CTF

Delta Electronics (Thailand) Public Co. Ltd.

 
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Standards in Scope

Category
Standard
Tests/Clauses
Acceptance Date
Responsible National Certification Body(s)
ITAVIEC 62368-1:2014
Electrical energy source measurement/classification (5.2), Measurement of maximum operating temperatures for materials, components and systems (5.4.1.4), Determination of working voltage (5.4.1.8), Ball pressure test (5.4.1.10.3), Clearance and creepage distances (5.4.2 / 5.4.3), Minimum distance through insulation (5.4.4.2), Separable thin sheet material (5.4.4.6.2), Tests for semiconductor components and for cemented joints (thermal cycling test) (5.4.7), Humidity conditioning (5.4.8), Electric strength test (5.4.9), Capacitor discharge test (5.5.2.2), Resistance of the protective bonding system (5.6.6), Prospective touch voltage, touch current and protective conductor current (5.7), Power measurement for worst-case fault (6.2.2.2), Power measurement for worst-case power source fault (6.2.2.3), Temperature test (9.2.5), Input test (B.2.5), Simulated abnormal operating conditions: - Covering of ventilation openings, - DC mains polarity test, - Setting of voltage selector, - Maximum load at output terminals, - Short circuit of clearances for functional insulation, - Short circuit of creepage distances for functional insulation, - Short circuit and interruption of electrodes in tubes and semiconductors, - Short circuit or disconnection of passive devices, - Continuous operation of components (B.3.1 – B.3.8), Permanence of markings (F.3.10), Transformer overload test (G.5.3.3), Limited Power Source (Annex Q.1), Limited short-circuit test (protective bonding) (Annex R), Steady force test, 10 N (T.2), Steady force test, 30 N (T.3), Steady force test, 100 N (T.4), Steady force test, 250 N (T.5), Enclosure impact tests (T.6), Drop test (T.7), Test method 1 - Surfaces and openings tested with jointed test probe (V.1.2), Test method 2 - Openings tested with straight unjointed test probe (V.1.3)
2018-11-26
MEDIEC 60601-1:2005
Power Input (4.11), Humidity treatment (5.7), Legibility of marking (7.1.2), Durability of marking (7.1.3), Limitation of voltage current or energy (8.4.2 c), ME equipment intended to be connected to a power source by a plug (8.4.3), Working voltage Measurement (8.5.4), Impedance and current- carrying capability of protective earth connections (8.6.4), Earth Leakage Current (8.7.4.5), Touch Current (8.7.4.6), Dielectric Strength test of solid insulation materials with safety functions (8.8.3), Short circuits in Mains part over creepage and clearance distances (8.9.2), Thermal Cycling Test on one sample of insulation compound forming solid insulation between conductive parts (8.9.3.2), Thermal Cycling test on one Sample of Cemented joint (8.9.3.4), Measurement of creepage distances and air clearances (8.9.4), Excessive temperatures in ME EQUIPMENT (11.1), Measurement of power or energy dissipation in parts & components (13.1), Single Fault conditions (13.2), Push test (15.3.2), Impact test (15.3.3), Drop test (15.3.4), Mould-stress relief test (15.3.6), Transformer short circuit (15.5.1.2), Transformer overload (15.5.1.3), Transformer dielectric strength after humidity preconditioning of 5.7 (15.5.2), Evaluation of voltage limiting components in SELV circuits
2018-11-26
MEDIEC 60601-1:2005/AMD1:2012
