection Test - Pre stress Thermal Machine Test, Interface and End Attachment Connection Test - Verification Test - Appearance Inspection, Interface and End Attachment Connection Test - Verification Test - Dry Power Frequency Voltage Test, Interface and End Attachment Connection Test - Verification Test - Steep Wave Front Impulse Withstand Voltage Test, Core Rod Material Test - Dye Penetration Test, Core Rod Material Test - Water Diffusion Test, Assembled Core Rod Load Test - Tensile Load Test, Assembled Core Rod Load Test - Maximum Design Bending Load (MDCL) Verification Test, Interface and End Attachment Connection Test
Detection Standards:
1. GB/T 6553-2014 Test Methods for Evaluation of Electrical Insulation Materials Used under Severe Environmental Conditions for Resistance to Tracing and Corrosion
2. GB/T20142-2006 Composite Insulators for AC Overhead Lines with a nominal voltage above 1000V - Definition, Test Methods and Acceptance Criteria 8.4
3. IEC 61952 Composite Insulators for AC Overhead Lines with a nominal voltage above 1000V - Definition, Test Methods and Acceptance Criteria IEC61952 (Edition2.0): 2008
4 GB/T 20142-2006 Composite Insulators for AC overhead lines with a nominal voltage above 1000V - Definition, Test Methods, and Acceptance Criteria 28
5. TB/T 3077-2017 Roof Insulators for Locomotives and Rolling Stock TB/T3077-2017
6. TB/T 3077.2-2006 Roof Insulators for Electric Locomotives Part 2: Composite Insulators TB/T3077.2-2006
7. IEC 61952-2008 Insulators for overhead lines - Composite line post insulators for AC systems with a nominal voltage above 1000V - Definition, Test Methods, and Acceptance Criteria IEC 61952-2008
8. IEC611952 (Edition 2.0): 2008 Composite insulators for AC overhead lines with a nominal voltage above 1000V - Definition, test methods, and acceptance criteria 12.2
9. TB/T3077.2-2006 Roof insulators for electric locomotives - Part 2: Composite insulators 4.4.5. d)
10. GB/T 1001.1-202128 Zinc coating test
11. GB/T 5169.16-2017 Fire hazard testing for electrical and electronic products - Part 16: Test flame 50W horizontal and vertical flame test methods
12. IEC61952 (Edition2.0): 2008 Composite insulators for AC overhead lines with a nominal voltage above 1000V - Definition Test methods and acceptance criteria 12.4
13. IEC 60695-11-10-2013 Fire hazard testing - Part 11-10: Test flames -50W horizontal and vertical flame test methods
14. IEC 61952 Composite insulators for AC overhead lines with a nominal voltage above 1000V - Definition, test methods and acceptance criteria IEC611952 (Edition 2.0): 2008
15. GB/T 20142-20068.2 Dimensional inspection
16. IEC 62217-2012 Polymer high-voltage insulators for indoor and outdoor use - General definitions, test methods and acceptance criteria IEC 62217-2012
17. GB/T 20142-2006 Composite Insulators for AC Overhead Lines with a nominal voltage above 1000V - Definitions, Test Methods, and Acceptance Criteria GB/T 20142-2006
18. GB/T 20142-200628 Visual Inspection
19. IEC 61952-2008 Insulators for Overhead Lines - Composite Line Post Insulators for AC Systems with a nominal voltage above 1000V - Definitions, Test Methods, and Acceptance Criteria 12.4
20. IEC 61952:2008 Composite Insulators for AC Overhead Lines with a nominal voltage above 1000V - Definitions Test methods and acceptance criteria
Detection process steps
1. Telephone communication and confirmation of requirements 2. Recommend solutions and confirm quotations 3. Mail samples and arrange testing 4. Progress tracking and result feedback 5. Provide reports and after-sales service 6. If urgent or priority processing is required
