TEST REPORT - Cellcronic
TEST REPORT For INVERTER/CHARGER Model/Spec.: Alpha V III 5kw-48v Report No.: WT166003316 Test Laboratory : Shenzhen Academy of Metrology and Quality Inspection Site Location : NETC Building, No. 4 Tongfa Road, Xili, Nanshan, Tel : Shenzhen, China 0086-755-86928969 Fax : 0086-755-86009898-31414 Web : www.smq.com.cn Page 1 of 21
Report No.: WT166003316 Test Report Declaration Applicant : CELLCRONIC TECHNOLOGIES PRIVATE LIMITED Address : Daniyalpur Chowk, Airport Road, Karnal, Haryana India (132001) Factory : CELLCRONIC TECHNOLOGIES PRIVATE LIMITED Address : Daniyalpur Chowk, Airport Road, Karnal, Haryana, India (132001) Specimen : Hybrid inverter Trade mark : Model/Spec. : Alpha V III 5kw-48v Specimen quantity : 1pcs Serial/Specimen No. : N/A Manufactured date : APR,10.2018 Specimen source : Submitted by applicant Received date : APR,19.2018 Processed date : APR,20.2018 APR,29.2018 IEC 60068-2-1: 2007, IEC 60068-2-2: 2007, IEC 60068-2-30: 2005, IEC 60068-2-78: 2012, IEC 60068-2-14: 2009, IEC 60068-2-75: 1997, IEC 60068-2-6: 2007, IEC 62268-2-27: 2008 The test report is valid for above tested sample only and shall not be reproduced in part without written approval of the laboratory. Test criteria : Tested by: Date: APR.05,2018 Checked by: Date: APR.05,2018 Approved by: Date: APR.05,2018 Page 2 of 21
Report No.: WT166003316 TABLE OF CONTENTS 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. TEST SUMMARY . 5 AMBIENT CONDITION . 5 INITIAL CHECK . 5 LOW TEMPERATURE TEST. 6 4.1. Test Requirement . 6 4.2. Acceptance Criteria . 6 4.3. Test Results . 6 4.4. Test Conclusion . 6 HIGH TEMPERATURE TEST . 7 5.1. Test Requirement . 7 5.2. Acceptance Criteria . 7 5.3. Test Results . 7 5.4. Test Conclusion . 7 DAMP HEAT CYCLIC TEST . 8 6.1. Test Requirement . 8 6.2. Acceptance Criteria . 8 6.3. Test Results . 8 6.4. Test Conclusion . 8 CHANGE OF TEMPERATURE TEST . 9 7.1. Test Requirement . 9 7.2. Acceptance Criteria . 9 7.3. Test Results . 9 7.4. Test Conclusion . 9 DAMP HEAT TEST . 10 8.1. Test Requirement . 10 8.2. Acceptance Criteria . 10 8.3. Test Results . 10 8.4. Test Conclusion . 10 SINUSOIDAL VIBRATION TEST . 11 9.1. Test Requirement . 11 9.2. Acceptance Criteria . 11 9.3. Test Results . 11 9.4. Test Conclusion . 11 MECHANICAL SHOCK TEST . 12 10.1. Test Requirement . 12 10.2. Acceptance Criteria . 12 10.3. Test Results . 12 10.4. Test Conclusion . 12 Page 3 of 21
Report No.: WT166003316 11. IK07 TEST . 13 11.1. Test Requirement . 13 11.2. Acceptance Criteria . 13 11.3. Test Results . 13 11.4. Test Conclusion . 13 APPENDIX A PHOTO . 14 APPENDIX B TEST PROFILE . 17 APPENDIX C EQUIPMENT USED FOR TEST . 21 Page 4 of 21
Report No.: WT166003316 1. TEST SUMMARY Table 1 Test overview Test Item Specimen status Serial/Specimen No. Test conclusion Low temperature test Unpackaged, non-operating N/A Pass APR.20,2018 APR.21,2018 High temperature test Unpackaged, non-operating N/A Pass APR.21,2018 Damp heat cyclic test Unpackaged, non-operating N/A Pass APR.21,2018 APR.22,2018 Change of temperature test Unpackaged, non-operating N/A Pass APR.22,2018 Damp heat test Unpackaged, non-operating N/A Pass APR.23,2018 APR.25,2018 Sinusoidal vibration test Unpackaged, non-operating N/A Pass APR.26,2018 APR.28,2018 Mechanical shock test Unpackaged, non-operating N/A Pass APR.26,2018 APR.28,2018 IK07 test Unpackaged, non-operating N/A Pass APR.29,2018 Processed date 2. AMBIENT CONDITION Temperature: (20 24) Relative Humidity: (50 62)% Atmospheric pressure: (100 102) kPa 3. INITIAL CHECK Before the test, the specimen exhibited no external physical damage. (Refer to the appendix A No.1) Page 5 of 21
Report No.: WT166003316 4. LOW TEMPERATURE TEST 4.1. Test Requirement Test refers to IEC 60068-2-1:2007 Specimen status: Unpackaged, non-operating Temperature: (-25 2) Rate of temperature change: 1 /min Test duration: 16h Recovery: 1h 4.2. Acceptance Criteria After the test, the specimen should exhibit no external physical damage. 4.3. Test Results After the test, the specimen exhibited no external physical damage. (Refer to the appendix A No.2 No.3 and appendix B No.9) 4.4. Test Conclusion Pass Page 6 of 21
