NW9-9000RMulti-Function Lantern

FCC ID: NW9-9000R Front View of Device

FCC ID: NW9-9000R Bottom View of Device

FCC ID: NW9-9000R Front View of the Printed Wiring Board

FCC ID: NW9-9000R Bottom View of the Printed Wiring Board

Date: 2000-04-10 TEST REPORT Page 1 of 9 No.: HM102329 Law Man KitKitty ChoyPatrick Wong Testing EngineerVerify byPatrick Wong for Managing Director APPLICANT: (Code : SKC001) SKY CITY INT’L LTD. 25/F., North Point Asia-Pacific Centre, 10 North Point Road, North Point, Hong Kong. DATE OF SAMPLES RECEIVED: 2000.03.15 DATE OF TESTING: 2000.04.06 to 2000.04.10 DESCRIPTION OF SAMPLE(S): A sample of product said to be: Product:MULTI-FUNCTION LANTERN Manufacturer:SKY CITY INT’L LTD. Model Number:SL9000SW Brand Name:N/A Band Combination:WEATHER BAND Rating:12Vd.c. 300mA with Jack Origin:CHINA Additional Model Number:SL9000A, SL9000W, SL9000MW, SL9000AM, SL9000AS, SCD9000A, SCD9000W, SCD9000SW, SCD9000MW, SCD9000AM, SCD9000AS The AC Adaptor used for the test was a Model: LF12300D-41, Input: 120V a.c. 60Hz, Output: 12V d.c. 300mA INVESTIGATIONS REQUESTED: Measurement to the relevant clauses of F.C.C. Rules and Regulations Part 15 Subpart B - Unintentional Radiators. RESULT/ REMARK: Please see attached sheet(s). CONCLUSION: From the measurement data obtained, the tested sample was considered to have COMPLIED after modification with the requirement for the relevant clauses of Federal Communication Commission Rules for Radio Receivers. TEST EQUIPMENT AUDIT: Please see Appendix A MODIFICATION: Added inductor (5μH) between Antenna and PCB Date: 2000-04-10 TEST REPORT Page 2 of 9 No.: HM102329 T E S T S U M M A R Y (A)Measurement of Radiated Emissions Result--Satisfactory Data--See the attached data (B)Measurement of Line-Conducted Voltage Result--Satisfactory Data--See the attached data Date: 2000-04-10 TEST REPORT Page 3 of 9 No.: HM102329 ***FM BAND RADIO RECEIVER*** (A) Measurement of Radiated Interference TEST REFERENCE: FCC Rules Part 15 Subpart B section 15.109 TEST CONDITION : Normal TEST DATE : 2000.04.06 ================================================================== Freq. to Freq. ofPolarity Meter Reading FieldFCC whichthe (including Antenna Factor) StrengthLimit tunedemission at 3m (at 3m)@ MHzMHzdB( μμ V/m) μμ V/m μμ V/m 88.399Vertical34.150.7150 98.3109Vertical35.458.9150 108.3119Vertical35.761.0150 ================================================================ =========SUMMARY========= All Data is within limit ================================== Broad-band Antennas were used ================================== Remark: IF = 10.70 MHz Date: 2000-04-10 TEST REPORT Page 4 of 9 No.: HM102329 ***WEATHER BAND RADIO RECEIVER*** (A) Measurement of Radiated Interference TEST REFERENCE: FCC Rules Part 15 Subpart B section 15.109 TEST CONDITION : Weather Band Receiver TEST DATE : 2000.04.06 ================================================================== Freq. to Polarity Meter Reading FieldFCC which (including Antenna Factor) StrengthLimit tuned at 3m (at 3m)@ MHzdB( μμ V/m) μμ V/m μμ V/m 171.0Horizontal39.190.2150 174.0Horizontal40.9110.9150 =============================================================== =========SUMMARY========= All Data is within limit ================================== Broad-band Antennas were used ================================== Date: 2000-04-10 TEST REPORT Page 5 of 9 No.: HM102329 NOTES FOR THE RADIATION MEASUREMENT (1) Test site facility: Open field test site located at Taipo (Hong Kong) with a metal ground plane on filed with the FCC pursuant to section 15.109 of the FCC rules. (2) Distance between the EUT and measuring antenna: 3 meters. (3) Measuring instrumentations: CISPR Quasi-peak type field strength meter (25MHz - 1000MHz) 6 dB bandwidth set at 120KHz. (4) Measuring antenna: Broad band antenna for the frequency range 25 - 1000 MHz, connected with 10 meters coaxial cable. Cable loss of the coaxial cable included in the Antenna Factor for measurement data. The antenna are capable of measuring both horizontal and vertical polarization. (5) Frequency range scanned: The frequency range from 25 MHz to 1000 MHz had been searched. Readings of the highest emissions relating to the limit were reported as above. (6) Arrangement of EUT: During the test, the sample was operated at rated supply voltage and arranged for maximum emissions. (7) Measuring Procedure: In accordance with the relevant sections of ANSI C63.4:1992. (8) Measuring Uncertainty: The calculated uncertainty for measurement performed at 3M test distance are:- 30MHz to 300MHz = ± 3.7dB, 300MHz to 1000MHz = + 3.0dB/-2.7dB. Remark: Purpose of this test is to provide the Applicant with the necessary test data of their device for the submission to FCC with application for Equipment Authorization under FCC’s Equipment Authorization Program. This test itself is not an Approval Test. Date: 2000-04-10 TEST REPORT Page 6 of 9 No.: HM102329 (B) Measurement of Line-Conducted Voltage onto AC Power Line TEST REFERENCE: FCC Rules Part 15 Section 15.107(a) (Class B) TEST CONDITION: FM Broadcast Receiver TEST DATE: 2000.04.10 (1) Between “Live” and “Ground” =================================================================== Frequency Range of EmissionMaximum Measured Radio NoiseFCC Limit (Class B) MHzdB( μμ V) μμ V μμ V 0.45-0.8034.9255.72250.00 0.80-1.6026.2320.49250.00 1.60-3.000.001.00250.00 3.00-5.000.001.00250.00 5.00-7.000.001.00250.00 7.00-9.000.001.00250.00 9.00-11.000.001.00250.00 11.00-13.000.001.00250.00 13.00-15.000.001.00250.00 15.00-17.000.001.00250.00 17.00-19.000.001.00250.00 19.00-21.000.001.00250.00 21.00-23.000.001.00250.00 23.00-25.000.001.00250.00 25.00-27.000.001.00250.00 27.00-30.000.001.00250.00 ================================================================ - End - ================= SUMMARY =================== All data is within limits ========================================== Date: 2000-04-10 TEST REPORT Page 7 of 9 No.: HM102329 (B) Measurement of Line-Conducted Voltage onto AC Power Line TEST REFERENCE: FCC Rules Part 15 Section 15.107(a) (Class B) TEST CONDITION: FM Broadcast Receiver TEST DATE: 2000.04.11 (1) Between “Neutral” and “Ground” ===================================================…

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