QMF-OR-31180SHG_IEC EN 61347-2-13_2006 v10精品.doc

Issue Date: Project Engineer: Andy Gong Lab Target: Signature: Test Location (If external laboratory) Internal Lab Use Only Test sample received date: Lab Start Date: Lab Finish Date: Specification: Model CH-LEDS38-250, CH-LEDS38-600 Rated Supply Voltage Un (V) 85-265V~ Rated Supply Current (A) 0,05A; 0,13A Rated Output Voltage (V) 38V DC Rated Wattage Rang (W) 230mA; 600mA Classification according to method of installation Built-in Independent Integral Classification according to protection against electric shock SELV-equivalent or isolating controlgear Auto-wound Independent SELV Classification according to short-circuit protection Non-inherently short-circuit proof Inherently short-circuit proof Fail-safe Non-short-circuit proof Protection Class Built-in Degree of Protection IP00 Rated maximum ambient temperature ta (°C) N/A Rated maximum temperature tc (°C) 70 Temperature declared thermally protected (°C) 110 Other marking “F” Marking “MM” Marking Primary Connection Secondary Connection Remark: Test item(s): * Clause(s) Test(s) Result 7 Marking P/ F 8 Protection against accidental contact with live parts P/ F 9 Terminals P/ F 10 Provisions for earthing P/ F 11 Moisture resistance and insulation P/ F 12 Electric strength P/ F 13 Thermal endurance test for windings P/ F 14 Fault conditions P/ F 15 Transformer heating P/ F 16 Abnormal conditions P/ F 17 Construction P/ F 18 Creepage distances and clearances P/ F 19 Screws, current-carrying parts and connections P/ F 20 Resistance to heat, fire and tracking P/ F 21 Resistance to corrosion P/ F Annex A Test to establish whether a conductive part is a live part which may cause an electric chock P/ F Annex C Particular requirements for electronic convertors with means of protection against overheating P/ F Annex I Particular additional requirements for independent SELV electronic convertors P/ F * Select the test(s) to be done. Attachme