Report No.: WT166003316 5. HIGH TEMPERATURE TEST 5.1. Test Requirement Test refers to IEC 60068-2-2:2007 Specimen status: Unpackaged, non-operating Temperature: (60 2) Rate of temperature change: 1 /min Test duration: 16h Recovery: 1h 5.2. Acceptance Criteria After the test, the specimen should exhibit no external physical damage. 5.3. Test Results After the test, the specimen exhibited no external physical damage. (Refer to the appendix A No.2 No.3 and appendix B No.10) 5.4. Test Conclusion Pass Page 7 of 21
Report No.: WT166003316 6. DAMP HEAT CYCLIC TEST 6.1. Test Requirement Test refers to IEC 60068-2-30:2005 Specimen status: Unpackaged, non-operating Test parameter see table 2 Table 2 Test parameter Step Temperature( ) Humidity(%RH) Test duration(h) 1. Ramp 25 2 97 2 1 2. Ramp 40 2 97 2 3 3. Dwell 40 2 93 2 9 4. Ramp 25 2 97 2 3 5. Dwell 25 2 97 2 9 6.2. Acceptance Criteria After the test, the specimen should exhibit no external physical damage. 6.3. Test Results After the test, the specimen exhibited no external physical damage. (Refer to the appendix A No.2 No.3 and appendix B No.11) 6.4. Test Conclusion Pass Page 8 of 21
Report No.: WT166003316 7. CHANGE OF TEMPERATURE TEST 7.1. Test Requirement Test refers to IEC 60068-2-14:2009 Specimen status: Unpackaged, non-operating Low temperature extreme: (-25 2) High temperature extreme: (60 2) Rate of temperature change: 1 /min Dwell time: 3h for each temperature extremes Number of cycles: 1 7.2. Acceptance Criteria After the test, the specimen should exhibit no external physical damage. 7.3. Test Results After the test, the specimen exhibited no external physical damage. (Refer to the appendix A No.2 No.3 and appendix B No.12) 7.4. Test Conclusion Pass Page 9 of 21
Report No.: WT166003316 8. DAMP HEAT TEST 8.1. Test Requirement Test refers to IEC 60068-2-78:2012 Specimen status: Unpackaged, non-operating Temperature: (40 2) Relative humidity: (93 2)% Rate of temperature change: 1 /min Test duration: 48h Recovery: 1h 8.2. Acceptance Criteria After the test, the specimen should exhibit no external physical damage. 8.3. Test Results After the test, the specimen exhibited no external physical damage. (Refer to the appendix A No.2 No.3 and appendix B No.13) 8.4. Test Conclusion Pass Page 10 of 21
Report No.: WT166003316 9. SINUSOIDAL VIBRATION TEST 9.1. Test Requirement Test refers to IEC 60068-2-6:2007 Specimen status: Unpackaged, non-operating Vibration parameter: Frequency range (Hz) Amplitude (mm) Acceleration (g) 10 58 0.075 N/A 58 150 N/A 1 Sweep rate: 1 Oct/min Test axis: X, Y, Z axis Test duration: 2h/axis, 6h in total 9.2. Acceptance Criteria After the test, the specimen should exhibit no external physical damage. 9.3. Test Results After the test, the specimen exhibited no external physical damage. (Refer to the appendix A No.4 No.6, No.8 and appendix B No.14) 9.4. Test Conclusion Pass Page 11 of 21
Report No.: WT166003316 10. MECHANICAL SHOCK TEST 10.1. Test Requirement Test refers to IEC 60068-2-27:2008 Specimen status: Unpackaged, non-operating Pulse shape: Half-sine Shock level: 6g Pulse duration: 11ms Test axis: X, Y, Z axis Number of shocks: 3 shocks per axis, 18 shocks in total 10.2. Acceptance Criteria After the test, the specimen should exhibit no external physical damage. 10.3. Test Results After the test, the specimen exhibited no external physical damage. (Refer to the appendix A No.4 No.6, No.8 and appendix B No.15 No.16) 10.4. Test Conclusion Pass Page 12 of 21
Report No.: WT166003316 11. IK07 TEST 11.1. Test Requirement Test refers to IEC 60068-2-75:1997 Specimen status: Unpackaged, non-operating Test equipment: Spring hammer Impact energy: 2J Impact position: Every side of the enclosure Number of impacts: 5 impact per position 11.2. Acceptance Criteria After the test, the specimen should exhibit no external physical damage. 11.3. Test Results After the test, the specimen exhibited no external physical damage. (Refer to the appendix A No.7 No.8) 11.4. Test Conclusion Pass Page 13 of 21
