TEST REPORT
TEST REPORTForINVERTER/CHARGERModel/Spec.:Alpha V III 3kw/5kw-48vReport No.: WT166003315Test Laboratory:Shenzhen Academy of Metrology and Quality InspectionSite Location:NETC Building, No. 4 Tongfa Road, Xili, Nanshan,Tel:Shenzhen, eb:www.smq.com.cnPage 1 of 21
Report No.: WT166003315Test Report DeclarationApplicant:CELLCRONIC TECHNOLOGIES PRIVATE LIMITEDAddress:Daniyalpur Chowk, Airport Road, Karnal, Haryana,India (132001)Factory:CELLCRONIC TECHNOLOGIES PRIVATE LIMITEDAddress:Daniyalpur Chowk, Airport Road, Karnal, Haryana,India (132001)Specimen:Hybrid inverterTrade mark:Model/Spec.:Alpha V III 3kw/5kw-48vSpecimen quantity:1pcsSerial/Specimen No.:N/AManufactured date:Dec,10.2017Specimen source:Submitted by applicantReceived date:APR,10.2018Processed date:APR,10.2018 APR,29.2018IEC 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: 2008The test report is valid for above tested sample only and shall not be reproduced inpart without written approval of the laboratory.Test criteria:Tested by:Date:MAY.05,2018Checked by:Date:MAY.05,2018Approved by:Date:MAY.05,2018Page 2 of 21
Report No.: WT166003315TABLE OF CONTENTS1.2.3.4.5.6.7.8.9.10.TEST SUMMARY . 5AMBIENT CONDITION . 5INITIAL CHECK . 5LOW TEMPERATURE TEST. 64.1. Test Requirement . 64.2. Acceptance Criteria . 64.3. Test Results . 64.4. Test Conclusion . 6HIGH TEMPERATURE TEST . 75.1. Test Requirement . 75.2. Acceptance Criteria . 75.3. Test Results . 75.4. Test Conclusion . 7DAMP HEAT CYCLIC TEST . 86.1. Test Requirement . 86.2. Acceptance Criteria . 86.3. Test Results . 86.4. Test Conclusion . 8CHANGE OF TEMPERATURE TEST . 97.1. Test Requirement . 97.2. Acceptance Criteria . 97.3. Test Results . 97.4. Test Conclusion . 9DAMP HEAT TEST . 108.1. Test Requirement . 108.2. Acceptance Criteria . 108.3. Test Results . 108.4. Test Conclusion . 10SINUSOIDAL VIBRATION TEST . 119.1. Test Requirement . 119.2. Acceptance Criteria . 119.3. Test Results . 119.4. Test Conclusion . 11MECHANICAL SHOCK TEST . 1210.1.Test Requirement . 1210.2.Acceptance Criteria . 1210.3.Test Results . 1210.4.Test Conclusion . 12Page 3 of 21
Report No.: WT16600331511. IK07 TEST . 1311.1.Test Requirement . 1311.2.Acceptance Criteria . 1311.3.Test Results . 1311.4.Test Conclusion . 13APPENDIX A PHOTO . 14APPENDIX B TEST PROFILE . 17APPENDIX C EQUIPMENT USED FOR TEST . 21Page 4 of 21
Report No.: WT1660033151. TEST SUMMARYTable 1 Test overviewTest ItemSpecimenstatusSerial/Specimen No.TestconclusionLow 20,2018 APR.21,2018High 21,2018Damp heat 18 APR.22,2018Change oftemperature testUnpackaged,non-operatingN/APassAPR.22,2018Damp heat testUnpackaged,non-operatingN/APassAPR.23,2018 APR.25,2018Sinusoidal ,2018 APR.28,2018Mechanical 8 APR.28,2018IK07 essed date2. AMBIENT CONDITIONTemperature:(20 24) Relative Humidity:(50 62)%Atmospheric pressure:(100 102) kPa3. INITIAL CHECKBefore the test, the specimen exhibited no external physical damage.(Refer to the appendix A No.1)Page 5 of 21
Report No.: WT1660033154. LOW TEMPERATURE TEST4.1. Test RequirementTest refers to IEC 60068-2-1:2007Specimen status: Unpackaged, non-operatingTemperature: (-25 2) Rate of temperature change: 1 /minTest duration: 16hRecovery: 1h4.2. Acceptance CriteriaAfter the test, the specimen should exhibit no external physical damage.4.3. Test ResultsAfter 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 ConclusionPassPage 6 of 21
