FCC FOR LED TUBE ZY-T8-31W2400 BIXX AND ZY-T8
Contents
1. ZY T8 31W2400 AIDS ZY T8 31W2400 AIDT ZY T8 31W2400 AINS ZY T8 31W2400 AINT ZY T8 31W2400 BIDS ZY T8 31W2400 BIDT ZY T8 31W2400 BINS ZY T8 31W2400 BINT ZY T8 31W2400 CIDS ZY T8 31W2400 CIDT ZY T8 31W2400 CINS ZY T8 31W2400 CINT ZY T8 31W2400 DIDS ZY T8 31W2400 DIDT ZY T8 31W2400 DINS ZY T8 31W2400 DINT ZY T8 31W1800 AIDS ZY T8 31W1800 AIDT ZY T8 31W1800 AINS ZY T8 31W1800 AINT ZY T8 31W1800 BIDS ZY T8 31W1800 BIDT ZY T8 31W1800 BINS ZY T8 31W1800 BINT ZY T8 31W1800 CIDS ZY T8 31W1800 CIDT ZY T8 31W1800 CINS ZY T8 31W1800 CINT ZY T8 31W1800 DIDS ZY T8 31W1800 DIDT ZY T8 31W1800 DINS ZY T8 31W1800 DINT Use same 31W driver Table 1 Hence model ZY T8 31W2400 AIDS was subject for full test and the corresponding data is representative of derivative models list in table 1 as well Version 3 0 gt DEKRA Page 7 of 20 4312775 51 Figure 1 model ZY T8 31W2400 AIDS The Operating Modes as stated in the User Manual are on mode and off mode Version 3 0 4 2 Equipment under test Trade mark Tested Type U nominal P rated Highest frequency used in the device Representative Type U nominal P rated Highest frequency used in the device 4 3 Applicant Manufacturer Contact person Telephone Telefax Address Factory Contact person Telephone Telefax Address gt DEKRA Page 8 of 20 4312775 51 Product Information LED Tube James ZY T8 31W22. 3 0
3. gt DEKRA 4312775 51 FCC Test report for LED Tube Models ZY T8 31W2400 series Guangzhou date of issue 2013 09 06 Author Ryan Liang By order of James Industry Group Co Ltd at Hong Kong China Author Ryan Liang Ue Reviewed Tim Yan u Ow Qu Pages 20 pages Annex NIL HN DEKRA Testing and Certification Shanghai Ltd Guangzhou Branch Building A3 No 3 Qiyun Road Science City Guangzhou Hi Tech Industrial Development Zone Guangzhou P R China Tel 86 20 6661 2000 Fax 86 20 6661 2001 www dekra certification com Version 3 0 gt DEKRA Page 2 of 20 4312775 51 CONTENTS page 1 CONGCIUSION EEE 3 2 SUPR soe old eot aom MD E NE T NM M dos A EE MEEE Ms MM MED ut NM ME 4 2 1 7 21 MM r nenene 4 2 2 Reference standards sss nnne a rennen nnn nn annis 4 2 3 Overview of results 4 ClASSIPICALION cL 5 4 General Information 6 4 1 bp RTT RUN 6 4 2 Product INFOrMALtION cccccceccessessecceceeeceeeasseesscceeeeseeeeseasueceseessseaeusceeeeeeseseaaensees 8 4 3 Customer 8 4 4 Product labeling 9 4 5 User infOrmattion ccccccccccccceeeeesecceeeeeeeeeseeeseeeeeeeesseeeesceeeeeseeseseaaaeceee
4. 400 AIDS 100Vac 60Hz Class 11 31W less than 108 MHz ZY T8 31W2400 series 100Vac 60Hz Class 11 31W less than 108 MHz Customer Information James Industry Group Co Ltd Mr DENG JINSHENG 4852 3173 3712 4852 3173 3713 Room 1205 501 12 F Tai Sang Bank Bldg 130 132 DES VOEUX RD CENTRAL HONGKONG DONGGUAN ZHIYUAN LIGHTING TECHNOLOGY CO LTD Mr DENG JINSHENG 86 13500093572 86 769 22991702 ChuangYe Industry Park XinXiBian LiXinNiuShan DongCheng District DongGuan City GuangDong Province China 523128 Version 3 0 gt DEKRA Page 9 of 20 4312775 51 4 4 Product labeling According to section 15 19 the DUT shall have the following statement labeled to its housing on a conspicuous location This device complies with Part 15 of the FCC Rules Operation is subject to the following two conditions 1 This device may not cause harmful interference and 2 this device must accept any interference received including interference that may cause undesired operation 4 5 User information The user or instruction manual shall Caution the user that changes or modifications not expressly approved by the responsible party for compliance could void the user s authority to operate the equipment Inform the user about special RF emission protection measures which are delivered with the product for example shielded cables Contain the following statement in case
5. SCHWARZBECK VULB9163 CABLE SCHWARZBECK 10M Annual Chamber ETS LINDGREN 9 6 6 Annual Version 3 0 gt DEKRA Page 16 of 20 4312775 51 7 3 Measurement data Limits Co d Enclosure with cabling Test set up 3 m Semi Anechoic chamber Results Horizontal e RBW 120 kHz MT 10 ms Att 10 dB PREAMP ON 70 100 MHz 1 GHz m FCC B E 6DB DC 30 MHz 1 GHz No significant emissions were recorded employing the QP detector at the frequency range of interest More than 20 dB below limits Version 3 0 gt DEKRA Page 17 of 20 4312775 51 Vertical i RBW 120 kHz MT 1 Att 10 dB PREAMP ON 100 MHz EDIT PEAK LIST Final No other significant emissions were recorded employing the QP detector at the frequency range of interest Refer to chapter 8 for the test set up Conclusion PASS Version 3 0 gt DEKRA Page 18 of 20 4312775 51 8 TEST SETUP AND ARRANGEMENT The photograph shows the tested device Figure 2 Conducted Emission test setup Figure 3 Radiated emission test setup Version 3 0 gt DEKRA Page 19 of 20 4312775 51 9 PRODUCT INTERNAL PHOTO Internal view LED view Version 3 0 gt DEKRA Page 20 of 20 4312775 51 Driver PCB View Driver PCB view Version
