ESP-88_PVTest(安全测试)--BOSE.doc

Product Verification Tests IEC 60065 Agency CCC KTL Model ESP 88 No of Samples 1 Safety Engineer Mario Espinal Test Location s Safety Lab Date 5 20 08 Comments Product continues to meet the requirements Product Verification Tests IEC 60065 Agency CCC KTL TEST SAMPLE IDENTIFICATION The table below is to provide correlation of sample numbers to specific product related information Refer to this table when a test identifies a test sample by Sample No only Sample Number Serial Number Power Supply Model Number Power Input Rating V Hz Manufacturer 1041759Z80590219AEn a100 240V 50 60 HzBose Corporation Product Verification Tests IEC 60065 Agency CCC KTL TEST INSTRUMENTS REFERENCE LIST Reference Number Instrument TypeManufacturer Model Number Serial NumberCalibration Date LastDue 1Leakage meterSimpson2280624013 27 083 27 09 2Power analyzerValhalla Scientific21003 66373 27 083 27 09 3Hi pot testerQuadTechSentry 3002386713 27 083 27 09 4CaliperMitutoyoCD 6 CS045499183 27 083 27 09 5Ground bond tester Associated Research inc 0316093900683 27 083 27 09 6Variable TransformerPowerstat1256DTn an an a 7DMMFluke Corp87 III752304613 27 083 27 09 Product Verification Tests IEC 60065 Agency CCC KTL TEST CONDITIONS NORMAL OPERATING CONDITIONS The apparatus shall be positioned as follows According to the instructions provided by the manufacturer The apparatus shall be operated as follows unless otherwise specified in the individual test Method and Results The apparatus was tested a supply voltage rating of or 10 of the rated nominal voltage or voltage range The frequency of the mains supply that the apparatus was connected to during tests was 60 Hz unless otherwise noted Any position of user controls except volume and tone controls that may be adjusted by hand Special Instructions Unless specified otherwise in the individual Methods the tests shall be conducted under the following ambient conditions Confirmation of these conditions shall be recorded at the time the test is conducted StandardAmbient Temperature C Relative Humidity Barometric Pressure mBar 6006525 10Max 75Not specified Product Verification Tests IEC 60065 Agency CCC KTL Tester Samuel Bennett Ambient Temperature 23 C Date5 20 08Relative Humidity 24 Test Instrument s n aSample Number1 1 Marking and Instructions CLAUSE 5 METHOD All required markings were rubbed lightly for 15 seconds with a piece of cloth soaked with water and for 15 seconds at a different place or on a second sample with a piece of cloth soaked with petroleum spirits CONDITIONS RESULTS The marking remained legible intact was not easily removable and showed no signs of curling at the edges The marking was easily removable The marking was not legible The label showed signs of curling around the edges Explanation of unacceptable test results COMMENTS Product Verification Tests IEC 60065 Agency CCC KTL Tester Samuel Bennett Ambient Temperature 23 C Date5 20 08Relative Humidity 24 Test Instrument s 1 2 6 7Sample Number1 2 Touch Current CLAUSE 9 1 1 METHOD The test was conducted with both normal and reverse polarity of the supply conductors For this test the appliance neutral conductor and protective earth conductor if provided were opened The touch current and open circuit voltage if applicable was measured between the following location s Codes Mains Line or Neutral as determined by switch S2 p and accessible conductive surfaces i e enclosure RCA jacks etc Mains Line or Neutral as determined by switch S2 p and isolated jacks or terminals Mains Line or Neutral as determined by switch S2 p and protective earth ground Between and poles of audio amplifier output speaker terminals RESULTS Mains Supply Voltage 264 V Switch S1 OpenSwitch S1 Closed Test Location Code Polarity Switch S2 Touch Current MIU Open Circuit Voltage Vac Vdc Touch Current MIU Open Circuit Voltage Vac Vdc NormalPrimary to outputs on Reversed Normal0 57225V0 3115VPrimary to earth ground on Reversed0 57225V0 3117V NormalPrimary to outputs off Reversed Normal0 55220V0 54212VPrimary to earth ground off Reversed0 0550V0 0312V Product Verification Tests IEC 60065 Agency CCC KTL RESULTS CONT The touch current exceeded 3 5 MIU to earth for a Class I construction 1 5 MIU to earth for a Class I construction 0 5 MIU for all other apparatus For a c U1 35 V peak and U2 0 35 V peak The open circuit voltage exceeded 35 V peak ac or 60 V dc However the touch current did not exceed 1 5 MIU The stored charge at voltages operating between 60 V d c and 15 kV d c exceeded 45 C The energy of discharge for stored charges at voltages exceeding 15 kV d c exceeded 350 mJ Explanation of unacceptable test results COMMENTS Product Verification Tests IEC 60065 Agency CCC KTL Tester Samuel Bennett Ambient Temperature 23 C Date5 20 08Relative Humidity 24 Test Instrument s 3Sample Number1 3 Insulation Resistance And Dielectric Strength CLAUSE 10 3 METHOD Dielectric Strength Test an alternating current or direct current dielectric strength potential was applied for a period of 1 minute between the following points of the apparatus For DC values multiply the AC rms voltage value by 2 Primary Line and Neutral to a Protective Earth b Secondary accessible connectors Insulation Resistance Test a direct current voltage was applied for a period of 1 minute between the following points of the apparatus Primary Line and Neutral to a Protective Earth b Secondary accessible connectors Note If the enclosure is thermoplastic the dielectric strength test shall be conducted with the enclosure wrapped in foil RESULTS Dielectric Strength Test Results 10 3TABLE electric strength measurementsPass Test voltage applied between Test Voltage V Breakdown Primary to Secondary on and off 4240VdcNo Primary to Protective Earth on and off 4240VdcNo Supplementary information Product Verification Tests IEC 60065 Agency CCC KTL Insulation Resistance Test Results 10 3TABLE insulation resistance measurementsPass Insulation resistance R between R Mohm Required R Mohm Between mains poles primary fuse disconnected 9999M 2 Between parts separated by basic or supplementary insulation 9999M 2 Between parts separated by double or reinforced insulation on and off 9999M 4 Supplementary information COMMENTS Product Verification Tests IEC 60065 Agency CCC KTL Tester Samuel Bennett Ambient Temperature 23 C Date5 20 08Relative Humidity 24 Test Instrument s 4Sample Number1 4 Clearance And Creepage Distances CLAUS 13 2 METHOD Clearance and creepage distances shall be dimensioned in accordance with Clause 13 2 CONDITIONS VoltageInsulation TypeRequired Distance Actual Distance PWB Top Actual Distance PWB Bottom Actual Distance Other 240VReinforced6 0mm 6 0mm 6 0mm 240VBasic3 0mm 3 0mm 3 0mm COMMENTS Product Verification Tests IEC 60065 Agency CCC KTL Tester Samuel Bennett Ambient Temperature 23 C Date5 20 08Relative Humidity 24 Test Instrument s 5 7Sample Number1 5 Protective Earth Terminal Resistance Test CLAUSE 15 2 METHOD Accessible conductive parts of class I apparatus which might