Power Input (4.11), Humidity treatment (5.7), Legibility of marking (7.1.2), Durability of marking (7.1.3), Limitation of voltage current or energy (8.4.2 c), ME equipment intended to be connected to a power source by a plug (8.4.3), Working voltage Measurement (8.5.4), Impedance and current- carrying capability of protective earth connections (8.6.4), Earth Leakage Current (8.7.4.5), Touch Current (8.7.4.6), Dielectric Strength test of solid insulation materials with safety functions (8.8.3), Short circuits in Mains part over creepage and clearance distances (8.9.2), Thermal Cycling Test on one sample of insulation compound forming solid insulation between conductive parts (8.9.3.2), Thermal Cycling test on one Sample of Cemented joint (8.9.3.4), Measurement of creepage distances and air clearances (8.9.4), Excessive temperatures in ME EQUIPMENT (11.1), Measurement of power or energy dissipation in parts & components (13.1), Single Fault conditions (13.2), Push test (15.3.2), Impact test (15.3.3), Drop test (15.3.4), Mould-stress relief test (15.3.6), Transformer short circuit (15.5.1.2), Transformer overload (15.5.1.3), Transformer dielectric strength after humidity preconditioning of 5.7 (15.5.2), Evaluation of voltage limiting components in SELV circuits
2018-11-26
OFFIEC 60950-1:2005
Input current (1.6.2), Durability test (1.7.11), Energy hazard (2.1.1.5), Capacitor discharge test (2.1.1.7), SELV measurements (2.2.2), SELV reliability (2.2.3), Limited current circuit (2.4), Limited power source (2.5), Earth resistance test (2.6.3.4), Humidity test (2.9.2), Working voltage measurements (2.10.2), Clearances (2.10.3), Creepage distances (2.10.4), El. Strength test on Thin sheet material (2.10.5.9/2.10.5.10), Thermal cycling test (2.10.9 & 2.10.10 & 2.10.11), 10N steady force test (4.2.2), 30N steady force test (4.2.3), 250N steady force test (4.2.4), Impact test (4.2.5), Stress relief test (4.2.7), Thermal measurements (4.5.2), Resistance to abnormal heat (4.5.5.), Touch current and protective conductor current (5.1), Electric strength test (5.2), Abnormal operating and fault conditions (5.3)
2018-11-26
OFFIEC 60950-1:2005/AMD1:2009
Input current (1.6.2), Durability test (1.7.11), Energy hazard (2.1.1.5), Capacitor discharge test (2.1.1.7), SELV measurements (2.2.2), SELV reliability (2.2.3), Limited current circuit (2.4), Limited power source (2.5), Earth resistance test (2.6.3.4), Humidity test (2.9.2), Working voltage measurements (2.10.2), Clearances (2.10.3), Creepage distances (2.10.4), El. Strength test on Thin sheet material (2.10.5.9/2.10.5.10), Thermal cycling test (2.10.9 & 2.10.10 & 2.10.11), 10N steady force test (4.2.2), 30N steady force test (4.2.3), 250N steady force test (4.2.4), Impact test (4.2.5), Stress relief test (4.2.7), Thermal measurements (4.5.2), Resistance to abnormal heat (4.5.5.), Touch current and protective conductor current (5.1), Electric strength test (5.2), Abnormal operating and fault conditions (5.3)
2018-11-26
OFFIEC 60950-1:2005/AMD2:2013
Input current (1.6.2), Durability test (1.7.11), Energy hazard (2.1.1.5), Capacitor discharge test (2.1.1.7), SELV measurements (2.2.2), SELV reliability (2.2.3), Limited current circuit (2.4), Limited power source (2.5), Earth resistance test (2.6.3.4), Humidity test (2.9.2), Working voltage measurements (2.10.2), Clearances (2.10.3), Creepage distances (2.10.4), El. Strength test on Thin sheet material (2.10.5.9/2.10.5.10), Thermal cycling test (2.10.9 & 2.10.10 & 2.10.11), 10N steady force test (4.2.2), 30N steady force test (4.2.3), 250N steady force test (4.2.4), Impact test (4.2.5), Stress relief test (4.2.7), Thermal measurements (4.5.2), Resistance to abnormal heat (4.5.5.), Touch current and protective conductor current (5.1), Electric strength test (5.2), Abnormal operating and fault conditions (5.3)
2018-11-26