6. ed as digital device Class B marked for use in a residential environment notwithstanding use in commercial business and industrial environments The conclusion and results stated in this test report are based on a non recurrent examination of sample s provided by the applicant The tests described in this report do not result in the right to use any approval mark as conferred by DEKRA Testing and Certification Shanghai Ltd Guangzhou Branch As far as the tests were based on certain specifications these are mentioned in the report Version 3 0 gt DEKRA Page 4 of 20 4312775 51 2 SUMMARY This chapter presents an overview of standards and results Refer to the next chapters for details of measured test results and applied test levels 2 1 Applied standards Federal Communications Commission FCC Radio FCC part 15 2013 Frequency Devices 2 2 Reference standards American National Standard for Methods of Measurement ANSI C63 4 2009 Radio Noise Emissions from Low Voltage Electrical and Electronic Equipment in the Range of 9 kHz to 40 GHz 2 3 Overview of results Emission tests Result Conducted emission Radiated emission Version 3 0 gt DEKRA Page 5 of 20 4312775 51 3 CLASSIFICATION This chapter presents an overview of the applicable classification and procedure The following procedure has been selected to confirm the compliance of the device under test Verification proc
7. edure The Device under Test DUT is subject to the Verification V procedure The Verification procedure is defined in 47CFR Part 2 section 2 902 and described in section 2 951 through 2 957 of the FCC rules Base on client s declaration the following applicable Class has been selected Class A The intended user environment of the device under test is limited to a industrial environments and classified as a digital device class A Class B The intended user environment of the device under tests is in commercial and light industrial environments and classified as a digital device class B For the device under test the following measurement clauses are applicable y 47CFR Part 15 Subpart B Unintentional radiators Section 15 107 b Conducted emissions Class A Section 15 107 a Conducted emissions Class B a Section 15 109 b Radiated emissions Class A Section 15 109 a Radiated emissions Class B Version 3 0 gt DEKRA Page 6 of 20 4312775 51 4 GENERAL INFORMATION 4 1 Model description The apparatus as supplied for the test is LED Tube model ZY T8 31W2400 AIDS is intended for residential use the products contain electronic control circuitry but without earth connection and no component susceptible to magnetic fields All models use same LED driver and same construction the difference is the rating the difference list as below table 1 Rating Use same Model power driver
8. eeesenesaanaees 9 5 10 5 1 mee T n 10 5 2 Measurement 10 5 8 GST Celt crt D E 10 5 4 Environmental conditions 10 6 Conducted EMISSIONS 0ccccccccceceeceseeeeseceeeeeeeeeaseceeeeeseeeesssaaeeeeeeesseesasaseeeeeeess 11 6 1 Measurement gcieco Uer rm 11 6 2 Measurement equipment 2 11 6 3 Measurement dal ricrea 12 7 Radiated CMISSIONS cccccccccssssseecceeeeeeceeaeeeeeeeseeeasseeasceeeeeesesessaaaueceeeeseeseaseagess 15 7 1 Measurement procedure e 15 7 2 Measurement nene 15 7 3 Measurement dalasi isrtri eenn a E reaa SE O ERER DAAE EETA Er EER EEEE 16 8 Test setup and 18 9 Product Internal Photo 19 Version 3 0 gt DEKRA Page 3 of 20 4312775 51 1 CONCLUSION The device under test DUT as mentioned in this report complies with the stated requirements of the FCC Part 15 Class B The tested system is classifi
9. loying both the QP and AV detectors Refer to chapter 8 for the test set up Conclusion PASS Version 3 0 gt DEKRA Page 15 of 20 4312775 51 7 RADIATED EMISSIONS 7 1 Measurement procedure In accordance with section 15 109 a the field strength levels of radiated emissions from this digital device class B at a measurement distance of 3 meters were determined If the highest internal frequency used in the DUT is less than 108 MHz then the frequency range of interest shall be measured to 1 GHz The measurements are conducted in accordance with the methodology as described in ANSI C63 4 as required by sections 15 31 and 15 33 of 47CFR Below or equal to 1 GHz preliminary radiation measurements are performed in a semi anechoic room at a 3 meter measurement distance The measurement receiver calculates the resulting field strength using the correction factors for cable loss and antenna The final measurements are performed in the semi anechoic room at a 3 meter measurement distance too At those frequencies where relevant significant levels were detected during the pre scan the actual field strength level is measured using the CISPR quasi peak detector with bandwidth of 120 kHz The highest levels measured with horizontal or vertical polarization are mentioned on the next page 7 2 Measurement equipment Instrumentation Model Serial no Cal interval EMI receiver R amp S ESCI Annual Antenna Annual 80MHz 3GHz