Report No.: WT1660033155. HIGH TEMPERATURE TEST5.1. Test RequirementTest refers to IEC 60068-2-2:2007Specimen status: Unpackaged, non-operatingTemperature: (60 2) Rate of temperature change: 1 /minTest duration: 16hRecovery: 1h5.2. Acceptance CriteriaAfter the test, the specimen should exhibit no external physical damage.5.3. Test ResultsAfter 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 ConclusionPassPage 7 of 21
Report No.: WT1660033156. DAMP HEAT CYCLIC TEST6.1. Test RequirementTest refers to IEC 60068-2-30:2005Specimen status: Unpackaged, non-operatingTest parameter see table 2Table 2Test parameterStepTemperature( )Humidity(%RH)Test duration(h)1. Ramp25 297 212. Ramp40 297 233. Dwell40 293 294. Ramp25 297 235. Dwell25 297 296.2. Acceptance CriteriaAfter the test, the specimen should exhibit no external physical damage.6.3. Test ResultsAfter 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 ConclusionPassPage 8 of 21
Report No.: WT1660033157. CHANGE OF TEMPERATURE TEST7.1. Test RequirementTest refers to IEC 60068-2-14:2009Specimen status: Unpackaged, non-operatingLow temperature extreme: (-25 2) High temperature extreme: (60 2) Rate of temperature change: 1 /minDwell time: 3h for each temperature extremesNumber of cycles: 17.2. Acceptance CriteriaAfter the test, the specimen should exhibit no external physical damage.7.3. Test ResultsAfter 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 ConclusionPassPage 9 of 21
Report No.: WT1660033158. DAMP HEAT TEST8.1. Test RequirementTest refers to IEC 60068-2-78:2012Specimen status: Unpackaged, non-operatingTemperature: (40 2) Relative humidity: (93 2)%Rate of temperature change: 1 /minTest duration: 48hRecovery: 1h8.2. Acceptance CriteriaAfter the test, the specimen should exhibit no external physical damage.8.3. Test ResultsAfter 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 ConclusionPassPage 10 of 21
Report No.: WT1660033159. SINUSOIDAL VIBRATION TEST9.1. Test RequirementTest refers to IEC 60068-2-6:2007Specimen status: Unpackaged, non-operatingVibration parameter:Frequency range (Hz)Amplitude (mm)Acceleration (g)10 580.075N/A58 150N/A1Sweep rate: 1 Oct/minTest axis: X, Y, Z axisTest duration: 2h/axis, 6h in total9.2. Acceptance CriteriaAfter the test, the specimen should exhibit no external physical damage.9.3. Test ResultsAfter 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 ConclusionPassPage 11 of 21
Report No.: WT16600331510. MECHANICAL SHOCK TEST10.1. Test RequirementTest refers to IEC 60068-2-27:2008Specimen status: Unpackaged, non-operatingPulse shape: Half-sineShock level: 6gPulse duration: 11msTest axis: X, Y, Z axisNumber of shocks: 3 shocks per axis, 18 shocks in total10.2. Acceptance CriteriaAfter the test, the specimen should exhibit no external physical damage.10.3. Test ResultsAfter 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 ConclusionPassPage 12 of 21
Report No.: WT16600331511. IK07 TEST11.1. Test RequirementTest refers to IEC 60068-2-75:1997Specimen status: Unpackaged, non-operatingTest equipment: Spring hammerImpact energy: 2JImpact position: Every side of the enclosureNumber of impacts: 5 impact per position11.2. Acceptance CriteriaAfter the test, the specimen should exhibit no external physical damage.11.3. Test ResultsAfter the test, the specimen exhibited no external physical damage.(Refer to the appendix A No.7 No.8)11.4. Test ConclusionPassPage 13 of 21