Report No.: WT166003316 APPENDIX A PHOTO No. Depiction 1 Inspection before the test 2 Photo Low temperature test, High temperature test, Damp heat cyclic test, Damp heat test and Change of temperature test specimen setting (Note: The red circle indicated the specimen) 3 Inspection after test (Low temperature test, High temperature test, Damp heat cyclic test, Damp heat test and Change of temperature test) Page 14 of 21
Report No.: WT166003316 No. Depiction 4 Sinusoidal vibration test on X axis Mechanical shock test on X axis Photo (Note: The red circle indicated the specimen) 5 Sinusoidal vibration test on Y axis Mechanical shock test on Y axis (Note: The red circle indicated the specimen) 6 Sinusoidal vibration test on Z axis Mechanical shock test on Z axis (Note: The red circle indicated the specimen) Page 15 of 21
Report No.: WT166003316 No. Depiction 7 IK07 test 8 Inspection after test (Sinusoidal vibration test, Mechanical shock test and IK07 test) Photo Page 16 of 21
Report No.: WT166003316 APPENDIX B TEST PROFILE No.9 Low temperature test profile No.10 High temperature test profile Page 17 of 21
Report No.: WT166003316 No.11 Damp heat cyclic test profile No.12 Change of temperature test profile Page 18 of 21
Report No.: WT166003316 No.13 Damp heat test profile Real information Control Peak: 1.0065gn Frequency: 68.4201Hz Full Level Time: 02:00:00 Time Remaining: 00:00:00 Sweep Type: Logarithmic Sweep Rate: 1 Oct/Min No. 14 Sinusoidal vibration test profile Page 19 of 21
Report No.: WT166003316 Real information Control peak: Pulse Type: 6.1377gn Half Sine Full Level Elapsed Pulses: Pulse Width: 3 11 No.15 Mechanical shock test profile, positive axis Real information Control peak: Pulse Type: -6.0468gn Half Sine Full Level Elapsed Pulses: Pulse Width: 3 11 No.16 Mechanical shock test profile, negative axis Page 20 of 21
Report No.: WT166003316 APPENDIX C EQUIPMENT USED FOR TEST Table 3 No. 1 2 Equipment Thermal Chamber Electromagnetic Vibrater 3 Electromagnetic Vibrater 4 Spring hammer Equipment ID Test equipment used Type Manufacturer Last Calib. Next Calib. SB11002 Model10H 45/22 CM PV SB5104 ACT2000-R50L CMI Sep.09.2016 Sep.08.2017 SB4025 ACT2000-S20LMI2240L CMI Jul.04,2016 Jul.03,2017 Damsion Apr.22,2016 Apr.21,2017 SB6715 N/A (The Climats Aug.23,2016 Aug.22,2017 End) Page 21 of 21
Test refers to IEC 60068-2-2:2007 Specimen status: Unpackaged, non-operating Temperature: (60 2) Rate of temperature change: 1 /min Test duration: 16h Recovery: 1h 5.2. Acceptance Criteria After the test, the specimen should exhibit no external physical damage. 5.3. Test Results After the test, the specimen exhibited no external physical .
4. 12 Meter (40') Drop Within Test 5. Fast Cook-Off Within Test 6. Slow Cook-Off Within Test 7. Bullet Impact Within Test 8. Fragment Impact Within Test 9. Sympathetic Detonation Within Test 10. Shaped Charge Jet Impact Within Test 11. Spall Impact Within Test 12. Specialty Within Test 13. Specialty Within Test 14. Specialty Within Test 15 .
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Test-takers do not bring anything into the testing room, and they do not leave until they have finished the test and returned all test materials. If a test-taker must leave the room before completing the test, that test-taker is not permitted to return to the test room and finish the test. Instead, the test-taker is scheduled for retesting with
test test test test test test test test test test 4 - 6 ADS2 Knuth-Morris-Pratt (KMP) Idee: nutze bereits gelesene Information bei einem Mismatch - verschiebe ggf. Muster um mehr als 1 Position nach rechts - gehe im Text nie zurück! Allgemeiner Zusammenhang - Mismatch an Textposition i mit j-tem Zeichen im Muster - j-1 vorhergehende Zeichen .
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Basic Divergence Test. p-Series Test. Integral Test. Basic Comparison Test. Limit Comparison Test. Root Test Ratio Test . Alternating Series Test for Conve
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Pearson BTEC Level 3 National Diploma in Business (720 GLH) 601/7157/1 . Pearson BTEC Level 3 National Extended Diploma in Business (1080 GLH) 601/7160/1 . This specification signposts all the other essential documents and support that you need as a centre in order to deliver, assess and administer the qualification, including the staff development required. A summary of all essential .