10. of a Class B digital device This equipment has been tested and found to comply with the limits for a Class B digital device pursuant to part 15 of the FCC rules These limits are designed to provide reasonable protection against harmful interference in a residential installation This equipment generates uses and can radiate radio frequency energy and if not installed and used in accordance with the instructions may cause harmful interference to radio communications However there is no guarantee that interference will not occur in a particular installation If this equipment does cause harmful interference to radio or television reception which can be determined by turning the equipment off and on the user is encouraged to try to correct the interference by one or more of the following measures Reorient or relocate the receiving antenna Increase the separation between the equipment and the receiver Connect the equipment into an outlet on a circuit different from that to which the receiver is connected Consult the dealer or an experienced radio TV technician for help Version 3 0 gt DEKRA Page 10 of 20 4312775 51 5 TEST INFORMATION 5 1 Test facility The FCC has per public notice declared these measurement facilities to be reviewed and to be in compliance with the requirements of Section 2 948 of the FCC Rules 5 2 Measurement procedure The DUT was configured for testing in a typical user configura
11. orated EMI firmware The test receiver used also meets the requirement as mentioned in section 15 35 measurement detector functions and bandwidths The test receiver employs a CISPR quasi peak detector function with a bandwidth of 9 10 kHz 6 2 Measurement equipment Shielded room Feite Electronic Version 3 0 gt DEKRA Page 12 of 20 4312775 51 6 3 Measurement data Limits Standard 47CFR subpart B clause 15 107 a Class B Frequency MHz Limit QP dB uV Limit AV dB uV 0 15 0 50 66 56 0 50 50 56 0 50 80 0 60 Limits decreasing linearly with the logarithm of the frequency LISN On mode Results Live e RBW 9 kHz MT 1 s Att 10 dB AUTO PREAMP ON 2 AV MAXH 150 kHz 30 MHz Version 3 0 Page 13 of 20 gt DEKRA 4312775 51 No other significant emissions were measured at the frequency range of interest employing both the QP and AV detectors Neutral 2 RBW 9 kHz MT 1 s Att 10 dB AUTO PREAMP ON 90 1 MHz 10 MHz r80 r70 Q 50 r3 20 H10 Iro 10 150 kHz 30 MHz 6DB Dc Version 3 0 gt DEKRA Page 14 of 20 4312775 51 150 kHz No other significant emissions were measured the frequency range of interest emp
12. tion The maximum test configuration was put to the tests The DUT was tested as complete system 5 3 Test data DEKRA Testing and Certification Shanghai Ltd Location Guangzhou Branch Building A3 No 3 Qiyun Road Science City Guangzhou Address Hi Tech Industrial Development Zone Guangzhou China Date 2013 07 02 to 2013 08 09 Supervised by Ryan Liang 5 4 Environmental conditions Tests have been performed in a controlled laboratory environment where the environmental conditions are maintained within the applicable ranges Ambient temperature 15 35 Relative Humidity air 3096 6096 Version 3 0 gt DEKRA Page 11 of 20 4312775 51 6 CONDUCTED EMISSIONS 6 1 Measurement procedure In accordance with section 15 107 the conducted radio frequency disturbance voltages between each of the power lines live and neutral and the ground terminal are determined over the frequency range from 150 kHz to 30 MHz The test set up is in accordance with the requirements of ANSI C63 4 The AC power line conducted emission measurements were performed at the line voltage of 120 Vac and at the power frequency of 60 Hz The initial step in collecting conducted data is a peak scan measurement over the frequency range of interest Significant peaks are marked and these peaks are re measured using a quasi peak and average detector This procedure is implemented in the utilized test receiver by the incorp
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