Report No.: WT166003315APPENDIX A PHOTONo.Depiction1Inspection beforethe test2PhotoLow temperaturetest,High temperaturetest,Damp heat cyclictest,Damp heat test andChange oftemperature testspecimen setting(Note: The red circleindicated thespecimen)3Inspection after test(Low temperaturetest,High temperaturetest,Damp heat cyclictest,Damp heat test andChange oftemperature test)Page 14 of 21
Report No.: WT166003315No.Depiction4Sinusoidal vibrationtest on X axisMechanical shocktest on X axisPhoto(Note: The red circleindicated thespecimen)5Sinusoidal vibrationtest on Y axisMechanical shocktest on Y axis(Note: The red circleindicated thespecimen)6Sinusoidal vibrationtest on Z axisMechanical shocktest on Z axis(Note: The red circleindicated thespecimen)Page 15 of 21
Report No.: WT166003315No.Depiction7IK07 test8Inspection after test(Sinusoidal vibrationtest, Mechanicalshock test andIK07 test)PhotoPage 16 of 21
Report No.: WT166003315APPENDIX B TEST PROFILENo.9 Low temperature test profileNo.10 High temperature test profilePage 17 of 21
Report No.: WT166003315No.11 Damp heat cyclic test profileNo.12 Change of temperature test profilePage 18 of 21
Report No.: WT166003315No.13 Damp heat test profileReal informationControl Peak: 1.0065gnFrequency: 68.4201HzFull Level Time: 02:00:00Time Remaining: 00:00:00Sweep Type: LogarithmicSweep Rate: 1 Oct/MinNo. 14 Sinusoidal vibration test profilePage 19 of 21
Report No.: WT166003315Real informationControl peak:Pulse Type:6.1377gnHalf SineFull Level Elapsed Pulses:Pulse Width:311No.15 Mechanical shock test profile, positive axisReal informationControl peak:Pulse Type:-6.0468gnHalf SineFull Level Elapsed Pulses:Pulse Width:311No.16 Mechanical shock test profile, negative axisPage 20 of 21
Report No.: WT166003315APPENDIX C EQUIPMENT USED FOR TESTTable er3ElectromagneticVibrater4Spring hammerEquipment IDTest equipment usedTypeManufacturerLast Calib.Next Calib.SB11002Model10H 45/22CM ,2016Aug.22,2017End)Page 21 of 21
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 da
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 .
May 22, 2017 · part a. specification test 1 1. system specific test 1 2. system bios test for efi 4 3. asus feature test 11 4. system utility test 11 5. system diagnostic test 12 6. stress test 12 part b. operating system environment test 13 1. microsoft windows 10 64-bit operating system test 13 part c. q
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 .
Table of Contents Sequence strong List /strong . Unit 0 1 Introduction 2 How to take the placement tests 3 Placement Test I 4 Placement Test II 5 Placement Test III 6 Placement Test IV 7 Placement Test V 8 Placement Test VI 9 Placement Test VII 10 Placement Test VIII 11 Placement Test IX 12 Placement Test X
Basic Divergence Test. p-Series Test. Integral Test. Basic Comparison Test. Limit Comparison Test. Root Test Ratio Test . Alternating Series Test for Conve
EPA Test Method 1: EPA Test Method 2 EPA Test Method 3A. EPA Test Method 4 . Method 3A Oxygen & Carbon Dioxide . EPA Test Method 3A. Method 6C SO. 2. EPA Test Method 6C . Method 7E NOx . EPA Test Method 7E. Method 10 CO . EPA Test Method 10 . Method 25A Hydrocarbons (THC) EPA Test Method 25A. Method 30B Mercury (sorbent trap) EPA Test Method .
Tabel 4. Pre-test and Post-test Data of athletes'' arm strength, abdominal strength, back strength and leg strength. Subject No. Arm Strength Abdominal Strength Back Strength Leg Strength Pre-Test Post-Test Pre-Test Post-Test Pre-Test Post-Test Pre-Test Post-Test 1
