How to process the testing report? What are the testing items and standards? 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.

Testing costs: quoted based on customer needs and experimental complexity

Sample size: selected for sending or visiting based on sample size

Display style: electronic version

Testing cycle: 3-15 working days (expedited)

Testing items:

All parameters, partial parameters, static load, improvement, protection level (IP), insulation material performance, dielectric performance, protection circuit continuity, corrosion resistance.

, Logo, thermal stability verification, heat resistance verification, corrosion resistance verification, general inspection, dielectric strength verification, protection circuit continuity verification, external mechanical impact protection level (IK code) verification, thermal power consumption, resistance to abnormal heating and flames verification, aging test certificate, axial load verification of metal inserts, protection level (IP code) verification, shell thermal stability, resistance to ultraviolet (UV) radiation, protection level, axial load test of metal inserts, Protection level against external mechanical collisions (IK code), protection level against approaching hazardous components and preventing the entry of solid foreign objects and/or water (IP code), dielectric strength, corrosion resistance, thermal stability, heat resistance, resistance to abnormal heating and fire, thermal power consumption ability, verification of resistance to abnormal heating and fire, resistance to normal heating, resistance to ultraviolet (UV) radiation, resistance to abnormal heating and fire, axial load of metal inserts, Protection level (IP code), protection level against external mechanical collisions (IK code) verification, resistance to ultraviolet (UV) radiation, axial load of metal inserts, protection level against approaching hazardous components and preventing the entry of solid foreign objects and/or water (IP code), general requirements, usage conditions, protection circuits, classification, information provided about the shell, design and structure, entry into the shell interior, protection level (IK code), all items, Partial parameters GB/T 20641, marking 9.3, certain items, protection level (IP code), general inspection and marking, protection level against external mechanical collisions, IK code, thermal stability test, resistance to abnormal heat and fire, protection level verification IP code, static load, protection level (IP code), protection level against external mechanical collisions (IK code), verification of protection level against external mechanical collisions

Detection standards:

1 GB T 20641-2014 General Requirements for Hollow Enclosures of Low Voltage Switchgear and Control Equipment 9.6

2. GB/T20641-2014; IEC62208-20119.7 General requirements for hollow shell bodies of low-voltage switchgear and control equipment

3. GB/T20641-2014; IEC62208-20119.14 General requirements for hollow shell bodies of low-voltage switchgear and control equipment

4, GB/T20641-2014; IEC62208-20119.8 General Requirements for Hollow Enclosures of Low Voltage Switchgear and Control Equipment

5. GB/T 20641-2014 9.6 IEC 62208:2011 General Requirements for Hollow Enclosures of Low Voltage Switchgear and Control Equipment GB/T 20641-2014 9.6 IEC 62208:2011 9.6

6. GB/T 20641-2014; IEC62208-20119.13 General requirements for hollow shell bodies of low-voltage switchgear and control equipment

7, GB/T20641-2014; IEC62208-20119.10 General requirements for hollow shell bodies of low-voltage switchgear and control equipment

8, GB/T20641-2014; IEC62208-20119.11 General requirements for hollow shell bodies of low-voltage switchgear and control equipment

9, GB/T 20641-2014 9.9.2, IEC 62208:2011 General requirements for hollow shell bodies of low-voltage switchgear and control equipment GB/T 20641-2014 9.9.2, IEC 62208:2011 9.9.2

10, GB/T 20641-2014; IEC62208-20119.9.1 General requirements for hollow shell bodies of low-voltage switchgear and control equipment

11, GB/T20641-2014; IEC62208-20119.9.2 General Requirements for Hollow Enclosures of Low Voltage Switchgear and Control Equipment

12. IEC 62208:2011 General Requirements for Hollow Enclosures of Low Voltage Switchgear and Control Equipment 9.10

13. GB/T 20641-2014 9.11 IEC 62208:2011 General Requirements for Hollow Enclosures of Low Voltage Switchgear and Control Equipment GB/T 20641-2014 9.11 IEC 62208:2011

14. GB/T 20641-2014; IEC62208-20119.9.3 General Requirements for Empty Enclosures of Low Voltage Switchgear and Control Equipment

15, GB/T 20641-2014 IEC 62208:2011 General Requirements for Empty Enclosures of Low Voltage Switchgear and Control Equipment GB/T 20641-2014 IEC 62208:2011 9.10

16, GB/T 20641-2014; IEC 62208-2011 General requirements for hollow shell bodies of low-voltage switchgear and control equipment

17, GB/T20641-2014; IEC62208-20119.3 General requirements for hollow shell bodies of low-voltage switchgear and control equipment

18, GB/T20641-2014; IEC62208-20119.4 General requirements for hollow shell bodies of low-voltage switchgear and control equipment

19, GB/T20641-2014; IEC62208-20119.5 General requirements for hollow shell bodies of low-voltage switchgear and control equipment

20, GB/T20641-2014; IEC62208-20119.6 General Requirements for Hollow Enclosures of Low Voltage Switchgear and Control Equipment

Testing Process

1. Send Samples

2. Verify Requirements

3. Targeted Quotation

4. Both parties confirm and sign the contract to start the experiment

5. Complete the experiment: The testing cycle (can be expedited) may change according to the sample and its testing items/methods, and engineers can be consulted

6. Issue a testing report and provide post service